From - Fri Mar 17 10:40:15 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id KAA00319 for ; Fri, 17 Mar 2000 10:39:43 -0800 (PST) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id IAA16919 for ; Fri, 17 Mar 2000 08:38:27 -1000 (HST) Received: from wobbegibg.ifa.hawaii.edu (wobbegong [128.171.76.27]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id IAA19044 for ; Fri, 17 Mar 2000 08:38:27 -1000 (HST) Message-ID: <052d01bf9042$22e2e680$1b4cab80@ifa.hawaii.edu> From: "Doug Toomey" To: Subject: Hi, Date: Fri, 17 Mar 2000 08:53:50 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2314.1300 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2314.1300 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 X-UIDL: <052d01bf9042$22e2e680$1b4cab80@ifa.hawaii.edu> I am in the middle of an 8 day realuminization run at the IRTF. I should be back on line ednesday the 22nd. I have asked the mech eng to come up with an envelope drawing And will send that to you a soon as I get it. Happy occulting, Doug From - Tue Apr 04 15:58:50 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id NAA00873 for ; Tue, 4 Apr 2000 13:51:37 -0700 (PDT) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id KAA27487 for ; Tue, 4 Apr 2000 10:50:20 -1000 (HST) Received: from wobbegibg.ifa.hawaii.edu (wobbegong [128.171.76.27]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id KAA12465 for ; Tue, 4 Apr 2000 10:50:19 -1000 (HST) Message-ID: <040001bf9e79$dcb760a0$1b4cab80@ifa.hawaii.edu> From: "Doug Toomey" To: References: <38CC17E1.8FA2AA12@mtwilson.edu> Subject: Re: irtf ao relay specs Date: Tue, 4 Apr 2000 11:08:00 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2314.1300 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2314.1300 X-Mozilla-Status: 8013 X-Mozilla-Status2: 00000000 X-UIDL: <040001bf9e79$dcb760a0$1b4cab80@ifa.hawaii.edu> Hi Chris, On the IRTF Ao relay. Part 4 and 5 - I think that you have the wrong diameters. they look like radii. can you check? Doug ----- Original Message ----- From: Chris Shelton To: Sent: Sunday, March 12, 2000 12:19 PM Subject: irtf ao relay specs | Doug, | | Here are the IRTF AO relay component specs. I put in dimensions for | both round and rectangular insertable flats -- your choice. Let | me know if this is ok or if you want more. | | I leave for the mainland Wednesday 3/15, go to Germany from there, | back Tuesday 4/4. Let's talk about what you want done in the | few days left. | | Chris | | Common specs | 1/4 wave p-v at 633 nm at full aperture | 1/8 half aperture | 1/10 quarter aperture | All size dimensions +/- 0.2 mm. | Material: zerodur or silica, vendor's choice. | | Part 1 | Round flat mirror | 114 mm clear aperture | 134 mm part diameter | 22 mm min thickness | OR | Rectangular flat mirror | 106 x 72 mm clear aperture | 126 x 92 mm part size | 21 mm min thickness | | Part 2 | Round flat mirror | 66 mm clear aperture diameter | 86 mm part diameter | 14 mm min thickness | | Part 3 | Round flat mirror | 126 mm clear aperture diameter | 146 mm part diameter | 24 mm min thickness | OR | Rectangular flat mirror | 112 x 80 mm clear aperture | 132 x 100 mm part size | 22 mm min thickness | | Part 4 and Part 5 | Off-axis parabolas (two identical parts) | | 1914.3 mm focal length +/- 1% | 8 degree off-axis angle +/- 0.1 degree | 267.72 mm decenter +/- 1% | 64 mm clear aperture | 84 mm part diameter | 14 mm min thickness | | The focal length, off-axis angle and decenter values are not | independent, | but are related by | | decenter = focal length * 2*sin(angle) / (1 + cos(angle)) | From - Tue Apr 04 15:58:52 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id NAA00879 for ; Tue, 4 Apr 2000 13:54:16 -0700 (PDT) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id KAA27545 for ; Tue, 4 Apr 2000 10:53:00 -1000 (HST) Received: from wobbegibg.ifa.hawaii.edu (wobbegong [128.171.76.27]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id KAA12476 for ; Tue, 4 Apr 2000 10:52:59 -1000 (HST) Message-ID: <041a01bf9e7a$3bec3dc0$1b4cab80@ifa.hawaii.edu> From: "Doug Toomey" To: References: <38CC17E1.8FA2AA12@mtwilson.edu> Subject: Re: irtf ao relay specs Date: Tue, 4 Apr 2000 11:10:41 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2314.1300 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2314.1300 X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 X-UIDL: <041a01bf9e7a$3bec3dc0$1b4cab80@ifa.hawaii.edu> Hi, could you please verify the coordinates of the optics in the mechanical design. I want to make sure that we are all on the same version. Doug Below you'll find coordiante information taken from the latest raytrace in our cad system. This information should be verified for its correctness by the optical engineer. Notes: a) The first focal plane, located near Fold 2, was taken as the origin of coordinates. b) Dimension are in inches. c) Coordinate information is always with respect to the center/vertex of the optical element indicated in the raytrace by a crosshair. A) First focal plane ( 0, 0, 0) B) Fold 2 ( -3.331927, 0, 0.433401) C) Fold 1 (39.46448, 4.419417, 0.433401) D) Fold 3 (39.46448, 0, 0.433401) E) OAP 1 (75.10334, 0, -9.759044) F) OAP 2 (73.22512, 0, -0.3883072) G) DM (-16.00922, 0, -10.69548) H) 2nd focal plane (39.46448, -41.96457, 0.433401) I) Primary (39.46448, 49.39681, 0.433401) J) Secondary (39.46448, 325.8151, 0.433401) It was observed in the raytrace that some of the elements, notably the flats, do not have enough oversize. In order for us to start designing the mounts for all the optics, it is of primary importance to have ALL THE FINAL SIZES FOR THE OPTICS. From - Fri Apr 07 13:35:25 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id NAA00521 for ; Fri, 7 Apr 2000 13:54:51 -0700 (PDT) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id KAA06368 for ; Fri, 7 Apr 2000 10:53:32 -1000 (HST) Received: from wobbegibg.ifa.hawaii.edu (wobbegong [128.171.76.27]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id KAA29307 for ; Fri, 7 Apr 2000 10:53:25 -1000 (HST) Message-ID: <04fa01bfa0d5$e0cef140$1b4cab80@ifa.hawaii.edu> From: "Doug Toomey" To: "Chris Shelton" References: <38CC17E1.8FA2AA12@mtwilson.edu> <041a01bf9e7a$3bec3dc0$1b4cab80@ifa.hawaii.edu> <38EDCE9D.896A44B1@mtwilson.edu> Subject: Re: irtf ao relay specs Date: Fri, 7 Apr 2000 11:11:38 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2314.1300 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2314.1300 X-Mozilla-Status: 8013 X-Mozilla-Status2: 00000000 X-UIDL: <04fa01bfa0d5$e0cef140$1b4cab80@ifa.hawaii.edu> Hi Chris, I sent your reply along to the Mech Engs. I will talk to them about the coordinate system. They always seem to make up their own. Sorry for the extra work. Not sure what the ~.01 errors are but the spec on the oap focal length Tolarence is about 10 mm so I doubt that it matters. Yes I got the specs for the mirrors and have sent those the the ME. I am trying to finalize the purchase. One vendor I am talking to has asked: How well to the two off-axis distances have to match? What alignment accuracy is required? He is proposing pyrex since the cost of a zerodur or ule blank is about $12k. He is very comfortable with lambda/20 optics and has built much harder things. He sounds pretty good. He would give us raw interferograms. Is that OK? 1:6 aspect ratio. Who would you have flats made by? I agree that we are pretty much done on the Relay optics aside from the few odd questions like those above. Go ahead and bill on the Relay. I would love to get going on the WFS optics. I have asked the ME for an envelope drawing. I will forward that as soon as I get it. Do you want to get together to talk about the WFS? Doug ----- Original Message ----- From: Chris Shelton To: Doug Toomey Sent: Friday, April 07, 2000 2:03 AM Subject: Re: irtf ao relay specs | > Hi Doug, | | > I have converted optics units and coordinates into the apparent units and coordinates | > of your email and tabulated the result with your email, below. The conversion I used | > was | > email_z = optics_y + 11.01 | > email_x = optics_x - 1002.40 | > email_y = -optics_z + 1254.68, | > where all these dimensions are in mm. | | > The agreement between the converted raytrace coordinates and your email is within 0.001 inch except for | > your z coordinate of OAP1 (collimator), which differs by 0.010 inch, and your z coordinate of OAP2 | > (camera), which differs by 0.014 inch (see listing). This sounds good enough to fly with to me. | > | > The detective work to figure out the coordinate transformation, the conversion of the coordinates and | > this write up took about 5 hours. Had we been using the same coordinate system, it would have taken | > about 1 hour. When you and I first talked last August, we discussed coordinates systems, and I believe | > we agreed on a right-handed system with the origin at the primary vertex with z along the optic axis | > pointing down. This is a fairly standard system for large telescopes. It was also the system used in | > John Raynor's file spex2tel.zmx that you gave me about the same time. That he and I had independently | > picked the same coordinate system was reassuring, and I thought that we had a standard. | > | > While I sympathize with those machinists and mechanical designers who prefer to work in inches, and don't | > take a strong stand on the mm vs inches issue, can we at least agree on an origin and axes direction? It | > doesn't take too long or a lot of neurons to convert between mm and inches, but the rotations and offsets | > make for a lot of slow manual labor. Of course, if you standardize the units, that can only help too. | > | > Regarding the request for final sizes for the optics, I'm assuming that you have already relayed these to | > your mechanical designer, per the email I sent before going to Munich. Let me know if that isn't so, or | > if there is anything else I need to do on the relay. You and I would both like to close off the AO relay | > phase. | | > We also need to talk about the WFS layout. I will get started on the non-folded WFS optics now, which | > should give you a chance to think about envelope dimensions for the WFS. | | > Cheers, | | > Chris Shelton | | > | > Doug Toomey wrote: | > Hi, | > could you please verify the coordinates of the optics in the | > mechanical design. I want to make sure that we are all on the | > same version. | > Doug | > Below you'll find coordiante information taken from the latest raytrace in our cad system. | > This information should be verified for its correctness by the optical engineer. | > Notes: a) The first focal plane, located near Fold 2, was taken as the origin of coordinates. | > b) Dimension are in inches. | > c) Coordinate information is always with respect to the center/vertex of the optical | > element indicated in the raytrace by a crosshair. | > A) First focal plane ( 0, 0, 0) | > Surface 13 0.000, 0.000, 0.000 | > | > B) Fold 2 ( -3.331927, 0, 0.433401) | > Surface 10 -3.332, 0.000, 0.433 | > | > C) Fold 1 (39.46448, 4.419417, 0.433401) | > Surface 6 39.464, 4.420, 0.433 | > | > D) Fold 3 (39.46448, 0, 0.433401) | > Surface 25 39.464, 0.000, 0.433 | > | > E) OAP 1 (75.10334, 0, -9.759044) | > Surface 15 75.103, 0.000, -9.769 | > | > F) OAP 2 (73.22512, 0, -0.3883072) | > Surface 21 73.224, 0.000, -0.374 | > | > G) DM (-16.00922, 0, -10.69548) | > Surface 18 -16.009, 0.000, -10.695 | > | > H) 2nd focal plane (39.46448, -41.96457, 0.433401) | > Surface 27 39.465, -41.965, 0.433 | > | > I) Primary (39.46448, 49.39681, 0.433401) | > Surface 1 39.465, 49.397, 0.433 | > | > J) Secondary (39.46448, 325.8151, 0.433401) | > Surface 2 39.465, 325.815, 0.433 | > It was observed in the raytrace that some of the elements, notably the flats, do not have enough | > oversize. In order for us to start designing the mounts for all the optics, it is of primary importance | > to have ALL THE FINAL SIZES FOR THE OPTICS. | > | | From - Tue Apr 04 17:56:50 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <38EA8F44.8C4BBABF@mtwilson.edu> Date: Tue, 04 Apr 2000 17:56:36 -0700 From: Chris Shelton X-Mailer: Mozilla 4.7 [en] (Win98; I) X-Accept-Language: en MIME-Version: 1.0 To: Doug Toomey Subject: Re: irtf ao relay specs References: <38CC17E1.8FA2AA12@mtwilson.edu> <040001bf9e79$dcb760a0$1b4cab80@ifa.hawaii.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Doug, You are correct, the "diameters" are radii. Here are corrected figures for parts 4 and 5. Chris Part 4 and Part 5 Off-axis parabolas (two identical parts) 1914.3 mm focal length 267.72 mm decenter 128 mm clear aperture 148 mm part diameter 25 mm min thickness (for 6:1) Doug Toomey wrote: > Hi Chris, > > On the IRTF Ao relay. > Part 4 and 5 - I think that you have the wrong diameters. > they look like radii. can you check? > > Doug > > ----- Original Message ----- > From: Chris Shelton > To: > Sent: Sunday, March 12, 2000 12:19 PM > Subject: irtf ao relay specs > > | Doug, > | > | Here are the IRTF AO relay component specs. I put in dimensions for > | both round and rectangular insertable flats -- your choice. Let > | me know if this is ok or if you want more. > | > | I leave for the mainland Wednesday 3/15, go to Germany from there, > | back Tuesday 4/4. Let's talk about what you want done in the > | few days left. > | > | Chris > | > | Common specs > | 1/4 wave p-v at 633 nm at full aperture > | 1/8 half aperture > | 1/10 quarter aperture > | All size dimensions +/- 0.2 mm. > | Material: zerodur or silica, vendor's choice. > | > | Part 1 > | Round flat mirror > | 114 mm clear aperture > | 134 mm part diameter > | 22 mm min thickness > | OR > | Rectangular flat mirror > | 106 x 72 mm clear aperture > | 126 x 92 mm part size > | 21 mm min thickness > | > | Part 2 > | Round flat mirror > | 66 mm clear aperture diameter > | 86 mm part diameter > | 14 mm min thickness > | > | Part 3 > | Round flat mirror > | 126 mm clear aperture diameter > | 146 mm part diameter > | 24 mm min thickness > | OR > | Rectangular flat mirror > | 112 x 80 mm clear aperture > | 132 x 100 mm part size > | 22 mm min thickness > | > | Part 4 and Part 5 > | Off-axis parabolas (two identical parts) > | > | 1914.3 mm focal length +/- 1% > | 8 degree off-axis angle +/- 0.1 degree > | 267.72 mm decenter +/- 1% > | 64 mm clear aperture > | 84 mm part diameter > | 14 mm min thickness > | > | The focal length, off-axis angle and decenter values are not > | independent, > | but are related by > | > | decenter = focal length * 2*sin(angle) / (1 + cos(angle)) > | From - Fri Apr 07 05:04:07 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <38EDCE9D.896A44B1@mtwilson.edu> Date: Fri, 07 Apr 2000 05:03:42 -0700 From: Chris Shelton X-Mailer: Mozilla 4.7 [en] (Win98; I) X-Accept-Language: en MIME-Version: 1.0 To: Doug Toomey Subject: Re: irtf ao relay specs References: <38CC17E1.8FA2AA12@mtwilson.edu> <041a01bf9e7a$3bec3dc0$1b4cab80@ifa.hawaii.edu> Content-Type: text/plain; charset=iso-8859-1 Content-Transfer-Encoding: 8bit > Hi Doug, > I have converted optics units and coordinates into the apparent units and coordinates > of your email and tabulated the result with your email, below. The conversion I used > was > email_z = optics_y + 11.01 > email_x = optics_x - 1002.40 > email_y = -optics_z + 1254.68, > where all these dimensions are in mm. > The agreement between the converted raytrace coordinates and your email is within 0.001 inch except for > your z coordinate of OAP1 (collimator), which differs by 0.010 inch, and your z coordinate of OAP2 > (camera), which differs by 0.014 inch (see listing). This sounds good enough to fly with to me. > > The detective work to figure out the coordinate transformation, the conversion of the coordinates and > this write up took about 5 hours. Had we been using the same coordinate system, it would have taken > about 1 hour. When you and I first talked last August, we discussed coordinates systems, and I believe > we agreed on a right-handed system with the origin at the primary vertex with z along the optic axis > pointing down. This is a fairly standard system for large telescopes. It was also the system used in > John Raynor’s file spex2tel.zmx that you gave me about the same time. That he and I had independently > picked the same coordinate system was reassuring, and I thought that we had a standard. > > While I sympathize with those machinists and mechanical designers who prefer to work in inches, and don’t > take a strong stand on the mm vs inches issue, can we at least agree on an origin and axes direction? It > doesn’t take too long or a lot of neurons to convert between mm and inches, but the rotations and offsets > make for a lot of slow manual labor. Of course, if you standardize the units, that can only help too. > > Regarding the request for final sizes for the optics, I’m assuming that you have already relayed these to > your mechanical designer, per the email I sent before going to Munich. Let me know if that isn't so, or > if there is anything else I need to do on the relay. You and I would both like to close off the AO relay > phase. > We also need to talk about the WFS layout. I will get started on the non-folded WFS optics now, which > should give you a chance to think about envelope dimensions for the WFS. > Cheers, > Chris Shelton > > Doug Toomey wrote: > Hi, > could you please verify the coordinates of the optics in the > mechanical design. I want to make sure that we are all on the > same version. > Doug > Below you'll find coordiante information taken from the latest raytrace in our cad system. > This information should be verified for its correctness by the optical engineer. > Notes: a) The first focal plane, located near Fold 2, was taken as the origin of coordinates. > b) Dimension are in inches. > c) Coordinate information is always with respect to the center/vertex of the optical > element indicated in the raytrace by a crosshair. > A) First focal plane ( 0, 0, 0) > Surface 13 0.000, 0.000, 0.000 > > B) Fold 2 ( -3.331927, 0, 0.433401) > Surface 10 -3.332, 0.000, 0.433 > > C) Fold 1 (39.46448, 4.419417, 0.433401) > Surface 6 39.464, 4.420, 0.433 > > D) Fold 3 (39.46448, 0, 0.433401) > Surface 25 39.464, 0.000, 0.433 > > E) OAP 1 (75.10334, 0, -9.759044) > Surface 15 75.103, 0.000, -9.769 > > F) OAP 2 (73.22512, 0, -0.3883072) > Surface 21 73.224, 0.000, -0.374 > > G) DM (-16.00922, 0, -10.69548) > Surface 18 -16.009, 0.000, -10.695 > > H) 2nd focal plane (39.46448, -41.96457, 0.433401) > Surface 27 39.465, -41.965, 0.433 > > I) Primary (39.46448, 49.39681, 0.433401) > Surface 1 39.465, 49.397, 0.433 > > J) Secondary (39.46448, 325.8151, 0.433401) > Surface 2 39.465, 325.815, 0.433 > It was observed in the raytrace that some of the elements, notably the flats, do not have enough > oversize. In order for us to start designing the mounts for all the optics, it is of primary importance > to have ALL THE FINAL SIZES FOR THE OPTICS. > From - Fri Apr 07 17:50:32 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <38EE8233.6FFBC72C@mtwilson.edu> Date: Fri, 07 Apr 2000 17:49:56 -0700 From: Chris Shelton X-Mailer: Mozilla 4.7 [en] (Win98; I) X-Accept-Language: en MIME-Version: 1.0 To: Doug Toomey Subject: Re: irtf ao relay specs References: <38CC17E1.8FA2AA12@mtwilson.edu> <041a01bf9e7a$3bec3dc0$1b4cab80@ifa.hawaii.edu> <38EDCE9D.896A44B1@mtwilson.edu> <04fa01bfa0d5$e0cef140$1b4cab80@ifa.hawaii.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Doug, > Not sure what the ~.01 errors are but the spec on the oap focal length > Tolarence is about 10 mm so I doubt that it matters. The error is on decenter, so I'll check the sideways tolerance when I'm wading in zemax next. My guess is 0.010 inch = 0.25 mm of decenter translates to 1/100 wave of astigmatism. DM will eat it, and you'd never see it anyway. This is the off-axis decenter; when you are tuning an OAP, you move in and out on this axis (or the off-axis angle, no diff), to null astigmatism. If you embed the OAPs in an AO system, bolting the mirror at the nominal position works fine, and you can let the AO eat any residual astigmatism from being off-nominal. > How well to the two off-axis distances have to match? If they don't match, the plate scale changes a bit, no biggie. If they are off nominal absolutely (each mirror vs its own spec), the pupil mapping is off, which is painful when you get to 1/8 of a subaperture size. Is this a five-ring curvature system? Guessing that it is, that's nine subaps across the pupil, so 1/72 is the pupil reg tolerance. So 1% is a good spec on focal length tolerance, and each OAP should meet it independently of the other. No matching spec needed. > What alignment accuracy is required? A mm on positional accuracy, 0.1 degree in off-axis angle, 0.5 degree in clocking (spinning the mirror in its holder). > > He would give us raw interferograms. Is that OK? Sure. > Who would you have flats made by? Doesn't matter a whole lot. Maybe the OAP guy would bid on knocking them off. Anything close to stock, you could order next bigger from Melles Griot and have them size them down. I've ordered big flats from Melles Griot, but you can probably do better on price to contact the optics job shops directly. There are a ton of them on optics alley (Edinger Ave. in Orange Co., CA), close to the Newport and Melles Griot home offices there. As of two years ago, Melles Griot couldn't do enhanced silver -- I had some of their mirrors stripped and recoated at Denton, who can do good enhanced silver. You can always do coating separately from fab; not a bad idea, since Denton does the best coatings, and is not a fab house. If you want some names, I can suggest some, although all I'd really do is look at old POs and in the Laser Focus Buyer's Guide, and ask the CHARA, Palomar and JPL interferometer folks about their recent experiences, as they have bought a lot of parts in the last year. > I agree that we are pretty much done on the Relay optics > aside from the few odd questions like those above. > Go ahead and bill on the Relay. Hey, thanks, will do. It's been fun so far. > Do you want to get together to talk about the WFS? Yep, say, after I have a chance to digest the soon-to-come envelope drawings. On another front, isn't there a meeting coming up about the Gemini AO coronagraph? It would be a huge favor if you could see your way clear to inviting me, as there is a guy (Keith Taylor) from Australia that I need to interview with for a possible CELT job that will be there. If the job comes through, it should be of benefit to you; I've listed the NICI job with them (Caltech) as a preexisting committment, plus the job would be an excellent place to steer instrumentation orders from. On the issue of how much to say or not say about the 2-mirror concept, that's your call, and I'll respect your wishes. I will at some point want to either publish or propose the concept, but I fully understand that the nici job may not be the place to start it. Having said that, if you want a 5 min discussion of the concept, I'd be happy to present it, being careful not to advocate it for the current design. Question: would the 2-mirror concept be more attractive to you as an official and paid upgrade? I would think that would be a realistic line to draw. I must say that if I put myself in Gemini shoes, that I would be exactly neutral. Do I spend design money on a promising but untried concept that saves two mirrors and some manufacturing costs, or go with a proven but expensive 4-mirror concept? As an optical designer, I know the thing will work (it feels right and has good math both), but is that enough to justify changing course on a fairly large project already underway? Hey, at least I give you choices. Hasta, Chris From ???@??? Fri Aug 6 16:23:18 1999 To: toomey@ifa.hawaii.edu From: Chris Shelton Subject: ratrace Cc: Bcc: X-Attachments: C:\MK\IRTF5.PDF; X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Doug, irtf5.pdf is attached Chris From ???@??? Mon Aug 9 14:39:37 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id OAA01717 for ; Mon, 9 Aug 1999 14:43:36 -1000 (HST) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id OAA23793 for ; Mon, 9 Aug 1999 14:43:29 -1000 (HST) Received: from wobbegibg.ifa.hawaii.edu (wobbegong [128.171.76.27]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id OAA06691 for ; Mon, 9 Aug 1999 14:43:13 -1000 (HST) Message-ID: <002f01bee2c9$674a9ec0$1b4cab80@wobbegibg.ifa.hawaii.edu> From: "Doug Toomey" To: "Chris Shelton" Subject: Re: ratrace Date: Mon, 9 Aug 1999 14:43:38 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 4.72.2106.4 X-MimeOLE: Produced By Microsoft MimeOLE V4.72.2106.4 X-UIDL: e9be10882f89bd9b8bf7a52c55dc8ec4 X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 I got the error message: There was an error opening irtf5.pdf, could not repair file. so I could not look at it Why don't you try post script and I will see if that works. Doug -----Original Message----- From: Chris Shelton To: toomey@ifa.hawaii.edu Date: Friday, August 06, 1999 4:31 PM Subject: ratrace >Doug, > >irtf5.pdf is attached > >Chris > From ???@??? Mon Aug 9 14:48:44 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id OAA01798 for ; Mon, 9 Aug 1999 14:52:48 -1000 (HST) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id OAA23865; Mon, 9 Aug 1999 14:52:47 -1000 (HST) Received: from wobbegibg.ifa.hawaii.edu (wobbegong [128.171.76.27]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id OAA06729; Mon, 9 Aug 1999 14:52:47 -1000 (HST) Message-ID: <004801bee2ca$b87e2ae0$1b4cab80@wobbegibg.ifa.hawaii.edu> From: "Doug Toomey" To: Subject: Draft SOW Date: Mon, 9 Aug 1999 14:53:11 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 4.72.2106.4 X-MimeOLE: Produced By Microsoft MimeOLE V4.72.2106.4 X-UIDL: d3e0776bdb0345e4eb1e4a249d069873 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Hi, Here is the first cut let me now what you think. Doug Statement of work The IRTF is embarking on an important and progressive project to improve the quality of images at the telescope. That project is the installation of an Adaptive Optics(AO) system that will cancel image degradation caused by the atmosphere and telescope optics. This system will improve the images and sensitivites on the telescope by about a factor of 5-10 resulting in very sharp images in a fraction of the time. This system will specifically target planetary observations and will produce images of the planets that will exceed many of those from spacecraft. In order to maximize the utility of the new AO system we require the assistance of an experienced Adaptive Optics Systems Optical Design Consultant. The Optical Design Consultant will: 1)Develop a conceptual model for the IRTF Adaptive Optics Relay 2) Develop a conceptual model for the IRTF Adaptive Optics Wavefront Sensor 3) Contribute to the development of the conceptual model for the on-axis acquisition camera, off- axis guide camera and high resolution wavefront sensor/visible photometric camera. 4) Participate in a review meeting of the concepts mentioned in 1,2 and 3 5) Develop final designs for the Adaptive Optics Relay and the Adaptive Optics Wavefront Sensor suitible for building. The delivered documentation will include: Full ray trace data in Zemax compatible format Manufacturing specifications for the curved optics or lenses Spot diagrams vs. field and wavelength Strehl vs. field and wavelength Positional Tolerance information - translations and tilts DXF File that includes chief ray and four marginal rays Recommendations on surface errors and rougness From ???@??? Mon Aug 9 15:05:48 1999 To: "Doug Toomey" From: Chris Shelton Subject: Re: ratrace, take two Cc: Bcc: X-Attachments: C:\MK\IRTF5.EPS; C:\MK\IRTF5.PDF; X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 At 02:43 PM 8/9/1999 -1000, you wrote: >I got the error message: > >There was an error opening irtf5.pdf, could not repair file. > >so I could not look at it > >Why don't you try post script and I will see if that works. > >Doug here's both -c From ???@??? Mon Aug 9 15:48:08 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id PAA02297 for ; Mon, 9 Aug 1999 15:50:45 -1000 (HST) Received: from galileo.ifa.hawaii.edu (galileo.IfA.Hawaii.Edu [128.171.160.7]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id PAA24293; Mon, 9 Aug 1999 15:50:44 -1000 (HST) Received: (from rayner@localhost) by galileo.ifa.hawaii.edu (8.9.0/8.9.0) id PAA22668; Mon, 9 Aug 1999 15:50:44 -1000 (HST) Date: Mon, 9 Aug 1999 15:50:44 -1000 (HST) From: John Rayner Message-Id: <199908100150.PAA22668@galileo.ifa.hawaii.edu> To: cshelton@hapuna.keck.hawaii.edu, toomey@IfA.Hawaii.Edu Subject: Re: Draft SOW X-UIDL: cc3ba68da38653f2469d4372d20fe83d X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Doug, >in a fraction of the time. This system will specifically target planetary observations and will produce images of the planets that will exceed many of those from spacecraft. AO should be targeted to improve spatial resolution and sensitivity of IR cameras AND IR spectrographs. It will significantly improve the quality of IRTF's planetary projects but it can't hope to compete with most spacecraft imaging. Increasing light through the slit will probably enable better all round science than AO imaging...but I'm biased. John From ???@??? Mon Aug 9 15:53:13 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id PAA02371 for ; Mon, 9 Aug 1999 15:57:12 -1000 (HST) Received: from galileo.ifa.hawaii.edu (galileo.IfA.Hawaii.Edu [128.171.160.7]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id PAA24365 for ; Mon, 9 Aug 1999 15:57:11 -1000 (HST) Received: from localhost (doc@localhost) by galileo.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id PAA22714; Mon, 9 Aug 1999 15:57:10 -1000 (HST) Date: Mon, 9 Aug 1999 15:57:10 -1000 (HST) From: "Dan O'Connor" To: Doug Toomey cc: Bob Joseph , John Rayner , John Sender , cshelton@keck.hawaii.edu Subject: A/O meeting Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-UIDL: b58ff56967caa0e6032ef6b121247231 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Hi Doug - I'm trying to set up a meeting to hammer out some A/O issues. I am composing a list of technical questions to be discussed, and this will determine the agenda. Would like to have Buzz and Malcolm attend and any interested IRTF staff and especially John Rayner and John Sender. Constraints: Malcolm won't be back til the 16th of Aug, so I initially thought that the 17th would be good. I learned that you will be out of town on this date...(til when). Chris seems pretty flexible as well as Buzz and myself. Let me know a date you can make it. Thanks, Dan O'C From ???@??? Tue Aug 10 11:39:26 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id LAA07970 for ; Tue, 10 Aug 1999 11:42:49 -1000 (HST) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id LAA00651; Tue, 10 Aug 1999 11:42:47 -1000 (HST) Received: from wobbegibg.ifa.hawaii.edu (wobbegong [128.171.76.27]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id LAA09215; Tue, 10 Aug 1999 11:42:47 -1000 (HST) Message-ID: <006a01bee379$5dbbf6a0$1b4cab80@wobbegibg.ifa.hawaii.edu> From: "Doug Toomey" To: "Chris Shelton" Cc: Subject: prod Date: Tue, 10 Aug 1999 11:43:21 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 4.72.2106.4 X-MimeOLE: Produced By Microsoft MimeOLE V4.72.2106.4 X-UIDL: f086e8fcbea5fe5cefa31a876bf3aad6 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Hi, Any progress on picking a time for me to visit. I go the ps file and it worked, thanks. Doug From ???@??? Tue Aug 10 16:07:46 1999 To: "Doug Toomey" From: Chris Shelton Subject: Re: prod Cc: Bcc: X-Attachments: X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Hi Doug, Wed, Thurs, Fri are all ok. I got your note about Friday. Dan O'Conner called, said he would consult you about scheduling a meeting on the Gemini biz. Did he ever get through to you? Chris >Hi, > >Any progress on picking a time for me to visit. > >I go the ps file and it worked, thanks. > >Doug > > > From ???@??? Wed Aug 11 11:33:28 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id LAA16390 for ; Wed, 11 Aug 1999 11:37:27 -1000 (HST) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id LAA10096 for ; Wed, 11 Aug 1999 11:37:26 -1000 (HST) Received: from wobbegibg.ifa.hawaii.edu (wobbegong [128.171.76.27]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id LAA12618 for ; Wed, 11 Aug 1999 11:37:26 -1000 (HST) Message-ID: <000d01bee441$ce760200$1b4cab80@wobbegibg.ifa.hawaii.edu> From: "Doug Toomey" To: "Chris Shelton" Subject: Re: prod Date: Wed, 11 Aug 1999 11:38:09 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 4.72.2106.4 X-MimeOLE: Produced By Microsoft MimeOLE V4.72.2106.4 X-UIDL: a9232b2fb0525caf3a13560a865d3161 X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Hi How about Thursday afternoon? I think that Dan will come over too. Doug -----Original Message----- From: Chris Shelton To: Doug Toomey Date: Tuesday, August 10, 1999 4:12 PM Subject: Re: prod >Hi Doug, > >Wed, Thurs, Fri are all ok. I got your note about Friday. >Dan O'Conner called, said he would consult you about scheduling >a meeting on the Gemini biz. Did he ever get through to you? > >Chris > >>Hi, >> >>Any progress on picking a time for me to visit. >> >>I go the ps file and it worked, thanks. >> >>Doug >> >> >> > > From ???@??? Wed Aug 11 12:14:40 1999 To: "Doug Toomey" From: Chris Shelton Subject: Re: prod Cc: Bcc: X-Attachments: X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Hi Doug, Thursday afternoon is just fine. Chris >Hi > >How about Thursday afternoon? I think that Dan will come over too. > >Doug >-----Original Message----- >From: Chris Shelton >To: Doug Toomey >Date: Tuesday, August 10, 1999 4:12 PM >Subject: Re: prod > > >>Hi Doug, >> >>Wed, Thurs, Fri are all ok. I got your note about Friday. >>Dan O'Conner called, said he would consult you about scheduling >>a meeting on the Gemini biz. Did he ever get through to you? >> >>Chris >> >>>Hi, >>> >>>Any progress on picking a time for me to visit. >>> >>>I go the ps file and it worked, thanks. >>> >>>Doug >>> >>> >>> >> >> > > > From ???@??? Wed Aug 11 12:18:42 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id MAA16905 for ; Wed, 11 Aug 1999 12:22:36 -1000 (HST) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id MAA10494 for ; Wed, 11 Aug 1999 12:22:35 -1000 (HST) Received: from wobbegibg.ifa.hawaii.edu (wobbegong [128.171.76.27]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id MAA12794 for ; Wed, 11 Aug 1999 12:22:36 -1000 (HST) Message-ID: <003301bee448$1ddaa840$1b4cab80@wobbegibg.ifa.hawaii.edu> From: "Doug Toomey" To: "Chris Shelton" Subject: Re: prod Date: Wed, 11 Aug 1999 12:23:19 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 4.72.2106.4 X-MimeOLE: Produced By Microsoft MimeOLE V4.72.2106.4 X-UIDL: fae8d8d3a4ed4191e546f24323e64cce X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 We will be there at aroudn 2:00pm Doug -----Original Message----- From: Chris Shelton To: Doug Toomey Date: Wednesday, August 11, 1999 12:19 PM Subject: Re: prod >Hi Doug, > >Thursday afternoon is just fine. > >Chris > >>Hi >> >>How about Thursday afternoon? I think that Dan will come over too. >> >>Doug >>-----Original Message----- >>From: Chris Shelton >>To: Doug Toomey >>Date: Tuesday, August 10, 1999 4:12 PM >>Subject: Re: prod >> >> >>>Hi Doug, >>> >>>Wed, Thurs, Fri are all ok. I got your note about Friday. >>>Dan O'Conner called, said he would consult you about scheduling >>>a meeting on the Gemini biz. Did he ever get through to you? >>> >>>Chris >>> >>>>Hi, >>>> >>>>Any progress on picking a time for me to visit. >>>> >>>>I go the ps file and it worked, thanks. >>>> >>>>Doug >>>> >>>> >>>> >>> >>> >> >> >> > > From ???@??? Wed Aug 11 14:28:40 1999 To: "Doug Toomey" From: Chris Shelton Subject: Re: prod Cc: Bcc: X-Attachments: X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Doug, I'm looking forward to it. Chris >We will be there at aroudn 2:00pm > >Doug From ???@??? Thu Aug 12 14:30:45 1999 To: "Doug Toomey" ,doc@ifa.hawaii.edu From: Chris Shelton Subject: Re: Draft SOW Cc: Bcc: X-Attachments: X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Statement of work The IRTF is embarking on an important and progressive project to improve the quality of images at the telescope. That project is the installation of an Adaptive Optics(AO) system that will cancel image degradation caused by the atmosphere and telescope optics. This system will improve the images and sensitivites on the telescope by about a factor of 5-10 resulting in very sharp images in a fraction of the time. This system will specifically target planetary observations and will produce images of the planets comparable to that of Space Telescope, but in the infrared. In order to maximize the utility of the new AO system we require the assistance of an experienced Adaptive Optics Systems Optical Design Consultant. The Optical Design Consultant will: 1)Develop a conceptual model for the IRTF Adaptive Optics Relay. 2) Develop a conceptual model for the IRTF Adaptive Optics Wavefront Sensor 3) Contribute to the development of the conceptual model for the on-axis acquisition camera, off-axis guide camera and high resolution wavefront sensor/visible photometric camera. 4) Participate in a review meeting of the concepts mentioned in 1,2 and 3 5) Develop final designs for the Adaptive Optics Relay and the Adaptive Optics Wavefront Sensor suitable for building. The delivered documentation will include: Full ray trace data in Zemax compatible format Manufacturing specifications for the curved optics or lenses Spot diagrams vs. field and wavelength Strehl vs. field and wavelength Positional Tolerance information - translations and tilts DXF File that includes chief ray and four marginal rays Recommendations on surface errors and rougness. From ???@??? Fri Aug 13 10:49:16 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id KAA05350 for ; Fri, 13 Aug 1999 10:46:43 -1000 (HST) Received: from galileo.ifa.hawaii.edu (galileo.IfA.Hawaii.Edu [128.171.160.7]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id KAA27224 for ; Fri, 13 Aug 1999 10:46:43 -1000 (HST) Received: from localhost (doc@localhost) by galileo.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id KAA20958 for ; Fri, 13 Aug 1999 10:46:42 -1000 (HST) Date: Fri, 13 Aug 1999 10:46:42 -1000 (HST) From: "Dan O'Connor" To: cshelton@keck.hawaii.edu Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-UIDL: 89d29097b689618d46c5014b23450ad5 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Chris - A good meeting yesterday, glad I came. I would still like a copy of the French paper w/re the transfer optics if you get a chance. Dan O'Connor Institute for Astronomy 2680 Woodlawn Dr. Honolulu, HI 96822 Mahalo Nui Daniel From ???@??? Fri Aug 13 15:31:19 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id PAA08018 for ; Fri, 13 Aug 1999 15:21:03 -1000 (HST) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id PAA29207 for ; Fri, 13 Aug 1999 15:21:03 -1000 (HST) Received: from wobbegibg.ifa.hawaii.edu (wobbegong [128.171.76.27]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id PAA20455; Fri, 13 Aug 1999 15:21:02 -1000 (HST) Message-ID: <003701bee5f2$83cdc6e0$1b4cab80@wobbegibg.ifa.hawaii.edu> From: "Doug Toomey" To: "Chris Shelton" Cc: Subject: Re: prod Date: Fri, 13 Aug 1999 15:15:31 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 4.72.2106.4 X-MimeOLE: Produced By Microsoft MimeOLE V4.72.2106.4 X-UIDL: 553b5e3ae7a88971b72110566d11a987 X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Hi, I have sent the SOW and the sole source justification through. It will be waiting on your quote. Please send it directly to Karan Hughes at hughes.ifa.hawaii.edu or Fax it to here at 988-3893 Aloha, Doug From ???@??? Fri Aug 13 18:54:18 1999 To: "Dan O'Connor" From: Chris Shelton Subject: Re: paper Cc: toomey@ifa.hawaii.edu Bcc: X-Attachments: X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Hi Daniel, I referred to the optics paper in my SPIE article on the MMT AO (SPIE 3126, pp 2-7) -- Ghedina, A., Ragazzoni. R., "Optimum configurations for two off-axis parabolae relay," to be published in Journal of Modern Optics. They gave me a preprint, which I think is in a box in my garage. I'll see if I can dig it out on the weekend. If you have access to a computerized library search, maybe you can find it faster that way, in which case, let me know. Chris > >Chris - > > A good meeting yesterday, glad I came. > I would still like a copy of the French paper w/re > the transfer optics if you get a chance. > > Dan O'Connor > Institute for Astronomy > 2680 Woodlawn Dr. > Honolulu, HI 96822 > > Mahalo Nui > > Daniel > > > > From ???@??? Mon Aug 16 14:33:39 1999 To: hughes@ifa.hawaii.edu From: Chris Shelton Subject: Quotation Cc: Bcc: X-Attachments: X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Hello, Karan, Or Karen? I have a quotation to send you for Doug Toomey's statement of work -- is this the correct spelling of your name? Chris Shelton >Hi, > >I have sent the SOW and the sole source justification through. It will be waiting >on your quote. Please send it directly to Karan Hughes at > >hughes.ifa.hawaii.edu > >or Fax it to here at > >988-3893 > >Aloha, > >Doug From ???@??? Mon Aug 16 15:05:02 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id PAA25639 for ; Mon, 16 Aug 1999 15:08:30 -1000 (HST) Received: from jeans.ifa.hawaii.edu (jeans.IfA.Hawaii.Edu [128.171.79.127]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id PAA15231 for ; Mon, 16 Aug 1999 15:08:30 -1000 (HST) Received: from [128.171.79.162] (karanmac [128.171.79.162]) by jeans.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id PAA04651 for ; Mon, 16 Aug 1999 15:08:29 -1000 (HST) Message-Id: Mime-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Date: Mon, 16 Aug 1999 15:12:05 -1000 To: Chris Shelton From: hughes@jeans.ifa.hawaii.edu (Karan Hughes) Subject: Re: Quotation X-UIDL: b07cb6e2d8354918eb195c5df4a5dffe X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Hi, Yes, it's Karan. Can you please let me know if we should make the P.O. out to Carpe Photon or to Chris Shelton (Christopher??)? If it's to Carpe Photon, I will need a Fed. ID number and if it's to you personally, I will need your Social Security number. May I have the address, phone and fax numbers as well. Thanks. Karan >Hello, Karan, > >Or Karen? I have a quotation to send you for Doug Toomey's statement of >work -- is this the correct spelling of your name? > >Chris Shelton > >>Hi, >> >>I have sent the SOW and the sole source justification through. It will be >waiting >>on your quote. Please send it directly to Karan Hughes at >> >>hughes.ifa.hawaii.edu >> >>or Fax it to here at >> >>988-3893 >> >>Aloha, >> >>Doug From ???@??? Tue Aug 17 10:07:58 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id IAA00707 for ; Tue, 17 Aug 1999 08:43:50 -1000 (HST) Received: from galileo.ifa.hawaii.edu (galileo.IfA.Hawaii.Edu [128.171.160.7]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id IAA19959 for ; Tue, 17 Aug 1999 08:43:46 -1000 (HST) Received: from localhost (doc@localhost) by galileo.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id IAA09449 for ; Tue, 17 Aug 1999 08:43:47 -1000 (HST) Date: Tue, 17 Aug 1999 08:43:47 -1000 (HST) From: "Dan O'Connor" To: cshelton@keck.hawaii.edu Subject: Re: SPeX spacer (fwd) Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-UIDL: b9cbbfeb30cf5b4dbd7dca6dfa853ef2 X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Chris here is some data from John Rayner, designer of SPEX. I still have to get you one number, that is the dist from the top of the truck to where the fold mirror can be positioned. Dan O'C ---------- Forwarded message ---------- Date: Fri, 13 Aug 1999 15:10:46 -1000 (HST) From: John Rayner To: doc@galileo Cc: toomey@galileo Subject: Re: SPeX spacer Hi Dan, Sorry for the delay. Answers: 1.) What is the thickness of the spacer between the Truck and SPex?? (I understand the design is finished.) 279.4 mm (11.0ins) 2.) What is the distance from the top of the dewar to focus in Spex? 434.1mm The e-mail following this is the raytrace. (You might need to change the glass names in the .zmx file to whatever you have for CaF2.) Check the distances I gave you with the raytrace. Hope this helps, John From ???@??? Tue Aug 17 10:07:58 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id IAA00729 for ; Tue, 17 Aug 1999 08:44:35 -1000 (HST) Received: from galileo.ifa.hawaii.edu (galileo.IfA.Hawaii.Edu [128.171.160.7]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id IAA19970 for ; Tue, 17 Aug 1999 08:44:33 -1000 (HST) Received: from localhost (doc@localhost) by galileo.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id IAA09458 for ; Tue, 17 Aug 1999 08:44:33 -1000 (HST) Date: Tue, 17 Aug 1999 08:44:33 -1000 (HST) From: "Dan O'Connor" To: cshelton@keck.hawaii.edu Subject: Forwarded mail.... Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-UIDL: e342ef9256b55bcf05e37cd1133d67df X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Here is the zeemax file. DOC ---------- Forwarded message ---------- Date: Fri, 13 Aug 1999 15:11:04 -1000 (HST) From: John Rayner To: doc@galileo.ifa.hawaii.edu, toomey@galileo.ifa.hawaii.edu VERS 7020 657 NAME Location of SpeX cold telescope focal plane NOTE 1 Notes... NOTE 2 NOTE 3 UNIT MM FLOA PUPD 86374.8 3001.76 ENVD -196 0 GFAC 0 0 GCAT schott SW misc jtr miscair RAIM 1.0E-8 1 1 1 0 0 PUSH 0 0 0 0 SDMA 0 1 FTYP 0 ROPD 2 PICB 1 XFLD 0 0.008 -0.008 -0.0082 0.0082 YFLD 0 0.008 -0.008 -0.0082 0.0082 FWGT 1 1 1 1 1 WAVL 0.9 1.25 1.65 2.2 3.6 4.8 WWGT 1 1 1 1 1 1 PWAV 3 POLS 1 0 1 0 0 GLRS 1 SURF 0 TYPE STANDARD CURV 0 0 0 0 DISZ INFINITY DIAM 0 0 0 SURF 1 TYPE STANDARD CURV 0 0 0 0 DISZ 0 DIAM 1517.55054 0 0 OBSC 0 122 SURF 2 COMM PRIMARY TYPE STANDARD CURV -6.54259721e-005 0 0 0 DISZ -7021.0228 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 1524 1 0 CLAP 152 1e+010 SURF 3 COMM SECONDARY STOP TYPE STANDARD CURV -0.000751385536 0 0 0 DISZ 7021.0228 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1.314627 PZUP 2 -1 0 DIAM 122 1 0 CLAP 0 1e+010 SURF 4 COMM PRIMARY POLE TYPE STANDARD CURV 0 0 0 0 DISZ 1610.61 GLAS AIR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 47.7530209 0 0 SURF 5 COMM FO/VJ ALIGNMENT TYPE COORDBRK CURV 0.0 0 0.0 0.0 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 6 COMM TOP OF CAL BOX TYPE STANDARD CURV 0 0 0 0 DISZ 279.4 GLAS AIR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 30.7390339 0 0 SURF 7 TYPE COORDBRK CURV 0.0 0 0.0 0.0 PARM 1 0 PARM 2 0 PARM 3 5 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 8 COMM WINDOW TYPE STANDARD CURV 0 0 0 0 DISZ 6.35 GLAS CAF2T293 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 38.1 1 0 SQAP 38.0999985 38.0999985 SURF 9 TYPE STANDARD CURV 0 0 0 0 DISZ 0 DIAM 38.1 1 0 SQAP 38.0999985 38.0999985 SURF 10 TYPE COORDBRK CURV 0.0 0 0.0 0.0 PARM 1 0 PARM 2 0.33 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 11 TYPE COORDBRK CURV 0.0 0 0.0 0.0 PARM 1 0 PARM 2 0 PARM 3 -5 PPAR 3 7 -1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 5 DIAM 0 1 0 SURF 12 COMM SQ. BAFFLE TYPE STANDARD CURV 0 0 0 0 DISZ 75.47 DIAM 27.7332225 0 0 SQAP 30 30 SURF 13 COMM BAFFLE TYPE STANDARD CURV 0 0 0 0 DISZ 60 DIAM 26.9370197 0 0 CLAP 0 28.95 SURF 14 COMM BAFFLE TYPE STANDARD CURV 0 0 0 0 DISZ 48 DIAM 26.3040243 0 0 CLAP 0 28.3 SURF 15 TYPE COORDBRK CURV 0.0 0 0.0 0.0 PARM 1 0 PARM 2 0 PARM 3 -45 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 16 COMM DICHROIC TYPE STANDARD CURV 0 0 0 0 DISZ 6 GLAS CAF2T77 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 40 1 0 SQAP 27.051 36.576 SURF 17 TYPE STANDARD CURV 0 0 0 0 DISZ 0 DIAM 40 1 0 SQAP 27.051 36.576 SURF 18 TYPE COORDBRK CURV 0.0 0 0.0 0.0 PARM 1 0 PARM 2 -3.46 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 19 TYPE COORDBRK CURV 0.0 0 0.0 0.0 TCED 18.4 0 0 PARM 1 0 PARM 2 0 PARM 3 45 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 40 DIAM 0 0 0 SURF 20 COMM BAFFLE TYPE STANDARD CURV 0 0 0 0 TCED 18.4 0 0 DISZ 45 DIAM 25.3550615 0 0 CLAP 0 27.35 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-0.815765977 0 0.00969626568 0 TRAR 0 2 -0.356523991 -0.356523991 -0.167854995 -0.290733993 0 0.00969626568 0 TRAR 0 2 -0.356523991 -0.356523991 -0.353552997 -0.612371981 0 0.0155140245 0 TRAR 0 2 -0.356523991 -0.356523991 -0.470982999 -0.815765977 0 0.00969626568 0 TRAR 0 2 -0.356523991 -0.356523991 -0.335711002 0 0 0.00969626568 0 TRAR 0 2 -0.356523991 -0.356523991 -0.707107008 0 0 0.0155140245 0 TRAR 0 2 -0.356523991 -0.356523991 -0.941964984 0 0 0.00969626568 0 From ???@??? Tue Aug 17 10:07:58 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id IAA00729 for ; Tue, 17 Aug 1999 08:44:35 -1000 (HST) Received: from galileo.ifa.hawaii.edu (galileo.IfA.Hawaii.Edu [128.171.160.7]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id IAA19970 for ; Tue, 17 Aug 1999 08:44:33 -1000 (HST) Received: from localhost (doc@localhost) by galileo.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id IAA09458 for ; Tue, 17 Aug 1999 08:44:33 -1000 (HST) Date: Tue, 17 Aug 1999 08:44:33 -1000 (HST) From: "Dan O'Connor" To: cshelton@keck.hawaii.edu Subject: Forwarded mail.... Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-UIDL: e342ef9256b55bcf05e37cd1133d67df X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 TRAR 0 2 -0.356523991 -0.356523991 -0.167854995 0.290733993 0 0.00969626568 0 TRAR 0 2 -0.356523991 -0.356523991 -0.353552997 0.612371981 0 0.0155140245 0 TRAR 0 2 -0.356523991 -0.356523991 -0.470982999 0.815765977 0 0.00969626568 0 TRAR 0 3 -0.356523991 -0.356523991 0.167854995 0.290733993 0 0.00969626568 0 TRAR 0 3 -0.356523991 -0.356523991 0.353552997 0.612371981 0 0.0155140245 0 TRAR 0 3 -0.356523991 -0.356523991 0.470982999 0.815765977 0 0.00969626568 0 TRAR 0 3 -0.356523991 -0.356523991 0.335711002 0 0 0.00969626568 0 TRAR 0 3 -0.356523991 -0.356523991 0.707107008 0 0 0.0155140245 0 TRAR 0 3 -0.356523991 -0.356523991 0.941964984 0 0 0.00969626568 0 TRAR 0 3 -0.356523991 -0.356523991 0.167854995 -0.290733993 0 0.00969626568 0 TRAR 0 3 -0.356523991 -0.356523991 0.353552997 -0.612371981 0 0.0155140245 0 TRAR 0 3 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0.707107008 0.470982999 -0.815765977 0 0.00484813284 0 TRAR 0 6 0.707107008 0.707107008 -0.167854995 -0.290733993 0 0.00484813284 0 TRAR 0 6 0.707107008 0.707107008 -0.353552997 -0.612371981 0 0.00775701227 0 TRAR 0 6 0.707107008 0.707107008 -0.470982999 -0.815765977 0 0.00484813284 0 TRAR 0 6 0.707107008 0.707107008 -0.335711002 0 0 0.00484813284 0 TRAR 0 6 0.707107008 0.707107008 -0.707107008 0 0 0.00775701227 0 TRAR 0 6 0.707107008 0.707107008 -0.941964984 0 0 0.00484813284 0 TRAR 0 6 0.707107008 0.707107008 -0.167854995 0.290733993 0 0.00484813284 0 TRAR 0 6 0.707107008 0.707107008 -0.353552997 0.612371981 0 0.00775701227 0 TRAR 0 6 0.707107008 0.707107008 -0.470982999 0.815765977 0 0.00484813284 0 MNUM 1 From ???@??? Tue Aug 17 11:08:28 1999 To: hughes@jeans.ifa.hawaii.edu (Karan Hughes) From: Chris Shelton Subject: Re: Quotation Cc: Bcc: X-Attachments: X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Hi Karan, Thanks for the reply. The PO and any other paperwork involving taxes should be made out to J. Christopher Shelton. Here's the other info, which I will duplicate on the quotation. I'll fax the quotation, plus send an email version. SSN 572 62 2748 Address P.O. Box 323 Paauilo, HI 96776 Phone numbers 808 881 3817 Keck office 808 776 1172 home phone 808 776 1250 fax Thanks, Chris S >Hi, >Yes, it's Karan. Can you please let me know if we should make the P.O. out >to Carpe Photon or to Chris Shelton (Christopher??)? If it's to Carpe >Photon, I will need a Fed. ID number and if it's to you personally, I will >need your Social Security number. May I have the address, phone and fax >numbers as well. Thanks. > >Karan > > > >>Hello, Karan, >> >>Or Karen? I have a quotation to send you for Doug Toomey's statement of >>work -- is this the correct spelling of your name? >> >>Chris Shelton >> >>>Hi, >>> >>>I have sent the SOW and the sole source justification through. It will be >>waiting >>>on your quote. Please send it directly to Karan Hughes at >>> >>>hughes.ifa.hawaii.edu >>> >>>or Fax it to here at >>> >>>988-3893 >>> >>>Aloha, >>> >>>Doug > > > > From ???@??? Tue Aug 17 11:09:41 1999 To: hughes@ifa.hawaii.edu From: Chris Shelton Subject: Quotation Cc: toomey@ifa.hawaii.edu Bcc: X-Attachments: X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Carpe Photon P.O. Box 323 Paauilo, HI 96776 (808) 881-3817 Keck office (808) 776-1250 fax Quotation 17 August, 1999 Karan Hughes Institute for Astronomy (808) 988-3893 fax Karan, I am pleased to offer the following fixed-price quotation on the attached Statement of Work, received from Doug Toomey on 12 August, 1999. I have organized the requested work by tasks into three phases, which I expect to take one to two months each. As completion of these phases depends on contributions from all the members of the IRTF adaptive optics design team, the delivery times of the three phases are estimates only. Phase 1, consisting of items 1 and 3: Develop conceptual models of IRTF Adaptive Optics Relay and contribute to the development of the conceptual model for the off-axis acquisition camera, off-axis guide camera and high resolution wavefront sensor/visible photometric camera. $5000, payable on completion of Phase 1 Estimated delivery 30 days ARO. Phase 2, consisting of item 2: Develop a conceptual model for the IRTF Adaptive Optics Wavefront Sensor. $5000.00, payable on completion of Phase 2. Estimated delivery 30 days after completion of Phase 1. Phase 3, consisting of item 5: Develop final designs for the Adaptive Optics Relay and the Adaptive Optics Wavefront Sensor suitable for building. The delivered documentation will include the items specified in the Statement of Work. $4000, payable on completion of Phase 3. Estimated delivery 30 days after completion of Phase 2. For item 4: For review meetings in Hilo or Waimea, and up to two meetings on Oahu, no separate charge. Meetings elsewhere, and meetings after the second on Oahu, will be reimbursed at normal IFA travel and per diem rates. Sincerely, Dr. J. Christopher Shelton cshelton@keck.hawaii.edu (808) 881-3817 Keck office (808) 776-1250 fax (808) 776-1172 home office SSN 572 62 2748 Attachment: Statement of work The IRTF is embarking on an important and progressive project to improve the quality of images at the telescope. That project is the installation of an Adaptive Optics(AO) system that will cancel image degradation caused by the atmosphere and telescope optics. This system will improve the images and sensitivities on the telescope by about a factor of 5-10 resulting in very sharp images in a fraction of the time. This system will specifically target planetary observations and will produce images of the planets comparable to that of Space Telescope, but in the infrared. In order to maximize the utility of the new AO system we require the assistance of an experienced Adaptive Optics Systems Optical Design Consultant. The Optical Design Consultant will: 1) Develop a conceptual model for the IRTF Adaptive Optics Relay. 2) Develop a conceptual model for the IRTF Adaptive Optics Wavefront Sensor 3) Contribute to the development of the conceptual model for the on-axis acquisition camera, off-axis guide camera and high resolution wavefront sensor/visible photometric camera. 4) Participate in a review meeting of the concepts mentioned in 1,2 and 3 5) Develop final designs for the Adaptive Optics Relay and the Adaptive Optics Wavefront Sensor suitable for building. The delivered documentation will include: Full ray trace data in Zemax compatible format Manufacturing specifications for the curved optics or lenses Spot diagrams vs. field and wavelength Strehl vs. field and wavelength Positional Tolerance information - translations and tilts DXF File that includes chief ray and four marginal rays Recommendations on surface errors and roughness. From ???@??? Tue Aug 17 14:37:40 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id OAA04674 for ; Tue, 17 Aug 1999 14:41:37 -1000 (HST) Received: from jeans.ifa.hawaii.edu (jeans.IfA.Hawaii.Edu [128.171.79.127]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id OAA23653 for ; Tue, 17 Aug 1999 14:41:36 -1000 (HST) Received: from [128.171.79.162] (karanmac [128.171.79.162]) by jeans.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id OAA09233 for ; Tue, 17 Aug 1999 14:41:36 -1000 (HST) Message-Id: Mime-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Date: Tue, 17 Aug 1999 14:42:04 -1000 To: Chris Shelton From: hughes@jeans.ifa.hawaii.edu (Karan Hughes) Subject: Re: Quotation X-UIDL: 744c9e3fc19e0842d6d6857c6e7ad506 X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Hi Chris, Thank you for the quotation. Also just received the faxed version. I hope to get the paperwork signed by Bob Joseph and to our Administration office by tomorrow. Karan From ???@??? Wed Aug 18 10:30:09 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id KAA10259 for ; Wed, 18 Aug 1999 10:34:48 -1000 (HST) Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id KAA00244 for ; Wed, 18 Aug 1999 10:34:48 -1000 (HST) Received: from localhost (kaukali@localhost) by hubble.ifa.hawaii.edu (8.9.1b+Sun/8.9.1) with SMTP id KAA20343; Wed, 18 Aug 1999 10:34:47 -1000 (HST) Date: Wed, 18 Aug 1999 10:34:47 -1000 (HST) From: Chris Kaukali To: cshelton@keck.hawaii.edu cc: Karan Hughes , Bob Joseph , Doug Toomey Subject: Services Contract Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-UIDL: 695335916d48e5c319562c94ca095546 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Hi Dr. Shelton, Doug Toomey has informed me that you have agreed to provide your services for the IRTF AO project. I have a couple questions before I can proceed drafting up the constulant contract. You mentioned that you would rather have the contract made out to you as an individual instead of through your company. It will save a week if we could draft the contract with your company. The University rules requires contracts with individuals to go through an "independent contractor review" (takes 7-10 days), where if we use your company, this is not required. Also, you will need to obtain a tax clearance from the State/IRS. This is required for all contracts over $10,000. I will fax you a copy of the tax rules and the procedures for obtaining this clearance. Information can be obtained by telephone or on the web. I would request at least 3 original copies, one for you, one for us, and one to mail back to the tax office if you need to renew it. If you fax in your request, it should take 10-15 days. Please contact me if you have any questions. Chris Kaukali Administrative Officer University of Hawaii Institute for Astronomy ph: 808-956-7271 fax: 808-956-4644 From ???@??? Thu Aug 26 12:42:34 1999 To: Chris Kaukali From: Chris Shelton Subject: Re: Services Contract Cc: toomey@ifa.hawaii.edu Bcc: X-Attachments: X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Hi Chris Kaukali, I filed applications for the tax clearance on the 24th, requesting four copies. On the 25th I talked with Diane at the Hilo office, who confirmed receipt, said everything looks ok, and confirmed your estimate of 10-15 days turnaround. My company was set up, in California, as a sole proprietorship with no employees, and I have been using my SSN (572-62-2748) as a tax ID for it. I just filed the Hawaiian BB1 form for it on the same day (8/24) as the tax clearance form, and so from a State of Hawaii perspective it may not exist yet. If it is possible under these circumstances to contract with you as a company, I would prefer that too -- otherwise, we should proceed with the independent contractor review. I would appreciate your advice on this. Thank you, Chris Shelton >Hi Dr. Shelton, > >Doug Toomey has informed me that you have agreed to provide your services >for the IRTF AO project. I have a couple questions before I can proceed >drafting up the constulant contract. > >You mentioned that you would rather have the contract made out to you as >an individual instead of through your company. It will save a week if we >could draft the contract with your company. The University rules requires >contracts with individuals to go through an "independent contractor >review" (takes 7-10 days), where if we use your company, this is not >required. > >Also, you will need to obtain a tax clearance from the State/IRS. This is >required for all contracts over $10,000. I will fax you a copy of the tax >rules and the procedures for obtaining this clearance. Information can be >obtained by telephone or on the web. I would request at least 3 original >copies, one for you, one for us, and one to mail back to the tax office if >you need to renew it. If you fax in your request, it should take 10-15 >days. > >Please contact me if you have any questions. > > >Chris Kaukali >Administrative Officer >University of Hawaii >Institute for Astronomy >ph: 808-956-7271 fax: 808-956-4644 From ???@??? Thu Aug 26 13:04:42 1999 To: toomey@ifa.hawaii.edu From: Chris Shelton Subject: Oahu meeting Cc: kaukali@IfA.Hawaii.Edu Bcc: X-Attachments: X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Hi Doug, Is any paperwork needed to get reimbursed for the Oahu meeting? Plane, car, parking and meals came to $348.13. You mentioned a per-diem, which would change this number some. We successfully ran the Keck guide star laser 8 hours Tuesday night, staying above 8 watts output for that time. This was a big milestone; it means I'm happier, Keck and LLNL are happier, and I can come up for air and resume the IRTF work. There is still plenty to do before taking the laser to the summit, which should happen early next year. The Zemax 8.0 upgrade arrived yesterday. Is this the same version you have? We should stay software compatible on the optical design. Aloha, Chris From ???@??? Thu Aug 26 14:30:10 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id OAA10542 for ; Thu, 26 Aug 1999 14:29:44 -1000 (HST) Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id OAA19520 for ; Thu, 26 Aug 1999 14:29:44 -1000 (HST) Received: from localhost (kaukali@localhost) by hubble.ifa.hawaii.edu (8.9.1b+Sun/8.9.1) with SMTP id OAA02601 for ; Thu, 26 Aug 1999 14:29:44 -1000 (HST) Date: Thu, 26 Aug 1999 14:29:44 -1000 (HST) From: Chris Kaukali To: Chris Shelton Subject: Re: Services Contract In-Reply-To: <2.2.16.19990826124235.11bf96fa@hapuna.keck.hawaii.edu> Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-UIDL: 5bf5859a17505741c192d67addb932c1 X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Mr. Shelton, I'll need to do more research on registering your business with the State of HI, and how long the process takes. My wife owns her own business, and if I recall, it was quite a bit of paperwork (registering the name, obtaining a General Excise Tax License, etc). The easiest and fastest way to get this taken care of is to offer a temporary position at UH for the maximum equivalent of 3 months full time. This way, as a UH employee, we can pay for *most* of the expenses, including travel. You will also be paid a salary and will not need to deal with all these tax forms (tax clearance, GE tax license, IRS Form 1099). Doug mentioned that you are currently employed full time with Keck, so I don't know if you feel comfortable with that. We can probably work something out where you might be a 75% time employee (doesn't matter when you put in the hours, as long as you work them) for 4 months. You will also be covered (for insurance purposes) if you are injured while on the job. So there are a lot of benefits. As for pay scale, i'll check on that and let you know what the range is. I can't pin down a figure since there really is no job description (as of yet). Chris Kaukali Administrative Officer University of Hawaii Institute for Astronomy ph: 808-956-7271 fax: 808-956-4644 From ???@??? Tue Aug 31 15:04:23 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id PAA14443 for ; Tue, 31 Aug 1999 15:04:18 -1000 (HST) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id PAA08251 for ; Tue, 31 Aug 1999 15:04:17 -1000 (HST) Received: from wobbegibg.ifa.hawaii.edu (wobbegong [128.171.76.27]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id PAA27986 for ; Tue, 31 Aug 1999 15:04:15 -1000 (HST) Message-ID: <01ea01bef414$feeb2860$1b4cab80@wobbegibg.ifa.hawaii.edu> From: "Doug Toomey" To: "Chris Shelton" Subject: HI Date: Tue, 31 Aug 1999 14:57:41 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 4.72.2106.4 X-MimeOLE: Produced By Microsoft MimeOLE V4.72.2106.4 X-UIDL: 79b099406a207ee31922e0c4e5921fd9 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Hi, Are you around. I have been trying to call you but no luck. I just got back the end of last week from Flagstaff. I wanted to chase up any loose ends regarding your contract. Doug From ???@??? Wed Sep 1 16:28:43 1999 To: "Doug Toomey" From: Chris Shelton Subject: Re: HI Cc: Bcc: X-Attachments: X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Hi Doug, Hope Flag was good to you. I've been trading email with the ifa-chris about biz stuff, and think the contract is on track. I had to do some state forms, they are in process. Dan sent raytrace and other info on Spex. The raytrace reads in fine and looks plausible. I'll be around tomorrow and the day after if you want to talk. Once the Labor day weekend starts I could be hard to find, through Wednesday of next week. Hasta, Chris >Hi, > >Are you around. I have been trying to call you but no luck. >I just got back the end of last week from Flagstaff. >I wanted to chase up any loose ends regarding your contract. > >Doug From ???@??? Thu Sep 16 10:43:44 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id JAA08823 for ; Thu, 16 Sep 1999 09:34:45 -1000 (HST) Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id JAA14319 for ; Thu, 16 Sep 1999 09:34:44 -1000 (HST) Received: from localhost (kaukali@localhost) by hubble.ifa.hawaii.edu (8.9.1b+Sun/8.9.1) with SMTP id JAA06719; Thu, 16 Sep 1999 09:34:43 -1000 (HST) Date: Thu, 16 Sep 1999 09:34:42 -1000 (HST) From: Chris Kaukali To: Chris Shelton cc: Doug Toomey , Bob Joseph Subject: Services Contract In-Reply-To: <2.2.16.19990826124235.11bf96fa@hapuna.keck.hawaii.edu> Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-UIDL: 870a9479cdfda1abec9c56d235c7f9e8 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Dr. Shelton, I've mailed the services contract to you today. Please review, sign and return as soon as possible. If you have any questions, please contact me via email or phone 808-956-7271. Chris Kaukali Administrative Officer From ???@??? Mon Sep 20 17:07:54 1999 To: Chris Kaukali ,hughes@ifa.hawaii.edu From: Chris Shelton Subject: Re: Services Contract Cc: toomey@ifa.hawaii.edu,graves@laplacian.com Bcc: X-Attachments: X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Chris, Karan, The GE ID number has arrived. It is GE ID 30117364 Shelton, Jean Christopher DBA Carpe Photon PO Box 323 Paauilo, HI 96776 Thank you for the IRTF contract. It looks fine to me. I will pass it by my lawyer tomorrow then return it, also tomorrow. Chris Shelton Carpe Photon cshelton@keck.hawaii.edu 808 881-3817 (Keck office) From ???@??? Tue Sep 21 11:43:42 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id JAA09891 for ; Tue, 21 Sep 1999 09:03:52 -1000 (HST) Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id JAA22656 for ; Tue, 21 Sep 1999 09:03:52 -1000 (HST) Received: from localhost (kaukali@localhost) by hubble.ifa.hawaii.edu (8.9.1b+Sun/8.9.1) with SMTP id JAA13293 for ; Tue, 21 Sep 1999 09:03:52 -1000 (HST) Date: Tue, 21 Sep 1999 09:03:52 -1000 (HST) From: Chris Kaukali To: Chris Shelton Subject: Re: Services Contract In-Reply-To: <2.2.16.19990920170755.3857d49c@hapuna.keck.hawaii.edu> Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-UIDL: 828db365cf125dba8dbcd5b9b0b0b9a5 X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Hi Dr. Shelton, The Taxation Office seems to be the only office that gets things done quickly! Please fill in the ID number on the contract. You will also need to get the tax clearance taken care of if you haven't already. I think I faxed the instructions on how to do that to you. If you need assistance, or if your lawyer has any questions, please contact me via email or phone, 808-956-7271. Thanks. Chris Kaukali Administrative Officer On Mon, 20 Sep 1999, Chris Shelton wrote: > Chris, Karan, > > The GE ID number has arrived. It is > > GE ID 30117364 > > Shelton, Jean Christopher > DBA Carpe Photon > PO Box 323 > Paauilo, HI 96776 > > Thank you for the IRTF contract. It looks fine to me. I will > pass it by my lawyer tomorrow then return it, also tomorrow. > > Chris Shelton > > Carpe Photon > cshelton@keck.hawaii.edu > 808 881-3817 (Keck office) > > From ???@??? Wed Sep 22 09:40:59 1999 To: Chris Kaukali From: Chris Shelton Subject: Re: Services Contract Cc: toomey@ifa.hawaii.edu,graves@laplacian.com Bcc: X-Attachments: X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Hi Chris, The stamped tax clearance forms have arrived. The contract and one copy of the tax clearance should go out to you today. Hopefully this will do it. Is there anything you want faxed, or will mail be ok? Thanks much, Chris Shelton >Hi Dr. Shelton, > >The Taxation Office seems to be the only office that gets things done >quickly! Please fill in the ID number on the contract. You will also >need to get the tax clearance taken care of if you haven't already. I >think I faxed the instructions on how to do that to you. If you need >assistance, or if your lawyer has any questions, please contact me via >email or phone, 808-956-7271. Thanks. > > >Chris Kaukali >Administrative Officer From ???@??? Wed Sep 22 16:40:24 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id LAA20188 for ; Wed, 22 Sep 1999 11:15:16 -1000 (HST) Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id LAA05114 for ; Wed, 22 Sep 1999 11:15:16 -1000 (HST) Received: from localhost (kaukali@localhost) by hubble.ifa.hawaii.edu (8.9.1b+Sun/8.9.1) with SMTP id LAA04787 for ; Wed, 22 Sep 1999 11:15:16 -1000 (HST) Date: Wed, 22 Sep 1999 11:15:16 -1000 (HST) From: Chris Kaukali To: Chris Shelton Subject: Re: Services Contract In-Reply-To: <2.2.16.19990922094100.39ff2818@hapuna.keck.hawaii.edu> Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-UIDL: 3b8e6abcfb86f6a45ef3098f8825f05b X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Great! The State Tax Office does it again. You do not need to fax anything. Send them all in the mail. Chris Kaukali On Wed, 22 Sep 1999, Chris Shelton wrote: > Hi Chris, > > The stamped tax clearance forms have arrived. The contract and one copy of > the tax clearance should go out to you today. Hopefully this will do it. > Is there anything you want faxed, or will mail be ok? > > Thanks much, > > Chris Shelton From ???@??? Fri Sep 24 14:46:30 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id OAA07925 for ; Fri, 24 Sep 1999 14:45:40 -1000 (HST) Received: from jeans.ifa.hawaii.edu (jeans.IfA.Hawaii.Edu [128.171.79.127]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id OAA27289 for ; Fri, 24 Sep 1999 14:45:40 -1000 (HST) Received: from [128.171.79.162] (karanmac [128.171.79.162]) by jeans.ifa.hawaii.edu (8.9.0/8.9.0) with ESMTP id OAA19029; Fri, 24 Sep 1999 14:45:35 -1000 (HST) Mime-Version: 1.0 Message-Id: Date: Fri, 24 Sep 1999 14:47:01 -1000 To: cshelton@hapuna.keck.hawaii.edu, oconnor@hubble.ifa.hawaii.edu, graves@hubble.ifa.hawaii.edu, northcott@hubble.ifa.hawaii.edu, joseph@jeans.ifa.hawaii.edu, rayner@jeans.ifa.hawaii.edu, vacca@jeans.ifa.hawaii.edu From: Karan Hughes Subject: Adaptive Optics Meeting Cc: toomey@jeans.ifa.hawaii.edu Content-Type: multipart/alternative; boundary="============_-1273902073==_ma============" X-UIDL: 885e9e1802ac8059704c07dddc6af207 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 This is a multi-part message in MIME format. --============_-1273902073==_ma============ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit The IRTF Adaptive Optics meeting will be held on Tuesday, September 28, beginning at 10:30 a.m. (not 10:00 a.m.) in the IfA Moon Room. The agenda is as follows: Morning (10:30 am) Plate scales and sampling issues with AO Special concerns for use of AO with SPEX After Lunch(1:30pm) Optical Concept for the AO relay Ideas for the wavefront sensor The IRTF Adaptive Optics meeting will be held on Tuesday, September 28, beginning at 10:30 a.m. (not 10:00 a.m.) in the IfA Moon Room. The agenda is as follows: Morning (10:30 am) Plate scales and sampling issues with AO Special concerns for use of AO with SPEX After Lunch(1:30pm) Optical Concept for the AO relay Ideas for the wavefront sensor --============_-1273902073==_ma============-- From ???@??? Mon Sep 27 08:12:36 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id FAA10800 for ; Sat, 25 Sep 1999 05:50:41 -1000 (HST) Received: from jeans.ifa.hawaii.edu (jeans.IfA.Hawaii.Edu [128.171.79.127]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id FAA00940 for ; Sat, 25 Sep 1999 05:50:42 -1000 (HST) Received: from [128.171.75.13] (ppp13.IfA.Hawaii.Edu [128.171.75.13]) by jeans.ifa.hawaii.edu (8.9.0/8.9.0) with ESMTP id FAA20775; Sat, 25 Sep 1999 05:50:42 -1000 (HST) Mime-Version: 1.0 Message-Id: Date: Sat, 25 Sep 1999 05:50:38 -1000 To: cshelton@hapuna.keck.hawaii.edu From: Bob Joseph Subject: Letter of invitation to IRTF meeting Cc: kaukali@galileo.ifa.hawaii.edu, hughes@jeans.ifa.hawaii.edu, toomey@jeans.ifa.hawaii.edu Content-Type: multipart/alternative; boundary="============_-1273847848==_ma============" X-UIDL: 35246d52c4c4f03e849866181b44716d X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Dear Dr. Shelton I should like to invite you to attend a meeting on the adaptive optics system for the NASA Infrared Telescope Facility (IRTF). The NASA Infrared Telescope Adaptive Optics Design meeting will be held on 28 September 1999 at the Institute for Astronomy, beginning at 10:00 a.m. The agenda is as follows: Morning (10:00 a.m.) Plate scales and sampling issues with AO Special concerns for use of AO with SPEX After Lunch (1:30 p.m.) Optical Concept for the AO relay Ideas for the wavefront sensor Your expenses, which include your airline ticket, meals, mileage, car rental, taxi and parking shall be reimbursed by the NASA IRTF. A reimbursement form, which include the regulations for reimbursement, will be issued to you on the day of the meeting. Please submit receipts for airline ticket, hotel, car rental, taxi and parking together with your reimbursement form. In addition, we will ask that you complete the "Statement of Citizenship and Residence for Tax Purpose Form", which is a requirement of the University of Hawaii for all non-employees requesting travel reimbursements. Please confirm that you are able to attend. Aloha Bob Joseph IRTF Division Chief Dear Dr. Shelton I should like to invite you to attend a meeting on the adaptive optics system for the NASA Infrared Telescope Facility (IRTF). The NASA Infrared Telescope Adaptive Optics Design meeting will be held on 28 September 1999 at the Institute for Astronomy, beginning at 10:00 a.m. The agenda is as follows: Morning (10:00 a.m.) Plate scales and sampling issues with AO Special concerns for use of AO with SPEX After Lunch (1:30 p.m.) Optical Concept for the AO relay Ideas for the wavefront sensor Your expenses, which include your airline ticket, meals, mileage, car rental, taxi and parking shall be reimbursed by the NASA IRTF. A reimbursement form, which include the regulations for reimbursement, will be issued to you on the day of the meeting. Please submit receipts for airline ticket, hotel, car rental, taxi and parking together with your reimbursement form. In addition, we will ask that you complete the "Statement of Citizenship and Residence for Tax Purpose Form", which is a requirement of the University of Hawaii for all non-employees requesting travel reimbursements. Please confirm that you are able to attend. Aloha Bob Joseph IRTF Division Chief From ???@??? Mon Sep 27 08:15:45 1999 To: Bob Joseph From: Chris Shelton Subject: Re: Letter of invitation to IRTF meeting Cc: Bcc: X-Attachments: X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Dear Bob Joseph, Thank you for your invitation to the IRTF Adaptive Optics Design meeting. I will be able to attend. Aloha, Chris Shelton cshelton@keck.hawaii.edu 808 881-3817 808 885-4464 fax >Dear Dr. Shelton > >I should like to invite you to attend a meeting on the adaptive >optics system for the NASA Infrared Telescope Facility (IRTF). The >NASA Infrared Telescope Adaptive Optics Design meeting will be held >on 28 September 1999 at the Institute for Astronomy, beginning at >10:00 a.m. > >The agenda is as follows: > >Morning (10:00 a.m.) >Plate scales and sampling issues with AO >Special concerns for use of AO with SPEX > >After Lunch (1:30 p.m.) >Optical Concept for the AO relay >Ideas for the wavefront sensor > >Your expenses, which include your airline ticket, meals, mileage, car >rental, taxi and parking shall be reimbursed by the NASA IRTF. A >reimbursement form, which include the regulations for reimbursement, >will be issued to you on the day of the meeting. Please submit >receipts for airline ticket, hotel, car rental, taxi and parking >together with your reimbursement form. In addition, we will ask that >you complete the "Statement of Citizenship and Residence for Tax >Purpose Form", which is a requirement of the University of Hawaii for >all non-employees requesting travel reimbursements. > >Please confirm that you are able to attend. > >Aloha > >Bob Joseph >IRTF Division Chief From ???@??? Mon Sep 27 17:22:08 1999 To: hlewis,gkihoi,sshutes,jseerveld From: Chris Shelton Subject: back Wednesday Cc: pennington1@llnl.gov Bcc: X-Attachments: X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 I will be at the IRTF AO Design Workshop at IFA in Manoa, Oahu, on Tuesday, Sep 28, returning mid-day Wednesday. Chris S From ???@??? Mon Oct 4 08:59:10 1999 Received: from keck.hawaii.edu (shelton [128.171.96.222]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id NAA07578; Sun, 3 Oct 1999 13:23:48 -1000 (HST) Message-ID: <37F7E5D6.F66D398@keck.hawaii.edu> Date: Sun, 03 Oct 1999 13:25:10 -1000 From: Chris Shelton X-Mailer: Mozilla 4.5 [en] (WinNT; I) X-Accept-Language: en MIME-Version: 1.0 To: toomey@ifa.hawaii.edu, oconnor@ifa.hawaii.edu, oconner@ifa.hawaii.edu, graves@laplacian.com, northcott@laplaceian.com, rayner@ifa.hawaii.edu Subject: IRTF AO relay Content-Type: multipart/mixed; boundary="------------3EA9DE04CAE9AA7668DC5017" X-UIDL: f0344dbc7f05db5ef4461c9d912ce921 Status: RO X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 This is a multi-part message in MIME format. --------------3EA9DE04CAE9AA7668DC5017 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Doug and the gang, I have the next and possibly final version of the IRTF AO relay done. One fold mirror and the concept of two layers of optics is gone. Everything is planar except the first fold is 50 mm up out of plane. This is on the assumption a holder can be fabricated with both the input and output fold mirrors on it, with vertical spacing between the axes of 50 mm. The input and output beams are almost 180 degrees apart -- exactly 180 isn't quite reachable. The AO image parity is now the same as non-AO, with a 178.4 degree rotation. The back focus, exit pupil diameter and exit pupil position all exactly match the SPEX-focussed IRTF telescope. The plane of the optics is 1280 mm below the primary vertex, or 41 inches above SPEX focus. The focal surface is flat to 0.1 mm >from center to corner, considerably flatter than 0.8 mm for the naked telescope, while image distortion (plate scale change from center to corner of the field) is 0.26 percent, not as good as the naked telescope, which is distortion-free for this 80 arcsec square field. For fit in the box, here are some extreme rays. This gives clearance for rays only, the optics and mounts must be added in. Long axis, distance from center line: DM 1387 mm 54.6 inch FOLD2 1025 mm 40.4 inch OAP1 932 mm 36.7 inch Width axis, distance from center line: OAP1 316 mm 12.6 inch The zemax file aorelay19991003.zmx is attached. Chris SVERS 8130 671 NAME IRTF ADAPTIVE OPTICS NOTE 1 Notes... NOTE 2 NOTE 3 UNIT MM FLOA PUPD 86375.2 3001.78 GFAC 0 0 GCAT RAIM 1.0E-8 1 1 1 0 0 PUSH 0 0 0 0 SDMA 0 1 FTYP 0 ROPD 2 PICB 1 XFLD 0 -0.01111 0.01111 -0.01111 0.01111 YFLD 0 0.01111 0.01111 -0.01111 -0.01111 FWGT 1 0.25 0.25 1 1 WAVL 1.2 1.6 2.2 WWGT 0.5 1 0.5 PWAV 1 POLS 1 0 1 0 0 GLRS 1 COFN COATING.DAT SURF 0 TYPE STANDARD CURV 0 0 0 0 SLAB 22 DISZ INFINITY DIAM 0 0 0 SURF 1 COMM PRIMARY TYPE STANDARD CURV -6.542597214816e-005 0 0 0 SLAB 23 DISZ -7021.0253761 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 1523.83679 0 0 SURF 2 COMM SECONDARY STOP TYPE STANDARD CURV -0.00075138536677 0 0 0 SLAB 24 DISZ 7021.0253761 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1.314627 PZUP 1 -1 0 DIAM 122 1 0 SURF 3 TYPE STANDARD CURV 0 0 0 0 SLAB 1 DISZ 892.075 DIAM 53.9495838 0 0 SURF 4 TYPE STANDARD CURV 0 0 0 0 SLAB 2 DISZ 338.004 DIAM 45.3101339 0 0 SURF 5 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 3 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 46.38570261456 VPAR 4 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 6 COMM FOLD1 TYPE STANDARD CURV 0 0 0 0 SLAB 4 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 52.7278667 0 0 SQAP 53.0408 53.0408 SURF 7 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 5 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 46.38570261456 PPAR 4 5 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -1034.1324908 VDSZ 0 0 DIAM 0 0 0 SURF 8 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 6 PARM 1 0 PARM 2 0 PARM 3 3.829381826212 VPAR 3 PARM 4 -1.393418437155 VPAR 4 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 9 COMM FOLD2 TYPE STANDARD CURV 0 0 0 0 SLAB 7 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 32.1082074 0 0 SURF 10 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 8 PARM 1 0 PARM 2 0 PARM 3 3.829381826212 PPAR 3 8 1 0 PARM 4 -1.393418437155 PPAR 4 8 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 56.367509162 PZUP 7 1 1090.5 DIAM 0 0 0 SURF 11 COMM FOC1 TYPE STANDARD CURV 0 0 0 0 SLAB 6 DISZ 1895.6721 DIAM 31.565898 0 0 SURF 12 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 13 PARM 1 0 PARM 2 266.6721 PARM 3 -8 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 13 COMM OAP1 COLL TYPE STANDARD CURV -0.0002611918077712 0 0 0 SLAB 8 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 315.862072 0 0 CLAP 0 64 OBDC 0 -267.722 SURF 14 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 9 PARM 1 0 PARM 2 -267.722 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -2323.7417 DIAM 0 0 0 SURF 15 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 10 PARM 1 0 PARM 2 0 PARM 3 -3 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 16 COMM AO DM TYPE STANDARD CURV 0 0 0 0 SLAB 11 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 25.4134309 0 0 CLAP 0 30 SURF 17 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 12 PARM 1 0 PARM 2 0 PARM 3 -3 PPAR 3 15 1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 18 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 27 PARM 1 0 PARM 2 267.722 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 2290.9823427 DIAM 0 0 0 SURF 19 COMM OAP2 CAM TYPE STANDARD CURV -0.0002611918077712 0 0 0 SLAB 14 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 314.643571 0 0 CLAP 0 64 OBDC 0 -267.722 SURF 20 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 15 PARM 1 0 PARM 2 -266.6721 PARM 3 8 PARM 4 0 PARM 5 0 PARM 6 1 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 21 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 17 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -855.1721 DIAM 0 0 0 SURF 22 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 18 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -45 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 23 COMM FOLD 3 TYPE STANDARD CURV 0 0 0 0 SLAB 19 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 60.0483409 0 0 SQAP 60.2983 60.2983 SURF 24 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 20 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -45 PPAR 4 22 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 1040.5 DIAM 0 0 0 SURF 25 TYPE STANDARD CURV 0 0 0 0 SLAB 21 DISZ 0 DIAM 31.8516451 0 0 GLCA 25 1 0 0 0 0 0 1 GLCB 25 1 0 0 0 0 0 1 GLCC 25 1 0 0 0 0 1 1 GLCZ 23 1 0 0 0 0 1280.079 1 GLCX 23 1 0 0 0 0 0 1 GLCY 23 1 0 0 0 0 0 1 EXPP 0 0 0 0 0 0 9341.928 0 DMFS 0 0 0 0 0 0 0 0 BLNK Start of default merit function. BLNK No default air thickness boundary constraints. BLNK No default glass thickness boundary constraints. BLNK Operands for field 1. OPDX 0 1 0 0 0.167855344 0.290733983 0 0.00484813681 OPDX 0 1 0 0 0.353553391 0.612372436 0 0.0077570189 OPDX 0 1 0 0 0.470982573 0.815765745 0 0.00484813681 OPDX 0 1 0 0 0.335710687 0 0 0.00484813681 OPDX 0 1 0 0 0.707106781 0 0 0.0077570189 OPDX 0 1 0 0 0.941965145 0 0 0.00484813681 OPDX 0 1 0 0 0.167855344 -0.290733983 0 0.00484813681 OPDX 0 1 0 0 0.353553391 -0.612372436 0 0.0077570189 OPDX 0 1 0 0 0.470982573 -0.815765745 0 0.00484813681 OPDX 0 1 0 0 -0.167855344 -0.290733983 0 0.00484813681 OPDX 0 1 0 0 -0.353553391 -0.612372436 0 0.0077570189 OPDX 0 1 0 0 -0.470982573 -0.815765745 0 0.00484813681 OPDX 0 1 0 0 -0.335710687 2.57059643e-016 0 0.00484813681 OPDX 0 1 0 0 -0.707106781 5.41444238e-016 0 0.0077570189 OPDX 0 1 0 0 -0.941965145 7.21279464e-016 0 0.00484813681 OPDX 0 1 0 0 -0.167855344 0.290733983 0 0.00484813681 OPDX 0 1 0 0 -0.353553391 0.612372436 0 0.0077570189 OPDX 0 1 0 0 -0.470982573 0.815765745 0 0.00484813681 OPDX 0 2 0 0 0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 0 0 0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 0 0 0.470982573 0.815765745 0 0.00969627362 OPDX 0 2 0 0 0.335710687 0 0 0.00969627362 OPDX 0 2 0 0 0.707106781 0 0 0.0155140378 OPDX 0 2 0 0 0.941965145 0 0 0.00969627362 OPDX 0 2 0 0 0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 0 0 0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 0 0 0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 0 0 -0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 0 0 -0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 0 0 -0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 0 0 -0.335710687 2.57059643e-016 0 0.00969627362 OPDX 0 2 0 0 -0.707106781 5.41444238e-016 0 0.0155140378 OPDX 0 2 0 0 -0.941965145 7.21279464e-016 0 0.00969627362 OPDX 0 2 0 0 -0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 0 0 -0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 0 0 -0.470982573 0.815765745 0 0.00969627362 OPDX 0 3 0 0 0.167855344 0.290733983 0 0.00484813681 OPDX 0 3 0 0 0.353553391 0.612372436 0 0.0077570189 OPDX 0 3 0 0 0.470982573 0.815765745 0 0.00484813681 OPDX 0 3 0 0 0.335710687 0 0 0.00484813681 OPDX 0 3 0 0 0.707106781 0 0 0.0077570189 OPDX 0 3 0 0 0.941965145 0 0 0.00484813681 OPDX 0 3 0 0 0.167855344 -0.290733983 0 0.00484813681 OPDX 0 3 0 0 0.353553391 -0.612372436 0 0.0077570189 OPDX 0 3 0 0 0.470982573 -0.815765745 0 0.00484813681 OPDX 0 3 0 0 -0.167855344 -0.290733983 0 0.00484813681 OPDX 0 3 0 0 -0.353553391 -0.612372436 0 0.0077570189 OPDX 0 3 0 0 -0.470982573 -0.815765745 0 0.00484813681 OPDX 0 3 0 0 -0.335710687 2.57059643e-016 0 0.00484813681 OPDX 0 3 0 0 -0.707106781 5.41444238e-016 0 0.0077570189 OPDX 0 3 0 0 -0.941965145 7.21279464e-016 0 0.00484813681 OPDX 0 3 0 0 -0.167855344 0.290733983 0 0.00484813681 OPDX 0 3 0 0 -0.353553391 0.612372436 0 0.0077570189 OPDX 0 3 0 0 -0.470982573 0.815765745 0 0.00484813681 BLNK Operands for field 2. OPDX 0 1 -0.707106781 0.707106781 0.167855344 0.290733983 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 0.353553391 0.612372436 0 0.00193925472 OPDX 0 1 -0.707106781 0.707106781 0.470982573 0.815765745 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 0.335710687 0 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 0.707106781 0 0 0.00193925472 OPDX 0 1 -0.707106781 0.707106781 0.941965145 0 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 0.167855344 -0.290733983 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00193925472 OPDX 0 1 -0.707106781 0.707106781 0.470982573 -0.815765745 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00193925472 OPDX 0 1 -0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00193925472 OPDX 0 1 -0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 -0.167855344 0.290733983 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00193925472 OPDX 0 1 -0.707106781 0.707106781 -0.470982573 0.815765745 0 0.0012120342 OPDX 0 2 -0.707106781 0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 -0.470982573 0.815765745 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 0.167855344 0.290733983 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 0.353553391 0.612372436 0 0.00193925472 OPDX 0 3 -0.707106781 0.707106781 0.470982573 0.815765745 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 0.335710687 0 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 0.707106781 0 0 0.00193925472 OPDX 0 3 -0.707106781 0.707106781 0.941965145 0 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 0.167855344 -0.290733983 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00193925472 OPDX 0 3 -0.707106781 0.707106781 0.470982573 -0.815765745 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00193925472 OPDX 0 3 -0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00193925472 OPDX 0 3 -0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 -0.167855344 0.290733983 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00193925472 OPDX 0 3 -0.707106781 0.707106781 -0.470982573 0.815765745 0 0.0012120342 BLNK Operands for field 3. OPDX 0 1 0.707106781 0.707106781 0.167855344 0.290733983 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 0.353553391 0.612372436 0 0.00193925472 OPDX 0 1 0.707106781 0.707106781 0.470982573 0.815765745 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 0.335710687 0 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 0.707106781 0 0 0.00193925472 OPDX 0 1 0.707106781 0.707106781 0.941965145 0 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 0.167855344 -0.290733983 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00193925472 OPDX 0 1 0.707106781 0.707106781 0.470982573 -0.815765745 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00193925472 OPDX 0 1 0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00193925472 OPDX 0 1 0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 -0.167855344 0.290733983 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00193925472 OPDX 0 1 0.707106781 0.707106781 -0.470982573 0.815765745 0 0.0012120342 OPDX 0 2 0.707106781 0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 -0.470982573 0.815765745 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 0.167855344 0.290733983 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 0.353553391 0.612372436 0 0.00193925472 OPDX 0 3 0.707106781 0.707106781 0.470982573 0.815765745 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 0.335710687 0 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 0.707106781 0 0 0.00193925472 OPDX 0 3 0.707106781 0.707106781 0.941965145 0 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 0.167855344 -0.290733983 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00193925472 OPDX 0 3 0.707106781 0.707106781 0.470982573 -0.815765745 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00193925472 OPDX 0 3 0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00193925472 OPDX 0 3 0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 -0.167855344 0.290733983 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00193925472 OPDX 0 3 0.707106781 0.707106781 -0.470982573 0.815765745 0 0.0012120342 BLNK Operands for field 4. OPDX 0 1 -0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 0.353553391 0.612372436 0 0.0077570189 OPDX 0 1 -0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 0.335710687 0 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 0.707106781 0 0 0.0077570189 OPDX 0 1 -0.707106781 -0.707106781 0.941965145 0 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.0077570189 OPDX 0 1 -0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.0077570189 OPDX 0 1 -0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.0077570189 OPDX 0 1 -0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.0077570189 OPDX 0 1 -0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00484813681 OPDX 0 2 -0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 -0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 0.335710687 0 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 0.707106781 0 0 0.0155140378 OPDX 0 2 -0.707106781 -0.707106781 0.941965145 0 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 -0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 -0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.0155140378 OPDX 0 2 -0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 -0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00969627362 OPDX 0 3 -0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 0.353553391 0.612372436 0 0.0077570189 OPDX 0 3 -0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 0.335710687 0 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 0.707106781 0 0 0.0077570189 OPDX 0 3 -0.707106781 -0.707106781 0.941965145 0 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.0077570189 OPDX 0 3 -0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.0077570189 OPDX 0 3 -0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.0077570189 OPDX 0 3 -0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.0077570189 OPDX 0 3 -0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00484813681 BLNK Operands for field 5. OPDX 0 1 0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 0.353553391 0.612372436 0 0.0077570189 OPDX 0 1 0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 0.335710687 0 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 0.707106781 0 0 0.0077570189 OPDX 0 1 0.707106781 -0.707106781 0.941965145 0 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.0077570189 OPDX 0 1 0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.0077570189 OPDX 0 1 0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.0077570189 OPDX 0 1 0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.0077570189 OPDX 0 1 0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00484813681 OPDX 0 2 0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 0.335710687 0 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 0.707106781 0 0 0.0155140378 OPDX 0 2 0.707106781 -0.707106781 0.941965145 0 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.0155140378 OPDX 0 2 0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00969627362 OPDX 0 3 0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 0.353553391 0.612372436 0 0.0077570189 OPDX 0 3 0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 0.335710687 0 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 0.707106781 0 0 0.0077570189 OPDX 0 3 0.707106781 -0.707106781 0.941965145 0 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.0077570189 OPDX 0 3 0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.0077570189 OPDX 0 3 0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.0077570189 OPDX 0 3 0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.0077570189 OPDX 0 3 0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00484813681 MNUM 1 --------------3EA9DE04CAE9AA7668DC5017-- From ???@??? Mon Oct 4 08:59:10 1999 Received: from keck.hawaii.edu (shelton [128.171.96.222]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id NAA07578; Sun, 3 Oct 1999 13:23:48 -1000 (HST) Message-ID: <37F7E5D6.F66D398@keck.hawaii.edu> Date: Sun, 03 Oct 1999 13:25:10 -1000 From: Chris Shelton X-Mailer: Mozilla 4.5 [en] (WinNT; I) X-Accept-Language: en MIME-Version: 1.0 To: toomey@ifa.hawaii.edu, oconnor@ifa.hawaii.edu, oconner@ifa.hawaii.edu, graves@laplacian.com, northcott@laplaceian.com, rayner@ifa.hawaii.edu Subject: IRTF AO relay Content-Type: multipart/mixed; boundary="------------3EA9DE04CAE9AA7668DC5017" X-UIDL: f0344dbc7f05db5ef4461c9d912ce921 Status: RO X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 This is a multi-part message in MIME format. --------------3EA9DE04CAE9AA7668DC5017 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Doug and the gang, I have the next and possibly final version of the IRTF AO relay done. One fold mirror and the concept of two layers of optics is gone. Everything is planar except the first fold is 50 mm up out of plane. This is on the assumption a holder can be fabricated with both the input and output fold mirrors on it, with vertical spacing between the axes of 50 mm. The input and output beams are almost 180 degrees apart -- exactly 180 isn't quite reachable. The AO image parity is now the same as non-AO, with a 178.4 degree rotation. The back focus, exit pupil diameter and exit pupil position all exactly match the SPEX-focussed IRTF telescope. The plane of the optics is 1280 mm below the primary vertex, or 41 inches above SPEX focus. The focal surface is flat to 0.1 mm >from center to corner, considerably flatter than 0.8 mm for the naked telescope, while image distortion (plate scale change from center to corner of the field) is 0.26 percent, not as good as the naked telescope, which is distortion-free for this 80 arcsec square field. For fit in the box, here are some extreme rays. This gives clearance for rays only, the optics and mounts must be added in. Long axis, distance from center line: DM 1387 mm 54.6 inch FOLD2 1025 mm 40.4 inch OAP1 932 mm 36.7 inch Width axis, distance from center line: OAP1 316 mm 12.6 inch The zemax file aorelay19991003.zmx is attached. Chris SVERS 8130 671 NAME IRTF ADAPTIVE OPTICS NOTE 1 Notes... NOTE 2 NOTE 3 UNIT MM FLOA PUPD 86375.2 3001.78 GFAC 0 0 GCAT RAIM 1.0E-8 1 1 1 0 0 PUSH 0 0 0 0 SDMA 0 1 FTYP 0 ROPD 2 PICB 1 XFLD 0 -0.01111 0.01111 -0.01111 0.01111 YFLD 0 0.01111 0.01111 -0.01111 -0.01111 FWGT 1 0.25 0.25 1 1 WAVL 1.2 1.6 2.2 WWGT 0.5 1 0.5 PWAV 1 POLS 1 0 1 0 0 GLRS 1 COFN COATING.DAT SURF 0 TYPE STANDARD CURV 0 0 0 0 SLAB 22 DISZ INFINITY DIAM 0 0 0 SURF 1 COMM PRIMARY TYPE STANDARD CURV -6.542597214816e-005 0 0 0 SLAB 23 DISZ -7021.0253761 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 1523.83679 0 0 SURF 2 COMM SECONDARY STOP TYPE STANDARD CURV -0.00075138536677 0 0 0 SLAB 24 DISZ 7021.0253761 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1.314627 PZUP 1 -1 0 DIAM 122 1 0 SURF 3 TYPE STANDARD CURV 0 0 0 0 SLAB 1 DISZ 892.075 DIAM 53.9495838 0 0 SURF 4 TYPE STANDARD CURV 0 0 0 0 SLAB 2 DISZ 338.004 DIAM 45.3101339 0 0 SURF 5 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 3 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 46.38570261456 VPAR 4 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 6 COMM FOLD1 TYPE STANDARD CURV 0 0 0 0 SLAB 4 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 52.7278667 0 0 SQAP 53.0408 53.0408 SURF 7 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 5 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 46.38570261456 PPAR 4 5 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -1034.1324908 VDSZ 0 0 DIAM 0 0 0 SURF 8 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 6 PARM 1 0 PARM 2 0 PARM 3 3.829381826212 VPAR 3 PARM 4 -1.393418437155 VPAR 4 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 9 COMM FOLD2 TYPE STANDARD CURV 0 0 0 0 SLAB 7 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 32.1082074 0 0 SURF 10 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 8 PARM 1 0 PARM 2 0 PARM 3 3.829381826212 PPAR 3 8 1 0 PARM 4 -1.393418437155 PPAR 4 8 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 56.367509162 PZUP 7 1 1090.5 DIAM 0 0 0 SURF 11 COMM FOC1 TYPE STANDARD CURV 0 0 0 0 SLAB 6 DISZ 1895.6721 DIAM 31.565898 0 0 SURF 12 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 13 PARM 1 0 PARM 2 266.6721 PARM 3 -8 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 13 COMM OAP1 COLL TYPE STANDARD CURV -0.0002611918077712 0 0 0 SLAB 8 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 315.862072 0 0 CLAP 0 64 OBDC 0 -267.722 SURF 14 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 9 PARM 1 0 PARM 2 -267.722 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -2323.7417 DIAM 0 0 0 SURF 15 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 10 PARM 1 0 PARM 2 0 PARM 3 -3 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 16 COMM AO DM TYPE STANDARD CURV 0 0 0 0 SLAB 11 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 25.4134309 0 0 CLAP 0 30 SURF 17 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 12 PARM 1 0 PARM 2 0 PARM 3 -3 PPAR 3 15 1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 18 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 27 PARM 1 0 PARM 2 267.722 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 2290.9823427 DIAM 0 0 0 SURF 19 COMM OAP2 CAM TYPE STANDARD CURV -0.0002611918077712 0 0 0 SLAB 14 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 314.643571 0 0 CLAP 0 64 OBDC 0 -267.722 SURF 20 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 15 PARM 1 0 PARM 2 -266.6721 PARM 3 8 PARM 4 0 PARM 5 0 PARM 6 1 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 21 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 17 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -855.1721 DIAM 0 0 0 SURF 22 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 18 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -45 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 23 COMM FOLD 3 TYPE STANDARD CURV 0 0 0 0 SLAB 19 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 60.0483409 0 0 SQAP 60.2983 60.2983 SURF 24 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 20 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -45 PPAR 4 22 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 1040.5 DIAM 0 0 0 SURF 25 TYPE STANDARD CURV 0 0 0 0 SLAB 21 DISZ 0 DIAM 31.8516451 0 0 GLCA 25 1 0 0 0 0 0 1 GLCB 25 1 0 0 0 0 0 1 GLCC 25 1 0 0 0 0 1 1 GLCZ 23 1 0 0 0 0 1280.079 1 GLCX 23 1 0 0 0 0 0 1 GLCY 23 1 0 0 0 0 0 1 EXPP 0 0 0 0 0 0 9341.928 0 DMFS 0 0 0 0 0 0 0 0 BLNK Start of default merit function. BLNK No default air thickness boundary constraints. BLNK No default glass thickness boundary constraints. BLNK Operands for field 1. OPDX 0 1 0 0 0.167855344 0.290733983 0 0.00484813681 OPDX 0 1 0 0 0.353553391 0.612372436 0 0.0077570189 OPDX 0 1 0 0 0.470982573 0.815765745 0 0.00484813681 OPDX 0 1 0 0 0.335710687 0 0 0.00484813681 OPDX 0 1 0 0 0.707106781 0 0 0.0077570189 OPDX 0 1 0 0 0.941965145 0 0 0.00484813681 OPDX 0 1 0 0 0.167855344 -0.290733983 0 0.00484813681 OPDX 0 1 0 0 0.353553391 -0.612372436 0 0.0077570189 OPDX 0 1 0 0 0.470982573 -0.815765745 0 0.00484813681 OPDX 0 1 0 0 -0.167855344 -0.290733983 0 0.00484813681 OPDX 0 1 0 0 -0.353553391 -0.612372436 0 0.0077570189 OPDX 0 1 0 0 -0.470982573 -0.815765745 0 0.00484813681 OPDX 0 1 0 0 -0.335710687 2.57059643e-016 0 0.00484813681 OPDX 0 1 0 0 -0.707106781 5.41444238e-016 0 0.0077570189 OPDX 0 1 0 0 -0.941965145 7.21279464e-016 0 0.00484813681 OPDX 0 1 0 0 -0.167855344 0.290733983 0 0.00484813681 OPDX 0 1 0 0 -0.353553391 0.612372436 0 0.0077570189 OPDX 0 1 0 0 -0.470982573 0.815765745 0 0.00484813681 OPDX 0 2 0 0 0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 0 0 0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 0 0 0.470982573 0.815765745 0 0.00969627362 OPDX 0 2 0 0 0.335710687 0 0 0.00969627362 OPDX 0 2 0 0 0.707106781 0 0 0.0155140378 OPDX 0 2 0 0 0.941965145 0 0 0.00969627362 OPDX 0 2 0 0 0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 0 0 0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 0 0 0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 0 0 -0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 0 0 -0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 0 0 -0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 0 0 -0.335710687 2.57059643e-016 0 0.00969627362 OPDX 0 2 0 0 -0.707106781 5.41444238e-016 0 0.0155140378 OPDX 0 2 0 0 -0.941965145 7.21279464e-016 0 0.00969627362 OPDX 0 2 0 0 -0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 0 0 -0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 0 0 -0.470982573 0.815765745 0 0.00969627362 OPDX 0 3 0 0 0.167855344 0.290733983 0 0.00484813681 OPDX 0 3 0 0 0.353553391 0.612372436 0 0.0077570189 OPDX 0 3 0 0 0.470982573 0.815765745 0 0.00484813681 OPDX 0 3 0 0 0.335710687 0 0 0.00484813681 OPDX 0 3 0 0 0.707106781 0 0 0.0077570189 OPDX 0 3 0 0 0.941965145 0 0 0.00484813681 OPDX 0 3 0 0 0.167855344 -0.290733983 0 0.00484813681 OPDX 0 3 0 0 0.353553391 -0.612372436 0 0.0077570189 OPDX 0 3 0 0 0.470982573 -0.815765745 0 0.00484813681 OPDX 0 3 0 0 -0.167855344 -0.290733983 0 0.00484813681 OPDX 0 3 0 0 -0.353553391 -0.612372436 0 0.0077570189 OPDX 0 3 0 0 -0.470982573 -0.815765745 0 0.00484813681 OPDX 0 3 0 0 -0.335710687 2.57059643e-016 0 0.00484813681 OPDX 0 3 0 0 -0.707106781 5.41444238e-016 0 0.0077570189 OPDX 0 3 0 0 -0.941965145 7.21279464e-016 0 0.00484813681 OPDX 0 3 0 0 -0.167855344 0.290733983 0 0.00484813681 OPDX 0 3 0 0 -0.353553391 0.612372436 0 0.0077570189 OPDX 0 3 0 0 -0.470982573 0.815765745 0 0.00484813681 BLNK Operands for field 2. OPDX 0 1 -0.707106781 0.707106781 0.167855344 0.290733983 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 0.353553391 0.612372436 0 0.00193925472 OPDX 0 1 -0.707106781 0.707106781 0.470982573 0.815765745 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 0.335710687 0 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 0.707106781 0 0 0.00193925472 OPDX 0 1 -0.707106781 0.707106781 0.941965145 0 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 0.167855344 -0.290733983 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00193925472 OPDX 0 1 -0.707106781 0.707106781 0.470982573 -0.815765745 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00193925472 OPDX 0 1 -0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00193925472 OPDX 0 1 -0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 -0.167855344 0.290733983 0 0.0012120342 OPDX 0 1 -0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00193925472 OPDX 0 1 -0.707106781 0.707106781 -0.470982573 0.815765745 0 0.0012120342 OPDX 0 2 -0.707106781 0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 -0.470982573 0.815765745 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 0.167855344 0.290733983 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 0.353553391 0.612372436 0 0.00193925472 OPDX 0 3 -0.707106781 0.707106781 0.470982573 0.815765745 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 0.335710687 0 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 0.707106781 0 0 0.00193925472 OPDX 0 3 -0.707106781 0.707106781 0.941965145 0 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 0.167855344 -0.290733983 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00193925472 OPDX 0 3 -0.707106781 0.707106781 0.470982573 -0.815765745 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00193925472 OPDX 0 3 -0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00193925472 OPDX 0 3 -0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 -0.167855344 0.290733983 0 0.0012120342 OPDX 0 3 -0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00193925472 OPDX 0 3 -0.707106781 0.707106781 -0.470982573 0.815765745 0 0.0012120342 BLNK Operands for field 3. OPDX 0 1 0.707106781 0.707106781 0.167855344 0.290733983 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 0.353553391 0.612372436 0 0.00193925472 OPDX 0 1 0.707106781 0.707106781 0.470982573 0.815765745 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 0.335710687 0 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 0.707106781 0 0 0.00193925472 OPDX 0 1 0.707106781 0.707106781 0.941965145 0 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 0.167855344 -0.290733983 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00193925472 OPDX 0 1 0.707106781 0.707106781 0.470982573 -0.815765745 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00193925472 OPDX 0 1 0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00193925472 OPDX 0 1 0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 -0.167855344 0.290733983 0 0.0012120342 OPDX 0 1 0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00193925472 OPDX 0 1 0.707106781 0.707106781 -0.470982573 0.815765745 0 0.0012120342 OPDX 0 2 0.707106781 0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 -0.470982573 0.815765745 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 0.167855344 0.290733983 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 0.353553391 0.612372436 0 0.00193925472 OPDX 0 3 0.707106781 0.707106781 0.470982573 0.815765745 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 0.335710687 0 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 0.707106781 0 0 0.00193925472 OPDX 0 3 0.707106781 0.707106781 0.941965145 0 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 0.167855344 -0.290733983 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00193925472 OPDX 0 3 0.707106781 0.707106781 0.470982573 -0.815765745 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00193925472 OPDX 0 3 0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00193925472 OPDX 0 3 0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 -0.167855344 0.290733983 0 0.0012120342 OPDX 0 3 0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00193925472 OPDX 0 3 0.707106781 0.707106781 -0.470982573 0.815765745 0 0.0012120342 BLNK Operands for field 4. OPDX 0 1 -0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 0.353553391 0.612372436 0 0.0077570189 OPDX 0 1 -0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 0.335710687 0 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 0.707106781 0 0 0.0077570189 OPDX 0 1 -0.707106781 -0.707106781 0.941965145 0 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.0077570189 OPDX 0 1 -0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.0077570189 OPDX 0 1 -0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.0077570189 OPDX 0 1 -0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00484813681 OPDX 0 1 -0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.0077570189 OPDX 0 1 -0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00484813681 OPDX 0 2 -0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 -0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 0.335710687 0 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 0.707106781 0 0 0.0155140378 OPDX 0 2 -0.707106781 -0.707106781 0.941965145 0 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 -0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 -0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.0155140378 OPDX 0 2 -0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 -0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 -0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00969627362 OPDX 0 3 -0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 0.353553391 0.612372436 0 0.0077570189 OPDX 0 3 -0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 0.335710687 0 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 0.707106781 0 0 0.0077570189 OPDX 0 3 -0.707106781 -0.707106781 0.941965145 0 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.0077570189 OPDX 0 3 -0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.0077570189 OPDX 0 3 -0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.0077570189 OPDX 0 3 -0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00484813681 OPDX 0 3 -0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.0077570189 OPDX 0 3 -0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00484813681 BLNK Operands for field 5. OPDX 0 1 0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 0.353553391 0.612372436 0 0.0077570189 OPDX 0 1 0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 0.335710687 0 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 0.707106781 0 0 0.0077570189 OPDX 0 1 0.707106781 -0.707106781 0.941965145 0 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.0077570189 OPDX 0 1 0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.0077570189 OPDX 0 1 0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.0077570189 OPDX 0 1 0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00484813681 OPDX 0 1 0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.0077570189 OPDX 0 1 0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00484813681 OPDX 0 2 0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 0.335710687 0 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 0.707106781 0 0 0.0155140378 OPDX 0 2 0.707106781 -0.707106781 0.941965145 0 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.0155140378 OPDX 0 2 0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00969627362 OPDX 0 3 0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 0.353553391 0.612372436 0 0.0077570189 OPDX 0 3 0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 0.335710687 0 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 0.707106781 0 0 0.0077570189 OPDX 0 3 0.707106781 -0.707106781 0.941965145 0 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.0077570189 OPDX 0 3 0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.0077570189 OPDX 0 3 0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.0077570189 OPDX 0 3 0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00484813681 OPDX 0 3 0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.0077570189 OPDX 0 3 0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00484813681 MNUM 1 --------------3EA9DE04CAE9AA7668DC5017-- From ???@??? Mon Oct 4 08:59:11 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id IAA11658 for ; Mon, 4 Oct 1999 08:40:28 -1000 (HST) Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id IAA19197 for ; Mon, 4 Oct 1999 08:40:26 -1000 (HST) Received: from [128.171.163.103] (lightyear [128.171.163.103]) by hubble.ifa.hawaii.edu (8.9.1b+Sun/8.9.1) with ESMTP id IAA01645 for ; Mon, 4 Oct 1999 08:40:26 -1000 (HST) Mime-Version: 1.0 Message-Id: In-Reply-To: <37F7E5D6.F66D398@keck.hawaii.edu> References: <37F7E5D6.F66D398@keck.hawaii.edu> Date: Mon, 4 Oct 1999 08:44:24 -1000 To: Chris Shelton From: Buzz Graves Subject: Re: IRTF AO relay Content-Type: text/plain; charset="us-ascii" ; format="flowed" X-UIDL: 79255ad0b28e2462440555e82c5c232f X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Chris, The Zemax file came thru as a listing in the email message and not as a attachment. Could you try again. Thanks, Buzz From ???@??? Mon Oct 4 09:43:47 1999 To: Buzz Graves From: Chris Shelton Subject: Re: IRTF AO relay Cc: toomey@ifa.hawaii.edu,northcott@ifa.hawaii.edu,doc@ifa.hawaii.edu,rayner@ifa.hawaii.edu Bcc: X-Attachments: C:\CARPE\MK\AORELAY2.ZMX; C:\CARPE\MK\CALPATH.ZMX; X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Buzz, Sure. The Netscape mailer seems to put anything it thinks is a text file into the text. I can try Eudora, but it doesn't handle long file names, so I'll rename aorelay19991003.zmx to aorelay2.zmx. I'll also throw in calpath.zmx, which is the same file with everything before the first telescope focus snipped out. It lets you see the image quality from the calibration fiber through the ao relay. It shows that the ao relay is clean, and that the aberrations visible in aorelay2.zmx are from the telescope operating off of its nominal focus. I believe you need the ao relay to be clean in order to use the first focus as a calibrator for the whole system. BTW, you can always just cut the zmx part out of the email and paste it to a file. That's what I did with John Rayner's raytrace of SPEX, as forwarded by Dan. It was embedded in the text and even split across two emails. Chris >Chris, > >The Zemax file came thru as a listing in the email message and not as >a attachment. Could you try again. > >Thanks, > >Buzz > > From ???@??? Fri Oct 8 09:48:12 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id LAA08277 for ; Thu, 7 Oct 1999 11:41:10 -1000 (HST) Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id LAA26674 for ; Thu, 7 Oct 1999 11:41:10 -1000 (HST) Received: from localhost (kaukali@localhost) by hubble.ifa.hawaii.edu (8.9.1b+Sun/8.9.1) with SMTP id LAA27005; Thu, 7 Oct 1999 11:41:08 -1000 (HST) Date: Thu, 7 Oct 1999 11:41:08 -1000 (HST) From: Chris Kaukali To: Chris Shelton cc: Doug Toomey , Bob Joseph Subject: Re: Services Contract In-Reply-To: <2.2.16.19990826124235.11bf96fa@hapuna.keck.hawaii.edu> Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-UIDL: 25254a4d470cd8bdd34062768eec999f X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Dr. Shelton, If it's OK with everyone, i'm going to change the effective date of the contract to the date that RCUH signs it. The period of performance (#2) will be changed to read "completed within approximately 90 days of execution" This should not affect anything already done. It's ok to finish early, just need to submit your invoices stating that phase xxx is completed. Any travel reimbursements will be handled outside of this contract, so that should not be an issue. CHris From ???@??? Fri Oct 8 10:02:10 1999 To: Chris Kaukali From: Chris Shelton Subject: Re: Services Contract Cc: Bcc: X-Attachments: X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Chris K, This is fine with me. Chris S >Dr. Shelton, > >If it's OK with everyone, i'm going to change the effective date of the >contract to the date that RCUH signs it. The period of performance >(#2) will be changed to read "completed within approximately 90 days of >execution" > >This should not affect anything already done. It's ok to finish early, >just need to submit your invoices stating that phase xxx is completed. > >Any travel reimbursements will be handled outside of this contract, so >that should not be an issue. > >CHris > > > From ???@??? Tue Oct 12 13:22:13 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id KAA10966 for ; Tue, 12 Oct 1999 10:59:59 -1000 (HST) Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id KAA24461 for ; Tue, 12 Oct 1999 10:59:59 -1000 (HST) Received: from [128.171.163.103] (lightyear [128.171.163.103]) by hubble.ifa.hawaii.edu (8.9.1b+Sun/8.9.1) with ESMTP id KAA21368 for ; Tue, 12 Oct 1999 10:59:59 -1000 (HST) Mime-Version: 1.0 Message-Id: In-Reply-To: <2.2.16.19990920170755.3857d49c@hapuna.keck.hawaii.edu> References: <2.2.16.19990920170755.3857d49c@hapuna.keck.hawaii.edu> Date: Tue, 12 Oct 1999 11:04:10 -1000 To: Chris Shelton From: Buzz Graves Subject: Open loop Keck AO data Content-Type: text/plain; charset="us-ascii" ; format="flowed" X-UIDL: 9c10a6a2d4c133ef2cf2898ea529031e X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Chris, We have some interesting ideas which are heavily dependent on atmospheric statistic. Is there anyway we could get our hands on a time series of open loop AO WFS data taken with your AO system. A few minutes would be great. It sort of related to wavefront propagation and evolution across the pupil. The larger diameter the telescope the more interesting. I have looked over your IRTF AO design. Looks good. Sometime we need to start on the WFS package. Aloha, Buzz From ???@??? Thu Oct 28 11:28:12 1999 Received: from keck.hawaii.edu (hapuna.keck.hawaii.edu [128.171.96.129]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id RAA01040 for ; Fri, 22 Oct 1999 17:46:17 -0700 (PDT) Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id OAA22454 for ; Fri, 22 Oct 1999 14:44:40 -1000 (HST) Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id OAA15185 for ; Fri, 22 Oct 1999 14:44:40 -1000 (HST) Received: from localhost (kaukali@localhost) by hubble.ifa.hawaii.edu (8.9.1b+Sun/8.9.1) with SMTP id OAA19146 for ; Fri, 22 Oct 1999 14:44:40 -1000 (HST) Date: Fri, 22 Oct 1999 14:44:40 -1000 (HST) From: Chris Kaukali To: Chris Shelton Subject: Re: Services Contract In-Reply-To: <2.2.16.19991008100211.523f1c8c@hapuna.keck.hawaii.edu> Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII Status: RO X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Your copy of the contract was mailed today. I asked Karan Hughes to fax you copies of the PO and the signature pages. Let me know if there is anything else I can do for you. Chris Kaukali From - Thu Apr 20 11:55:20 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <38FF7CC0.A67C91EE@mtwilson.edu> Date: Thu, 20 Apr 2000 11:55:12 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.7 [en] (WinNT; I) X-Accept-Language: en MIME-Version: 1.0 To: graves@laplacian.com, mal@laplacian.com Subject: irtf wfs Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Buzz, Have you recovered all right from all the German beer? I'm getting started on the IRTF WFS, and wanted to confirm some numbers with you. 50mm Pupil diam at DM Cast in concrete, concrete has hardened 20mm Pupil diam at lenslet About to pour concrete f/60 F num at membrane mirror About to pour concrete >From looking at the Spex raytrace, the unvignetted field appears to be square, 59 arcsec on an edge. I'm assuming this will be the region over which the WFS has to patrol. Please let me know if you have heard otherwise. Is this a 36 actuator design? In Munich, you mentioned my coming over for a visit. Is this still a possibility? Next week is out, but after that is free. I'm supposed to interview with Keith Taylor from the Anglo-Aussie telescope next Wednesday, for a Caltech job. He's been made an offer, and I would be working with him and Richard Ellis, who has already moved to Pasadena. If you run into any of these people (this would be in Hilo or elsewhere), please put in a good word. Have you and Malcolm come to any decisions on Laplacian? Cheers, Chris S From - Tue Apr 25 10:53:25 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id NAA00521 for ; Tue, 25 Apr 2000 13:13:46 -0700 (PDT) Received: from galileo.ifa.hawaii.edu (galileo.IfA.Hawaii.Edu [128.171.160.7]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id KAA22365 for ; Tue, 25 Apr 2000 10:12:29 -1000 (HST) Received: from localhost (doc@localhost) by galileo.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id KAA06456 for ; Tue, 25 Apr 2000 10:12:29 -1000 (HST) Date: Tue, 25 Apr 2000 10:12:29 -1000 (HST) From: "Dan O'Connor" To: cshelton@mtwilson.edu Subject: Re: question (fwd) Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 X-UIDL: Chris - forgot: Vern Stahlberger is the mechanical engineer on the WFS project, email: vern@ifa.hawaii.edu phone: 808 956 6527 Dan ---------- Forwarded message ---------- Date: Tue, 25 Apr 2000 09:52:23 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu Cc: Dan O'Connor Subject: Re: question Dan, I just sent you a reply to your 3 question email, but Netscape croaked just as it was going out. Let me know if you didn't get it and I'll send it out again. Chris From - Tue Apr 25 10:53:24 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id NAA00506 for ; Tue, 25 Apr 2000 13:09:00 -0700 (PDT) Received: from galileo.ifa.hawaii.edu (galileo.IfA.Hawaii.Edu [128.171.160.7]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id KAA22292 for ; Tue, 25 Apr 2000 10:07:42 -1000 (HST) Received: from localhost (doc@localhost) by galileo.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id KAA06303 for ; Tue, 25 Apr 2000 10:07:42 -1000 (HST) Date: Tue, 25 Apr 2000 10:07:42 -1000 (HST) From: "Dan O'Connor" To: shelton@mtwilson.edu Subject: Re: question In-Reply-To: <3905F777.5B6E76F0@mtwilson.edu> Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 X-UIDL: Chris - Thanks for the quick response.... yes it came thru loud and clear. This is for the Munich conference. No, I don't think I will be organizing any WFS meeting, got my little hand slapped last time I tried that... Will have a look at your Zeemax file. Thanks again, dan'l On Tue, 25 Apr 2000, Chris Shelton wrote: > Dan, > > I just sent you a reply to your 3 question email, but Netscape > croaked just as it was going out. Let me know if you didn't get > it and I'll send it out again. > > Chris > From - Tue Apr 25 07:56:31 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id AAA01090 for ; Tue, 25 Apr 2000 00:56:24 -0700 (PDT) Received: from galileo.ifa.hawaii.edu (galileo.IfA.Hawaii.Edu [128.171.160.7]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id VAA18023 for ; Mon, 24 Apr 2000 21:55:08 -1000 (HST) Received: from localhost (doc@localhost) by galileo.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id VAA23966 for ; Mon, 24 Apr 2000 21:55:06 -1000 (HST) Date: Mon, 24 Apr 2000 21:55:06 -1000 (HST) From: "Dan O'Connor" To: shelton@mtwilson.edu Subject: question Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-Mozilla-Status: 8003 X-Mozilla-Status2: 00000000 X-UIDL: Greetings Chris - Hope you are well. Two things.... 1.) I am finishing up a SPIE paper, drop dead date is this thursday, APR 27, and I have a question. In a discussion about the relay optics I have a sentence. "Field distortion (for the relay optics) is less than XXXXX waves over a field of YYYYY" Can you give me numbers for XXXXX and YYYYY? 2.) I feel totally out of the loop for the WFS design. I would like to know what decisions are being made and the reasons for them. This will aid me in my understanding of what I will ultimately inherit. 3.) Also what is your phone number?? Thanks, Dan O'Connor 808 956 9842 From - Mon Apr 24 20:13:34 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id VAA00928 for ; Mon, 24 Apr 2000 21:02:17 -0700 (PDT) Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id SAA16732 for ; Mon, 24 Apr 2000 18:00:55 -1000 (HST) Received: from [128.171.163.103] (lightyear [128.171.163.103]) by hubble.ifa.hawaii.edu (8.9.3+Sun/8.9.1) with ESMTP id SAA12058 for ; Mon, 24 Apr 2000 18:00:53 -1000 (HST) Mime-Version: 1.0 Message-Id: In-Reply-To: <38FF7CC0.A67C91EE@mtwilson.edu> References: <38FF7CC0.A67C91EE@mtwilson.edu> Date: Mon, 24 Apr 2000 18:02:48 -1000 To: shelton@mtwilson.edu From: Buzz Graves Subject: Re: irtf wfs Content-Type: text/plain; charset="us-ascii" ; format="flowed" X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 X-UIDL: >Hi Buzz, > > >Have you recovered all right from all the German beer? >I'm getting started on the IRTF WFS, and wanted to confirm some >numbers with you. > > 50mm Pupil diam at DM Cast in concrete, concrete has >hardened > 20mm Pupil diam at lenslet About to pour concrete yes > f/60 F num at membrane mirror About to pour concrete yes > > >From looking at the Spex raytrace, the unvignetted field appears to be >square, 59 arcsec on an edge. I'm assuming this will be the region over >which the WFS has to patrol. Please let me know if you have heard >otherwise. Field limit to B/S in Spec's and NSF Cam, not sure what that is? Rayner should know. > >Is this a 36 actuator design? yes > >In Munich, you mentioned my coming over for a visit. Is this >still a possibility? Next week is out, but after that is free. Yes, I hoping Dan will pull together a meeting to sort out details in the WFS design. > >I'm supposed to interview with Keith Taylor from the Anglo-Aussie >telescope next Wednesday, for a Caltech job. He's been made an >offer, and I would be working with him and Richard Ellis, who has >already moved to Pasadena. If you run into any of these people >(this would be in Hilo or elsewhere), please put in a good word. > >Have you and Malcolm come to any decisions on Laplacian? It is still going forward. Arrival of the money now and it's a done deal, May to June are possible. Aloha, Buzz From - Tue Apr 25 09:49:33 2000 X-Mozilla-Status: 8013 X-Mozilla-Status2: 00000000 Message-ID: <3905F6B9.261ED999@mtwilson.edu> Date: Tue, 25 Apr 2000 09:49:13 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.7 [en] (WinNT; I) X-Accept-Language: en MIME-Version: 1.0 To: Dan O'Connor , graves@laplacian.com Subject: Re: question References: Content-Type: multipart/mixed; boundary="------------A3E1031BFB63B38B53DDE8A6" This is a multi-part message in MIME format. --------------A3E1031BFB63B38B53DDE8A6 Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Dan, Taking your questions in reverse order -- 3. 808 776-1172 phone 808 776-1250 fax/data 808 938-4498 cell 2. I just got started this last week on a WFS concept. It is based on a faxed drawing Doug sent on 4/28 from the mechanical engineer. I don't know who this person is and I don't know if he knows who I am. So there isn't a loop yet, and it is time to create one. Buzz said that he was hoping you would pull together a meeting to sort out details in the WFS design. I hope you can do this, too. Buzz confirmed a couple of numbers that I wrote down from last year's meeting: 20mm pupil diam at the lenslet, f/60 at the membrane mirror. Doug said by phone that the WFS patrol region was square, 80 arcsec on a side. This is what the relay was designed too, also. I talked with Doug also about the benefits of parfocalizing (if this is a word) NSFCAM. If this isn't done, a focus mechanism with 2 1/2 inch range has to be built into the WFS assembly, which would probably cost more than equalizing the back focal length of the relay assemblies in NSFCAM. I am well into a design concept for the WFS now that has a steering mirror, and no focus apparatus. It fits in the envelope, and plays well optically. It goes as far as the membrane mirror. I'll attach the raytrace file. I should be able to finish a working design today, through the lenslet. 1. I have always thought of field distortion as a change in plate scale across the field, and that it was expressed in percent, so I'm a little confused by your first question. Here's what I said back in October: > The AO image parity is now the same as non-AO, with a 178.4 degree > rotation. The back focus, exit pupil diameter and exit pupil > position all exactly match the SPEX-focussed IRTF telescope. > The plane of the optics is 1280 mm below the primary vertex, or > 41 inches above SPEX focus. The focal surface is flat to 0.1 mm > >from center to corner, considerably flatter than 0.8 mm for the > naked telescope, while image distortion (plate scale change from > center to corner of the field) is 0.26 percent, not as good as > the naked telescope, which is distortion-free for this 80 arcsec > square field. If what you want is wavefront error, the best place to get it is to bring up the file under zemax and read it out. You can use the attached file, lop off the telescope and WFS, and get a reading on the relay by itself, using Analysis/Wavefront/WavefrontMap. I typically state a number for center, edge and corner of the square field. The error will be fairly symmetrical, so any edge and any corner will do. Let me know if you have difficulty with this. By the way, if you leave in the telescope, you will get a big spherical aberration term from it, as the Spex focus is not at the telescope best focus. I'll be in all day today, and will be at Doug's IRTF office tomorrow 9-11:30 to talk about all of the above. May I ask what SPIE meeting your paper is for? Do you want any drawings of the tentative WFS design? Any text? Cheers, Chris Dan O'Connor wrote: > > Greetings Chris - > > Hope you are well. > > Two things.... > > 1.) I am finishing up a SPIE paper, drop > dead date is this thursday, APR 27, and > I have a question. In a discussion about > the relay optics I have a sentence. > "Field distortion (for the relay optics) > is less than XXXXX waves over a field of > YYYYY" > > Can you give me numbers for XXXXX and YYYYY? > > 2.) I feel totally out of the loop for the WFS design. > I would like to know what decisions are being > made and the reasons for them. This will aid > me in my understanding of what I will ultimately > inherit. > > 3.) Also what is your phone number?? > > Thanks, > > Dan O'Connor > > 808 956 9842 --------------A3E1031BFB63B38B53DDE8A6 Content-Type: text/plain; charset=us-ascii; name="wfs2000apr24h.ZMX" Content-Transfer-Encoding: 7bit Content-Disposition: inline; filename="wfs2000apr24h.ZMX" VERS 8165 509 NAME IRTF ADAPTIVE OPTICS NOTE 1 Notes... NOTE 2 NOTE 3 UNIT MM FLOA PUPD 86375.2 3001.78 GFAC 0 0 GCAT INFRARED OLD_SCHO RAIM 1.0E-8 1 1 1 0 0 PUSH 0 0 0 0 SDMA 0 1 FTYP 0 ROPD 2 PICB 1 XFLD 0 -0.01111 0.01111 -0.01111 0.01111 YFLD 0 0.01111 0.01111 -0.01111 -0.01111 FWGT 1 0.25 0.25 0.25 0.25 WAVL 0.7 0.85 1 WWGT 1 1 1 PWAV 2 POLS 1 0 1 0 0 GLRS 1 COFN COATING.DAT SURF 0 TYPE STANDARD CURV 0 0 0 0 SLAB 22 DISZ INFINITY DIAM 0 0 0 SURF 1 COMM PRIMARY TYPE STANDARD CURV -6.542597214816e-005 0 0 0 SLAB 23 DISZ -7021.0253761 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 1523.83679 0 0 SURF 2 COMM SECONDARY STOP TYPE STANDARD CURV -0.00075138536677 0 0 0 SLAB 24 DISZ 7021.0253761 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1.314627 PZUP 1 -1 0 DIAM 122 1 0 SURF 3 TYPE STANDARD CURV 0 0 0 0 SLAB 1 DISZ 892.075 DIAM 53.9495838 0 0 SURF 4 TYPE STANDARD CURV 0 0 0 0 SLAB 2 DISZ 250.3508 DIAM 45.3101339 0 0 SURF 5 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 3 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 47.94790641024 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 6 COMM FOLD1 TYPE STANDARD CURV 0 0 0 0 SLAB 4 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 54.9081745 0 0 SQAP 53.0408 53.0408 SURF 7 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 5 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 47.94790641024 PPAR 4 5 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -1092.8092938 DIAM 0 0 0 SURF 8 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 16 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 51.70199301448 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 9 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 6 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -4.729997685035 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 10 COMM FOLD2 TYPE STANDARD CURV 0 0 0 0 SLAB 7 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 32.4367743 0 0 SURF 11 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 8 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -4.729997685035 PPAR 4 9 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 12 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 25 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 -51.31981615672 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 85.3439062 PZUP 7 1 1178.1532 DIAM 0 0 0 SURF 13 COMM FOC1 TYPE STANDARD CURV 0 0 0 0 SLAB 6 DISZ 1895.6721 DIAM 31.5629186 0 0 SURF 14 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 13 PARM 1 0 PARM 2 266.6721 PARM 3 -8 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 15 COMM OAP1 COLL TYPE STANDARD CURV -0.0002611918077712 0 0 0 SLAB 8 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 316.029117 0 0 CLAP 0 64 OBDC 0 -267.722 SURF 16 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 9 PARM 1 0 PARM 2 -267.722 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -2323.7417 DIAM 0 0 0 SURF 17 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 10 PARM 1 0 PARM 2 0 PARM 3 -3 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 18 COMM AO DM TYPE EVENASPH CURV 3.493370544305e-007 0 0 0 SLAB 11 PARM 1 0 PARM 2 -2.75696536067e-010 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 25.3139991 0 0 CLAP 0 30 SURF 19 TYPE STANDARD CURV 0 0 0 0 SLAB 28 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 25.313999 0 0 SURF 20 TYPE BICONICX CURV 2.405468576967e-009 0 0 0 SLAB 26 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 25.313999 0 0 SURF 21 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 12 PARM 1 0 PARM 2 0 PARM 3 -3 PPAR 3 17 1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 22 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 27 PARM 1 0 PARM 2 267.722 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 2290.9823427 DIAM 0 0 0 SURF 23 COMM OAP2 CAM TYPE STANDARD CURV -0.0002611918077712 0 0 0 SLAB 14 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 314.840329 0 0 CLAP 0 64 OBDC 0 -267.722 SURF 24 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 15 PARM 1 0 PARM 2 -266.6721 PARM 3 8 PARM 4 0 PARM 5 0 PARM 6 1 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 25 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 17 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -829.78378866 DIAM 0 0 0 SURF 26 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 18 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -45 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 27 COMM FOLD 3 TYPE STANDARD CURV 0 0 0 0 SLAB 19 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 60.7170567 0 0 SQAP 60.2983 60.2983 SURF 28 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 20 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -45 PPAR 4 26 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 356.23422408 DIAM 0 0 0 SURF 29 COMM FO/VJ ALIGNMENT TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 3 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 30 COMM TOP OF CAL BOX TYPE STANDARD CURV 0 0 0 0 SLAB 4 DISZ 279.4 DIAM 43.2676617 0 0 SURF 31 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 5 PARM 1 0 PARM 2 0 PARM 3 5 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 32 COMM WINDOW TYPE STANDARD CURV 0 0 0 0 SLAB 6 DISZ 6.35 GLAS CAF2 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 38.1 1 0 SQAP 38.0999985 38.0999985 SURF 33 TYPE STANDARD CURV 0 0 0 0 SLAB 7 DISZ 0 DIAM 38.1 1 0 SQAP 38.0999985 38.0999985 SURF 34 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 8 PARM 1 0 PARM 2 0.9 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 35 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 9 PARM 1 0 PARM 2 0 PARM 3 -5 PPAR 3 31 -1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 5 DIAM 0 1 0 SURF 36 COMM SQ. BAFFLE TYPE STANDARD CURV 0 0 0 0 SLAB 10 DISZ 75.47 DIAM 38.3040662 0 0 SQAP 60 60 SURF 37 COMM BAFFLE TYPE STANDARD CURV 0 0 0 0 SLAB 11 DISZ 60 DIAM 37.0985799 0 0 CLAP 0 57.9 SURF 38 COMM BAFFLE TYPE STANDARD CURV 0 0 0 0 SLAB 12 DISZ 48 DIAM 36.1401971 0 0 CLAP 0 56.6 SURF 39 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 13 PARM 1 0 PARM 2 0 PARM 3 -45 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 40 COMM DICHROIC TYPE STANDARD CURV 0 0 0 0 SLAB 14 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 40 1 0 SQAP 54.102 73.052 SURF 41 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 17 PARM 1 0 PARM 2 0 PARM 3 -45 PPAR 3 39 1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -237.3507705 DIAM 0 0 0 SURF 42 COMM WFS FOCUS TYPE STANDARD CURV 0 0 0 0 SLAB 29 DISZ -65 DIAM 31.5840804 0 0 CLAP 0 50 SURF 43 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 32 PARM 1 0 PARM 2 0 PARM 3 45 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 44 COMM WFS MIRROR 1 TYPE STANDARD CURV 0 0 0 0 SLAB 31 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 39.8808092 0 0 SURF 45 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 30 PARM 1 0 PARM 2 0 PARM 3 45 PPAR 3 43 1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 342.558319 DIAM 0 0 0 SURF 46 COMM WFS LENS1 TYPE STANDARD CURV 0.002739658282642 0 0 0 SLAB 33 DISZ 5 GLAS SF5 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 38.1 1 0 SURF 47 COMM 427.5 MM FL TYPE STANDARD CURV 0.005804226626295 0 0 0 SLAB 45 DISZ 12 GLAS SK11 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 38.1 1 0 SURF 48 TYPE STANDARD CURV -0.005804226626295 4 47 -1 SLAB 47 DISZ 5 GLAS SF5 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 38.1 1 0 SURF 49 TYPE STANDARD CURV -0.002739658282642 4 46 -1 SLAB 46 DISZ 389.39778669 CHZH 0 0 DIAM 38.1 1 0 SURF 50 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 36 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 5 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 51 COMM STEERING MIRROR TYPE BICONICX CURV 0 0 0 0 SLAB 35 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 12.7 1 0 SURF 52 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 34 PARM 1 0 PARM 2 0 PARM 3 0 PPAR 3 50 1 0 PARM 4 5 PPAR 4 50 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 53 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 44 PARM 1 0 PARM 2 0 PARM 3 0 PPAR 3 50 -2 0 PARM 4 0 PPAR 4 50 -2 10 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 54 TYPE STANDARD CURV 0 0 0 0 SLAB 39 DISZ -250 DIAM 5.44226224 0 0 SURF 55 TYPE STANDARD CURV 0 0 0 0 SLAB 43 DISZ -400 DIAM 24.4625852 0 0 CLAP 0 8 SURF 56 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 41 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -5 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 57 COMM WFS MIRROR 3 TYPE STANDARD CURV 0 0 0 0 SLAB 40 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 12.7 1 0 SURF 58 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 37 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -5 PPAR 4 56 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 59 TYPE PARAXIAL CURV 0.0 0 0.0 0.0 SLAB 38 PARM 1 650 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 650 DIAM 12.7 1 0 SURF 60 TYPE STANDARD CURV 0 0 0 0 SLAB 42 DISZ 0 DIAM 25.4 1 0 SURF 61 TYPE STANDARD CURV 0 0 0 0 SLAB 21 DISZ 0 DIAM 25.4 1 0 ISFN 0 0 0 0 0 0 60 1 RANG 61 1 0 1 0 0 0 0 EXPP 0 0 0 0 0 0 -1e+010 0 DMFS 0 0 0 0 0 0 0 0 BLNK Start of default merit function. BLNK No default air thickness boundary constraints. BLNK No default glass thickness boundary constraints. BLNK Operands for field 1. OPDX 0 1 0 0 0.167855344 0.290733983 0 0.00969627362 OPDX 0 1 0 0 0.353553391 0.612372436 0 0.0155140378 OPDX 0 1 0 0 0.470982573 0.815765745 0 0.00969627362 OPDX 0 1 0 0 0.335710687 0 0 0.00969627362 OPDX 0 1 0 0 0.707106781 0 0 0.0155140378 OPDX 0 1 0 0 0.941965145 0 0 0.00969627362 OPDX 0 1 0 0 0.167855344 -0.290733983 0 0.00969627362 OPDX 0 1 0 0 0.353553391 -0.612372436 0 0.0155140378 OPDX 0 1 0 0 0.470982573 -0.815765745 0 0.00969627362 OPDX 0 1 0 0 -0.167855344 -0.290733983 0 0.00969627362 OPDX 0 1 0 0 -0.353553391 -0.612372436 0 0.0155140378 OPDX 0 1 0 0 -0.470982573 -0.815765745 0 0.00969627362 OPDX 0 1 0 0 -0.335710687 2.57059643e-016 0 0.00969627362 OPDX 0 1 0 0 -0.707106781 5.41444238e-016 0 0.0155140378 OPDX 0 1 0 0 -0.941965145 7.21279464e-016 0 0.00969627362 OPDX 0 1 0 0 -0.167855344 0.290733983 0 0.00969627362 OPDX 0 1 0 0 -0.353553391 0.612372436 0 0.0155140378 OPDX 0 1 0 0 -0.470982573 0.815765745 0 0.00969627362 OPDX 0 2 0 0 0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 0 0 0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 0 0 0.470982573 0.815765745 0 0.00969627362 OPDX 0 2 0 0 0.335710687 0 0 0.00969627362 OPDX 0 2 0 0 0.707106781 0 0 0.0155140378 OPDX 0 2 0 0 0.941965145 0 0 0.00969627362 OPDX 0 2 0 0 0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 0 0 0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 0 0 0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 0 0 -0.167855344 -0.290733983 0 0.00969627362 OPDX 0 2 0 0 -0.353553391 -0.612372436 0 0.0155140378 OPDX 0 2 0 0 -0.470982573 -0.815765745 0 0.00969627362 OPDX 0 2 0 0 -0.335710687 2.57059643e-016 0 0.00969627362 OPDX 0 2 0 0 -0.707106781 5.41444238e-016 0 0.0155140378 OPDX 0 2 0 0 -0.941965145 7.21279464e-016 0 0.00969627362 OPDX 0 2 0 0 -0.167855344 0.290733983 0 0.00969627362 OPDX 0 2 0 0 -0.353553391 0.612372436 0 0.0155140378 OPDX 0 2 0 0 -0.470982573 0.815765745 0 0.00969627362 OPDX 0 3 0 0 0.167855344 0.290733983 0 0.00969627362 OPDX 0 3 0 0 0.353553391 0.612372436 0 0.0155140378 OPDX 0 3 0 0 0.470982573 0.815765745 0 0.00969627362 OPDX 0 3 0 0 0.335710687 0 0 0.00969627362 OPDX 0 3 0 0 0.707106781 0 0 0.0155140378 OPDX 0 3 0 0 0.941965145 0 0 0.00969627362 OPDX 0 3 0 0 0.167855344 -0.290733983 0 0.00969627362 OPDX 0 3 0 0 0.353553391 -0.612372436 0 0.0155140378 OPDX 0 3 0 0 0.470982573 -0.815765745 0 0.00969627362 OPDX 0 3 0 0 -0.167855344 -0.290733983 0 0.00969627362 OPDX 0 3 0 0 -0.353553391 -0.612372436 0 0.0155140378 OPDX 0 3 0 0 -0.470982573 -0.815765745 0 0.00969627362 OPDX 0 3 0 0 -0.335710687 2.57059643e-016 0 0.00969627362 OPDX 0 3 0 0 -0.707106781 5.41444238e-016 0 0.0155140378 OPDX 0 3 0 0 -0.941965145 7.21279464e-016 0 0.00969627362 OPDX 0 3 0 0 -0.167855344 0.290733983 0 0.00969627362 OPDX 0 3 0 0 -0.353553391 0.612372436 0 0.0155140378 OPDX 0 3 0 0 -0.470982573 0.815765745 0 0.00969627362 BLNK Operands for field 2. OPDX 0 1 -0.707106781 0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 1 -0.707106781 0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 1 -0.707106781 0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 1 -0.707106781 0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 1 -0.707106781 0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 1 -0.707106781 0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 1 -0.707106781 0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 1 -0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 1 -0.707106781 0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 1 -0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 1 -0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 1 -0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 1 -0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 1 -0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 1 -0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 1 -0.707106781 0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 1 -0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 1 -0.707106781 0.707106781 -0.470982573 0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 0.707106781 -0.470982573 0.815765745 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 3 -0.707106781 0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 3 -0.707106781 0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 3 -0.707106781 0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 3 -0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 3 -0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 3 -0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 3 -0.707106781 0.707106781 -0.470982573 0.815765745 0 0.00242406841 BLNK Operands for field 3. OPDX 0 1 0.707106781 0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 1 0.707106781 0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 1 0.707106781 0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 1 0.707106781 0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 1 0.707106781 0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 1 0.707106781 0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 1 0.707106781 0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 1 0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 1 0.707106781 0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 1 0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 1 0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 1 0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 1 0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 1 0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 1 0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 1 0.707106781 0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 1 0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 1 0.707106781 0.707106781 -0.470982573 0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 0.707106781 -0.470982573 0.815765745 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 3 0.707106781 0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 3 0.707106781 0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 3 0.707106781 0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 3 0.707106781 0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 3 0.707106781 0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 3 0.707106781 0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 3 0.707106781 0.707106781 -0.470982573 0.815765745 0 0.00242406841 BLNK Operands for field 4. OPDX 0 1 -0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 1 -0.707106781 -0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 1 -0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 1 -0.707106781 -0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 1 -0.707106781 -0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 1 -0.707106781 -0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 1 -0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 1 -0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 1 -0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 1 -0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 1 -0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 1 -0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 1 -0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 1 -0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 1 -0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 1 -0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 1 -0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 1 -0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 -0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 -0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 2 -0.707106781 -0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 2 -0.707106781 -0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 2 -0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 -0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 2 -0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 2 -0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 2 -0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 -0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 -0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00242406841 OPDX 0 3 -0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 3 -0.707106781 -0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 3 -0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 3 -0.707106781 -0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 3 -0.707106781 -0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 3 -0.707106781 -0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 3 -0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 3 -0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 3 -0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 3 -0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 3 -0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 3 -0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 3 -0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 3 -0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 3 -0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 3 -0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 3 -0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 3 -0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00242406841 BLNK Operands for field 5. OPDX 0 1 0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 1 0.707106781 -0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 1 0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 1 0.707106781 -0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 1 0.707106781 -0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 1 0.707106781 -0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 1 0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 1 0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 1 0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 1 0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 1 0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 1 0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 1 0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 1 0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 1 0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 1 0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 1 0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 1 0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 -0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 -0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 2 0.707106781 -0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 2 0.707106781 -0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 2 0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 2 0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 2 0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 2 0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 2 0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 2 0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 2 0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00242406841 OPDX 0 3 0.707106781 -0.707106781 0.167855344 0.290733983 0 0.00242406841 OPDX 0 3 0.707106781 -0.707106781 0.353553391 0.612372436 0 0.00387850945 OPDX 0 3 0.707106781 -0.707106781 0.470982573 0.815765745 0 0.00242406841 OPDX 0 3 0.707106781 -0.707106781 0.335710687 0 0 0.00242406841 OPDX 0 3 0.707106781 -0.707106781 0.707106781 0 0 0.00387850945 OPDX 0 3 0.707106781 -0.707106781 0.941965145 0 0 0.00242406841 OPDX 0 3 0.707106781 -0.707106781 0.167855344 -0.290733983 0 0.00242406841 OPDX 0 3 0.707106781 -0.707106781 0.353553391 -0.612372436 0 0.00387850945 OPDX 0 3 0.707106781 -0.707106781 0.470982573 -0.815765745 0 0.00242406841 OPDX 0 3 0.707106781 -0.707106781 -0.167855344 -0.290733983 0 0.00242406841 OPDX 0 3 0.707106781 -0.707106781 -0.353553391 -0.612372436 0 0.00387850945 OPDX 0 3 0.707106781 -0.707106781 -0.470982573 -0.815765745 0 0.00242406841 OPDX 0 3 0.707106781 -0.707106781 -0.335710687 2.57059643e-016 0 0.00242406841 OPDX 0 3 0.707106781 -0.707106781 -0.707106781 5.41444238e-016 0 0.00387850945 OPDX 0 3 0.707106781 -0.707106781 -0.941965145 7.21279464e-016 0 0.00242406841 OPDX 0 3 0.707106781 -0.707106781 -0.167855344 0.290733983 0 0.00242406841 OPDX 0 3 0.707106781 -0.707106781 -0.353553391 0.612372436 0 0.00387850945 OPDX 0 3 0.707106781 -0.707106781 -0.470982573 0.815765745 0 0.00242406841 MNUM 1 --------------A3E1031BFB63B38B53DDE8A6-- From - Tue Apr 25 09:52:29 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <3905F777.5B6E76F0@mtwilson.edu> Date: Tue, 25 Apr 2000 09:52:23 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.7 [en] (WinNT; I) X-Accept-Language: en MIME-Version: 1.0 CC: Dan O'Connor Subject: Re: question References: <3905F6B9.261ED999@mtwilson.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Dan, I just sent you a reply to your 3 question email, but Netscape croaked just as it was going out. Let me know if you didn't get it and I'll send it out again. Chris From - Tue Apr 25 14:27:31 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <390637EF.AF4B9E39@mtwilson.edu> Date: Tue, 25 Apr 2000 14:27:27 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.7 [en] (WinNT; I) X-Accept-Language: en MIME-Version: 1.0 To: graves@laplacian.com, doc@ifa.hawaii.edu Subject: sizes Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Buzz and Dan, Do you have suggested numbers for the sizes of the following assemblies, or any drawings showing a typical size? I'm packing the IRTF WFS box. Membrane mirror Diameter of assembly Depth behind mirror plane Any allowance for wires/cables Lenslet/APD Diameter of assembly Depth behind lenslet plane Any allowance for fibers/wires Dan, by the close of business today I should have a plausible WFS layout, if you want a drawing to put into your SPIE paper. It already plays optically, I'm just packing it. Strehl vs field angle, telescope through membrane mirror, for a square field 80 arcsec on an edge: Center Corner 0.70 micron 0.993 0.998 0.85 0.999 0.980 1.00 0.991 0.996 Cheers, Chris From - Wed Apr 26 08:03:04 2000 X-Mozilla-Status: 8003 X-Mozilla-Status2: 00000000 Message-ID: <39072DEF.156584A9@mtwilson.edu> Date: Wed, 26 Apr 2000 07:57:03 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.7 [en] (WinNT; I) X-Accept-Language: en MIME-Version: 1.0 To: toomey@ifa.hawaii.edu, doc@ifa.hawaii.edu, graves@laplacian.com Subject: IRTF WFS Content-Type: multipart/mixed; boundary="------------9896BF59FCBF9ED82FA3AECD" This is a multi-part message in MIME format. --------------9896BF59FCBF9ED82FA3AECD Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit 26 April 2000 Here is a first cut at a WFS for the IRTF AO. It has f/60.0 at the membrane mirror, a 20 mm diam lenslet pupil, and steers over a square field 80 arcsec on an edge. The design is optimized at 0.70, 0.85 and 1.00 microns. It fits in the currently defined envelope. Strehl ratio, through telescope, AO relay, Spex, and WFS up to the membrane mirror, is as follows for the center and the corner of the square field. Strehl ratio at membrane mirror Wavelength Center Corner 0.70 0.993 0.988 0.85 0.999 0.980 1.00 0.991 0.996 These files are attached: wfs2000apr26.zmx The raytrace file raytracefigs.doc Two annotated views of the WFS, saved as a .doc page wfs2000apr26.zip A zip of the above, in case the .zmx file appears inline. Chris S --------------9896BF59FCBF9ED82FA3AECD Content-Type: application/msword; name="raytracefigs.doc" Content-Transfer-Encoding: base64 Content-Disposition: inline; filename="raytracefigs.doc" 0M8R4KGxGuEAAAAAAAAAAAAAAAAAAAAAPgADAP7/CQAGAAAAAAAAAAAAAAAFAAAAVwIAAAAA AAAAEAAAWQIAAAEAAAD+////AAAAAFICAABTAgAAVAIAAFUCAABWAgAA//////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// ///////////////////////////////////spcEANyAJBAAA+BK/AAAAAAAAEAAAAAAABAAA IgQAAA4AYmpialUWVRYAAAAAAAAAAAAAAAAAAAAAAAAJBBYAIgwAADd8AAA3fAAAIgAAAAAA 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AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACgACAf///////////////wAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAgAAAC/YwQAAAAAADEAVABhAGIAbABlAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAOAAIAAQAAAP// ////////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAOgIAAAAQAAAAAAAA VwBvAHIAZABEAG8AYwB1AG0AZQBuAHQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAABoAAgEGAAAABQAAAP////8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAABAAAAAAAAAFAFMAdQBtAG0AYQByAHkASQBuAGYAbwByAG0AYQB0AGkA bwBuAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAKAACAf///////////////wAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAEICAAAAEAAAAAAAAAUARABvAGMAdQBtAGUA bgB0AFMAdQBtAG0AYQByAHkASQBuAGYAbwByAG0AYQB0AGkAbwBuAAAAAAAAAAAAAAA4AAIB BAAAAP//////////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAASgIAAAAQ AAAAAAAAAQBDAG8AbQBwAE8AYgBqAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAABIAAgECAAAABwAAAP////8AAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAagAAAAAAAABPAGIAagBlAGMAdABQAG8AbwBsAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAFgABAP///////////////wAA AAAAAAAAAAAAAAAAAAAAAAAAACSnZC14vwEAJKdkLXi/AQAAAAAAAAAAAAAAAAEAAAD+//// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////// ////////////////////////AQD+/wMKAAD/////BgkCAAAAAADAAAAAAAAARhgAAABNaWNy b3NvZnQgV29yZCBEb2N1bWVudAAKAAAATVNXb3JkRG9jABAAAABXb3JkLkRvY3VtZW50LjgA 9DmycQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA= --------------9896BF59FCBF9ED82FA3AECD Content-Type: text/plain; charset=us-ascii; name="wfs2000apr26.ZMX" Content-Transfer-Encoding: 7bit Content-Disposition: inline; filename="wfs2000apr26.ZMX" VERS 8165 776 NAME IRTF ADAPTIVE OPTICS NOTE 1 Notes... NOTE 2 NOTE 3 UNIT MM FLOA PUPD 86375.2 3001.78 GFAC 0 0 GCAT INFRARED OLD_SCHO RAIM 1.0E-8 1 1 1 0 0 PUSH 0 0 0 0 SDMA 0 1 FTYP 0 ROPD 2 PICB 1 XFLD 0 -0.01111 0.01111 -0.01111 0.01111 YFLD 0 0.01111 0.01111 -0.01111 -0.01111 FWGT 1 0.25 0.25 0.25 0.25 WAVL 0.7 0.85 1 WWGT 1 1 1 PWAV 2 POLS 1 0 1 0 0 GLRS 1 COFN COATING.DAT SURF 0 TYPE STANDARD CURV 0 0 0 0 SLAB 22 DISZ INFINITY DIAM 0 0 0 SURF 1 COMM PRIMARY TYPE STANDARD CURV -6.542597214816e-005 0 0 0 SLAB 23 DISZ -7021.0253761 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 1523.83679 0 0 SURF 2 COMM SECONDARY STOP TYPE STANDARD CURV -0.00075138536677 0 0 0 SLAB 24 DISZ 7021.0253761 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1.314627 PZUP 1 -1 0 DIAM 122 1 0 SURF 3 TYPE STANDARD CURV 0 0 0 0 SLAB 1 DISZ 892.075 DIAM 53.9495838 0 0 SURF 4 TYPE STANDARD CURV 0 0 0 0 SLAB 2 DISZ 250.3508 DIAM 45.3101339 0 0 SURF 5 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 3 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 47.94790641024 PARM 5 1.411282358447 PARM 6 1 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 6 COMM FOLD1 TYPE STANDARD CURV 0 0 0 0 SLAB 4 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 55.4306504 0 0 SQAP 53.0408 53.0408 SURF 7 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 5 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 47.94790641024 PPAR 4 5 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -1092.8092938 DIAM 0 0 0 SURF 8 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 16 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 51.70199301448 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 9 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 6 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -4.729997685035 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 10 COMM FOLD2 TYPE STANDARD CURV 0 0 0 0 SLAB 7 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 32.4359971 0 0 SURF 11 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 8 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -4.729997685035 PPAR 4 9 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 12 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 25 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 -51.31981615672 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 85.3439062 PZUP 7 1 1178.1532 DIAM 0 0 0 SURF 13 COMM FOC1 TYPE STANDARD CURV 0 0 0 0 SLAB 6 DISZ 1895.6721 DIAM 31.5629186 0 0 SURF 14 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 13 PARM 1 0 PARM 2 266.6721 PARM 3 -8 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 15 COMM OAP1 COLL TYPE STANDARD CURV -0.0002611918077712 0 0 0 SLAB 8 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 316.944161 0 0 CLAP 0 64 OBDC 0 -267.722 SURF 16 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 9 PARM 1 0 PARM 2 -267.722 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -2323.7417 DIAM 0 0 0 SURF 17 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 10 PARM 1 0 PARM 2 0 PARM 3 -3 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 18 COMM AO DM TYPE EVENASPH CURV 3.493370544305e-007 0 0 0 SLAB 11 PARM 1 0 PARM 2 -2.75696536067e-010 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 25.3171154 0 0 CLAP 0 30 SURF 19 TYPE STANDARD CURV 0 0 0 0 SLAB 28 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 25.3171153 0 0 SURF 20 TYPE BICONICX CURV 2.405468576967e-009 0 0 0 SLAB 26 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 25.3171154 0 0 SURF 21 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 12 PARM 1 0 PARM 2 0 PARM 3 -3 PPAR 3 17 1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 22 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 27 PARM 1 0 PARM 2 267.722 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 2290.9823427 DIAM 0 0 0 SURF 23 COMM OAP2 CAM TYPE STANDARD CURV -0.0002611918077712 0 0 0 SLAB 14 DISZ 0 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 315.742678 0 0 CLAP 0 64 OBDC 0 -267.722 SURF 24 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 15 PARM 1 0 PARM 2 -266.6721 PARM 3 8 PARM 4 0 PARM 5 0 PARM 6 1 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 25 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 17 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -829.78378866 DIAM 0 0 0 SURF 26 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 18 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -45 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 27 COMM FOLD 3 TYPE STANDARD CURV 0 0 0 0 SLAB 19 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 61.2152255 0 0 SQAP 60.2983 60.2983 SURF 28 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 20 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -45 PPAR 4 26 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 356.23422408 DIAM 0 0 0 SURF 29 COMM FO/VJ ALIGNMENT TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 3 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 30 COMM TOP OF CAL BOX TYPE STANDARD CURV 0 0 0 0 SLAB 4 DISZ 279.4 DIAM 43.276125 0 0 SURF 31 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 5 PARM 1 0 PARM 2 0 PARM 3 5 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 32 COMM WINDOW TYPE STANDARD CURV 0 0 0 0 SLAB 6 DISZ 6.35 GLAS CAF2 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 38.1 1 0 SQAP 38.0999985 38.0999985 SURF 33 TYPE STANDARD CURV 0 0 0 0 SLAB 7 DISZ 0 DIAM 38.1 1 0 SQAP 38.0999985 38.0999985 SURF 34 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 8 PARM 1 0 PARM 2 0.9 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 35 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 9 PARM 1 0 PARM 2 0 PARM 3 -5 PPAR 3 31 -1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 5 DIAM 0 1 0 SURF 36 COMM SQ. BAFFLE TYPE STANDARD CURV 0 0 0 0 SLAB 10 DISZ 75.47 DIAM 38.3047888 0 0 SQAP 60 60 SURF 37 COMM BAFFLE TYPE STANDARD CURV 0 0 0 0 SLAB 11 DISZ 60 DIAM 37.0994468 0 0 CLAP 0 57.9 SURF 38 COMM BAFFLE TYPE STANDARD CURV 0 0 0 0 SLAB 12 DISZ 48 DIAM 36.1411786 0 0 CLAP 0 56.6 SURF 39 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 13 PARM 1 0 PARM 2 0 PARM 3 -45 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 40 COMM DICHROIC TYPE STANDARD CURV 0 0 0 0 SLAB 14 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 40 1 0 SQAP 54.102 73.052 SURF 41 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 17 PARM 1 0 PARM 2 0 PARM 3 -45 PPAR 3 39 1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -237.3507705 DIAM 0 0 0 SURF 42 COMM WFS FOCUS TYPE STANDARD CURV 0 0 0 0 SLAB 29 DISZ -65 DIAM 31.5856304 0 0 CLAP 0 50 SURF 43 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 32 PARM 1 0 PARM 2 0 PARM 3 45 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 44 COMM WFS MIRROR 1 TYPE STANDARD CURV 0 0 0 0 SLAB 31 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 40.2128296 0 0 SURF 45 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 30 PARM 1 0 PARM 2 0 PARM 3 45 PPAR 3 43 1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 342.558319 DIAM 0 0 0 SURF 46 COMM WFS LENS1 TYPE STANDARD CURV 0.002739658282642 0 0 0 SLAB 33 DISZ 5 GLAS SF5 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 38.1 1 0 SURF 47 COMM 427.5 MM FL TYPE STANDARD CURV 0.005804226626295 0 0 0 SLAB 45 DISZ 12 GLAS SK11 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 38.1 1 0 SURF 48 TYPE STANDARD CURV -0.005804226626295 4 47 -1 SLAB 47 DISZ 5 GLAS SF5 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 38.1 1 0 SURF 49 TYPE STANDARD CURV -0.002739658282642 4 46 -1 SLAB 46 DISZ 389.39778669 CHZH 0 0 DIAM 38.1 1 0 SURF 50 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 36 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 5 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 51 COMM STEERING MIRROR TYPE STANDARD CURV 0 0 0 0 SLAB 35 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 12.7 1 0 SURF 52 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 34 PARM 1 0 PARM 2 0 PARM 3 0 PPAR 3 50 1 0 PARM 4 5 PPAR 4 50 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 53 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 44 PARM 1 0 PARM 2 0 PARM 3 0 PPAR 3 50 -2 0 PARM 4 0 PPAR 4 50 -2 10 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 54 TYPE STANDARD CURV 0 0 0 0 SLAB 39 DISZ -250 DIAM 5.44243487 0 0 SURF 55 TYPE STANDARD CURV 0 0 0 0 SLAB 43 DISZ -400 DIAM 24.4626738 0 0 CLAP 0 8 SURF 56 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 41 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -3 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 57 COMM WFS MIRROR 3 TYPE STANDARD CURV 0.0007692307692308 0 0 0 SLAB 40 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 12.7 1 0 SURF 58 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 37 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -3 PPAR 4 56 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 650 DIAM 0 0 0 SURF 59 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 38 PARM 1 0 PARM 2 0 PARM 3 -2 PARM 4 -2 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 60 COMM MEMBRANE MIRROR TYPE STANDARD CURV 0 0 0 0 SLAB 48 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 25 1 0 SURF 61 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 42 PARM 1 0 PARM 2 0 PARM 3 -2 PPAR 3 59 1 0 PARM 4 -2 PPAR 4 59 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -900 DIAM 0 1 0 SURF 62 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 50 PARM 1 0 PARM 2 0 PARM 3 1.9489444089 PARM 4 4.5 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 63 COMM WFS MIRROR 4 TYPE STANDARD CURV 0.0003805920123407 0 0 0 SLAB 49 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 12.7 1 0 SURF 64 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 51 PARM 1 0 PARM 2 0 PARM 3 1.9489444089 PPAR 3 62 1 0 PARM 4 4.5 PPAR 4 62 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 927.99231088 DIAM 0 0 0 SURF 65 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 54 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 -4.5 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 66 COMM WFS MIRROR 5 TYPE STANDARD CURV -0.0001323966559731 0 0 0 SLAB 53 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 24.6152824 0 0 SURF 67 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 55 PARM 1 0 PARM 2 0 PARM 3 0 PPAR 3 65 1 0 PARM 4 -4.5 PPAR 4 65 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -550 DIAM 0 0 0 SURF 68 COMM LENSLET TYPE PARAXIAL CURV 0.0 0 0.0 0.0 SLAB 52 PARM 1 100 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -100 DIAM 18.6583568 0 0 SURF 69 TYPE STANDARD CURV 0 0 0 0 SLAB 56 DISZ 0 DIAM 4.17263773 0 0 SURF 70 TYPE STANDARD CURV 0 0 0 0 SLAB 21 DISZ 0 DIAM 25.4 1 0 RAGA 40 2 0 0 0 0 0 0 RAGB 63 2 0 0 0 0 0 0 ISFN 0 0 0 0 0 0 5 0 EXPP 0 0 0 0 0 0 -100 0 ISFN 0 0 0 0 0 0 60 0 RANG 70 1 0 1 0 0 0 0 EXPP 0 0 0 0 0 0 -1e+010 0 DMFS 0 0 0 0 0 0 0 0 BLNK Start of default merit function. BLNK No default air thickness boundary constraints. BLNK No default glass thickness boundary constraints. BLNK Operands for field 1. 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References: Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Dan, Thanks much. I'm putting out another fire right now, will get back to IRTF WFS shortly. It looks like an all-reflective solution is possible. Chris 776-1172 938-4498 cell Dan O'Connor wrote: > > Chris - > Sorry for the delay. > > Lenslet envelope: > 3.75" high x 3.5" wide x 12.25 long (optical axis) > pupil is 2.2" behind front surface of mech housing > > Membrane Mirror: some uncertainty here but should be > very similar to Hokupa'a > > 4.5" high x 4" wide x 5" long > > Any questions give me a call. > > Dan O'C From - Wed May 03 14:02:25 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id NAA00882 for ; Wed, 3 May 2000 13:43:46 -0700 (PDT) Received: from galileo.ifa.hawaii.edu (galileo.IfA.Hawaii.Edu [128.171.160.7]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id KAA13938 for ; Wed, 3 May 2000 10:42:29 -1000 (HST) Received: from localhost (doc@localhost) by galileo.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id KAA27163; Wed, 3 May 2000 10:42:21 -1000 (HST) Date: Wed, 3 May 2000 10:42:21 -1000 (HST) From: "Dan O'Connor" To: cshelton@mtwilson.edu cc: Doug Toomey , Vern Stahlberger Subject: Lenslet envelope, Membr Mirror Envel. Message-ID: MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII X-Mozilla-Status: 8003 X-Mozilla-Status2: 00000000 X-UIDL: Chris - Sorry for the delay. Lenslet envelope: 3.75" high x 3.5" wide x 12.25 long (optical axis) pupil is 2.2" behind front surface of mech housing Membrane Mirror: some uncertainty here but should be very similar to Hokupa'a 4.5" high x 4" wide x 5" long Any questions give me a call. Dan O'C From - Thu May 18 14:32:56 2000 Received: from keck.hawaii.edu (hapuna.keck.hawaii.edu [128.171.96.129]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id NAA00650 for ; Thu, 18 May 2000 13:26:56 -0700 (PDT) Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id KAA01233 for ; Thu, 18 May 2000 10:24:58 -1000 (HST) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id KAA14204; Thu, 18 May 2000 10:24:57 -1000 (HST) Received: from wobbegibg.ifa.hawaii.edu (wobbegong [128.171.76.27]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id KAA29935; Thu, 18 May 2000 10:24:57 -1000 (HST) Message-ID: <00ec01bfc107$36021060$1b4cab80@ifa.hawaii.edu> From: "Doug Toomey" To: "Chris Shelton" , "Dan O'Connor" Cc: "Vern Stahlberger" Subject: AO relay off-axis mirror specifications Date: Thu, 18 May 2000 10:25:29 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2314.1300 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2314.1300 X-Mozilla-Status: 8003 X-Mozilla-Status2: 00000000 X-UIDL: <00ec01bfc107$36021060$1b4cab80@ifa.hawaii.edu> Hi, These are the specs I have come up with for the parabolas. Have I missed anything? Doug ___________________________________________________ AO relay off-axis parabola specifications Number Required Quote price for two and four pieces Focal length 1914.3mm focal length +/- 1 % Conic parabola Off -axis angle 8 degrees +/- 0.1 degree Off-axis center distance 267.72mm +/- 1% Off-axis center matching 2 mm Clear aperture diameter 128 mm Physical diameter 168 mm Minimum thickness 28 mm Figure accuracy Lambda/4 over whole clear aperture @0.6328 microns Lambda/10 for any 40mm sub-aperture Lambda/20 for any 20mm sub-aperture Surface roughness less than <30 Angstrom RMS Coating none Measure and report as built specs for each of the specs above. Scribe on back of each mirror at the edge to indicate the direction of the parent axis. Required delivery time - less than 3 months Include shipping to: NASA IRTF Institute for Astronomy 2680 Woodlawn Drive Honolulu HI 96822 For questions contact: Douglas Toomey 808-974-4214 toomey@ifa.hawaii.edu From - Thu May 18 14:35:08 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <3924620A.EBDC6B0E@mtwilson.edu> Date: Thu, 18 May 2000 14:35:06 -0700 From: Chris Shelton X-Mailer: Mozilla 4.7 [en] (Win98; I) X-Accept-Language: en MIME-Version: 1.0 To: Doug Toomey Subject: Re: AO relay off-axis mirror specifications References: <00ec01bfc107$36021060$1b4cab80@ifa.hawaii.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Doug, The specs look fine as is. Do you want an interferometer pix? I'll be back the 23rd. Chris Doug Toomey wrote: > Hi, > > These are the specs I have come up with for > the parabolas. Have I missed anything? > > Doug > ___________________________________________________ > AO relay off-axis parabola specifications > > Number Required Quote price for two and four pieces > Focal length 1914.3mm focal length +/- 1 % > Conic parabola > Off -axis angle 8 degrees +/- 0.1 degree > Off-axis center distance 267.72mm +/- 1% > Off-axis center matching 2 mm > Clear aperture diameter 128 mm > Physical diameter 168 mm > Minimum thickness 28 mm > Figure accuracy Lambda/4 over whole clear aperture > @0.6328 microns Lambda/10 for any 40mm sub-aperture > Lambda/20 for any 20mm sub-aperture > Surface roughness less than <30 Angstrom RMS > Coating none > > Measure and report as built specs for each of the specs above. > > Scribe on back of each mirror at the edge to indicate the > direction of the parent axis. > > Required delivery time - less than 3 months > > Include shipping to: > > NASA IRTF > Institute for Astronomy > 2680 Woodlawn Drive > Honolulu HI 96822 > > For questions contact: > Douglas Toomey > 808-974-4214 > toomey@ifa.hawaii.edu From ???@??? Fri Jul 23 16:49:17 1999 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by keck.hawaii.edu (8.8.8+Sun/8.8.8) with ESMTP id NAA01353 for ; Fri, 23 Jul 1999 13:32:17 -1000 (HST) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.0/8.9.1) with ESMTP id NAA18314; Fri, 23 Jul 1999 13:28:19 -1000 (HST) Received: from wobbegibg.ifa.hawaii.edu (wobbegong [128.171.76.27]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id NAA25977; Fri, 23 Jul 1999 13:28:18 -1000 (HST) Message-ID: <005f01bed562$b469daa0$1b4cab80@wobbegibg.ifa.hawaii.edu> From: "Doug Toomey" To: "Chris Shelton" , "Sandy Leggett" , "ron probst" , "mark trueblood" , "malcolm northcott" , "john rayner" , "Fred Gillet" , "francois rigaut" , "Eduardo Martin" , "Doug Simons" , "david trilling" , "dana backman" , "christ ftaclas" Subject: Directions to the Hotel Date: Fri, 23 Jul 1999 13:25:50 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 4.72.2106.4 X-MimeOLE: Produced By Microsoft MimeOLE V4.72.2106.4 X-UIDL: 514e8662f745495034ba5a4072c4b517 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Hi, To get to the hotel from the airport, (I am pulling the miles off of a map so they are only approximate.) Leaving the airport get on H1 heading West. ( not sure what the sign says but Pearl City is west, Honolulu is East) (as you leave the airport you will be going North, and West will be left) Take H1 to H2 (about 9 miles) Follow H2 to the end and bear right toward Haleiwa. (You will be on H2 for about 9 miles) You wil now be on Kam Highway. You will stay on Kam Highway all the way to the Hotel althoug there are many twists and turns and it is only a, 1 lane each way, road in places. The Turtle Bay is near the northern most point of Oahu. I measure about 23 miles from the end of H2. The drive time is 45-60 mins. To total distance is supposed to be around 43 miles so I am a couple short on the distances quoted above. _______________________________________________ On a different subject - I will have a LCD project for computer output and an overhead projector. Anyone with other needs should let me know. Aloha, Doug From - Fri Jun 02 10:42:37 2000 X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Message-ID: <39381BF6.9D874FC3@mtwilson.edu> Date: Fri, 02 Jun 2000 10:41:26 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.7 [en] (WinNT; I) X-Accept-Language: en MIME-Version: 1.0 CC: toomey@ifa.hawaii.edu, doc@ifa.hawaii.edu, graves@laplacian.com, mal@laplacian.com Subject: Re: IRTF WFS References: <39072DEF.156584A9@mtwilson.edu> Content-Type: multipart/mixed; boundary="------------8A240216CA56B5E4F487B73C" This is a multi-part message in MIME format. --------------8A240216CA56B5E4F487B73C Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Good morning! Here is your new IRTF WFS optical design. This one is all reflective. It uses a small steering mirror (14 mm pupil) and has all spherical mirrors, except one mirror with a bit of a cylinder component. That mirror has x focal length of -1620 mm and a y focal length of -1641 mm, over a clear aperture of 14 mm, so it is very close to a sphere. A possibility that I discussed with Doug is to make this mirror a sphere, but include an adjustable astigmatism nuller, which would be a tiltable plate in the converging beam between the mirror before the membrane mirror and the membrane mirror itself. This would allow nulling the astigmatism in the science path due to the dichroic thickness, without software offsets, in addition to eliminating all aspheres. It might need to be set differently for SPEX and NSFCam, or the difference handled as a software offset, or the difference may be ignorable. Other properties are the same as the one-lens design of May 26 -- f/60.0 at the membrane mirror, a 20.0 mm diam. lenslet pupil, steers over a square field 80 arcsec on an edge. The WFS box envelope and the envelopes of the membrane mirror and lenslet assemblies, as emailed by Dan, have been accounted for. The strehl ratio at the membrane mirror, at 0.85 microns, is Center of field 0.999 Four corners 0.958, 0.909, 0.963, 0.980 If the WFS camera mirror is ground as a pure sphere and no astigmatism nuller is used, the strehls are reduced to Center of field 0.769 Four corners 0.722, 0.857, 0.710, 0.660 A zip file is attached, wfs2000jun2.zip, which contains wfs2000may30.zmx, .igs and .eps The postscript file has annotated plan and side views of the optical design showing how it fits with the WFS box, membrane mirror assembly and lenslet assembly. Cheers, Chris S > 26 April 2000 > Here is a first cut at a WFS for the IRTF AO. > > It has f/60.0 at the membrane mirror, a 20 mm diam lenslet pupil, > and steers over a square field 80 arcsec on an edge. The design > is optimized at 0.70, 0.85 and 1.00 microns. 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CABYTcIoCf9WUgYwAADqkwEAJAAAAAAAAAABACAAtoHVBgAAQ0FSUEUvaXJ0Zi9yYXl0cmFj ZS93ZnMyMDAwbWF5MzAuaWdzUEsBAhQAFAAAAAgAB1rBKBB46OuOoQAAtMADAB8AAAAAAAAA AQAgALaBHTcAAENBUlBFL2lydGYvcGl4L3dmczIwMDBtYXkzMC5lcHNQSwUGAAAAAAMAAwDx AAAA6NgAAAAA --------------8A240216CA56B5E4F487B73C-- From - Fri Jun 02 15:03:29 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id RAA01253 for ; Fri, 2 Jun 2000 17:57:51 -0700 (PDT) Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id OAA19110 for ; Fri, 2 Jun 2000 14:56:32 -1000 (HST) Received: from [128.171.163.103] (lightyear [128.171.163.103]) by hubble.ifa.hawaii.edu (8.9.3+Sun/8.9.1) with ESMTP id OAA20677 for ; Fri, 2 Jun 2000 14:56:31 -1000 (HST) Mime-Version: 1.0 Message-Id: In-Reply-To: <39381BF6.9D874FC3@mtwilson.edu> References: <39072DEF.156584A9@mtwilson.edu> <39381BF6.9D874FC3@mtwilson.edu> Date: Fri, 2 Jun 2000 14:59:28 -1000 To: shelton@mtwilson.edu From: Buzz Graves Subject: Re: IRTF WFS Content-Type: text/plain; charset="us-ascii" ; format="flowed" X-Mozilla-Status: 8013 X-Mozilla-Status2: 00000000 X-UIDL: Upon first try to unpack the .ZMX file I'm having trouble. I tried on my MAC and my PC, both claim something is corrupted. Can you send it whole? Buzz From - Fri Jun 02 17:02:45 2000 X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 Message-ID: <39387506.B10D749A@mtwilson.edu> Date: Fri, 02 Jun 2000 17:01:26 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.7 [en] (WinNT; I) X-Accept-Language: en MIME-Version: 1.0 To: Buzz Graves Subject: Re: IRTF WFS References: <39072DEF.156584A9@mtwilson.edu> <39381BF6.9D874FC3@mtwilson.edu> Content-Type: multipart/mixed; boundary="------------20CCA7308545439504E71B26" This is a multi-part message in MIME format. --------------20CCA7308545439504E71B26 Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Buzz - Will do. I'll send the eps file again too, it shows the packing in the box. These should be attachments, not text. There is a button in Netscape on the recipient side View/Attachments In Line that should not be checked. I used Winzip, by the way. In the past it has worked ok. I sent the files zipped because Doug uses a dial-up line. Chris Buzz Graves wrote: > > Upon first try to unpack the .ZMX file I'm having trouble. I tried > on my MAC and my PC, both claim something is corrupted. Can you > send it whole? > > Buzz --------------20CCA7308545439504E71B26 Content-Type: text/plain; charset=us-ascii; name="wfs2000may30.ZMX" Content-Transfer-Encoding: 7bit Content-Disposition: inline; filename="wfs2000may30.ZMX" VERS 8165 1862 NAME IRTF ADAPTIVE OPTICS NOTE 1 Notes... NOTE 2 NOTE 3 UNIT MM FLOA PUPD 86375.2 3001.78 GFAC 0 0 GCAT INFRARED OLD_SCHO RAIM 1.0E-8 1 1 1 0 0 PUSH 0 0 0 0 SDMA 0 1 FTYP 0 ROPD 2 PICB 1 XFLD 0 -0.01111 0.01111 -0.01111 0.01111 YFLD 0 0.01111 0.01111 -0.01111 -0.01111 FWGT 1 0.001 0.001 0.001 0.001 WAVL 0.85 WWGT 1 PWAV 1 POLS 1 0 1 0 0 GLRS 1 COFN COATING.DAT SURF 0 TYPE STANDARD CURV 0 0 0 0 SLAB 22 DISZ INFINITY DIAM 0 0 0 SURF 1 COMM PRIMARY TYPE STANDARD CURV -6.542597214816e-005 0 0 0 SLAB 23 DISZ -7021.0253761 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1 DIAM 1523.83679 0 0 SURF 2 COMM SECONDARY STOP TYPE STANDARD CURV -0.0007513702363315 0 0 0 SLAB 24 DISZ 7021.0253761 GLAS MIRROR 0 0 0.000000 0.000000 0.000000 0 0 0 0.00000000 0.00000000 CONI -1.3052 PZUP 1 -1 0 DIAM 122 1 0 SURF 3 TYPE STANDARD CURV 0 0 0 0 SLAB 1 DISZ 892.075 DIAM 53.9743679 0 0 SURF 4 TYPE STANDARD CURV 0 0 0 0 SLAB 2 DISZ 250.3508 DIAM 45.3380645 0 0 SURF 5 COMM AO SUB TYPE STANDARD CURV 0 0 0 0 SLAB 15 DISZ 112.2532 DIAM 42.9143832 0 0 SURF 6 TYPE STANDARD CURV 0 0 0 0 SLAB 20 DISZ 356.23422408 DIAM 41.8276442 0 0 SURF 7 COMM FO/VJ ALIGNMENT TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 3 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 8 COMM TOP OF CAL BOX TYPE STANDARD CURV 0 0 0 0 SLAB 4 DISZ 279.4 DIAM 38.3788906 0 0 SURF 9 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 5 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 10 COMM WINDOW TYPE STANDARD CURV 0 0 0 0 SLAB 6 DISZ 0 GLAS CAF2 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 38.1 1 0 SQAP 38.0999985 38.0999985 SURF 11 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 18 PARM 1 0 PARM 2 0 PARM 3 0 PPAR 3 9 -0.69928 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 6.35 DIAM 0 0 0 SURF 12 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 16 PARM 1 0 PARM 2 0 PARM 3 0 PPAR 3 11 -1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 13 TYPE STANDARD CURV 0 0 0 0 SLAB 7 DISZ 0 DIAM 38.1 1 0 SQAP 38.0999985 38.0999985 SURF 14 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 9 PARM 1 0 PARM 2 0 PARM 3 0 PPAR 3 9 -1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 5 DIAM 0 1 0 SURF 15 COMM SQ. BAFFLE TYPE STANDARD CURV 0 0 0 0 SLAB 10 DISZ 75.47 DIAM 35.5825869 0 0 SQAP 60 60 SURF 16 COMM BAFFLE TYPE STANDARD CURV 0 0 0 0 SLAB 11 DISZ 60 DIAM 34.8519512 0 0 CLAP 0 57.9 SURF 17 COMM BAFFLE TYPE STANDARD CURV 0 0 0 0 SLAB 12 DISZ 48 DIAM 34.2710828 0 0 CLAP 0 56.6 SURF 18 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 13 PARM 1 0 PARM 2 0 PARM 3 -45 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 19 COMM DICHROIC TYPE STANDARD CURV 0 0 0 0 SLAB 14 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 40 1 0 SQAP 54.102 73.052 SURF 20 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 17 PARM 1 0 PARM 2 0 PARM 3 -45 PPAR 3 18 1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -202.3507705 DIAM 0 0 0 SURF 21 COMM BOX WALL TYPE STANDARD CURV 0 0 0 0 SLAB 27 DISZ -35 DIAM 31.8474018 0 0 SURF 22 COMM WFS FOCUS TYPE STANDARD CURV 0 0 0 0 SLAB 29 DISZ -65 DIAM 31.5298633 0 0 SURF 23 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 32 PARM 1 0 PARM 2 0 PARM 3 45 PARM 4 0 PARM 5 -4.2 PARM 6 1 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 24 COMM WFS FOLD MIRROR TYPE STANDARD CURV 0 0 0 0 SLAB 31 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 41.3988464 0 0 SURF 25 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 30 PARM 1 0 PARM 2 0 PARM 3 45 PPAR 3 23 1 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 460 DIAM 0 0 0 SURF 26 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 33 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 3.5 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 27 COMM WFS COLL MIRROR TYPE STANDARD CURV -0.0009665981447696 0 0 0 SLAB 46 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 38.1 1 0 SURF 28 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 42 PARM 1 0 PARM 2 0 PARM 3 0 PPAR 3 26 1 0 PARM 4 3.5 PPAR 4 26 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -545.89793825 DIAM 0 0 0 SURF 29 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 36 PARM 1 0 PARM 2 0 PARM 3 3 PARM 4 -3.5 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 30 COMM STEERING MIRROR TYPE STANDARD CURV 0 0 0 0 SLAB 35 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 12.7 1 0 SURF 31 COMM BAFFLE 1 TYPE STANDARD CURV 0 0 0 0 SLAB 28 DISZ 0 DIAM 6.87059774 0 0 CLAP 0 7 SURF 32 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 34 PARM 1 0 PARM 2 0 PARM 3 3 PPAR 3 29 1 0 PARM 4 -3.5 PPAR 4 29 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 33 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 44 PARM 1 0 PARM 2 0 PARM 3 0 PPAR 3 29 -2 6 PARM 4 0 PPAR 4 29 -2 -7 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 34 TYPE STANDARD CURV 0 0 0 0 SLAB 26 DISZ 300 DIAM 6.83900976 0 0 SURF 35 COMM BAFFLE 2 TYPE STANDARD CURV 0 0 0 0 SLAB 43 DISZ 510 DIAM 25.0869933 0 0 CLAP 0 9 SURF 36 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 41 PARM 1 0 PARM 2 0 PARM 3 -2.929056965905 PARM 4 -4.5 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 37 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 19 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 -19.52474724054 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 38 COMM WFS CAM MIRROR TYPE BICONICX CURV -0.0006172839506173 0 0 0 SLAB 40 PARM 1 -1640.807769992 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 12.7 1 0 SURF 39 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 25 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 19.52474724054 PPAR 5 37 -1 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 40 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 37 PARM 1 0 PARM 2 0 PARM 3 -2.929056965905 PPAR 3 36 1 0 PARM 4 -4.5 PPAR 4 36 1 0 PARM 5 0.7874034231008 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 41 TYPE STANDARD CURV 0 0 0 0 SLAB 48 DISZ -796.00283561 DIAM 25 1 0 SURF 42 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 38 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 2 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 43 COMM MEMBRANE MIRROR TYPE STANDARD CURV 0 0 0 0 SLAB 48 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 49.8902504 0 0 SURF 44 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 42 PARM 1 0 PARM 2 0 PARM 3 0 PPAR 3 42 1 0 PARM 4 2 PPAR 4 42 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 810 DIAM 0 0 0 SURF 45 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 50 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 2.7 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 46 COMM WFS MIRROR 4 TYPE STANDARD CURV -0.0003205829029395 0 0 0 SLAB 49 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 12.7 1 0 SURF 47 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 51 PARM 1 0 PARM 2 0 PARM 3 0 PPAR 3 45 1 0 PARM 4 2.7 PPAR 4 45 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ -810 DIAM 0 0 0 SURF 48 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 54 PARM 1 0 PARM 2 0 PARM 3 0 PARM 4 5.7 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 0 DIAM 0 0 0 SURF 49 COMM WFS MIRROR 5 TYPE STANDARD CURV 0.0002004074261404 0 0 0 SLAB 53 DISZ 0 GLAS MIRROR 0 0 1.500000 40.000000 0.000000 0 0 0 0.00000000 0.00000000 DIAM 12.7 1 0 SURF 50 TYPE COORDBRK CURV 0.0 0 0.0 0.0 SLAB 55 PARM 1 0 PARM 2 0 PARM 3 0 PPAR 3 48 1 0 PARM 4 5.7 PPAR 4 48 1 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 576.45036388 DIAM 0 0 0 SURF 51 COMM LENSLET TYPE PARAXIAL CURV 0.0 0 0.0 0.0 SLAB 52 PARM 1 100 PARM 2 0 PARM 3 0 PARM 4 0 PARM 5 0 PARM 6 0 PARM 7 0 PARM 8 0 DISZ 100 DIAM 12.7 1 0 SURF 52 TYPE STANDARD CURV 0 0 0 0 SLAB 56 DISZ 0 DIAM 4.16332806 0 0 SURF 53 TYPE STANDARD CURV 0 0 0 0 SLAB 21 DISZ 0 DIAM 25.4 1 0 BLNK MNUM 1 --------------20CCA7308545439504E71B26 Content-Type: application/postscript; name="wfs2000may30.eps" Content-Transfer-Encoding: 7bit Content-Disposition: inline; filename="wfs2000may30.eps" %!PS-Adobe-3.0 EPSF-3.0 %%Creator: Adobe Illustrator(TM) for Windows, version 4.0 %%AI8_CreatorVersion: 8 %%For: (Chris Shelton) (Carpe Photon) %%Title: (wfs.eps) %%CreationDate: (6/1/00) (11:16 AM) %%BoundingBox: 37 53 548 757 %%HiResBoundingBox: 37 53.6006 547.9102 756.874 %%DocumentProcessColors: Black %%DocumentFonts: Helvetica %%DocumentNeededFonts: Helvetica %%DocumentSuppliedResources: procset Adobe_packedarray 2.0 0 %%+ procset Adobe_cshow 1.1 0 %%+ procset Adobe_customcolor 1.0 0 %%+ procset Adobe_typography_AI3 1.0 1 %%+ procset Adobe_pattern_AI3 1.0 0 %%+ procset Adobe_Illustrator_AI3 1.0 1 %AI3_ColorUsage: Black&White %AI3_IncludePlacedImages %AI3_TemplateBox: 306.5 395.5 306.5 395.5 %AI3_TileBox: 18 33 594 789 %AI3_DocumentPreview: Header %%PageOrigin:18 33 %%AI3_PaperRect:-18 789 594 -3 %%AI3_Margin:18 -33 -18 3 %AI7_GridSettings: 72 8 72 8 1 0 0.8 0.8 0.8 0.9 0.9 0.9 %%EndComments %%BeginProlog %%BeginResource: procset Adobe_packedarray 2.0 0 %%Title: (Packed Array Operators) %%Version: 2.0 0 %%CreationDate: (8/2/90) () %%Copyright: ((C) 1987-1996 Adobe Systems Incorporated All Rights Reserved) userdict /Adobe_packedarray 5 dict dup begin put /initialize { /packedarray where { pop } { Adobe_packedarray begin Adobe_packedarray { dup xcheck { bind } if userdict 3 1 roll put } forall end } ifelse } def /terminate { } def /packedarray { array astore readonly } def /setpacking { pop } def /currentpacking { false } def currentdict readonly pop end %%EndResource Adobe_packedarray /initialize get exec %%BeginResource: procset Adobe_cshow 1.1 0 %%Title: (cshow Operator) %%Version: 1.1 0 %%CreationDate: (1/23/89) () %%Copyright: ((C) 1987-1996 Adobe Systems Incorporated All Rights Reserved) currentpacking true setpacking userdict /Adobe_cshow 3 dict dup begin put /initialize { /cshow where { pop } { userdict /Adobe_cshow_vars 1 dict dup begin put /_cshow {} def Adobe_cshow begin Adobe_cshow { dup xcheck { bind } if userdict 3 1 roll put } forall end end } ifelse } def /terminate { } def /cshow { exch Adobe_cshow_vars exch /_cshow exch put { 0 0 Adobe_cshow_vars /_cshow get exec } forall } def currentdict readonly pop end setpacking %%EndResource %%BeginResource: procset Adobe_customcolor 1.0 0 %%Title: (Custom Color Operators) %%Version: 1.0 0 %%CreationDate: (5/9/88) () %%Copyright: ((C) 1987-1996 Adobe Systems Incorporated All Rights Reserved) currentpacking true setpacking userdict /Adobe_customcolor 5 dict dup begin put /initialize { /setcustomcolor where { pop } { Adobe_customcolor begin Adobe_customcolor { dup xcheck { bind } if pop pop } forall end Adobe_customcolor begin } ifelse } def /terminate { currentdict Adobe_customcolor eq { end } if } def /findcmykcustomcolor { 5 packedarray } def /setcustomcolor { exch aload pop pop 4 { 4 index mul 4 1 roll } repeat 5 -1 roll pop setcmykcolor } def /setoverprint { pop } def currentdict readonly pop end setpacking %%EndResource %%BeginResource: procset Adobe_typography_AI3 2.0 0 %%Title: (Typography Operators) %%Version: 2.0 0 %%CreationDate:(5/31/90) () %%Copyright: ((C) 1987-1996 Adobe Systems Incorporated All Rights Reserved) currentpacking true setpacking userdict /Adobe_typography_AI3 48 dict dup begin put /initialize { /TZ where { pop } { Adobe_typography_AI3 begin Adobe_typography_AI3 { dup xcheck { bind } if pop pop } forall end Adobe_typography_AI3 begin } ifelse } def /terminate { currentdict Adobe_typography_AI3 eq { end } if } def /modifyEncoding { /_tempEncode exch ddef /_pntr 0 ddef { counttomark -1 roll dup type dup /marktype eq { pop pop exit } { /nametype eq { _tempEncode /_pntr dup load dup 3 1 roll 1 add ddef 3 -1 roll put } { /_pntr exch ddef } ifelse } ifelse } loop _tempEncode } def /TE { StandardEncoding 256 array copy modifyEncoding /_nativeEncoding exch def } def % /TZ { dup type /arraytype eq {/_wv exch def} {/_wv 0 def} ifelse /_useNativeEncoding exch def pop pop findfont _wv type /arraytype eq {_wv makeblendedfont} if dup length 2 add dict begin mark exch { 1 index /FID ne { def } if cleartomark mark } forall pop /FontName exch def counttomark 0 eq { 1 _useNativeEncoding eq { /Encoding _nativeEncoding def } if cleartomark } { /Encoding load 256 array copy modifyEncoding /Encoding exch def } ifelse FontName currentdict end definefont pop } def /tr { _ax _ay 3 2 roll } def /trj { _cx _cy _sp _ax _ay 6 5 roll } def /a0 { /Tx { dup currentpoint 3 2 roll tr _psf newpath moveto tr _ctm _pss } ddef /Tj { dup currentpoint 3 2 roll trj _pjsf newpath moveto trj _ctm _pjss } ddef } def /a1 { /Tx { dup currentpoint 4 2 roll gsave dup currentpoint 3 2 roll tr _psf newpath moveto tr _ctm _pss grestore 3 1 roll moveto tr sp } ddef /Tj { dup currentpoint 4 2 roll gsave dup currentpoint 3 2 roll trj _pjsf newpath moveto trj _ctm _pjss grestore 3 1 roll moveto tr sp } ddef } def /e0 { /Tx { tr _psf } ddef /Tj { trj _pjsf } ddef } def /e1 { /Tx { dup currentpoint 4 2 roll gsave tr _psf grestore 3 1 roll moveto tr sp } ddef /Tj { dup currentpoint 4 2 roll gsave trj _pjsf grestore 3 1 roll moveto tr sp } ddef } def /i0 { /Tx { tr sp } ddef /Tj { trj jsp } ddef } def /i1 { W N } def /o0 { /Tx { tr sw rmoveto } ddef /Tj { trj swj rmoveto } ddef } def /r0 { /Tx { tr _ctm _pss } ddef /Tj { trj _ctm _pjss } ddef } def /r1 { /Tx { dup currentpoint 4 2 roll currentpoint gsave newpath moveto tr _ctm _pss grestore 3 1 roll moveto tr sp } ddef /Tj { dup currentpoint 4 2 roll currentpoint gsave newpath moveto trj _ctm _pjss grestore 3 1 roll moveto tr sp } ddef } def /To { pop _ctm currentmatrix pop } def /TO { iTe _ctm setmatrix newpath } def /Tp { pop _tm astore pop _ctm setmatrix _tDict begin /W {} def /h {} def } def /TP { end iTm 0 0 moveto } def /Tr { _render 3 le {currentpoint newpath moveto} if dup 8 eq {pop 0} {dup 9 eq {pop 1} if} ifelse dup /_render exch ddef _renderStart exch get load exec } def /iTm { _ctm setmatrix _tm concat 0 _rise translate _hs 1 scale } def /Tm { _tm astore pop iTm 0 0 moveto } def /Td { _mtx translate _tm _tm concatmatrix pop iTm 0 0 moveto } def /iTe { _render -1 eq {} {_renderEnd _render get dup null ne {load exec} {pop} ifelse} ifelse /_render -1 ddef } def /Ta { pop } def /Tf { dup 1000 div /_fScl exch ddef exch findfont exch scalefont setfont } def /Tl { pop 0 exch _leading astore pop } def /Tt { pop } def /TW { 3 npop } def /Tw { /_cx exch ddef } def /TC { 3 npop } def /Tc { /_ax exch ddef } def /Ts { /_rise exch ddef currentpoint iTm moveto } def /Ti { 3 npop } def /Tz { 100 div /_hs exch ddef iTm } def /TA { pop } def /Tq { pop } def /Th { pop pop pop pop pop } def /TX {pop} def %/Tx %/Tj /Tk { exch pop _fScl mul neg 0 rmoveto } def /TK { 2 npop } def /T* { _leading aload pop neg Td } def /T*- { _leading aload pop Td } def /T- { _hyphen Tx } def /T+ {} def /TR { _ctm currentmatrix pop _tm astore pop iTm 0 0 moveto } def /TS { 0 eq {Tx} {Tj} ifelse } def currentdict readonly pop end setpacking %%EndResource %%BeginResource: procset Adobe_pattern_AI3 1.1 0 %%Title: (Adobe Illustrator (R) Version 3.0 Pattern Operators) %%Version: 1.1 0 %%CreationDate: (7/21/89) () %%Copyright: ((C) 1987-1996 Adobe Systems Incorporated All Rights Reserved) currentpacking true setpacking userdict /Adobe_pattern_AI3 16 dict dup begin put /initialize { /definepattern where { pop } { Adobe_pattern_AI3 begin Adobe_pattern_AI3 { dup xcheck { bind } if pop pop } forall mark cachestatus 7 1 roll pop pop pop pop exch pop exch { { 10000 add dup 2 index gt { exit } if dup setcachelimit } loop } stopped cleartomark } ifelse } def /terminate { currentdict Adobe_pattern_AI3 eq { end } if } def errordict /nocurrentpoint { pop stop } put errordict /invalidaccess { pop stop } put /patternencoding 256 array def 0 1 255 { patternencoding exch ( ) 2 copy exch 0 exch put cvn put } for /definepattern { 17 dict begin /uniform exch def /cache exch def /key exch def /procarray exch def /mtx exch matrix invertmatrix def /height exch def /width exch def /ctm matrix currentmatrix def /ptm matrix def /str 32 string def /slice 9 dict def slice /s 1 put slice /q 256 procarray length div sqrt floor cvi put slice /b 0 put /FontBBox [0 0 0 0] def /FontMatrix mtx matrix copy def /Encoding patternencoding def /FontType 3 def /BuildChar { exch begin /setstrokeadjust where {pop true setstrokeadjust} if slice begin dup q dup mul mod s idiv /i exch def dup q dup mul mod s mod /j exch def q dup mul idiv procarray exch get /xl j width s div mul def /xg j 1 add width s div mul def /yl i height s div mul def /yg i 1 add height s div mul def uniform { 1 1 } { width 0 dtransform dup mul exch dup mul add sqrt dup 1 add exch div 0 height dtransform dup mul exch dup mul add sqrt dup 1 add exch div } ifelse width 0 cache { xl 4 index mul yl 4 index mul xg 6 index mul yg 6 index mul setcachedevice } { setcharwidth } ifelse gsave scale newpath xl yl moveto xg yl lineto xg yg lineto xl yg lineto closepath clip newpath end end exec grestore } def key currentdict definefont end } def /patterncachesize { gsave newpath 0 0 moveto width 0 lineto width height lineto 0 height lineto closepath patternmatrix setmatrix pathbbox exch ceiling 4 -1 roll floor sub 3 1 roll ceiling exch floor sub mul 1 add grestore } def /patterncachelimit { cachestatus 7 1 roll 6 npop 8 mul } def /patternpath { exch dup begin setfont ctm setmatrix concat slice exch /b exch slice /q get dup mul mul put FontMatrix concat uniform { width 0 dtransform round width div exch round width div exch 0 height dtransform round height div exch height div exch 0 0 transform round exch round exch ptm astore setmatrix } { ptm currentmatrix pop } ifelse {currentpoint} stopped not { 2 npop pathbbox true 4 index 3 index eq 4 index 3 index eq and { pop false { {2 npop} {3 npop true} {7 npop true} {pop true} pathforall } stopped { 5 npop true } if } if { height div ceiling height mul 4 1 roll width div ceiling width mul 4 1 roll height div floor height mul 4 1 roll width div floor width mul 4 1 roll 2 index sub height div ceiling cvi exch 3 index sub width div ceiling cvi exch 4 2 roll moveto FontMatrix mtx invertmatrix dup dup 4 get exch 5 get rmoveto ptm ptm concatmatrix pop slice /s patterncachesize patterncachelimit div ceiling sqrt ceiling cvi dup slice /q get gt { pop slice /q get } if put 0 1 slice /s get dup mul 1 sub { slice /b get add gsave 0 1 str length 1 sub { str exch 2 index put } for pop dup { gsave ptm setmatrix 1 index str length idiv {str show} repeat 1 index str length mod str exch 0 exch getinterval show grestore 0 height rmoveto } repeat grestore } for 2 npop } { 4 npop } ifelse } if end } def /patternclip { clip } def /patternstrokepath { strokepath } def /patternmatrix matrix def /patternfill { dup type /dicttype eq { Adobe_pattern_AI3 /patternmatrix get } if gsave patternclip Adobe_pattern_AI3 /patternpath get exec grestore newpath } def /patternstroke { dup type /dicttype eq { Adobe_pattern_AI3 /patternmatrix get } if gsave patternstrokepath true { { { newpath moveto } { lineto } { curveto } { closepath 3 copy Adobe_pattern_AI3 /patternfill get exec } pathforall 3 npop } stopped { 5 npop patternclip Adobe_pattern_AI3 /patternfill get exec } if } { patternclip Adobe_pattern_AI3 /patternfill get exec } ifelse grestore newpath } def /patternashow { 3 index type /dicttype eq { Adobe_pattern_AI3 /patternmatrix get 4 1 roll } if { 2 npop (0) exch 2 copy 0 exch put pop gsave false charpath currentpoint 6 index 6 index 6 index Adobe_pattern_AI3 /patternfill get exec grestore newpath moveto 2 copy rmoveto } exch cshow 5 npop } def /patternawidthshow { 6 index type /dicttype eq { Adobe_pattern_AI3 /patternmatrix get 7 1 roll } if { 2 npop (0) exch 2 copy 0 exch put gsave _sp eq {5 index 5 index rmoveto} if false charpath currentpoint 9 index 9 index 9 index Adobe_pattern_AI3 /patternfill get exec grestore newpath moveto 2 copy rmoveto } exch cshow 8 npop } def /patternashowstroke { 4 index type /dicttype eq { patternmatrix /patternmatrix get 5 1 roll } if 4 1 roll { 2 npop (0) exch 2 copy 0 exch put pop gsave false charpath currentpoint 4 index setmatrix 7 index 7 index 7 index Adobe_pattern_AI3 /patternstroke get exec grestore newpath moveto 2 copy rmoveto } exch cshow 6 npop } def /patternawidthshowstroke { 7 index type /dicttype eq { patternmatrix /patternmatrix get 8 1 roll } if 7 1 roll { 2 npop (0) exch 2 copy 0 exch put gsave _sp eq {5 index 5 index rmoveto} if false charpath currentpoint 7 index setmatrix 10 index 10 index 10 index Adobe_pattern_AI3 /patternstroke get exec grestore newpath moveto 2 copy rmoveto } exch cshow 9 npop } def currentdict readonly pop end setpacking %%EndResource %%BeginResource: procset Adobe_Illustrator_AI3 1.1 0 %%Title: (Adobe Illustrator (R) Version 3.0 Full Prolog) %%Version: 1.1 0 %%CreationDate: (3/7/1994) () %%Copyright: ((C) 1987-1996 Adobe Systems Incorporated All Rights Reserved) currentpacking true setpacking userdict /Adobe_Illustrator_AI3 71 dict dup begin put /initialize { userdict /Adobe_Illustrator_AI3_vars 67 dict dup begin put /_lp /none def /_pf {} def /_ps {} def /_psf {} def /_pss {} def /_pjsf {} def /_pjss {} def /_pola 0 def /_doClip 0 def /cf currentflat def /_tm matrix def /_renderStart [/e0 /r0 /a0 /o0 /e1 /r1 /a1 /i0] def /_renderEnd [null null null null /i1 /i1 /i1 /i1] def /_render -1 def /_rise 0 def /_ax 0 def /_ay 0 def /_cx 0 def /_cy 0 def /_leading [0 0] def /_ctm matrix def /_mtx matrix def /_sp 16#020 def /_hyphen (-) def /_fScl 0 def /_cnt 0 def /_hs 1 def /_nativeEncoding 0 def /_useNativeEncoding 0 def /_tempEncode 0 def /_pntr 0 def /_tDict 2 dict def /_wv 0 def /Tx {} def /Tj {} def /CRender {} def /_AI3_savepage {} def /_gf null def /_cf 4 array def /_if null def /_of false def /_fc {} def /_gs null def /_cs 4 array def /_is null def /_os false def /_sc {} def /_pd 1 dict def /_ed 15 dict def /_pm matrix def /_fm null def /_fd null def /_fdd null def /_sm null def /_sd null def /_sdd null def /_i null def Adobe_Illustrator_AI3 begin Adobe_Illustrator_AI3 dup /nc get begin { dup xcheck { bind } if pop pop } forall end end end Adobe_Illustrator_AI3 begin Adobe_Illustrator_AI3_vars begin newpath } def /terminate { end end } def /_ null def /ddef { Adobe_Illustrator_AI3_vars 3 1 roll put } def /xput { dup load dup length exch maxlength eq { dup dup load dup length 2 mul dict copy def } if load begin def end } def /npop { { pop } repeat } def /sw { dup length exch stringwidth exch 5 -1 roll 3 index mul add 4 1 roll 3 1 roll mul add } def /swj { dup 4 1 roll dup length exch stringwidth exch 5 -1 roll 3 index mul add 4 1 roll 3 1 roll mul add 6 2 roll /_cnt 0 ddef {1 index eq {/_cnt _cnt 1 add ddef} if} forall pop exch _cnt mul exch _cnt mul 2 index add 4 1 roll 2 index add 4 1 roll pop pop } def /ss { 4 1 roll { 2 npop (0) exch 2 copy 0 exch put pop gsave false charpath currentpoint 4 index setmatrix stroke grestore moveto 2 copy rmoveto } exch cshow 3 npop } def /jss { 4 1 roll { 2 npop (0) exch 2 copy 0 exch put gsave _sp eq { exch 6 index 6 index 6 index 5 -1 roll widthshow currentpoint } { false charpath currentpoint 4 index setmatrix stroke }ifelse grestore moveto 2 copy rmoveto } exch cshow 6 npop } def /sp { { 2 npop (0) exch 2 copy 0 exch put pop false charpath 2 copy rmoveto } exch cshow 2 npop } def /jsp { { 2 npop (0) exch 2 copy 0 exch put _sp eq { exch 5 index 5 index 5 index 5 -1 roll widthshow } { false charpath }ifelse 2 copy rmoveto } exch cshow 5 npop } def /pl { transform 0.25 sub round 0.25 add exch 0.25 sub round 0.25 add exch itransform } def /setstrokeadjust where { pop true setstrokeadjust /c { curveto } def /C /c load def /v { currentpoint 6 2 roll curveto } def /V /v load def /y { 2 copy curveto } def /Y /y load def /l { lineto } def /L /l load def /m { moveto } def } { /c { pl curveto } def /C /c load def /v { currentpoint 6 2 roll pl curveto } def /V /v load def /y { pl 2 copy curveto } def /Y /y load def /l { pl lineto } def /L /l load def /m { pl moveto } def } ifelse /d { setdash } def /cf {} def /i { dup 0 eq { pop cf } if setflat } def /j { setlinejoin } def /J { setlinecap } def /M { setmiterlimit } def /w { setlinewidth } def /H {} def /h { closepath } def /N { _pola 0 eq { _doClip 1 eq {clip /_doClip 0 ddef} if newpath } { /CRender {N} ddef }ifelse } def /n {N} def /F { _pola 0 eq { _doClip 1 eq { gsave _pf grestore clip newpath /_lp /none ddef _fc /_doClip 0 ddef } { _pf }ifelse } { /CRender {F} ddef }ifelse } def /f { closepath F } def /S { _pola 0 eq { _doClip 1 eq { gsave _ps grestore clip newpath /_lp /none ddef _sc /_doClip 0 ddef } { _ps }ifelse } { /CRender {S} ddef }ifelse } def /s { closepath S } def /B { _pola 0 eq { _doClip 1 eq gsave F grestore { gsave S grestore clip newpath /_lp /none ddef _sc /_doClip 0 ddef } { S }ifelse } { /CRender {B} ddef }ifelse } def /b { closepath B } def /W { /_doClip 1 ddef } def /* { count 0 ne { dup type (stringtype) eq {pop} if } if _pola 0 eq {newpath} if } def /u {} def /U {} def /q { _pola 0 eq {gsave} if } def /Q { _pola 0 eq {grestore} if } def /*u { _pola 1 add /_pola exch ddef } def /*U { _pola 1 sub /_pola exch ddef _pola 0 eq {CRender} if } def /D {pop} def /*w {} def /*W {} def /` { /_i save ddef 6 1 roll 4 npop concat pop userdict begin /showpage {} def 0 setgray 0 setlinecap 1 setlinewidth 0 setlinejoin 10 setmiterlimit [] 0 setdash /setstrokeadjust where {pop false setstrokeadjust} if newpath 0 setgray false setoverprint } def /~ { end _i restore } def /@ {} def /& {} def /O { 0 ne /_of exch ddef /_lp /none ddef } def /R { 0 ne /_os exch ddef /_lp /none ddef } def /g { /_gf exch ddef /_fc { _lp /fill ne { _of setoverprint _gf setgray /_lp /fill ddef } if } ddef /_pf { _fc fill } ddef /_psf { _fc ashow } ddef /_pjsf { _fc awidthshow } ddef /_lp /none ddef } def /G { /_gs exch ddef /_sc { _lp /stroke ne { _os setoverprint _gs setgray /_lp /stroke ddef } if } ddef /_ps { _sc stroke } ddef /_pss { _sc ss } ddef /_pjss { _sc jss } ddef /_lp /none ddef } def /k { _cf astore pop /_fc { _lp /fill ne { _of setoverprint _cf aload pop setcmykcolor /_lp /fill ddef } if } ddef /_pf { _fc fill } ddef /_psf { _fc ashow } ddef /_pjsf { _fc awidthshow } ddef /_lp /none ddef } def /K { _cs astore pop /_sc { _lp /stroke ne { _os setoverprint _cs aload pop setcmykcolor /_lp /stroke ddef } if } ddef /_ps { _sc stroke } ddef /_pss { _sc ss } ddef /_pjss { _sc jss } ddef /_lp /none ddef } def /x { /_gf exch ddef findcmykcustomcolor /_if exch ddef /_fc { _lp /fill ne { _of setoverprint _if _gf 1 exch sub setcustomcolor /_lp /fill ddef } if } ddef /_pf { _fc fill } ddef /_psf { _fc ashow } ddef /_pjsf { _fc awidthshow } ddef /_lp /none ddef } def /X { /_gs exch ddef findcmykcustomcolor /_is exch ddef /_sc { _lp /stroke ne { _os setoverprint _is _gs 1 exch sub setcustomcolor /_lp /stroke ddef } if } ddef /_ps { _sc stroke } ddef /_pss { _sc ss } ddef /_pjss { _sc jss } ddef /_lp /none ddef } def /dp { dup null eq { pop _dp 0 ne { 0 1 _dp 1 sub _dl mod { _da exch get 3 get } for _dp 1 sub _dl mod 1 add packedarray _da 0 get aload pop 8 -1 roll 5 -1 roll pop 4 1 roll definepattern pop } if } { _dp 0 ne _dp _dl mod 0 eq and { null dp } if 7 packedarray _da exch _dp _dl mod exch put _dp _dl mod _da 0 get 4 get 2 packedarray /_dp _dp 1 add def } ifelse } def /E { _ed begin dup 0 get type /arraytype ne { 0 { dup 1 add index type /arraytype eq { 1 add } { exit } ifelse } loop array astore } if /_dd exch def /_ury exch def /_urx exch def /_lly exch def /_llx exch def /_n exch def /_y 0 def /_dl 4 def /_dp 0 def /_da _dl array def 0 1 _dd length 1 sub { /_d exch _dd exch get def 0 2 _d length 2 sub { /_x exch def /_c _d _x get _ ne def /_r _d _x 1 add get cvlit def _r _ ne { _urx _llx sub _ury _lly sub [1 0 0 1 0 0] [ /save cvx _llx neg _lly neg /translate cvx _c { nc /begin cvx } if _r dup type /stringtype eq { cvx } { {exec} /forall cvx } ifelse _c { /end cvx } if /restore cvx ] cvx /_fn 12 _n length add string def _y _fn cvs pop /_y _y 1 add def _fn 12 _n putinterval _fn _c false dp _d exch _x 1 add exch put } if } for } for null dp _n _dd /_pd end xput } def /fc { _fm dup concatmatrix pop } def /p { /_fm exch ddef 9 -2 roll _pm translate fc 7 -2 roll _pm scale fc 5 -1 roll _pm rotate fc 4 -2 roll exch 0 ne { dup _pm rotate fc 1 -1 _pm scale fc neg _pm rotate fc } { pop } ifelse dup _pm rotate fc exch dup sin exch cos div 1 0 0 1 0 6 2 roll _pm astore fc neg _pm rotate fc _pd exch get /_fdd exch ddef /_pf { save /_doClip 0 ddef 0 1 _fdd length 1 sub { /_fd exch _fdd exch get ddef _fd 0 2 _fd length 2 sub { gsave 2 copy get dup _ ne { cvx exec _fc } { pop } ifelse 2 copy 1 add get dup _ ne { aload pop findfont _fm patternfill } { pop fill } ifelse grestore pop } for pop } for restore newpath } ddef /_psf { save /_doClip 0 ddef 0 1 _fdd length 1 sub { /_fd exch _fdd exch get ddef _fd 0 2 _fd length 2 sub { gsave 2 copy get dup _ ne { cvx exec _fc } { pop } ifelse 2 copy 1 add get dup _ ne { aload pop findfont _fm 9 copy 6 npop patternashow } { pop 6 copy 3 npop ashow } ifelse grestore pop } for pop } for restore %3 npop newpath sw rmoveto } ddef /_pjsf { save /_doClip 0 ddef 0 1 _fdd length 1 sub { /_fd exch _fdd exch get ddef _fd 0 2 _fd length 2 sub { gsave 2 copy get dup _ ne { cvx exec _fc } { pop } ifelse 2 copy 1 add get dup _ ne { aload pop findfont _fm 12 copy 6 npop patternawidthshow } { pop 9 copy 3 npop awidthshow } ifelse grestore pop } for pop } for restore swj rmoveto } ddef /_lp /none ddef } def /sc { _sm dup concatmatrix pop } def /P { /_sm exch ddef 9 -2 roll _pm translate sc 7 -2 roll _pm scale sc 5 -1 roll _pm rotate sc 4 -2 roll exch 0 ne { dup _pm rotate sc 1 -1 _pm scale sc neg _pm rotate sc } { pop } ifelse dup _pm rotate sc exch dup sin exch cos div 1 0 0 1 0 6 2 roll _pm astore sc neg _pm rotate sc _pd exch get /_sdd exch ddef /_ps { save /_doClip 0 ddef 0 1 _sdd length 1 sub { /_sd exch _sdd exch get ddef _sd 0 2 _sd length 2 sub { gsave 2 copy get dup _ ne { cvx exec _sc } { pop } ifelse 2 copy 1 add get dup _ ne { aload pop findfont _sm patternstroke } { pop stroke } ifelse grestore pop } for pop } for restore newpath } ddef /_pss { save /_doClip 0 ddef 0 1 _sdd length 1 sub { /_sd exch _sdd exch get ddef _sd 0 2 _sd length 2 sub { gsave 2 copy get dup _ ne { cvx exec _sc } { pop } ifelse 2 copy 1 add get dup _ ne { aload pop findfont _sm 10 copy 6 npop patternashowstroke } { pop 7 copy 3 npop ss } ifelse grestore pop } for pop } for restore pop sw rmoveto } ddef /_pjss { save /_doClip 0 ddef 0 1 _sdd length 1 sub { /_sd exch _sdd exch get ddef _sd 0 2 _sd length 2 sub { gsave 2 copy get dup _ ne { cvx exec _sc } { pop } ifelse 2 copy 1 add get dup _ ne { aload pop findfont _sm 13 copy 6 npop patternawidthshowstroke } { pop 10 copy 3 npop jss } ifelse grestore pop } for pop } for restore pop swj rmoveto } ddef /_lp /none ddef } def /A { pop } def /nc 3 dict def nc begin /setgray { pop } bind def /setcmykcolor { 4 npop } bind def /setcustomcolor { 2 npop } bind def currentdict readonly pop end currentdict readonly pop end setpacking /annotatepage { } def %%EndResource %%EndProlog %%BeginSetup %%IncludeFont: Helvetica Adobe_cshow /initialize get exec Adobe_customcolor /initialize get exec Adobe_typography_AI3 /initialize get exec Adobe_pattern_AI3 /initialize get exec Adobe_Illustrator_AI3 /initialize get exec [ 39/quotesingle 96/grave 130/quotesinglbase/florin/quotedblbase/ellipsis /dagger/daggerdbl/circumflex/perthousand/Scaron/guilsinglleft/OE 145/quoteleft /quoteright/quotedblleft/quotedblright/bullet/endash/emdash/tilde/trademark /scaron/guilsinglright/oe/dotlessi 159/Ydieresis /space 164/currency 166/brokenbar 168/dieresis/copyright/ordfeminine 172/logicalnot/hyphen/registered/macron/ring /plusminus/twosuperior/threesuperior/acute/mu 183/periodcentered/cedilla /onesuperior/ordmasculine 188/onequarter/onehalf/threequarters 192/Agrave /Aacute/Acircumflex/Atilde/Adieresis/Aring/AE/Ccedilla/Egrave/Eacute /Ecircumflex/Edieresis/Igrave/Iacute/Icircumflex/Idieresis/Eth/Ntilde /Ograve/Oacute/Ocircumflex/Otilde/Odieresis/multiply/Oslash/Ugrave /Uacute/Ucircumflex/Udieresis/Yacute/Thorn/germandbls/agrave/aacute /acircumflex/atilde/adieresis/aring/ae/ccedilla/egrave/eacute/ecircumflex /edieresis/igrave/iacute/icircumflex/idieresis/eth/ntilde/ograve/oacute /ocircumflex/otilde/odieresis/divide/oslash/ugrave/uacute/ucircumflex /udieresis/yacute/thorn/ydieresis TE %AI3_BeginEncoding: _Helvetica Helvetica [/_Helvetica/Helvetica 0 0 1 TZ %AI3_EndEncoding AdobeType %AI3_BeginPattern: (Brick) (Brick) 0 0 72 72 [ %AI3_Tile (0 O 0 R 0.3 0.85 0.85 0 k 0.3 0.85 0.85 0 K ) @ ( %AI6_BeginPatternLayer 0 i 0 J 0 j 1 w 4 M []0 d %AI3_Note: 0 D 0 0 m 0 72 L 72 72 L 72 0 L 0 0 L f %AI6_EndPatternLayer ) & (0 O 0 R 1 g 1 G ) @ ( %AI6_BeginPatternLayer 0 i 0 J 0 j 0.3 w 4 M []0 d %AI3_Note: 0 D 0 68.4097 m 72 68.4097 l S 0 61.209 m 72 61.209 L S 0 54.0088 m 72 54.0088 L S 0 46.8076 m 72 46.8076 L S 0 39.6084 m 72 39.6084 L S 0 32.4072 m 72 32.4072 L S 0 25.207 m 72 25.207 L S 0 18.0059 m 72 18.0059 L S 0 10.8057 m 72 10.8057 L S 0 3.6064 m 72 3.6064 L S 68.4102 68.4097 m 68.4102 61.2217 l S 54.0098 68.4097 m 54.0098 61.2217 L S 39.6094 68.4097 m 39.6094 61.2217 L S 25.21 68.4097 m 25.21 61.2217 L S 10.8105 68.4097 m 10.8105 61.2217 L S 68.4102 53.9717 m 68.4102 46.7842 l S 54.0098 53.9717 m 54.0098 46.7842 L S 39.6094 53.9717 m 39.6094 46.7842 L S 25.21 53.9717 m 25.21 46.7842 L S 10.8105 53.9717 m 10.8105 46.7842 L S 68.4102 39.5967 m 68.4102 32.4092 l S 54.0098 39.5967 m 54.0098 32.4092 L S 39.6094 39.5967 m 39.6094 32.4092 L S 25.21 39.5967 m 25.21 32.4092 L S 10.8105 39.5967 m 10.8105 32.4092 L S 68.4102 25.2217 m 68.4102 18.0342 l S 54.0098 25.2217 m 54.0098 18.0342 L S 39.6094 25.2217 m 39.6094 18.0342 L S 25.21 25.2217 m 25.21 18.0342 L S 10.8105 25.2217 m 10.8105 18.0342 L S 68.4102 10.7842 m 68.4102 3.5967 l S 54.0098 10.7842 m 54.0098 3.5967 L S 39.6094 10.7842 m 39.6094 3.5967 L S 25.21 10.7842 m 25.21 3.5967 L S 10.8105 10.7842 m 10.8105 3.5967 L S 61.1973 3.5967 m 61.1973 0 L S 46.7969 3.5967 m 46.7969 0 L S 32.3965 3.5967 m 32.3965 0 L S 17.9971 3.5967 m 17.9971 0 L S 3.5967 3.5967 m 3.5967 0 l S 61.1973 18.0342 m 61.1973 10.8467 L S 46.7969 18.0342 m 46.7969 10.8467 L S 32.3965 18.0342 m 32.3965 10.8467 L S 17.9971 18.0342 m 17.9971 10.8467 L S 3.5967 18.0342 m 3.5967 10.8467 l S 61.1973 32.4092 m 61.1973 25.2217 L S 46.7969 32.4092 m 46.7969 25.2217 L S 17.9971 32.4092 m 17.9971 25.2217 L S 3.5967 32.4092 m 3.5967 25.2217 l S 61.1973 46.7842 m 61.1973 39.5967 L S 46.7969 46.7842 m 46.7969 39.5967 L S 32.3965 46.7842 m 32.3965 39.5967 L S 17.9971 46.7842 m 17.9971 39.5967 L S 3.5967 46.7842 m 3.5967 39.5967 l S 61.1973 61.2217 m 61.1973 54.0347 L S 46.7969 61.2217 m 46.7969 54.0347 L S 32.3965 61.2217 m 32.3965 54.0347 L S 17.9971 61.2217 m 17.9971 54.0347 L S 3.5967 61.2217 m 3.5967 54.0347 l S 61.1973 71.959 m 61.1973 68.4717 L S 46.7969 71.959 m 46.7969 68.4717 L S 32.3965 71.959 m 32.3965 68.4717 L S 17.9971 71.959 m 17.9971 68.4717 L S 3.5967 71.959 m 3.5967 68.4717 l S 32.3965 32.4092 m 32.3965 25.2217 L S %AI6_EndPatternLayer ) & ] E %AI3_EndPattern %AI3_BeginPattern: (Confetti) (Confetti) 4.85 3.617 76.85 75.617 [ %AI3_Tile (0 O 0 R 1 g 1 G ) @ ( %AI6_BeginPatternLayer 0 i 0 J 0 j 1 w 4 M []0 d %AI3_Note: 0 D 4.85 3.617 m 4.85 75.617 L 76.85 75.617 L 76.85 3.617 L 4.85 3.617 L f %AI6_EndPatternLayer ) & (0 O 0 R 0 g 0 G ) @ ( %AI6_BeginPatternLayer 0 i 0 J 0 j 0.3 w 4 M []0 d %AI3_Note: 0 D 10.6 64.867 m 7.85 62.867 l S 9.1 8.617 m 6.85 6.867 l S 78.1 68.617 m 74.85 67.867 l S 76.85 56.867 m 74.35 55.117 l S 79.6 51.617 m 76.6 51.617 l S 76.35 44.117 m 73.6 45.867 l S 78.6 35.867 m 76.6 34.367 l S 76.1 23.867 m 73.35 26.117 l S 78.1 12.867 m 73.85 13.617 l S 68.35 14.617 m 66.1 12.867 l S 76.6 30.617 m 73.6 30.617 l S 62.85 58.117 m 60.956 60.941 l S 32.85 59.617 m 31.196 62.181 l S 47.891 64.061 m 49.744 66.742 l S 72.814 2.769 m 73.928 5.729 l S 67.976 2.633 m 67.35 5.909 l S 61.85 27.617 m 59.956 30.441 l S 53.504 56.053 m 51.85 58.617 l S 52.762 1.779 m 52.876 4.776 l S 45.391 5.311 m 47.244 7.992 l S 37.062 3.375 m 35.639 5.43 l S 55.165 34.828 m 57.518 37.491 l S 20.795 3.242 m 22.12 5.193 l S 14.097 4.747 m 15.008 8.965 l S 9.736 1.91 m 8.073 4.225 l S 31.891 5.573 m 32.005 8.571 l S 12.1 70.367 m 15.6 68.867 l S 9.35 54.867 m 9.6 58.117 l S 12.85 31.867 m 14.35 28.117 l S 10.1 37.367 m 12.35 41.117 l S 34.1 71.117 m 31.85 68.617 l S 38.35 71.117 m 41.6 68.367 l S 55.1 71.117 m 58.35 69.117 l S 57.35 65.117 m 55.35 61.867 l S 64.35 66.367 m 69.35 68.617 l S 71.85 62.867 m 69.35 61.117 l S 23.6 70.867 m 23.6 67.867 l S 20.6 65.867 m 17.35 65.367 l S 24.85 61.367 m 25.35 58.117 l S 25.85 65.867 m 29.35 66.617 l S 14.1 54.117 m 16.85 56.117 l S 12.35 11.617 m 12.6 15.617 l S 12.1 19.867 m 14.35 22.367 l S 26.1 9.867 m 23.6 13.367 l S 34.6 47.117 m 32.1 45.367 l S 62.6 41.867 m 59.85 43.367 l S 31.6 35.617 m 27.85 36.367 l S 36.35 26.117 m 34.35 24.617 l S 33.85 14.117 m 31.1 16.367 l S 37.1 9.867 m 35.1 11.117 l S 34.35 20.867 m 31.35 20.867 l S 44.6 56.617 m 42.1 54.867 l S 47.35 51.367 m 44.35 51.367 l S 44.1 43.867 m 41.35 45.617 l S 43.35 33.117 m 42.6 30.617 l S 43.85 23.617 m 41.1 25.867 l S 44.35 15.617 m 42.35 16.867 l S 67.823 31.1 m 64.823 31.1 l S 27.1 32.617 m 29.6 30.867 l S 31.85 55.117 m 34.85 55.117 l S 19.6 40.867 m 22.1 39.117 l S 16.85 35.617 m 19.85 35.617 l S 20.1 28.117 m 22.85 29.867 l S 52.1 42.617 m 54.484 44.178 l S 52.437 50.146 m 54.821 48.325 l S 59.572 54.133 m 59.35 51.117 l S 50.185 10.055 m 53.234 9.928 l S 51.187 15.896 m 53.571 14.075 l S 58.322 19.883 m 59.445 16.823 l S 53.1 32.117 m 50.6 30.367 l S 52.85 24.617 m 49.6 25.617 l S 61.85 9.117 m 59.1 10.867 l S 69.35 34.617 m 66.6 36.367 l S 67.1 23.617 m 65.1 22.117 l S 24.435 46.055 m 27.484 45.928 l S 25.437 51.896 m 27.821 50.075 l S 62.6 47.117 m 65.321 46.575 l S 19.85 19.867 m 20.35 16.617 l S 21.85 21.867 m 25.35 22.617 l S 37.6 62.867 m 41.6 62.117 l S 38.323 42.1 m 38.823 38.6 l S 69.35 52.617 m 66.85 53.867 l S 14.85 62.117 m 18.1 59.367 l S 9.6 46.117 m 7.1 44.367 l S 20.6 51.617 m 18.6 50.117 l S 46.141 70.811 m 47.994 73.492 l S 69.391 40.561 m 71.244 43.242 l S 38.641 49.311 m 39.35 52.117 l S 25.141 16.811 m 25.85 19.617 l S 36.6 32.867 m 34.6 31.367 l S 6.1 68.617 m 2.85 67.867 l S 4.85 56.867 m 2.35 55.117 l S 7.6 51.617 m 4.6 51.617 l S 6.6 35.867 m 4.6 34.367 l S 6.1 12.867 m 1.85 13.617 l S 4.6 30.617 m 1.6 30.617 l S 72.814 74.769 m 73.928 77.729 l S 67.976 74.633 m 67.35 77.909 l S 52.762 73.779 m 52.876 76.776 l S 37.062 75.375 m 35.639 77.43 l S 20.795 75.242 m 22.12 77.193 l S 9.736 73.91 m 8.073 76.225 l S 10.1 23.617 m 6.35 24.367 l S 73.217 18.276 m 71.323 21.1 l S 28.823 39.6 m 29.505 42.389 l S 49.6 38.617 m 47.6 37.117 l S 60.323 73.6 m 62.323 76.6 l S 60.323 1.6 m 62.323 4.6 l S %AI6_EndPatternLayer ) & ] E %AI3_EndPattern %AI3_BeginPattern: (Leaves - Fall ) (Leaves - Fall ) 0 0 64.0781 78.9336 [ %AI3_Tile (0 O 0 R 0.05 0.2 1 0 k 0.05 0.2 1 0 K ) @ ( %AI6_BeginPatternLayer 0 i 0 J 0 j 1 w 4 M []0 d %AI3_Note: 0 D 64.0781 78.9336 m 64.0781 0 L 0 0 L 0 78.9336 L 64.0781 78.9336 L f %AI6_EndPatternLayer ) & (0 O 0 R 0.83 0 1 0 k 0.83 0 1 0 K ) @ ( %AI6_BeginPatternLayer 0 i 0 J 0 j 1 w 4 M []0 d %AI3_Note: 1 D 29.7578 0.9902 m 30.4346 1.1914 30.7246 1.3428 V 29.2559 4.0547 33.707 8.3359 34.627 9.0762 C 35.2275 8.8506 35.3477 6.3184 34.6699 4.9805 C 35.5137 5.1035 37.7031 3.7256 38.4609 2.4365 C 38.5254 3.125 40.0957 6.0664 40.9219 6.4434 C 40.002 6.8408 39.3359 8.3135 38.5742 9.7617 C 39.5957 9.9287 40.9961 9.0078 42.4668 8.1025 C 42.9814 8.9043 44.3555 9.875 45.6143 10.3916 C 44.5264 11.0781 44.0313 11.8203 43.5352 13.2793 C 42.4922 12.7139 40.3057 12.5645 39.7764 12.8516 C 40.291 13.9648 42.5371 14.5078 43.2676 14.4551 C 43.0137 15.3164 42.8652 17.4697 43.0391 20.0625 C 41.3789 18.7461 39.834 17.4297 38.1738 17.4883 C 38.4434 16.0664 37.8076 14.2607 37.4307 13.7676 C 36.8574 14.5117 36.4463 15.3389 36.8008 17.3164 C 35.3486 17.8008 34.1113 18.3467 32.7373 19.6045 C 32.7373 17.7734 32.166 16.5723 31.2969 15.2959 C 32.5576 14.8076 33.8301 13.6045 33.8252 12.5664 C 32.9775 12.7178 31.2852 13.4619 30.793 14.4551 C 30.0742 13.707 28.3906 12.3984 26.7871 12.3945 C 27.9746 11.5391 28.8945 10.5059 28.9893 8.5938 C 30.2422 9.5645 32.6953 10.1797 34.0752 9.582 C 29.2344 5.3457 29.7031 2.3125 29.7578 0.9902 C f 13.8525 29.9844 m 13.3281 29.5127 13.1309 29.25 V 15.623 27.4326 13.3691 21.6074 12.8555 20.5439 C 12.2168 20.4883 10.8096 23.2285 10.8457 24.7266 C 9.7129 23.9707 8.0488 24.0918 6.4463 24.3779 C 7.0186 23.2891 6.6172 21.3447 5.8164 20.5439 C 6.8184 20.5801 8.1699 19.8652 9.4785 18.8838 C 8.6436 18.0645 6.8164 18.2246 4.9004 18.8838 C 4.9004 17.5107 4.0781 15.7734 3.2412 14.5918 C 4.5576 14.6484 5.7031 13.9629 6.5605 12.9316 C 7.2256 14.5 9.2598 15.6133 10.166 15.5645 C 10.1826 14.1992 8.6094 12.1094 7.5879 11.7109 C 8.1875 11.041 9.207 9.5107 10.166 7.0947 C 10.9648 9.0205 12.1348 10.2627 13.3672 11.1953 C 12.2256 12.7578 12.3994 13.6289 12.7988 15.1074 C 13.541 14.5664 14.5723 14.1338 14.7441 12.1309 C 16.4609 12.416 17.5957 12.3447 19.0938 11.4434 C 18.6387 13.1055 18.6348 14.707 18.9551 16.4063 C 17.1055 16.2666 15.5449 16.4795 14.5156 17.9688 C 15.3457 18.1953 17.6055 18.2549 18.4795 17.3223 C 18.8066 18.3047 19.7012 19.7109 21.1475 20.4043 C 19.707 20.6641 18.7227 21.7637 17.8135 23.4492 C 17.1006 22.0332 14.873 20.3691 13.3711 20.3145 C 15.373 24.3779 15.373 27.2959 13.8525 29.9844 C f 41.2324 26.0742 m 41.5518 26.7021 41.7549 26.959 V 44.1523 25.0176 48.958 28.3262 49.8535 29.0957 C 49.7432 29.7266 47.6182 30.8643 45.9004 29.834 C 46.3408 31.123 45.4395 33.084 44.2402 34.126 C 45.9805 34.0254 48.126 35.3867 48.6484 36.1289 C 48.8701 35.1514 50.0527 33.8809 51.3379 32.8672 C 51.6895 33.8398 50.9941 35.958 50.0781 37.5605 C 51.3125 38.0605 52.4248 38.9912 52.8828 40.25 C 53.3398 38.9336 54.3428 38.2598 55.6875 37.5039 C 54.5273 36.0762 53.7471 33.9023 54.0273 33.0391 C 55.3496 33.374 56.9209 36.0918 57.0439 37.1816 C 57.9189 36.415 59.4727 35.7285 62.0537 35.4219 C 60.3535 34.3438 59.9902 32.3516 59.4063 30.9219 C 58.2588 31.3682 56.0898 31.4277 55.1152 30.8643 C 55.8281 30.2852 57.168 29.7344 59.1777 29.7207 C 59.1777 28.1758 59.6406 27.043 60.8945 25.8281 C 59.1719 25.8418 57.0723 25.3555 55.5762 24.9629 C 55.3281 26.292 54.4844 27.8887 53.3398 28.2891 C 53.334 27.4277 53.5996 25.1797 54.4844 24.5117 C 53.6201 23.9443 52.3672 22.5674 51.9102 20.8496 C 51.2881 22.1758 50.4268 23.4805 48.5645 23.9238 C 49.749 24.9766 50.584 26.9941 50.25 28.4609 C 45.1973 24.4785 42.5215 25.7773 41.2324 26.0742 C f 27.7578 38.7324 m 28.4346 38.9316 28.7246 39.084 V 27.2559 41.7969 31.707 46.0776 32.627 46.8169 C 33.2275 46.5918 33.3477 44.0586 32.6699 42.7227 C 33.5137 42.8457 35.7031 41.4678 36.4609 40.1787 C 36.5254 40.8652 38.0957 43.8066 38.9219 44.1846 C 38.002 44.582 37.3359 46.0547 36.5742 47.5039 C 37.5957 47.6709 38.9961 46.7485 40.4668 45.8438 C 40.9814 46.6445 42.3555 47.6177 43.6143 48.1328 C 42.5264 48.8198 42.0313 49.5615 41.5352 51.0205 C 40.4922 50.4556 38.3057 50.3057 37.7764 50.5938 C 38.291 51.7056 40.5371 52.2485 41.2676 52.1958 C 41.0137 53.0576 40.8652 55.2109 41.0391 57.8037 C 39.3789 56.4878 37.834 55.1719 36.1738 55.2285 C 36.4434 53.8076 35.8076 52.002 35.4307 51.5088 C 34.8574 52.2529 34.4463 53.0796 34.8008 55.0576 C 33.3486 55.5425 32.1113 56.0879 30.7373 57.3467 C 30.7373 55.5146 30.166 54.314 29.2969 53.0366 C 30.5576 52.5488 31.8301 51.3467 31.8252 50.3076 C 30.9775 50.46 29.2852 51.2036 28.793 52.1958 C 28.0742 51.4497 26.3906 50.1396 24.7871 50.1357 C 25.9746 49.2817 26.8945 48.2466 26.9893 46.335 C 28.2422 47.3057 30.6953 47.9209 32.0752 47.3237 C 27.2344 43.0869 27.7031 40.0547 27.7578 38.7324 C f 13.5195 70.3916 m 12.9941 69.9209 12.7988 69.6587 V 15.2891 67.8418 13.0352 62.0146 12.5225 60.9517 C 11.8828 60.8955 10.4766 63.6367 10.5117 65.1348 C 9.3809 64.3789 7.7148 64.4995 6.1133 64.7856 C 6.6855 63.6987 6.2842 61.7529 5.4834 60.9517 C 6.4854 60.9878 7.8359 60.2729 9.1455 59.2925 C 8.3105 58.4717 6.4834 58.6338 4.5674 59.2925 C 4.5674 57.9189 3.7461 56.1816 2.9082 54.9995 C 4.2246 55.0576 5.3691 54.3706 6.2275 53.3408 C 6.8926 54.9097 8.9258 56.0215 9.832 55.9727 C 9.8496 54.6079 8.2764 52.5176 7.2539 52.1187 C 7.8545 51.4497 8.873 49.9189 9.832 47.5039 C 10.6309 49.4297 11.8008 50.6719 13.0342 51.6045 C 11.8926 53.1655 12.0664 54.0366 12.4648 55.5146 C 13.209 54.9746 14.2393 54.5415 14.4102 52.5386 C 16.127 52.8247 17.2637 52.7529 18.7598 51.8525 C 18.3057 53.5137 18.3027 55.1147 18.623 56.8149 C 16.7725 56.6748 15.2129 56.8887 14.1826 58.377 C 15.0117 58.6035 17.2725 58.6626 18.1465 57.731 C 18.4736 58.7129 19.3691 60.1187 20.8145 60.8125 C 19.375 61.0728 18.3896 62.1719 17.4805 63.8579 C 16.7676 62.4429 14.541 60.7769 13.0371 60.7227 C 15.041 64.7856 15.041 67.7046 13.5195 70.3916 C f 41.2324 64.4824 m 41.5518 65.1113 41.7549 65.3682 V 44.1523 63.4272 48.958 66.7354 49.8535 67.5034 C 49.7432 68.1362 47.6182 69.2725 45.9004 68.2422 C 46.3408 69.5313 45.4395 71.4922 44.2402 72.5342 C 45.9805 72.4341 48.126 73.7954 48.6484 74.5371 C 48.8701 73.5601 50.0527 72.29 51.3379 71.2754 C 51.6895 72.249 50.9941 74.3662 50.0781 75.9683 C 51.3125 76.4692 52.4248 77.3994 52.8828 78.6582 C 53.3398 77.3423 54.3428 76.667 55.6875 75.9111 C 54.5273 74.4844 53.7471 72.3101 54.0273 71.4473 C 55.3496 71.7822 56.9209 74.5 57.0439 75.5903 C 57.9189 74.8232 59.4727 74.1372 62.0537 73.8311 C 60.3535 72.7534 59.9902 70.7612 59.4063 69.3301 C 58.2588 69.7773 56.0898 69.8364 55.1152 69.2725 C 55.8281 68.6934 57.168 68.1431 59.1777 68.1284 C 59.1777 66.583 59.6406 65.4512 60.8945 64.2373 C 59.1719 64.249 57.0723 63.7632 55.5762 63.3721 C 55.3281 64.7002 54.4844 66.2974 53.3398 66.6973 C 53.334 65.8364 53.5996 63.5874 54.4844 62.9214 C 53.6201 62.353 52.3672 60.9751 51.9102 59.2583 C 51.2881 60.583 50.4268 61.8882 48.5645 62.333 C 49.749 63.3862 50.584 65.4033 50.25 66.8691 C 45.1973 62.8872 42.5215 64.1851 41.2324 64.4824 C f %AI6_EndPatternLayer ) & ] E %AI3_EndPattern %AI3_BeginPattern: (Stripes) (Stripes) 8.45 4.6001 80.45 76.6001 [ %AI3_Tile (0 O 0 R 1 0.07 1 0 k 1 0.07 1 0 K ) @ ( %AI6_BeginPatternLayer 0 i 0 J 0 j 3.6 w 4 M []0 d %AI3_Note: 0 D 8.2 8.2 m 80.7 8.2 L S 8.2 22.6001 m 80.7 22.6001 L S 8.2 37.0002 m 80.7 37.0002 L S 8.2 51.4 m 80.7 51.4 L S 8.2 65.8001 m 80.7 65.8001 L S 8.2 15.4 m 80.7 15.4 L S 8.2 29.8001 m 80.7 29.8001 L S 8.2 44.2 m 80.7 44.2 L S 8.2 58.6001 m 80.7 58.6001 L S 8.2 73.0002 m 80.7 73.0002 L S %AI6_EndPatternLayer ) & ] E %AI3_EndPattern %%EndSetup 0 A 1 O 0 0 0 1 k 1 R 0 0 0 1 K 0 i 0 J 0 j 0 w 1 M []0 d %AI3_Note: 0 D 409.375 194.0781 m 419.3809 195.0479 l B 419.3809 195.0479 m 419.3809 194.6455 l B 419.3809 195.0479 m 429.3867 194.0781 l B 429.3867 194.0781 m 428.166 193.834 l B 410.5957 193.834 m 419.3809 194.6455 l B 419.3809 194.6455 m 419.3809 194.2363 l B 419.3809 194.6455 m 428.166 193.834 l B 428.166 193.834 m 426.9453 193.5049 l B 411.8164 193.5049 m 419.3809 194.2363 l B 419.3809 194.2363 m 419.3809 193.834 l B 419.3809 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422.5508 636.4561 l B 414.9082 636.4561 m 413.0332 636.291 l B 413.0332 636.291 m 414.0098 636.291 l B 425.7246 636.291 m 423.8535 636.4561 l B 423.8535 636.4561 m 423.2051 636.4561 l B 426.6191 636.291 m 424.5039 636.4561 l B 424.5039 636.4561 m 423.8535 636.4561 l B 414.2539 636.4561 m 412.1406 636.291 l B 412.1406 636.291 m 413.0332 636.291 l B 523.9863 606.4668 m 523.9863 609.7158 l B 523.9863 609.7158 m 523.9863 607.5215 l B 523.9863 587.2012 m 523.9863 590.4541 l B 523.9863 590.4541 m 523.9863 592.0801 l B 504.1387 587.2832 m 504.1387 590.5371 l B 504.1387 590.5371 m 504.1387 592.1602 l B 504.1387 606.3848 m 504.1387 609.6328 l B 504.1387 609.6328 m 504.1387 607.4395 l B 473.0664 604.9199 m 475.5078 606.707 l B 475.5078 606.707 m 473.4727 604.6758 l B 480.6309 338.4219 m 467.2109 338.3359 l B 467.2109 338.3359 m 467.2109 338.2568 l B 467.2109 338.3359 m 453.8711 338.4219 l B 453.8711 338.4219 m 455.7402 338.3359 l B 419.3809 636.373 m 418.0781 636.373 l B 418.0781 636.373 m 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523.9863 605.2461 l B 523.9863 605.2461 m 523.9863 602.9697 l B 504.1387 591.7539 m 504.1387 593.7031 l B 504.1387 593.7031 m 504.1387 595.3301 l B 504.1387 603.2139 m 504.1387 605.1641 l B 504.1387 605.1641 m 504.1387 602.9697 l B 523.9863 598.5 m 523.9863 601.6699 l B 523.9863 601.6699 m 523.9863 600.0439 l B 523.9863 595.25 m 523.9863 598.5 l B 523.9863 598.5 m 523.9863 598.5 l B 504.1387 598.5 m 504.1387 601.5879 l B 504.1387 601.5879 m 504.1387 600.0439 l B 504.1387 595.3301 m 504.1387 598.5 l B 504.1387 598.5 m 504.1387 598.5 l B 463.0605 594.3564 m 464.2813 595.8184 l B 464.2813 595.8184 m 465.7461 597.1172 l B 423.8535 636.4561 m 419.3809 636.5352 l B 419.3809 636.5352 m 419.3809 636.5352 l B 419.3809 636.5352 m 414.9082 636.4561 l B 414.9082 636.4561 m 415.5586 636.4561 l B 470.1367 601.6699 m 471.3574 602.6465 l B 471.3574 602.6465 m 469.3262 600.5313 l B 424.5039 636.4561 m 419.3809 636.5352 l B 419.3809 636.5352 m 419.3809 636.5352 l B 419.3809 636.5352 m 414.2539 636.4561 l B 414.2539 636.4561 m 414.9082 636.4561 l B 523.9863 593.9473 m 523.9863 595.25 l B 523.9863 595.25 m 523.9863 596.873 l B 523.9863 601.6699 m 523.9863 602.9697 l B 523.9863 602.9697 m 523.9863 600.6934 l B 504.1387 601.5879 m 504.1387 602.9697 l B 504.1387 602.9697 m 504.1387 600.6934 l B 504.1387 594.0293 m 504.1387 595.3301 l B 504.1387 595.3301 m 504.1387 596.873 l B 467.2109 598.6621 m 468.6719 600.0439 l B 468.6719 600.0439 m 467.2109 598.5 l B 465.7461 597.1172 m 467.2109 598.6621 l B 467.2109 598.6621 m 467.2109 598.5 l B 523.9863 598.5 m 523.9863 600.0439 l B 523.9863 600.0439 m 523.9863 598.5 l B 523.9863 596.873 m 523.9863 598.5 l B 523.9863 598.5 m 523.9863 598.5 l B 504.1387 598.5 m 504.1387 600.0439 l B 504.1387 600.0439 m 504.1387 598.5 l B 504.1387 596.873 m 504.1387 598.5 l B 504.1387 598.5 m 504.1387 598.5 l B 465.1758 596.3848 m 465.7461 597.1172 l B 465.7461 597.1172 m 467.2109 598.5 l B 468.6719 600.0439 m 469.3262 600.5313 l B 469.3262 600.5313 m 467.2109 598.5 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523.9863 580.376 l B 523.9863 580.376 m 523.9863 582.6523 l B 523.9863 616.5449 m 523.9863 611.2598 l B 523.9863 611.2598 m 523.9863 609.6328 l B 504.1387 616.3789 m 504.1387 611.0977 l B 504.1387 611.0977 m 504.1387 609.5547 l B 504.1387 585.8223 m 504.1387 580.6201 l B 504.1387 580.6201 m 504.1387 582.8145 l B 523.9863 587.2832 m 523.9863 582.6523 l B 523.9863 582.6523 m 523.9863 584.9287 l B 523.9863 614.2676 m 523.9863 609.6328 l B 523.9863 609.6328 m 523.9863 608.0098 l B 504.1387 614.1035 m 504.1387 609.5547 l B 504.1387 609.5547 m 504.1387 607.9277 l B 504.1387 587.3662 m 504.1387 582.8145 l B 504.1387 582.8145 m 504.1387 585.0898 l B 523.9863 588.9102 m 523.9863 584.9287 l B 523.9863 584.9287 m 523.9863 587.2012 l B 523.9863 611.9922 m 523.9863 608.0098 l B 523.9863 608.0098 m 523.9863 606.4668 l B 504.1387 611.9102 m 504.1387 607.9277 l B 504.1387 607.9277 m 504.1387 606.3848 l B 504.1387 588.9893 m 504.1387 585.0898 l B 504.1387 585.0898 m 504.1387 587.2832 l B 523.9863 609.7158 m 523.9863 606.4668 l B 523.9863 606.4668 m 523.9863 604.8398 l B 523.9863 590.4541 m 523.9863 587.2012 l B 523.9863 587.2012 m 523.9863 589.3984 l B 504.1387 590.5371 m 504.1387 587.2832 l B 504.1387 587.2832 m 504.1387 589.5605 l B 504.1387 609.6328 m 504.1387 606.3848 l B 504.1387 606.3848 m 504.1387 604.7578 l B 523.9863 607.5215 m 523.9863 604.8398 l B 523.9863 604.8398 m 523.9863 603.2139 l B 523.9863 592.0801 m 523.9863 589.3984 l B 523.9863 589.3984 m 523.9863 591.6719 l B 504.1387 607.4395 m 504.1387 604.7578 l B 504.1387 604.7578 m 504.1387 603.2139 l B 504.1387 592.1602 m 504.1387 589.5605 l B 504.1387 589.5605 m 504.1387 591.7539 l B 523.9863 593.7031 m 523.9863 591.6719 l B 523.9863 591.6719 m 523.9863 593.9473 l B 523.9863 605.2461 m 523.9863 603.2139 l B 523.9863 603.2139 m 523.9863 601.6699 l B 504.1387 605.1641 m 504.1387 603.2139 l B 504.1387 603.2139 m 504.1387 601.5879 l B 504.1387 593.7031 m 504.1387 591.7539 l B 504.1387 591.7539 m 504.1387 594.0293 l B 523.9863 602.9697 m 523.9863 601.6699 l B 523.9863 601.6699 m 523.9863 600.0439 l B 523.9863 595.25 m 523.9863 593.9473 l B 523.9863 593.9473 m 523.9863 596.2236 l B 504.1387 595.3301 m 504.1387 594.0293 l B 504.1387 594.0293 m 504.1387 596.2236 l B 504.1387 602.9697 m 504.1387 601.5879 l B 504.1387 601.5879 m 504.1387 600.0439 l B 523.9863 600.6934 m 523.9863 600.0439 l B 523.9863 600.0439 m 523.9863 598.5 l B 523.9863 596.873 m 523.9863 596.2236 l B 523.9863 596.2236 m 523.9863 598.5 l B 504.1387 596.873 m 504.1387 596.2236 l B 504.1387 596.2236 m 504.1387 598.5 l B 504.1387 600.6934 m 504.1387 600.0439 l B 504.1387 600.0439 m 504.1387 598.5 l B 523.9863 598.5 m 523.9863 596.873 l B 523.9863 596.873 m 523.9863 598.5 l B 523.9863 600.0439 m 523.9863 598.5 l B 523.9863 598.5 m 523.9863 598.5 l B 504.1387 600.0439 m 504.1387 598.5 l B 504.1387 598.5 m 504.1387 598.5 l B 504.1387 598.5 m 504.1387 596.873 l B 504.1387 596.873 m 504.1387 598.5 l B 467.2109 598.2559 m 465.7461 596.873 l B 465.7461 596.873 m 467.2109 598.5 l B 469.3262 600.5313 m 468.6719 599.7998 l B 468.6719 599.7998 m 467.2109 598.5 l B 468.6719 599.7998 m 467.2109 598.2559 l B 467.2109 598.2559 m 467.2109 598.5 l B 471.3574 602.6465 m 470.1367 601.0996 l B 470.1367 601.0996 m 468.6719 599.7998 l B 473.4727 604.6758 m 471.6016 602.4023 l B 471.6016 602.4023 m 470.1367 601.0996 l B 475.5078 606.707 m 473.0664 603.7021 l B 473.0664 603.7021 m 471.6016 602.4023 l B 477.6211 608.8223 m 474.5313 605.002 l B 474.5313 605.002 m 473.0664 603.7021 l B 479.6543 610.8535 m 475.9961 606.3018 l B 475.9961 606.3018 m 474.5313 605.002 l B 481.7676 612.9648 m 477.5391 607.6836 l B 477.5391 607.6836 m 475.9961 606.3018 l B 483.8047 614.9971 m 479.0039 608.9834 l B 479.0039 608.9834 m 477.5391 607.6836 l B 504.1387 598.5 m 504.1387 595.3301 l B 504.1387 595.3301 m 504.1387 596.873 l B 504.1387 601.5879 m 504.1387 598.5 l B 504.1387 598.5 m 504.1387 598.5 l B 523.9863 598.5 m 523.9863 595.25 l B 523.9863 595.25 m 523.9863 596.873 l B 523.9863 601.6699 m 523.9863 598.5 l B 523.9863 598.5 m 523.9863 598.5 l B 467.2109 598.0117 m 464.2813 595.25 l B 464.2813 595.25 m 465.7461 596.873 l B 470.1367 601.0996 m 467.2109 598.0117 l B 467.2109 598.0117 m 467.2109 598.2559 l B 504.1387 603.2139 m 504.1387 598.5 l B 504.1387 598.5 m 504.1387 598.5 l B 504.1387 598.5 m 504.1387 593.7031 l B 504.1387 593.7031 m 504.1387 595.3301 l B 523.9863 598.5 m 523.9863 593.7031 l B 523.9863 593.7031 m 523.9863 595.25 l B 523.9863 603.2139 m 523.9863 598.5 l B 523.9863 598.5 m 523.9863 598.5 l B 467.2109 597.8496 m 462.8164 593.624 l B 462.8164 593.624 m 464.2813 595.25 l B 471.6016 602.4023 m 467.2109 597.8496 l B 467.2109 597.8496 m 467.2109 598.0117 l B 504.1387 598.5 m 504.1387 592.1602 l B 504.1387 592.1602 m 504.1387 593.7031 l B 504.1387 604.7578 m 504.1387 598.5 l B 504.1387 598.5 m 504.1387 598.5 l B 523.9863 604.8398 m 523.9863 598.5 l B 523.9863 598.5 m 523.9863 598.5 l B 523.9863 598.5 m 523.9863 592.0801 l 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590.4541 l B 523.9863 608.0098 m 523.9863 598.5 l B 523.9863 598.5 m 523.9863 598.5 l B 474.5313 605.002 m 467.2109 597.3613 l B 467.2109 597.3613 m 467.2109 597.6055 l B 504.1387 598.5 m 504.1387 587.3662 l B 504.1387 587.3662 m 504.1387 588.9893 l B 504.1387 609.5547 m 504.1387 598.5 l B 504.1387 598.5 m 504.1387 598.5 l B 523.9863 609.6328 m 523.9863 598.5 l B 523.9863 598.5 m 523.9863 598.5 l B 523.9863 598.5 m 523.9863 587.2832 l B 523.9863 587.2832 m 523.9863 588.9102 l B 467.2109 597.2002 m 458.4258 588.748 l B 458.4258 588.748 m 459.8867 590.3711 l B 401.8906 634.8301 m 419.3809 636.2119 l B 419.3809 636.2119 m 419.3809 635.5625 l B 419.3809 636.2119 m 436.8672 634.8301 l B 436.8672 634.8301 m 434.4277 634.3418 l B 475.9961 606.3018 m 467.2109 597.2002 l B 467.2109 597.2002 m 467.2109 597.3613 l B 504.1387 611.0977 m 504.1387 598.5 l B 504.1387 598.5 m 504.1387 598.5 l B 504.1387 598.5 m 504.1387 585.8223 l B 504.1387 585.8223 m 504.1387 587.3662 l B 523.9863 598.5 m 523.9863 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m 416.207 311.8467 l B 423.2051 311.7607 m 424.748 312.249 l B 424.748 312.249 m 423.8535 312.249 l B 416.8574 311.9258 m 419.3809 311.7607 l B 419.3809 311.7607 m 419.3809 311.9258 l B 419.3809 311.7607 m 421.9004 311.9258 l B 421.9004 311.9258 m 421.252 312.0049 l B 411.7344 255.0342 m 419.3809 254.625 l B 419.3809 254.625 m 419.3809 254.8691 l B 419.3809 254.625 m 427.0273 255.0342 l B 427.0273 255.0342 m 425.7246 255.1924 l B 414.9082 312.249 m 416.207 311.8467 l B 416.207 311.8467 m 416.8574 311.9258 l B 422.5508 311.8467 m 423.8535 312.249 l B 423.8535 312.249 m 422.9609 312.249 l B 415.8027 631.416 m 416.8574 631.9043 l B 416.8574 631.9043 m 419.3809 631.416 l B 421.9004 631.9043 m 422.9609 631.416 l B 422.9609 631.416 m 419.3809 631.416 l B 417.4277 312.0049 m 419.3809 311.9258 l B 419.3809 311.9258 m 419.3809 312.0049 l B 419.3809 311.9258 m 421.252 312.0049 l B 421.252 312.0049 m 420.6816 312.084 l B 429.5488 254.7041 m 433.7773 256.0107 l B 433.7773 256.0107 m 431.9883 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434.4277 628.5723 l B 434.4277 628.5723 m 431.9063 629.0605 l B 426.457 631.416 m 424.4258 630.4424 l B 424.4258 630.4424 m 421.9004 630.9277 l B 430.0371 631.416 m 426.8633 629.9541 l B 426.8633 629.9541 m 424.4258 630.4424 l B 414.3379 630.4424 m 412.3047 631.416 l B 412.3047 631.416 m 415.8027 631.416 l B 422.9609 631.416 m 421.9004 630.9277 l B 421.9004 630.9277 m 419.3809 631.416 l B 416.8574 630.9277 m 415.8027 631.416 l B 415.8027 631.416 m 419.3809 631.416 l B 433.5332 631.416 m 429.3867 629.4658 l B 429.3867 629.4658 m 426.8633 629.9541 l B 406.8516 629.0605 m 401.6465 631.416 l B 401.6465 631.416 m 405.2266 631.416 l B 399.3711 627.5957 m 391.0742 631.416 l B 391.0742 631.416 m 394.5703 631.416 l B 437.1113 631.416 m 431.9063 629.0605 l B 431.9063 629.0605 m 429.3867 629.4658 l B 421.9004 630.9277 m 419.3809 630.7656 l B 419.3809 630.7656 m 419.3809 631.416 l B 427.0273 255.0342 m 430.1973 256.0107 l B 430.1973 256.0107 m 428.4102 256.0107 l B 408.5605 256.0107 m 411.7344 255.0342 l B 411.7344 255.0342 m 413.0332 255.1924 l B 425.7246 312.249 m 423.8535 312.8164 l B 423.8535 312.8164 m 423.2051 312.7373 l B 415.5586 312.7373 m 414.0098 312.249 l B 414.0098 312.249 m 414.9082 312.249 l B 424.748 312.249 m 423.2051 312.7373 l B 423.2051 312.7373 m 422.5508 312.6582 l B 422.9609 312.249 m 421.9004 312.5723 l B 421.9004 312.5723 m 421.252 312.4932 l B 422.0625 312.249 m 421.252 312.4932 l B 421.252 312.4932 m 420.6816 312.4141 l B 418.0781 312.4141 m 417.5898 312.249 l B 417.5898 312.249 m 418.4863 312.249 l B 420.2754 312.249 m 420.0313 312.3281 l B 420.0313 312.3281 m 419.3809 312.249 l B 416.207 312.6582 m 414.9082 312.249 l B 414.9082 312.249 m 415.8027 312.249 l B 419.3809 312.3281 m 418.7285 312.3281 l B 418.7285 312.3281 m 419.3809 312.249 l B 418.7285 312.3281 m 418.4863 312.249 l B 418.4863 312.249 m 419.3809 312.249 l B 421.1699 312.249 m 420.6816 312.4141 l B 420.6816 312.4141 m 420.0313 312.3281 l B 414.2539 312.9023 m 412.1406 312.249 l B 423.8535 312.249 m 422.5508 312.6582 l B 422.5508 312.6582 m 421.9004 312.5723 l B 417.4277 312.4932 m 416.6953 312.249 l B 416.6953 312.249 m 417.5898 312.249 l B 416.8574 312.5723 m 415.8027 312.249 l B 415.8027 312.249 m 416.6953 312.249 l B 424.5039 312.9023 m 423.8535 312.8164 l B 414.9082 312.8164 m 413.0332 312.249 l B 413.0332 312.249 m 414.0098 312.249 l B 420.0313 312.3281 m 419.3809 312.3281 l B 419.3809 312.3281 m 419.3809 312.249 l B 419.3809 255.1133 m 424.5039 255.3574 l B 424.5039 255.3574 m 423.2051 255.5225 l B 414.2539 255.3574 m 419.3809 255.1133 l B 419.3809 255.1133 m 419.3809 255.2783 l B 420.6816 312.4141 m 419.3809 312.4932 l B 419.3809 312.4932 m 419.3809 312.3281 l B 419.3809 312.4932 m 418.0781 312.4141 l B 418.0781 312.4141 m 418.7285 312.3281 l B 425.7246 255.1924 m 428.4102 256.0107 l B 428.4102 256.0107 m 426.6191 256.0107 l B 410.3516 256.0107 m 413.0332 255.1924 l B 413.0332 255.1924 m 414.2539 255.3574 l B 421.252 312.4932 m 419.3809 312.5723 l B 419.3809 312.5723 m 419.3809 312.4932 l B 419.3809 312.5723 m 417.4277 312.4932 l B 417.4277 312.4932 m 418.0781 312.4141 l B 421.9004 312.5723 m 419.3809 312.7373 l B 419.3809 312.7373 m 419.3809 312.5723 l B 419.3809 312.7373 m 416.8574 312.5723 l B 416.8574 312.5723 m 417.4277 312.4932 l B 419.3809 630.0332 m 414.3379 630.4424 l B 414.3379 630.4424 m 416.8574 630.9277 l B 424.4258 630.4424 m 419.3809 630.0332 l B 419.3809 630.0332 m 419.3809 630.7656 l B 419.3809 255.2783 m 423.2051 255.5225 l B 423.2051 255.5225 m 421.9004 255.6807 l B 415.5586 255.5225 m 419.3809 255.2783 l B 419.3809 255.2783 m 419.3809 255.5225 l B 412.1406 256.0107 m 414.2539 255.3574 l B 414.2539 255.3574 m 415.5586 255.5225 l B 424.5039 255.3574 m 426.6191 256.0107 l B 426.6191 256.0107 m 424.748 256.0107 l B 419.3809 312.8164 m 416.207 312.6582 l B 416.207 312.6582 m 416.8574 312.5723 l B 422.5508 312.6582 m 419.3809 312.8164 l B 419.3809 312.8164 m 419.3809 312.7373 l B 419.3809 312.9814 m 415.5586 312.7373 l B 415.5586 312.7373 m 416.207 312.6582 l B 423.2051 312.7373 m 419.3809 312.9814 l B 419.3809 312.9814 m 419.3809 312.8164 l B 423.2051 255.5225 m 424.748 256.0107 l B 424.748 256.0107 m 422.9609 256.0107 l B 414.0098 256.0107 m 415.5586 255.5225 l B 415.5586 255.5225 m 416.8574 255.6807 l B 419.3809 313.0605 m 414.9082 312.8164 l B 414.9082 312.8164 m 415.5586 312.7373 l B 423.8535 312.8164 m 419.3809 313.0605 l B 419.3809 313.0605 m 419.3809 312.9814 l B 416.8574 255.6807 m 419.3809 255.5225 l B 419.3809 255.5225 m 419.3809 255.7666 l B 419.3809 255.5225 m 421.9004 255.6807 l B 421.9004 255.6807 m 420.6816 255.8457 l B 424.5039 312.9023 m 419.3809 313.2256 l B 419.3809 313.2256 m 419.3809 313.0605 l B 419.3809 313.2256 m 414.2539 312.9023 l B 414.2539 312.9023 m 414.9082 312.8164 l B 419.3809 629.3828 m 411.8965 629.9541 l B 411.8965 629.9541 m 414.3379 630.4424 l B 426.8633 629.9541 m 419.3809 629.3828 l B 419.3809 629.3828 m 419.3809 630.0332 l B 415.8027 256.0107 m 416.8574 255.6807 l B 416.8574 255.6807 m 418.0781 255.8457 l B 421.9004 255.6807 m 422.9609 256.0107 l B 422.9609 256.0107 m 421.1699 256.0107 l B 419.3809 255.6807 m 421.0898 255.8457 l B 421.0898 255.8457 m 420.8457 255.8457 l B 417.6719 255.8457 m 419.3809 255.6807 l B 419.3809 255.6807 m 419.3809 255.7666 l B 419.3809 255.7666 m 420.8457 255.8457 l B 420.8457 255.8457 m 420.6016 255.8457 l B 417.916 255.8457 m 419.3809 255.7666 l B 419.3809 255.7666 m 419.3809 255.7666 l B 418.0781 255.8457 m 419.3809 255.7666 l B 419.3809 255.7666 m 419.3809 256.0107 l B 419.3809 255.7666 m 420.6816 255.8457 l B 420.6816 255.8457 m 419.3809 256.0107 l B 419.3809 255.7666 m 420.6016 255.8457 l B 420.6016 255.8457 m 420.4375 255.9248 l B 418.1602 255.8457 m 419.3809 255.7666 l B 419.3809 255.7666 m 419.3809 255.8457 l B 421.0898 255.8457 m 421.7402 256.0107 l B 421.7402 256.0107 m 421.4141 256.0107 l B 417.0215 256.0107 m 417.6719 255.8457 l B 417.6719 255.8457 m 417.916 255.8457 l B 418.3223 255.9248 m 419.3809 255.8457 l B 419.3809 255.8457 m 419.3809 255.8457 l B 419.3809 255.8457 m 420.4375 255.9248 l B 420.4375 255.9248 m 420.1934 255.9248 l B 417.3457 256.0107 m 417.916 255.8457 l B 417.916 255.8457 m 418.1602 255.8457 l B 420.8457 255.8457 m 421.4141 256.0107 l B 421.4141 256.0107 m 421.1699 256.0107 l B 420.6816 255.8457 m 421.1699 256.0107 l B 421.1699 256.0107 m 419.3809 256.0107 l B 417.5898 256.0107 m 418.0781 255.8457 l B 418.0781 255.8457 m 419.3809 256.0107 l B 417.5898 256.0107 m 418.1602 255.8457 l B 418.1602 255.8457 m 418.3223 255.9248 l B 420.6016 255.8457 m 421.1699 256.0107 l B 421.1699 256.0107 m 420.8457 256.0107 l B 418.5664 255.9248 m 419.3809 255.8457 l B 419.3809 255.8457 m 419.3809 255.9248 l B 419.3809 255.8457 m 420.1934 255.9248 l B 420.1934 255.9248 m 420.0313 255.9248 l B 417.916 256.0107 m 418.3223 255.9248 l B 418.3223 255.9248 m 418.5664 255.9248 l B 420.4375 255.9248 m 420.8457 256.0107 l B 420.8457 256.0107 m 420.6016 256.0107 l B 419.3809 255.9248 m 420.0313 255.9248 l B 420.0313 255.9248 m 419.7871 256.0107 l B 418.7285 255.9248 m 419.3809 255.9248 l B 419.3809 255.9248 m 419.3809 255.9248 l B 420.1934 255.9248 m 420.6016 256.0107 l B 420.6016 256.0107 m 420.2754 256.0107 l B 418.1602 256.0107 m 418.5664 255.9248 l B 418.5664 255.9248 m 418.7285 255.9248 l B 418.4863 256.0107 m 418.7285 255.9248 l B 418.7285 255.9248 m 418.9727 256.0107 l B 420.0313 255.9248 m 420.2754 256.0107 l B 420.2754 256.0107 m 419.9492 256.0107 l B 419.3809 255.9248 m 419.7871 256.0107 l B 419.7871 256.0107 m 419.625 256.0107 l B 418.9727 256.0107 m 419.3809 255.9248 l B 419.3809 255.9248 m 419.3809 256.0107 l B 419.3809 628.7334 m 409.375 629.4658 l B 409.375 629.4658 m 411.8965 629.9541 l B 429.3867 629.4658 m 419.3809 628.7334 l B 419.3809 628.7334 m 419.3809 629.3828 l B 418.8105 256.0107 m 418.9727 256.0107 l B 418.9727 256.0107 m 419.1367 256.0107 l B 419.7871 256.0107 m 419.9492 256.0107 l B 419.9492 256.0107 m 419.7051 256.0107 l B 419.1367 256.0107 m 419.3809 256.0107 l B 419.3809 256.0107 m 419.3809 256.0107 l B 419.3809 256.0107 m 419.625 256.0107 l B 419.625 256.0107 m 419.3809 256.0107 l B 419.0547 256.0107 m 419.1367 256.0107 l B 419.1367 256.0107 m 419.3809 256.0107 l B 419.625 256.0107 m 419.7051 256.0107 l B 419.7051 256.0107 m 419.3809 256.0107 l B 413.0332 256.9014 m 410.3516 256.0107 l B 410.3516 256.0107 m 412.1406 256.0107 l B 418.5664 256.1689 m 418.1602 256.0107 l B 418.1602 256.0107 m 418.4863 256.0107 l B 415.5586 256.5781 m 414.0098 256.0107 l B 414.0098 256.0107 m 415.8027 256.0107 l B 420.2754 256.0107 m 420.0313 256.0898 l B 420.0313 256.0898 m 419.7871 256.0898 l B 430.1973 256.0107 m 427.0273 257.0664 l B 427.0273 257.0664 m 425.7246 256.9014 l B 417.916 256.248 m 417.3457 256.0107 l B 417.3457 256.0107 m 417.5898 256.0107 l B 419.1367 256.0898 m 419.0547 256.0107 l B 419.0547 256.0107 m 419.3809 256.0107 l B 419.3809 256.0898 m 419.1367 256.0898 l B 419.1367 256.0898 m 419.3809 256.0107 l 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418.9727 256.0898 m 418.8105 256.0107 l B 418.8105 256.0107 m 419.0547 256.0107 l B 420.8457 256.0107 m 420.4375 256.1689 l B 420.4375 256.1689 m 420.1934 256.1689 l B 428.4102 256.0107 m 425.7246 256.9014 l B 425.7246 256.9014 m 424.5039 256.7363 l B 411.7344 257.0664 m 408.5605 256.0107 l B 408.5605 256.0107 m 410.3516 256.0107 l B 419.7871 256.0898 m 419.3809 256.0898 l B 419.3809 256.0898 m 419.3809 256.0898 l B 419.3809 256.0898 m 418.9727 256.0898 l B 418.9727 256.0898 m 419.1367 256.0898 l B 420.0313 256.0898 m 419.3809 256.1689 l B 419.3809 256.1689 m 419.3809 256.0898 l B 419.3809 256.1689 m 418.7285 256.0898 l B 418.7285 256.0898 m 418.9727 256.0898 l B 420.1934 256.1689 m 419.3809 256.1689 l B 419.3809 256.1689 m 419.3809 256.1689 l B 419.3809 256.1689 m 418.5664 256.1689 l B 418.5664 256.1689 m 418.7285 256.0898 l B 419.3809 256.248 m 418.3223 256.1689 l B 418.3223 256.1689 m 418.5664 256.1689 l B 420.4375 256.1689 m 419.3809 256.248 l B 419.3809 256.248 m 419.3809 256.1689 l B 420.6016 256.1689 m 419.3809 256.248 l B 419.3809 256.248 m 419.3809 256.248 l B 419.3809 256.248 m 418.1602 256.1689 l B 418.1602 256.1689 m 418.3223 256.1689 l B 420.8457 256.248 m 419.3809 256.334 l B 419.3809 256.334 m 419.3809 256.248 l B 419.3809 256.334 m 417.916 256.248 l B 417.916 256.248 m 418.1602 256.1689 l B 419.3809 256.4922 m 416.8574 256.334 l B 416.8574 256.334 m 418.0781 256.1689 l B 421.9004 256.334 m 419.3809 256.4922 l B 419.3809 256.4922 m 419.3809 256.248 l B 421.0898 256.248 m 419.3809 256.334 l B 419.3809 256.334 m 419.3809 256.334 l B 419.3809 256.334 m 417.6719 256.248 l B 417.6719 256.248 m 417.916 256.248 l B 419.3809 628.002 m 406.8516 629.0605 l B 406.8516 629.0605 m 409.375 629.4658 l B 431.9063 629.0605 m 419.3809 628.002 l B 419.3809 628.002 m 419.3809 628.7334 l B 419.3809 256.7363 m 415.5586 256.5781 l B 415.5586 256.5781 m 416.8574 256.334 l B 423.2051 256.5781 m 419.3809 256.7363 l B 419.3809 256.7363 m 419.3809 256.4922 l B 424.5039 256.7363 m 419.3809 256.9805 l B 419.3809 256.9805 m 419.3809 256.7363 l B 419.3809 256.9805 m 414.2539 256.7363 l B 414.2539 256.7363 m 415.5586 256.5781 l B 419.3809 627.3516 m 404.332 628.5723 l B 404.332 628.5723 m 406.8516 629.0605 l B 434.4277 628.5723 m 419.3809 627.3516 l B 419.3809 627.3516 m 419.3809 628.002 l B 419.3809 257.2246 m 413.0332 256.9014 l B 413.0332 256.9014 m 414.2539 256.7363 l B 425.7246 256.9014 m 419.3809 257.2246 l B 419.3809 257.2246 m 419.3809 256.9805 l B 427.0273 257.0664 m 419.3809 257.4688 l B 419.3809 257.4688 m 419.3809 257.2246 l B 419.3809 257.4688 m 411.7344 257.0664 l B 411.7344 257.0664 m 413.0332 256.9014 l B 436.8672 628.084 m 419.3809 626.623 l B 419.3809 626.623 m 419.3809 627.3516 l B 419.3809 626.623 m 401.8906 628.084 l B 401.8906 628.084 m 404.332 628.5723 l B 428.3281 257.2246 m 419.3809 257.7129 l B 419.3809 257.7129 m 419.3809 257.4688 l B 419.3809 257.7129 m 410.4316 257.2246 l B 410.4316 257.2246 m 411.7344 257.0664 l B 419.3809 257.957 m 409.2148 257.3896 l B 409.2148 257.3896 m 410.4316 257.2246 l B 429.5488 257.3896 m 419.3809 257.957 l B 419.3809 257.957 m 419.3809 257.7129 l B 419.3809 625.9688 m 399.3711 627.5957 l B 399.3711 627.5957 m 401.8906 628.084 l B 439.3926 627.5957 m 419.3809 625.9688 l B 419.3809 625.9688 m 419.3809 626.623 l B 523.9863 598.1738 m 504.1387 598.5 l B 504.1387 598.5 m 467.6992 598.9063 l B 467.6992 598.9063 m 471.1133 338.2568 l B 471.1133 338.2568 m 471.0332 647.3457 l B 471.0332 647.3457 m 471.0332 647.3457 l B 471.0332 647.3457 m 471.0332 647.1016 l B 471.0332 647.1016 m 453.2988 478.377 l B 453.2988 478.377 m 423.1211 191.6377 l B 423.1211 191.6377 m 423.1211 191.8818 l B 423.1211 191.8818 m 419.2988 631.416 l B 419.2988 631.416 m 415.3965 177.9014 l B 415.3965 177.9014 m 413.5215 636.291 l B 413.5215 636.291 m 413.6055 312.249 l B 413.6055 312.249 m 419.3809 256.0107 l B 419.3809 256.0107 m 419.3809 256.0107 l B 523.9863 598.5 m 504.1387 598.5 l B 504.1387 598.5 m 467.2109 598.5 l B 467.2109 598.5 m 467.2109 338.2568 l B 467.2109 338.2568 m 467.2109 647.5078 l B 467.2109 647.5078 m 467.2109 647.5078 l B 467.2109 647.5078 m 467.2109 647.5078 l B 467.2109 647.5078 m 449.4766 478.7822 l B 449.4766 478.7822 m 419.2988 191.8018 l B 419.2988 191.8018 m 419.2988 191.8018 l B 419.2988 191.8018 m 419.2988 631.416 l B 419.2988 631.416 m 419.2168 177.9014 l B 419.2168 177.9014 m 419.2168 636.291 l B 419.2168 636.291 m 419.2988 312.249 l B 419.2988 312.249 m 419.3809 256.0107 l B 419.3809 256.0107 m 419.3809 256.0107 l B 523.9863 598.7441 m 504.1387 598.5 l B 504.1387 598.5 m 466.7227 598.0117 l B 466.7227 598.0117 m 463.3047 338.2568 l B 463.3047 338.2568 m 463.3867 647.752 l B 463.3867 647.752 m 463.3867 647.752 l B 463.3867 647.752 m 463.3867 647.916 l B 463.3867 647.916 m 445.7363 479.1094 l B 445.7363 479.1094 m 415.5586 191.9609 l B 415.5586 191.9609 m 415.5586 191.8018 l B 415.5586 191.8018 m 419.2988 631.416 l B 419.2988 631.416 m 423.0391 177.9014 l B 423.0391 177.9014 m 424.8301 636.291 l B 424.8301 636.291 m 424.9102 312.1699 l B 424.9102 312.1699 m 419.3809 256.0107 l B 419.3809 256.0107 m 419.3809 256.0107 l B 523.9863 610.7715 m 504.1387 611.0977 l B 504.1387 611.0977 m 479.3301 611.5039 l B 479.3301 611.5039 m 483.4766 338.8242 l B 483.4766 338.8242 m 471.1133 647.3457 l B 471.1133 647.3457 m 471.1133 647.3457 l B 471.1133 647.3457 m 471.0332 647.1016 l B 471.0332 647.1016 m 446.4668 478.459 l B 523.9863 611.0977 m 504.1387 611.0977 l B 504.1387 611.0977 m 479.0039 611.1777 l B 479.0039 611.1777 m 479.5742 338.7451 l B 479.5742 338.7451 m 467.2891 647.5078 l B 467.2891 647.5078 m 467.2891 647.5078 l B 467.2891 647.5078 m 467.2891 647.5078 l B 467.2891 647.5078 m 442.7266 478.8652 l B 523.9863 611.3418 m 504.1387 611.0977 l B 504.1387 611.0977 m 478.5977 610.8535 l B 478.5977 610.8535 m 475.668 338.666 l B 475.668 338.666 m 463.3867 647.752 l B 463.3867 647.752 m 463.3867 647.752 l B 463.3867 647.752 m 463.4668 647.916 l B 463.4668 647.916 m 438.9824 479.2705 l B 523.9863 610.7715 m 504.1387 611.0977 l B 504.1387 611.0977 m 481.1191 611.5039 l B 481.1191 611.5039 m 485.4297 338.501 l B 485.4297 338.501 m 471.0332 647.3457 l B 471.0332 647.3457 m 471.0332 647.3457 l B 471.0332 647.3457 m 471.0332 647.1016 l B 471.0332 647.1016 m 445.4922 479.6758 l B 523.9863 611.0977 m 504.1387 611.0977 l B 504.1387 611.0977 m 480.793 611.1777 l B 480.793 611.1777 m 481.5234 338.4219 l B 481.5234 338.4219 m 467.2109 647.5078 l B 467.2109 647.5078 m 467.2109 647.5078 l B 467.2109 647.5078 m 467.2109 647.5078 l B 467.2109 647.5078 m 441.75 480.082 l B 523.9863 611.3418 m 504.1387 611.0977 l B 504.1387 611.0977 m 480.5508 610.8535 l B 480.5508 610.8535 m 477.6211 338.3359 l B 477.6211 338.3359 m 463.3867 647.752 l B 463.3867 647.752 m 463.3867 647.752 l B 463.3867 647.752 m 463.3867 647.916 l B 463.3867 647.916 m 437.9277 480.4082 l B 523.9863 585.5781 m 504.1387 585.8223 l B 504.1387 585.8223 m 454.1934 586.3896 l B 454.1934 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647.3457 m 471.0332 647.1836 l B 471.0332 647.1836 m 460.0527 478.2148 l B 523.9863 585.9023 m 504.1387 585.8223 l B 504.1387 585.8223 m 455.4141 585.7402 l B 455.4141 585.7402 m 454.8477 338.4219 l B 454.8477 338.4219 m 467.2109 647.5078 l B 467.2109 647.5078 m 467.2109 647.5078 l B 467.2109 647.5078 m 467.2109 647.5078 l B 467.2109 647.5078 m 456.2285 478.6211 l B 523.9863 586.1465 m 504.1387 585.8223 l B 504.1387 585.8223 m 454.7637 585.0898 l B 454.7637 585.0898 m 451.0234 338.501 l B 451.0234 338.501 m 463.3867 647.752 l B 463.3867 647.752 m 463.3867 647.752 l B 463.3867 647.752 m 463.3867 647.916 l B 463.3867 647.916 m 452.4883 479.0264 l B 523.9863 598.5 m 504.1387 598.5 l B 504.1387 598.5 m 467.2891 598.5 l B 467.2891 598.5 m 467.5332 338.2568 l B 467.5332 338.2568 m 467.5332 647.4277 l B 467.5332 647.4277 m 467.5332 647.4277 l B 467.5332 647.4277 m 467.4551 647.1836 l B 467.4551 647.1836 m 449.7207 478.459 l B 449.7207 478.459 m 419.543 191.2344 l B 419.543 191.2344 m 419.543 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647.5898 m 466.9668 647.5898 l B 466.9668 647.5898 m 466.9668 647.834 l B 466.9668 647.834 m 449.2324 479.0264 l B 449.2324 479.0264 m 419.1367 192.3691 l B 419.1367 192.3691 m 419.1367 192.6934 l B 419.1367 192.6934 m 419.2988 631.416 l B 419.2988 631.416 m 419.3809 177.498 l B 419.3809 177.498 m 419.543 636.5352 l B 419.543 636.5352 m 419.625 312.9814 l B 419.625 312.9814 m 419.3809 256.0107 l B 419.3809 256.0107 m 419.3809 256.0107 l B 523.9863 611.0977 m 504.1387 611.0977 l B 504.1387 611.0977 m 479.0039 611.1777 l B 479.0039 611.1777 m 479.8184 338.5801 l B 479.8184 338.5801 m 467.5332 647.4277 l B 467.5332 647.4277 m 467.5332 647.4277 l B 467.5332 647.4277 m 467.4551 647.1836 l B 467.4551 647.1836 m 442.9707 478.5381 l B 523.9863 611.0977 m 504.1387 611.0977 l B 504.1387 611.0977 m 479.0039 611.1777 l B 479.0039 611.1777 m 479.5742 338.7451 l B 479.5742 338.7451 m 467.2891 647.5078 l B 467.2891 647.5078 m 467.2891 647.5078 l B 467.2891 647.5078 m 467.2891 647.5078 l B 467.2891 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647.0469 l B 166.1172 647.0469 m 166.1172 647.0469 l B 163.6792 647.126 m 166.1172 647.0469 l B 166.1172 647.0469 m 166.1172 647.0469 l B 166.1172 647.0469 m 168.6406 647.0469 l B 168.6406 647.0469 m 168.2319 647.0469 l B 166.1172 646.8818 m 168.5581 646.8027 l B 168.5581 646.8027 m 168.2319 646.8818 l B 163.7583 647.126 m 166.1172 646.8818 l B 166.1172 646.8818 m 166.1172 646.8818 l B 161.644 647.291 m 162.9468 647.126 l B 162.9468 647.126 m 163.5967 647.126 l B 169.2905 647.0469 m 170.6729 647.126 l B 170.6729 647.126 m 169.7788 647.2085 l B 166.1172 647.0469 m 168.2319 647.0469 l B 168.2319 647.0469 m 167.9082 647.126 l B 164.0024 647.126 m 166.1172 647.0469 l B 166.1172 647.0469 m 166.1172 647.126 l B 204.7563 600.8003 m 206.2207 597.7129 l B 206.2207 597.7129 m 203.2915 597.957 l B 194.5068 598.6069 m 196.46 601.3677 l B 196.46 601.3677 m 198.4126 599.7446 l B 166.1172 646.8818 m 168.2319 646.8818 l B 168.2319 646.8818 m 167.8262 646.8818 l B 164.085 647.126 m 166.1172 646.8818 l 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166.1172 647.126 l B 162.6206 647.291 m 163.6792 647.126 l B 163.6792 647.126 m 164.0024 647.126 l B 168.6406 647.0469 m 169.6172 647.2085 l B 169.6172 647.2085 m 169.1289 647.2085 l B 166.1172 646.9644 m 167.8262 646.8818 l B 167.8262 646.8818 m 167.4995 646.9644 l B 164.4082 647.126 m 166.1172 646.9644 l B 166.1172 646.9644 m 166.1172 647.0469 l B 162.7822 647.4526 m 163.7583 647.126 l B 163.7583 647.126 m 164.085 647.126 l B 168.5581 646.8027 m 169.5347 646.9644 l B 169.5347 646.9644 m 169.0464 646.9644 l B 163.1909 647.291 m 164.0024 647.126 l B 164.0024 647.126 m 164.4082 647.126 l B 168.2319 647.0469 m 169.1289 647.2085 l B 169.1289 647.2085 m 168.6406 647.2085 l B 200.5273 600.2329 m 202.5591 599.5005 l B 202.5591 599.5005 m 200.3623 598.2012 l B 198.4126 599.7446 m 200.5273 600.2329 l B 200.5273 600.2329 m 200.3623 598.2012 l B 163.27 647.4526 m 164.085 647.126 l B 164.085 647.126 m 164.4082 647.126 l B 168.2319 646.8818 m 169.0464 646.9644 l B 169.0464 646.9644 m 168.5581 647.0469 l B 164.7349 647.126 m 166.1172 647.126 l B 166.1172 647.126 m 166.1172 647.126 l B 166.1172 647.126 m 167.582 647.126 l B 167.582 647.126 m 167.1763 647.126 l B 166.1172 647.0469 m 167.4995 646.9644 l B 167.4995 646.9644 m 167.1763 647.0469 l B 164.7349 647.2085 m 166.1172 647.0469 l B 166.1172 647.0469 m 166.1172 647.0469 l B 163.4351 647.291 m 164.2466 647.126 l B 164.2466 647.126 m 164.8965 647.126 l B 183.1982 337.959 m 184.0132 337.959 l B 184.0132 337.959 m 181.249 337.959 l B 178.5635 337.959 m 179.3784 337.959 l B 179.3784 337.959 m 181.249 337.959 l B 168.0698 647.126 m 168.8022 647.2085 l B 168.8022 647.2085 m 167.9082 647.2085 l B 164.8965 647.126 m 166.1172 647.126 l B 166.1172 647.126 m 166.1172 647.2085 l B 166.1172 647.126 m 167.4204 647.126 l B 167.4204 647.126 m 166.7705 647.2085 l B 163.6792 647.2085 m 164.4082 647.126 l B 164.4082 647.126 m 164.7349 647.126 l B 167.9082 647.126 m 168.6406 647.2085 l B 168.6406 647.2085 m 168.1523 647.2085 l B 163.6792 647.3701 m 164.4082 647.126 l B 164.4082 647.126 m 164.7349 647.2085 l B 167.8262 646.8818 m 168.5581 647.0469 l B 168.5581 647.0469 m 168.0698 647.0469 l B 165.0615 647.2085 m 166.1172 647.126 l B 166.1172 647.126 m 166.1172 647.126 l B 166.1172 647.126 m 167.1763 647.126 l B 167.1763 647.126 m 166.8496 647.2085 l B 202.5591 599.5005 m 203.2915 597.957 l B 203.2915 597.957 m 200.3623 598.2012 l B 197.436 598.3628 m 198.4126 599.7446 l B 198.4126 599.7446 m 200.3623 598.2012 l B 166.1172 647.0469 m 167.1763 647.0469 l B 167.1763 647.0469 m 166.8496 647.126 l B 165.1406 647.2085 m 166.1172 647.0469 l B 166.1172 647.0469 m 166.1172 647.126 l B 164.1675 647.2085 m 164.7349 647.126 l B 164.7349 647.126 m 165.0615 647.2085 l B 167.582 647.126 m 168.1523 647.2085 l B 168.1523 647.2085 m 167.6641 647.2085 l B 164.1675 647.3701 m 164.7349 647.2085 l B 164.7349 647.2085 m 165.1406 647.2085 l B 167.4995 646.9644 m 168.0698 647.0469 l B 168.0698 647.0469 m 167.582 647.126 l B 164.3291 647.2085 m 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647.2085 l B 165.7939 647.2085 m 166.1172 647.2085 l B 166.4438 647.126 m 166.6055 647.2085 l B 166.6055 647.2085 m 166.1172 647.2085 l B 163.3525 647.6968 m 162.2939 647.5317 l B 162.2939 647.5317 m 162.7822 647.4526 l B 163.7583 647.6143 m 162.7822 647.4526 l B 162.7822 647.4526 m 163.27 647.4526 l B 164.085 647.6143 m 163.27 647.4526 l B 163.27 647.4526 m 163.6792 647.3701 l B 164.4082 647.5317 m 163.6792 647.3701 l B 163.6792 647.3701 m 164.1675 647.3701 l B 160.9941 647.5317 m 158.9585 647.291 l B 158.9585 647.291 m 159.856 647.291 l B 161.644 647.5317 m 159.856 647.291 l B 159.856 647.291 m 160.75 647.291 l B 164.7349 647.4526 m 164.1675 647.3701 l B 164.1675 647.3701 m 164.6523 647.291 l B 162.2939 647.4526 m 160.75 647.291 l B 160.75 647.291 m 161.644 647.291 l B 162.9468 647.4526 m 161.644 647.291 l B 161.644 647.291 m 162.5381 647.291 l B 165.1406 647.3701 m 164.6523 647.291 l B 164.6523 647.291 m 165.1406 647.291 l B 163.3525 647.3701 m 162.1323 647.291 l B 162.1323 647.291 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647.2085 l B 165.7939 647.2085 m 165.6289 647.2085 l B 165.6289 647.2085 m 166.1172 647.2085 l B 192.0659 337.959 m 188.8955 337.959 l B 188.8955 337.959 m 187.022 337.959 l B 175.5552 338.0391 m 173.1963 338.1211 l B 173.1963 338.1211 m 175.8784 338.0391 l B 179.3784 337.959 m 178.5635 337.959 l B 178.5635 337.959 m 181.249 337.959 l B 193.8569 594.2158 m 191.5776 598.7686 l B 191.5776 598.7686 m 194.5068 598.6069 l B 212.0762 597.3071 m 208.2529 591.6987 l B 208.2529 591.6987 m 206.2998 593.3218 l B 173.6021 338.1211 m 170.4287 338.2031 l B 170.4287 338.2031 m 173.1963 338.1211 l B 166.6055 647.2085 m 166.4438 647.2085 l B 166.4438 647.2085 m 166.1172 647.2085 l B 209.1475 597.5479 m 206.2998 593.3218 l B 206.2998 593.3218 m 204.3506 594.9482 l B 223.8701 596.4131 m 216.1436 585.2764 l B 216.1436 585.2764 m 214.1084 586.8198 l B 218.0146 596.8979 m 212.1592 588.4463 l B 212.1592 588.4463 m 210.2061 590.0728 l B 166.6055 647.2085 m 166.5264 647.2085 l B 166.5264 647.2085 m 166.1172 647.2085 l B 189.4629 591.6167 m 185.7222 599.2563 l B 185.7222 599.2563 m 188.6514 599.0127 l B 166.1172 647.2085 m 165.7939 647.2085 l B 165.7939 647.2085 m 166.1172 647.2085 l B 186.6987 337.877 m 185.0723 337.959 l B 185.0723 337.959 m 183.1982 337.959 l B 200.2832 596.0864 m 198.2476 596.8188 l B 198.2476 596.8188 m 200.3623 598.2012 l B 202.3975 596.5747 m 200.2832 596.0864 l B 200.2832 596.0864 m 200.3623 598.2012 l B 171.7319 338.2031 m 167.7437 338.2832 l B 167.7437 338.2832 m 170.4287 338.2031 l B 185.1514 589.0171 m 179.8667 599.6621 l B 179.8667 599.6621 m 182.793 599.4185 l B 203.2915 597.957 m 202.3975 596.5747 l B 202.3975 596.5747 m 200.3623 598.2012 l B 202.8857 338.1211 m 196.5391 338.2031 l B 196.5391 338.2031 m 194.6685 338.1211 l B 200.2007 338.0391 m 194.6685 338.1211 l B 194.6685 338.1211 m 192.7158 338.0391 l B 183.1982 337.959 m 181.249 337.959 l B 181.249 337.959 m 181.249 337.959 l B 165.9556 338.5273 m 159.6909 338.6094 l B 159.6909 338.6094 m 162.3765 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198.2476 596.8188 m 197.436 598.3628 l B 197.436 598.3628 m 200.3623 598.2012 l B 206.2207 597.7129 m 204.3506 594.9482 l B 204.3506 594.9482 m 202.3975 596.5747 l B 197.5156 337.959 m 192.7158 338.0391 l B 192.7158 338.0391 m 190.8452 337.959 l B 189.3804 337.877 m 187.022 337.959 l B 187.022 337.959 m 185.0723 337.959 l B 182.9575 587.6348 m 176.9375 599.9063 l B 176.9375 599.9063 m 179.8667 599.6621 l B 196.0508 595.519 m 194.5068 598.6069 l B 194.5068 598.6069 m 197.436 598.3628 l B 167.9082 338.4473 m 162.3765 338.5273 l B 162.3765 338.5273 m 165.0615 338.3652 l B 191.6602 592.916 m 188.6514 599.0127 l B 188.6514 599.0127 m 191.5776 598.7686 l B 166.4438 647.2085 m 166.1172 647.291 l B 166.1172 647.291 m 166.1172 647.2085 l B 166.1172 647.291 m 165.7939 647.291 l B 165.7939 647.291 m 166.1172 647.2085 l B 167.0938 647.2085 m 166.8496 647.2085 l B 166.8496 647.2085 m 166.5264 647.2085 l B 167.9082 647.2085 m 167.4204 647.291 l B 167.4204 647.291 m 166.7705 647.2085 l B 167.6641 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166.1172 647.4526 l B 166.1172 647.3701 m 164.4082 647.291 l B 164.4082 647.291 m 164.7349 647.291 l B 167.9082 647.291 m 166.1172 647.3701 l B 166.1172 647.3701 m 166.1172 647.291 l B 204.3506 594.9482 m 200.1182 594.0542 l B 200.1182 594.0542 m 200.2832 596.0864 l B 200.1182 594.0542 m 196.0508 595.519 l B 196.0508 595.519 m 198.2476 596.8188 l B 166.1172 647.5317 m 164.085 647.6143 l B 164.085 647.6143 m 164.4082 647.5317 l B 168.1523 647.291 m 166.1172 647.5317 l B 166.1172 647.5317 m 166.1172 647.4526 l B 166.1172 647.3701 m 164.0024 647.3701 l B 164.0024 647.3701 m 164.4082 647.291 l B 168.2319 647.291 m 166.1172 647.3701 l B 166.1172 647.3701 m 166.1172 647.3701 l B 166.1172 647.3701 m 163.5967 647.3701 l B 163.5967 647.3701 m 164.2466 647.3701 l B 185.0723 337.959 m 181.249 337.959 l B 181.249 337.959 m 181.249 337.959 l B 181.249 337.959 m 177.4253 338.0391 l B 177.4253 338.0391 m 179.3784 337.959 l B 168.6406 647.291 m 166.1172 647.3701 l B 166.1172 647.3701 m 166.1172 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478.4834 m 154.0796 478.4834 l B 155.5444 478.3184 m 154.9736 478.4834 l B 154.9736 478.4834 m 154.5679 478.4834 l B 156.1943 478.2393 m 155.4619 478.4834 l B 155.4619 478.4834 m 154.9736 478.4834 l B 156.8442 478.2393 m 155.8677 478.4834 l B 155.8677 478.4834 m 155.4619 478.4834 l B 157.415 478.1567 m 156.356 478.5625 l B 156.356 478.5625 m 155.8677 478.4834 l B 158.0649 478.0742 m 156.7651 478.5625 l B 156.7651 478.5625 m 156.356 478.5625 l B 158.7144 478.0742 m 157.2534 478.5625 l B 157.2534 478.5625 m 156.7651 478.5625 l B 153.5913 478.5625 m 152.6978 478.5625 l B 152.6978 478.5625 m 153.1855 478.4834 l B 154.5679 478.4834 m 153.5913 478.5625 l B 153.5913 478.5625 m 153.5913 478.4834 l B 153.5913 478.645 m 152.2886 478.645 l B 152.2886 478.645 m 152.6978 478.5625 l B 154.9736 478.4834 m 153.5913 478.645 l B 153.5913 478.645 m 153.5913 478.5625 l B 153.5913 478.7275 m 151.8037 478.7275 l B 151.8037 478.7275 m 152.2886 478.645 l B 155.4619 478.4834 m 153.5913 478.7275 l B 153.5913 478.7275 m 153.5913 478.645 l B 153.5913 478.8066 m 151.3945 478.8066 l B 151.3945 478.8066 m 151.8037 478.7275 l B 235.3398 631.1167 m 254.9443 627.2964 l B 254.9443 627.2964 m 252.5039 627.7847 l B 215.6553 635.0156 m 235.3398 631.1167 l B 235.3398 631.1167 m 235.3398 631.1167 l B 155.8677 478.4834 m 153.5913 478.8066 l B 153.5913 478.8066 m 153.5913 478.7275 l B 153.5913 478.8066 m 150.9063 478.8892 l B 150.9063 478.8892 m 151.3945 478.8066 l B 156.356 478.5625 m 153.5913 478.8066 l B 153.5913 478.8066 m 153.5913 478.8066 l B 153.5913 478.8892 m 150.5005 478.9683 l B 150.5005 478.9683 m 150.9063 478.8892 l B 156.7651 478.5625 m 153.5913 478.8892 l B 153.5913 478.8892 m 153.5913 478.8066 l B 153.5913 478.9683 m 150.0122 479.0508 l B 150.0122 479.0508 m 150.5005 478.9683 l B 157.2534 478.5625 m 153.5913 478.9683 l B 153.5913 478.9683 m 153.5913 478.8892 l B 218.1758 634.5308 m 235.3398 631.1167 l B 235.3398 631.1167 m 235.3398 631.1167 l B 235.3398 631.1167 m 252.5039 627.7847 l B 252.5039 627.7847 m 250.0625 628.2695 l B 220.6172 634.0425 m 235.3398 631.1167 l B 235.3398 631.1167 m 235.3398 631.1167 l B 235.3398 631.1167 m 250.0625 628.2695 l B 250.0625 628.2695 m 247.625 628.7578 l B 207.5205 636.6421 m 215.6553 635.0156 l B 215.6553 635.0156 m 218.1758 634.5308 l B 254.9443 627.2964 m 263.1592 625.6704 l B 263.1592 625.6704 m 259.6621 626.3203 l B 235.3398 631.1167 m 247.625 628.7578 l B 247.625 628.7578 m 245.1836 629.1636 l B 223.0586 633.5547 m 235.3398 631.1167 l B 235.3398 631.1167 m 235.3398 631.1167 l B 211.0176 635.9097 m 218.1758 634.5308 l B 218.1758 634.5308 m 220.6172 634.0425 l B 252.5039 627.7847 m 259.6621 626.3203 l B 259.6621 626.3203 m 256.165 627.0527 l B 214.5176 635.2598 m 220.6172 634.0425 l B 220.6172 634.0425 m 223.0586 633.5547 l B 250.0625 628.2695 m 256.165 627.0527 l B 256.165 627.0527 m 252.665 627.7021 l B 243.3135 255.7109 m 253.3975 257.0898 l B 253.3975 257.0898 m 252.0977 256.9277 l B 233.1426 254.4063 m 243.3135 255.7109 l B 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646.8818 l B 165.7939 646.8818 m 145.3774 477.9126 l B 212.9707 585.6025 m 213.0527 585.52 l B 213.0527 585.52 m 213.1357 585.438 l B 213.1357 585.438 m 195.645 338.1211 l B 195.645 338.1211 m 166.0381 647.2085 l B 166.0381 647.2085 m 166.0381 647.2085 l B 166.0381 647.2085 m 166.0381 647.2085 l B 166.0381 647.2085 m 145.7007 478.3184 l B 212.9707 585.8467 m 213.0527 585.52 l B 213.0527 585.52 m 213.1357 584.7881 l B 213.1357 584.7881 m 195.8892 338.2031 l B 195.8892 338.2031 m 166.3613 647.4526 l B 166.3613 647.4526 m 166.3613 647.4526 l B 166.3613 647.4526 m 166.3613 647.6143 l B 166.3613 647.6143 m 145.9448 478.7275 l B 200.1182 598.2012 m 200.3623 598.2012 l B 200.3623 598.2012 m 200.8506 598.2012 l B 200.8506 598.2012 m 185.1514 337.959 l B 185.1514 337.959 m 169.9404 647.126 l B 169.9404 647.126 m 169.9404 647.126 l B 169.9404 647.126 m 169.9404 646.8818 l B 169.9404 646.8818 m 157.415 478.1567 l B 157.415 478.1567 m 136.1045 190.9336 l B 136.1045 190.9336 m 136.022 190.6895 l B 136.022 190.6895 m 235.3398 631.1167 l B 235.3398 631.1167 m 158.2266 178.0098 l B 158.2266 178.0098 m 186.6162 635.8306 l B 186.6162 635.8306 m 230.1338 311.2188 l B 230.1338 311.2188 m 243.3135 255.7109 l B 243.3135 255.7109 m 243.3135 255.7109 l B 200.3623 598.2012 m 200.3623 598.2012 l B 200.3623 598.2012 m 200.3623 598.2012 l B 200.3623 598.2012 m 181.249 337.959 l B 181.249 337.959 m 166.1172 647.2085 l B 166.1172 647.2085 m 166.1172 647.2085 l B 166.1172 647.2085 m 166.1172 647.2085 l B 166.1172 647.2085 m 153.6738 478.4834 l B 153.6738 478.4834 m 132.4429 191.502 l B 132.4429 191.502 m 132.4429 191.502 l B 132.4429 191.502 m 235.3398 631.1167 l B 235.3398 631.1167 m 161.9707 177.6035 l B 161.9707 177.6035 m 192.2305 635.9922 l B 192.2305 635.9922 m 235.666 311.9512 l B 235.666 311.9512 m 243.3135 255.7109 l B 243.3135 255.7109 m 243.3135 255.7109 l B 200.689 598.2012 m 200.3623 598.2012 l B 200.3623 598.2012 m 199.9565 598.2012 l B 199.9565 598.2012 m 177.4253 338.0391 l B 177.4253 338.0391 m 162.2939 647.291 l B 162.2939 647.291 m 162.2939 647.291 l B 162.2939 647.291 m 162.2939 647.5317 l B 162.2939 647.5317 m 149.8506 478.7275 l B 149.8506 478.7275 m 128.7017 192.0684 l B 128.7017 192.0684 m 128.7813 192.3965 l B 128.7813 192.3965 m 235.3398 631.1167 l B 235.3398 631.1167 m 165.7939 177.1973 l B 165.7939 177.1973 m 197.8418 636.2363 l B 197.8418 636.2363 m 241.1982 312.6816 l B 241.1982 312.6816 m 243.2305 255.7109 l B 243.2305 255.7109 m 243.2305 255.7109 l B 187.5103 610.7959 m 187.7544 610.7959 l B 187.7544 610.7959 m 187.998 610.8784 l B 187.998 610.8784 m 170.8345 338.2832 l B 170.8345 338.2832 m 169.9404 647.126 l B 169.9404 647.126 m 169.9404 647.126 l B 169.9404 647.126 m 169.9404 646.8818 l B 169.9404 646.8818 m 165.3057 478.2393 l B 187.7544 610.7959 m 187.7544 610.7959 l B 187.7544 610.7959 m 187.6748 610.8784 l B 187.6748 610.8784 m 166.9321 338.4473 l B 166.9321 338.4473 m 166.1172 647.2085 l B 166.1172 647.2085 m 166.1172 647.2085 l B 166.1172 647.2085 m 166.1172 647.2085 l B 166.1172 647.2085 m 161.4824 478.5625 l B 188.0806 610.7959 m 187.7544 610.7959 l B 187.7544 610.7959 m 187.3486 610.8784 l B 187.3486 610.8784 m 163.1084 338.6094 l B 163.1084 338.6094 m 162.2939 647.291 l B 162.2939 647.291 m 162.2939 647.291 l B 162.2939 647.291 m 162.2939 647.5317 l B 162.2939 647.5317 m 157.7412 478.8892 l B 212.7266 610.7959 m 213.0527 610.7959 l B 213.0527 610.7959 m 213.3799 610.8784 l B 213.3799 610.8784 m 197.5156 338.1211 l B 197.5156 338.1211 m 169.9404 647.126 l B 169.9404 647.126 m 169.9404 647.126 l B 169.9404 647.126 m 169.8613 646.8818 l B 169.8613 646.8818 m 150.583 479.4565 l B 212.9707 610.7959 m 213.0527 610.7959 l B 213.0527 610.7959 m 213.1357 610.8784 l B 213.1357 610.8784 m 193.6919 338.1211 l B 193.6919 338.1211 m 166.0381 647.2085 l B 166.0381 647.2085 m 166.0381 647.2085 l B 166.0381 647.2085 m 166.0381 647.2085 l B 166.0381 647.2085 m 146.7598 479.7827 l B 213.2969 610.7959 m 213.0527 610.7959 l B 213.0527 610.7959 m 212.8086 610.8784 l B 212.8086 610.8784 m 189.7896 338.0391 l B 189.7896 338.0391 m 162.2148 647.291 l B 162.2148 647.291 m 162.2148 647.291 l B 162.2148 647.291 m 162.2939 647.5317 l B 162.2939 647.5317 m 143.0156 480.0269 l B 187.5103 585.6025 m 187.7544 585.52 l B 187.7544 585.52 m 188.3247 585.438 l B 188.3247 585.438 m 172.7876 338.2832 l B 172.7876 338.2832 m 169.9404 647.126 l B 169.9404 647.126 m 169.9404 647.126 l B 169.9404 647.126 m 169.9404 646.8818 l B 169.9404 646.8818 m 164.1675 476.8569 l B 187.7544 585.6025 m 187.7544 585.52 l B 187.7544 585.52 m 187.5923 585.438 l B 187.5923 585.438 m 168.9639 338.4473 l B 168.9639 338.4473 m 166.1172 647.2085 l B 166.1172 647.2085 m 166.1172 647.2085 l B 166.1172 647.2085 m 166.1172 647.2085 l B 166.1172 647.2085 m 160.4233 477.1011 l B 188.0806 585.6025 m 187.7544 585.52 l B 187.7544 585.52 m 186.9429 585.438 l B 186.9429 585.438 m 165.0615 338.5273 l B 165.0615 338.5273 m 162.2939 647.291 l B 162.2939 647.291 m 162.2939 647.291 l B 162.2939 647.291 m 162.2939 647.5317 l B 162.2939 647.5317 m 156.6001 477.4243 l B 212.7266 585.6025 m 213.0527 585.52 l B 213.0527 585.52 m 213.7852 585.438 l B 213.7852 585.438 m 199.4683 338.1211 l B 199.4683 338.1211 m 169.8613 647.126 l B 169.8613 647.126 m 169.8613 647.126 l B 169.8613 647.126 m 169.8613 646.8818 l B 169.8613 646.8818 m 149.4414 477.9951 l B 212.9707 585.6025 m 213.0527 585.52 l B 213.0527 585.52 m 213.1357 585.438 l B 213.1357 585.438 m 195.645 338.1211 l B 195.645 338.1211 m 166.0381 647.2085 l B 166.0381 647.2085 m 166.0381 647.2085 l B 166.0381 647.2085 m 166.0381 647.2085 l B 166.0381 647.2085 m 145.7007 478.3184 l B 213.2969 585.6025 m 213.0527 585.52 l B 213.0527 585.52 m 212.5645 585.438 l B 212.5645 585.438 m 191.7427 338.0391 l B 191.7427 338.0391 m 162.2148 647.291 l B 162.2148 647.291 m 162.2148 647.291 l B 162.2148 647.291 m 162.2939 647.5317 l B 162.2939 647.5317 m 141.8774 478.645 l B 1 w 286.7998 97.502 m 114 97.502 L 114 716.7026 L 286.7998 716.7026 L 286.7998 97.502 L s 264.3057 625.8271 m 207.7012 636.4893 L 221.0283 707.2451 L 277.6328 696.583 L 264.3057 625.8271 L s u 283.168 142.6875 m 233.1855 136.2148 L 206.8311 339.7148 L 256.8135 346.1895 L 283.168 142.6875 L s 230 311.4531 m 241 312.7031 l S U u 1 O 0 0 0 1 k 0 w 413.0332 312.249 m 412.1406 312.249 l 426.6191 312.249 l 424.5039 312.9023 l B 1 w 446 138.2998 m 392 138.2998 L 392 343.5 L 446 343.5 L 446 138.2998 L s U 452.3994 624.1665 m 387.5996 624.1665 L 387.5996 696.1665 L 452.3994 696.1665 L 452.3994 624.1665 L s 0 To 1 0 0 1 47.334 745.7021 0 Tp TP 0 Tr 0 O 0 0 0 1 k 4 M /_Helvetica 12 Tf 0 Ts 100 Tz 0 Tt 1 TA 0 0 5 TC 100 100 200 TW 0 0 0 Ti 0 Ta 0 Tq 0 0 Tl 0 Tc 0 Tw (Membr) Tx 1 10 Tk (ane\r) Tx 1 0 Tk 0 -14.5 Td (Mirror) Tx 1 0 Tk (\r) TX TO 309 8587 m 309 -7796 L (N) * 0 To 1 0 0 1 38 149 0 Tp TP 0 Tr 0 O 0 0 0 1 k (Lenslet\r) Tx 1 0 Tk 0 -14.5 Td (Assemb) Tx 1 20 Tk (ly) Tx 1 0 Tk (\r) TX TO 0 To 1 0 0 1 49 658 0 Tp TP 0 Tr (Steer) Tx 1 -15 Tk (ing\r) Tx 1 0 Tk 0 -14.5 Td (Mirror) Tx 1 0 Tk (\r) TX TO 0 To 1 0 0 1 49 479.5 0 Tp TP 0 Tr (Baffle) Tx 1 0 Tk (\r) TX TO 0 To 1 0 0 1 37 373 0 Tp TP 0 Tr (Place f) Tx 1 30 Tk (or\r) Tx 1 0 Tk 0 -14.5 Td (ADC and\r) Tx 1 0 Tk 0 -14.5 Td (filters) Tx 1 0 Tk (\r) TX TO u 96 736 m 212 696 l F 217.7056 694.0327 m 214.6772 693.9624 210.7603 693.4111 208.0752 692.3237 c 211.2515 696.2583 l 211.1753 701.314 l 212.6191 698.8027 215.3643 695.9541 217.7056 694.0327 c f U u 96 650 m 150.377 649 l F 156.0342 648.896 m 153.3555 647.8916 150.0229 646.1543 147.9458 644.2891 c 149.6343 649.0137 l 148.0996 653.7974 l 150.1157 651.8569 153.3892 649.998 156.0342 648.896 c f U u 88 483 m 135 481 l F 141.0298 480.7432 m 138.1475 479.8115 134.5508 478.165 132.2886 476.3564 c 134.2085 481.0337 l 132.6929 485.8574 l 134.7935 483.8628 138.2373 481.9165 141.0298 480.7432 c f U 0 To 1 0 0 1 95 342.1484 0 Tp TP 0 Tr /_Helvetica 76.6582 Tf 46.9617 Tz ({) Tx 1 0 Tk (\r) Tx 1 0 Tk TO u 94 146 m 223 187 l F 228.7515 188.8281 m 226.3643 186.9639 223.5508 184.1826 222.0464 181.708 c 222.2451 186.7598 l 219.166 190.7705 l 221.8237 189.6182 225.7261 188.9717 228.7515 188.8281 c f U 0 To 1 0 0 1 196 59 0 Tp TP 0 Tr /_Helvetica 24 Tf 100 Tz (IR) Tx 1 30 Tk (TF ) Tx 1 40 Tk (W) Tx 1 40 Tk (a) Tx 1 20 Tk (v) Tx 1 25 Tk (efront Sensor) Tx 1 0 Tk (\r) TX TO %%PageTrailer gsave annotatepage grestore showpage %%Trailer Adobe_Illustrator_AI3 /terminate get exec Adobe_pattern_AI3 /terminate get exec Adobe_typography_AI3 /terminate get exec Adobe_customcolor /terminate get exec Adobe_cshow /terminate get exec Adobe_packedarray /terminate get exec %%EOF --------------20CCA7308545439504E71B26-- From - Mon Jun 05 11:37:28 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <393C1D7E.1F801D36@mtwilson.edu> Date: Mon, 05 Jun 2000 11:37:02 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.7 [en] (WinNT; I) X-Accept-Language: en MIME-Version: 1.0 To: Buzz Graves , toomey@ifa.hawaii.edu, doc@ifa.hawaii.edu, mal@laplacian.com Subject: Re: IRTF WFS References: <39072DEF.156584A9@mtwilson.edu> <39381BF6.9D874FC3@mtwilson.edu> <39387506.B10D749A@mtwilson.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Buzz, The monolithic biconic is a fancy name for a part which is mostly sphere with a little cylinder. I picked it because it was the cheapest asphere you can get. When you get a glasses prescription, it is for a sphere with some cylinder. For example, mine have -5 diopters (-200 mm fl) of sphere with about a diopter (1000 mm fl) of cylinder, on a specified axis not far from vertical. My guess is that you could order a pair of glasses with the right prescription, remove and aluminize the lenses and have a part and a spare. A professional optiker would probably just polish a sphere while using a tilted plate as a null corrector. It's a piece of cake. For the astigmatizer(tm), it's just a question of desired range. I'll run some numbers. The only complication is the image rotator. The astigmatizer would have to have two degrees of freedom to do the slit thing, a tilt for magnitude and a spin around the axis for attitude. If your WFS likes to run at null as much as you describe, a two degree of freedom motorized astigmatism creator/nuller might be handy for this application. It would give you diffraction limited imaging along the slit, and optimal fill across the slit. And the fill across the slit could be varied, to accommodate different wavelength bands or seeing. And the biconic becomes a sphere. I proposed such a thing for mating NIRSPEC, a non-AO Keck instrument, to the Keck AO, but the decision was to just throw together an ordinary focal reducer, as NIRC2, designed for AO, was coming up in a year or so. Here's yet another reason for not doing the astigmatism in WFS offsets -- think of what it would do to psf stability, particularly on faint objects. I don't know what your experience has been with curvature systems, but on SH systems, putting any significant offsets into the WFS hurts the limiting magnitude, and gives you a spot that changes ellipticity with seeing changes, particularly wind speed changes. Chris Buzz Graves wrote: > I was able to get this last file into Zemax OK. Any idea how tough > or expensive it is to do a monolithic biconic? If you are going > to use a warping device, it should have nearly the expansion coef. of > the glass so it doesn't become a thermometer. I didn't look at the > other solution using a glass block as yet. Historical note, in the > past we talked with Rayner about such advice to introduce astig just > to filled his slit. KSPEC doesn't have a small enough slit at the > diffraction in J-H. He proposed to defocus the image just to fill > the slit properly. Any thoughts on how this optical arrangement will > cojugate the foci, WFS to science detector? From - Mon Jun 05 09:30:57 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id MAA00663 for ; Mon, 5 Jun 2000 12:08:42 -0700 (PDT) Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id JAA06052 for ; Mon, 5 Jun 2000 09:07:25 -1000 (HST) Received: from [128.171.163.103] (lightyear [128.171.163.103]) by hubble.ifa.hawaii.edu (8.9.3+Sun/8.9.1) with ESMTP id JAA04913 for ; Mon, 5 Jun 2000 09:07:24 -1000 (HST) Mime-Version: 1.0 Message-Id: In-Reply-To: <39387506.B10D749A@mtwilson.edu> References: <39072DEF.156584A9@mtwilson.edu> <39381BF6.9D874FC3@mtwilson.edu> <39387506.B10D749A@mtwilson.edu> Date: Mon, 5 Jun 2000 09:10:26 -1000 To: shelton@mtwilson.edu From: Buzz Graves Subject: Re: IRTF WFS Content-Type: text/plain; charset="us-ascii" ; format="flowed" X-Mozilla-Status: 8013 X-Mozilla-Status2: 00000000 X-UIDL: Chris, I was able to get this last file into Zemax OK. Any idea how tough or expensive it is to do a monolithic biconic? If you are going to use a warping device, it should have nearly the expansion coef. of the glass so it doesn't become a thermometer. I didn't look at the other solution using a glass block as yet. Historical note, in the past we talked with Rayner about such advice to introduce astig just to filled his slit. KSPEC doesn't have a small enough slit at the diffraction in J-H. He proposed to defocus the image just to fill the slit properly. Any thoughts on how this optical arrangement will cojugate the foci, WFS to science detector? I saw your email to Jeff and his response. We should know this week about the new IfA director, I am told, and there by the stage for a bunch of stuff. Would still like to get you to Manoa for a visit. This week we are in town, but next week we are at Gemini telescope, monday thru wednesday, Jun 12-14. Buzz From - Wed Aug 02 09:09:55 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <398847D1.1084D8C4@mtwilson.edu> Date: Wed, 02 Aug 2000 09:09:53 -0700 From: Chris Shelton X-Mailer: Mozilla 4.73 [en] (Win98; U) X-Accept-Language: en MIME-Version: 1.0 To: Douglas Toomey Subject: Re: stuff References: <021b01bffc24$8f644a80$3a4cab80@ifa.hawaii.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Doug, The IRTF sphere with a little cylinder has 1620 1640.8 mm radius on the two axes 810 820.4 mm focal length 1.235 1.219 diopter power (eyeglass style prescription) 0.0156 diopter cylinder (eyeglass style prescription) Its diameter can be 2.00 inch. The clear aperture needed is 22 mm for a 10 arcsec working space (the WFS field stop is about 5 arcsec, coming *after* this part), and 30 mm diam for a 20 arcsec working space. Don't know how big Mars is, but here is a place you can leave room for a big guide object. The x and y axes can be anywhere on the round part, but should be clearly marked. They are right angles to each other, of course. Tolerances The focal lengths should be +/- 0.5%, except the difference in x and y focal lengths should be 10.4 +/- 2 mm. Igis file to come... Cheers, Chris > Douglas Toomey wrote: > > Hi, > > for the IRTF: > > I need the prescription of the mirror that has a little > cylinder in it so I can talk to vendors. > > > For NICI: > > Can you send the igis file of the optics to Jeff at: > (if the WFS is not finished please send the relay so he can get started.) > > douglass@ifa.hawaii.edu > > > Aloha, > > Doug > > > > From - Tue Aug 01 21:32:29 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <3987A45C.63C6E336@mtwilson.edu> Date: Tue, 01 Aug 2000 21:32:28 -0700 From: Chris Shelton X-Mailer: Mozilla 4.73 [en] (Win98; U) X-Accept-Language: en MIME-Version: 1.0 To: Douglas Toomey Subject: Re: stuff References: <021b01bffc24$8f644a80$3a4cab80@ifa.hawaii.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Doug, Will do tomorrow. Should have it before you all start work. Chris > Douglas Toomey wrote: > > Hi, > > for the IRTF: > > I need the prescription of the mirror that has a little > cylinder in it so I can talk to vendors. > > > For NICI: > > Can you send the igis file of the optics to Jeff at: > (if the WFS is not finished please send the relay so he can get > started.) > > douglass@ifa.hawaii.edu > > > Aloha, > > Doug > > > > From - Tue Aug 01 20:31:59 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id SAA01182 for ; Tue, 1 Aug 2000 18:54:46 -0700 (PDT) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id PAA22834 for ; Tue, 1 Aug 2000 15:53:27 -1000 (HST) Received: from Mana (mana [128.171.76.58]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id PAA04555 for ; Tue, 1 Aug 2000 15:53:24 -1000 (HST) Message-ID: <021b01bffc24$8f644a80$3a4cab80@ifa.hawaii.edu> From: "Douglas Toomey" To: Subject: stuff Date: Tue, 1 Aug 2000 15:54:13 -1000 MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="----=_NextPart_000_0218_01BFFBD0.BD08C0A0" X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2615.200 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2615.200 X-Mozilla-Status: 8003 X-Mozilla-Status2: 00000000 X-UIDL: <021b01bffc24$8f644a80$3a4cab80@ifa.hawaii.edu> This is a multi-part message in MIME format. ------=_NextPart_000_0218_01BFFBD0.BD08C0A0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi, for the IRTF: I need the prescription of the mirror that has a little cylinder in it so I can talk to vendors. For NICI: Can you send the igis file of the optics to Jeff at: (if the WFS is not finished please send the relay so he can get = started.) douglass@ifa.hawaii.edu Aloha, Doug ------=_NextPart_000_0218_01BFFBD0.BD08C0A0 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable
Hi,
 
for the IRTF:
 
 I need the prescription of the = mirror that=20 has a little
cylinder in it so I can talk to=20 vendors.
 
 
For NICI:
 
Can you send the igis file of the = optics to Jeff=20 at:
(if the WFS is not finished please send = the relay=20 so he can get started.)
 
douglass@ifa.hawaii.edu
 
 
Aloha,
 
Doug
 
 
 
 
------=_NextPart_000_0218_01BFFBD0.BD08C0A0-- From - Wed Aug 02 13:19:34 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id MAA00665 for ; Wed, 2 Aug 2000 12:29:21 -0700 (PDT) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.76.21]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id JAA29325 for ; Wed, 2 Aug 2000 09:28:06 -1000 (HST) Received: from Mana (mana [128.171.76.58]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id JAA07672 for ; Wed, 2 Aug 2000 09:28:05 -1000 (HST) Message-ID: <025301bffcb7$e2fb54c0$3a4cab80@ifa.hawaii.edu> From: "Douglas Toomey" To: "Chris Shelton" References: <021b01bffc24$8f644a80$3a4cab80@ifa.hawaii.edu> <398847D1.1084D8C4@mtwilson.edu> Subject: Re: stuff Date: Wed, 2 Aug 2000 09:28:50 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2615.200 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2615.200 X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 X-UIDL: <025301bffcb7$e2fb54c0$3a4cab80@ifa.hawaii.edu> thanks for the stuff. Doug From - Thu Aug 17 14:21:31 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id OAA00598 for ; Thu, 17 Aug 2000 14:40:10 -0700 (PDT) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.168.201]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id LAA14562 for ; Thu, 17 Aug 2000 11:38:55 -1000 (HST) Received: from Mana (mana [128.171.168.214]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id LAA04547 for ; Thu, 17 Aug 2000 11:38:54 -1000 (HST) Message-ID: <028201c00893$a62dad80$d6a8ab80@ifa.hawaii.edu> From: "Douglas Toomey" To: "Chris Shelton" Subject: reminders Date: Thu, 17 Aug 2000 11:39:40 -1000 MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="----=_NextPart_000_027F_01C0083F.D4248960" X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2615.200 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2615.200 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 X-UIDL: <028201c00893$a62dad80$d6a8ab80@ifa.hawaii.edu> This is a multi-part message in MIME format. ------=_NextPart_000_027F_01C0083F.D4248960 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi, for the IRTf wfs we need updated igis file with full set of beams through to the steering mirror. list of beam and mirror sizes. tilt plate Doug ------=_NextPart_000_027F_01C0083F.D4248960 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable
Hi,
 
for the IRTf wfs we need
 
updated igis file with full set of = beams=20 through to the steering mirror.
 
list of beam and mirror = sizes.
 
tilt plate
 
 
Doug
 
 
 
 
 
------=_NextPart_000_027F_01C0083F.D4248960-- From - Thu Aug 17 14:21:37 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id OAA00615 for ; Thu, 17 Aug 2000 14:45:15 -0700 (PDT) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.168.201]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id LAA14581 for ; Thu, 17 Aug 2000 11:44:00 -1000 (HST) Received: from Mana (mana [128.171.168.214]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id LAA04655 for ; Thu, 17 Aug 2000 11:44:00 -1000 (HST) Message-ID: <02a301c00894$5befd440$d6a8ab80@ifa.hawaii.edu> From: "Douglas Toomey" To: "Chris Shelton" Subject: Fw: Wfs raytrace manipulation Date: Thu, 17 Aug 2000 11:44:45 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2615.200 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2615.200 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 X-UIDL: <02a301c00894$5befd440$d6a8ab80@ifa.hawaii.edu> ----- Original Message ----- From: Vern Stahlberger To: Toomey Doug Cc: Vern Stahlberger Sent: Monday, August 14, 2000 3:15 PM Subject: Wfs raytrace manipulation > The raytrace was modified in order to get the stiffening rib > cleared from the breadboard that we are planning to use. > > The moves were as follows: > > a) The part of the raytrace from the Dichroic to the first 45 degree > flat was left unchanged, except that the flat itself was moved away > from the Dichroic (in SpeX) by 1 1/2 inch. > b) The remainder of the raytrace was then moved in the -z direction by > 1 1/2 inch, that is, toward the telescope. > > I will try to see if this provides adequate amounts of clearance for the > various > optical mounts. > > Vern > > > > From - Mon Aug 21 15:23:49 2000 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Message-ID: <39A1D60D.191FFDE9@mtwilson.edu> Date: Mon, 21 Aug 2000 15:23:25 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.73 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 To: toomey@ifa.hawaii.edu, vern@ifa.hawaii.edu Subject: IRTF igs and pdf files Content-Type: multipart/mixed; boundary="------------E4F48125610A5731EF0CD0C3" This is a multi-part message in MIME format. --------------E4F48125610A5731EF0CD0C3 Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Doug, Vern, Here are wfs2000may30.igs wfs2000may30new.igs IRTF_diag_mirror.pdf wfs2000aug21.igs The may30 and may30new files are .igs files exported from wfs2000may30.zmx, starting at surface 17. The zemax file *does* have all rays in the field. The may30 igs file was the original one I sent on June 2, while the may30new igs file I just now exported. The files compare as identical, but I have no way to view them to see if the rays are indeed there. Please let me know what you see. If the full set of rays are not there, then I need to dig into the export option on zemax. The .pdf file is a blowup of the pinch point at the diagonal mirror in the wavefront sensor. The diagonal mirror is shown as a rectangular part 51.6 x 73.2 mm. This is the smallest rectangular part that passes all rays. The size includes nothing for polishing or mounting margin, and is just meant to help see how much clearance there is at the tight place. The mirror has been moved 1.5 inch from the may30 design, but not the 2.5 inches you just mentioned on the phone, which I believe causes an interference. The last file, wfs2000aug21.igs, is the same design as may30, except the WFS diagonal mirror has been moved 1.5 inch downstream, and turned into the rectangular part just described. Still to come are part sizes and a conclusion to our discussion about an astigmatism adjuster/corrector. Please let me know if there is anything else I can do. 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IRTF_diag_mirror.pdf wfs2000aug21.igs The may30 and may30new files are .igs files exported from wfs2000may30.zmx, starting at surface 17. The zemax file *does* have all rays in the field. The may30 igs file was the original one I sent on June 2, while the may30new igs file I just now exported. The files compare as identical, but I have no way to view them to see if the rays are indeed there. Please let me know what you see. If the full set of rays are not there, then I need to dig into the export option on zemax. The .pdf file is a blowup of the pinch point at the diagonal mirror in the wavefront sensor. The diagonal mirror is shown as a rectangular part 51.6 x 73.2 mm. This is the smallest rectangular part that passes all rays. The size includes nothing for polishing or mounting margin, and is just meant to help see how much clearance there is at the tight place. The mirror has been moved 1.5 inch from the may30 design, but not the 2.5 inches you just mentioned on the phone, which I believe causes an interference. The last file, wfs2000aug21.igs, is the same design as may30, except the WFS diagonal mirror has been moved 1.5 inch downstream, and turned into the rectangular part just described. Still to come are part sizes and a conclusion to our discussion about an astigmatism adjuster/corrector. Please let me know if there is anything else I can do. 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Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Doug, Vern, Let's try this again. I got myself an IGES viewer (from UK, www.imtechdesign.com) and discovered that you get all the rays if a button called "Delete Vignetted Rays" is turned off on the Zemax IGES file export dialogue. The rays in question are not vignetted or close to it, but that's what makes the IGES file work. Cheers, Chris douglas toomey wrote: > > Hi, > > The igis file still only has the central ray. 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631P0000906 110,-2.126964526E+001,2.682045326E+001,1.896663224E+003, 633P0000907 -2.128156588E+001,2.676710967E+001,1.901663224E+003; 633P0000908 110,-2.128156588E+001,2.676710967E+001,1.901663224E+003, 635P0000909 -2.146149572E+001,2.596194154E+001,1.977133224E+003; 635P0000910 110,-2.146149572E+001,2.596194154E+001,1.977133224E+003, 637P0000911 -2.160454316E+001,2.532181848E+001,2.037133224E+003; 637P0000912 110,-2.160454316E+001,2.532181848E+001,2.037133224E+003, 639P0000913 -2.165919381E+001,2.507726226E+001,2.060055962E+003; 639P0000914 110,-2.165919381E+001,2.507726226E+001,2.060055962E+003, 641P0000915 -2.220141044E+001,-2.023507705E+002,2.062482327E+003; 641P0000916 110,-2.220141044E+001,-2.023507705E+002,2.062482327E+003, 643P0000917 -2.228485478E+001,-2.373507705E+002,2.062855732E+003; 643P0000918 110,-2.228485478E+001,-2.373507705E+002,2.062855732E+003, 645P0000919 -2.248373021E+001,-3.207673312E+002,2.063745680E+003; 645P0000920 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110,-1.740464625E+001,2.515980971E+001,1.901663224E+003, 661P0000935 -1.828116200E+001,2.464316484E+001,1.977133224E+003; 661P0000936 110,-1.828116200E+001,2.464316484E+001,1.977133224E+003, 663P0000937 -1.897800770E+001,2.423242292E+001,2.037133224E+003; 663P0000938 110,-1.897800770E+001,2.423242292E+001,2.037133224E+003, 665P0000939 -1.925594930E+001,2.406859574E+001,2.061064628E+003; 665P0000940 110,-1.925594930E+001,2.406859574E+001,2.061064628E+003, 667P0000941 -2.188560533E+001,-2.023507705E+002,2.062614627E+003; 667P0000942 110,-2.188560533E+001,-2.023507705E+002,2.062614627E+003, 669P0000943 -2.229209866E+001,-2.373507705E+002,2.062854227E+003; 669P0000944 110,-2.229209866E+001,-2.373507705E+002,2.062854227E+003, 671P0000945 -2.325783271E+001,-3.205026696E+002,2.063423459E+003; 671P0000946 110,-2.325783271E+001,-3.205026696E+002,2.063423459E+003, 673P0000947 -6.060706286E+001,-3.239047825E+002,2.504977929E+003; 673P0000948 110,-6.060706286E+001,-3.239047825E+002,2.504977929E+003, 675P0000949 -6.197918014E+001,-3.455031265E+002,1.960335397E+003; 675P0000950 110,-6.197918014E+001,-3.455031265E+002,1.960335397E+003, 677P0000951 -6.197918014E+001,-3.455031265E+002,1.960335397E+003; 677P0000952 110,-6.197918014E+001,-3.455031265E+002,1.960335397E+003, 679P0000953 -6.196475580E+001,-3.454263232E+002,1.959806480E+003; 679P0000954 110,-6.196475580E+001,-3.454263232E+002,1.959806480E+003, 681P0000955 -7.007346880E+001,-3.886016319E+002,2.257139638E+003; 681P0000956 110,-1.565524412E+001,2.126038223E+001,1.890313224E+003, 683P0000957 -1.572378909E+001,2.127096877E+001,1.896663224E+003; 683P0000958 110,-1.572378909E+001,2.127096877E+001,1.896663224E+003, 685P0000959 -1.580097670E+001,2.128289013E+001,1.901663224E+003; 685P0000960 110,-1.580097670E+001,2.128289013E+001,1.901663224E+003, 687P0000961 -1.696604641E+001,2.146283117E+001,1.977133224E+003; 687P0000962 110,-1.696604641E+001,2.146283117E+001,1.977133224E+003, 689P0000963 -1.789229768E+001,2.160588751E+001,2.037133224E+003; 689P0000964 110,-1.789229768E+001,2.160588751E+001,2.037133224E+003, 691P0000965 -1.829878816E+001,2.166866858E+001,2.063464556E+003; 691P0000966 110,-1.829878816E+001,2.166866858E+001,2.063464556E+003, 693P0000967 -2.175709297E+001,-2.023507705E+002,2.062930432E+003; 693P0000968 110,-2.175709297E+001,-2.023507705E+002,2.062930432E+003, 695P0000969 -2.229740621E+001,-2.373507705E+002,2.062846983E+003; 695P0000970 110,-2.229740621E+001,-2.373507705E+002,2.062846983E+003, 697P0000971 -2.356951741E+001,-3.197546226E+002,2.062650509E+003; 697P0000972 110,-2.356951741E+001,-3.197546226E+002,2.062650509E+003, 699P0000973 -6.296789657E+001,-3.192010417E+002,2.504792483E+003; 699P0000974 110,-6.296789657E+001,-3.192010417E+002,2.504792483E+003, 701P0000975 -6.429319912E+001,-3.408695520E+002,1.960549330E+003; 701P0000976 110,-6.429319912E+001,-3.408695520E+002,1.960549330E+003, 703P0000977 -6.429319912E+001,-3.408695520E+002,1.960549330E+003; 703P0000978 110,-6.429319912E+001,-3.408695520E+002,1.960549330E+003, 705P0000979 -6.428151404E+001,-3.408070708E+002,1.960119521E+003; 705P0000980 110,-6.428151404E+001,-3.408070708E+002,1.960119521E+003, 707P0000981 -7.236492915E+001,-3.840297906E+002,2.257449579E+003; 707P0000982 110,-1.729775654E+001,1.729775652E+001,1.890313224E+003, 709P0000983 -1.734932593E+001,1.734932592E+001,1.896663224E+003; 709P0000984 110,-1.734932593E+001,1.734932592E+001,1.896663224E+003, 711P0000985 -1.740739795E+001,1.740739793E+001,1.901663224E+003; 711P0000986 110,-1.740739795E+001,1.740739793E+001,1.901663224E+003, 713P0000987 -1.828393697E+001,1.828393696E+001,1.977133224E+003; 713P0000988 110,-1.828393697E+001,1.828393696E+001,1.977133224E+003, 715P0000989 -1.898080117E+001,1.898080116E+001,2.037133224E+003; 715P0000990 110,-1.898080117E+001,1.898080116E+001,2.037133224E+003, 717P0000991 -1.931397227E+001,1.931397226E+001,2.065819252E+003; 717P0000992 110,-1.931397227E+001,1.931397226E+001,2.065819252E+003, 719P0000993 -2.188847600E+001,-2.023507705E+002,2.063244748E+003; 719P0000994 110,-2.188847600E+001,-2.023507705E+002,2.063244748E+003, 721P0000995 -2.229498012E+001,-2.373507705E+002,2.062838244E+003; 721P0000996 110,-2.229498012E+001,-2.373507705E+002,2.062838244E+003, 723P0000997 -2.324296776E+001,-3.189724953E+002,2.061890256E+003; 723P0000998 110,-2.324296776E+001,-3.189724953E+002,2.061890256E+003, 725P0000999 -6.130559570E+001,-3.142023264E+002,2.504748182E+003; 725P0001000 110,-6.130559570E+001,-3.142023264E+002,2.504748182E+003, 727P0001001 -6.266722877E+001,-3.359535061E+002,1.960826509E+003; 727P0001002 110,-6.266722877E+001,-3.359535061E+002,1.960826509E+003, 729P0001003 -6.266722877E+001,-3.359535061E+002,1.960826509E+003; 729P0001004 110,-6.266722877E+001,-3.359535061E+002,1.960826509E+003, 731P0001005 -6.266512884E+001,-3.359422923E+002,1.960749464E+003; 731P0001006 110,-6.266512884E+001,-3.359422923E+002,1.960749464E+003, 733P0001007 -7.076893523E+001,-3.792172671E+002,2.258072531E+003; 733P0001008 110,-2.126038218E+001,1.565524412E+001,1.890313224E+003, 735P0001009 -2.127096871E+001,1.572378909E+001,1.896663224E+003; 735P0001010 110,-2.127096871E+001,1.572378909E+001,1.896663224E+003, 737P0001011 -2.128289008E+001,1.580097669E+001,1.901663224E+003; 737P0001012 110,-2.128289008E+001,1.580097669E+001,1.901663224E+003, 739P0001013 -2.146283112E+001,1.696604641E+001,1.977133224E+003; 739P0001014 110,-2.146283112E+001,1.696604641E+001,1.977133224E+003, 741P0001015 -2.160588747E+001,1.789229767E+001,2.037133224E+003; 741P0001016 110,-2.160588747E+001,1.789229767E+001,2.037133224E+003, 743P0001017 -2.167658111E+001,1.835001987E+001,2.066783204E+003; 743P0001018 110,-2.167658111E+001,1.835001987E+001,2.066783204E+003, 745P0001019 -2.220279194E+001,-2.023507705E+002,2.063376131E+003; 745P0001020 110,-2.220279194E+001,-2.023507705E+002,2.063376131E+003, 747P0001021 -2.228624148E+001,-2.373507705E+002,2.062835818E+003; 747P0001022 110,-2.228624148E+001,-2.373507705E+002,2.062835818E+003, 749P0001023 -2.247998226E+001,-3.186085874E+002,2.061581399E+003; 749P0001024 110,-2.247998226E+001,-3.186085874E+002,2.061581399E+003, 751P0001025 -5.659719432E+001,-3.118411681E+002,2.504870911E+003; 751P0001026 110,-5.659719432E+001,-3.118411681E+002,2.504870911E+003, 753P0001027 -5.805528878E+001,-3.336353972E+002,1.961004512E+003; 753P0001028 110,-5.805528878E+001,-3.336353972E+002,1.961004512E+003, 755P0001029 -5.805528878E+001,-3.336353972E+002,1.961004512E+003; 755P0001030 110,-5.805528878E+001,-3.336353972E+002,1.961004512E+003, 757P0001031 -5.806413920E+001,-3.336823772E+002,1.961327101E+003; 757P0001032 110,-5.806413920E+001,-3.336823772E+002,1.961327101E+003, 759P0001033 -6.622116910E+001,-3.769817632E+002,2.258643668E+003; 759P0001034 110,-2.522443465E+001,1.729500658E+001,1.890313224E+003, 761P0001035 -2.519403821E+001,1.734657577E+001,1.896663224E+003; 761P0001036 110,-2.519403821E+001,1.734657577E+001,1.896663224E+003, 763P0001037 -2.515980972E+001,1.740464624E+001,1.901663224E+003; 763P0001038 110,-2.515980972E+001,1.740464624E+001,1.901663224E+003, 765P0001039 -2.464316485E+001,1.828116199E+001,1.977133224E+003; 765P0001040 110,-2.464316485E+001,1.828116199E+001,1.977133224E+003, 767P0001041 -2.423242293E+001,1.897800770E+001,2.037133224E+003; 767P0001042 110,-2.423242293E+001,1.897800770E+001,2.037133224E+003, 769P0001043 -2.403602807E+001,1.931120212E+001,2.065822022E+003; 769P0001044 110,-2.403602807E+001,1.931120212E+001,2.065822022E+003, 771P0001045 -2.251859701E+001,-2.023507705E+002,2.063247619E+003; 771P0001046 110,-2.251859701E+001,-2.023507705E+002,2.063247619E+003, 773P0001047 -2.227899756E+001,-2.373507705E+002,2.062841125E+003; 773P0001048 110,-2.227899756E+001,-2.373507705E+002,2.062841125E+003, 775P0001049 -2.172097455E+001,-3.188651693E+002,2.061894409E+003; 775P0001050 110,-2.172097455E+001,-3.188651693E+002,2.061894409E+003, 777P0001051 -5.160515417E+001,-3.134974253E+002,2.505088542E+003; 777P0001052 110,-5.160515417E+001,-3.134974253E+002,2.505088542E+003, 779P0001053 -5.315965430E+001,-3.352715797E+002,1.960979141E+003; 779P0001054 110,-5.315965430E+001,-3.352715797E+002,1.960979141E+003, 781P0001055 -5.315965430E+001,-3.352715797E+002,1.960979141E+003; 781P0001056 110,-5.315965430E+001,-3.352715797E+002,1.960979141E+003, 783P0001057 -5.317442867E+001,-3.353494710E+002,1.961514187E+003; 783P0001058 110,-5.317442867E+001,-3.353494710E+002,1.961514187E+003, 785P0001059 -6.138424451E+001,-3.786320506E+002,2.258828609E+003; 785P0001060 110,-2.686782551E+001,2.125905900E+001,1.890313224E+003, 787P0001061 -2.682045326E+001,2.126964521E+001,1.896663224E+003; 787P0001062 110,-2.682045326E+001,2.126964521E+001,1.896663224E+003, 789P0001063 -2.676710967E+001,2.128156583E+001,1.901663224E+003; 789P0001064 110,-2.676710967E+001,2.128156583E+001,1.901663224E+003, 791P0001065 -2.596194154E+001,2.146149568E+001,1.977133224E+003; 791P0001066 110,-2.596194154E+001,2.146149568E+001,1.977133224E+003, 793P0001067 -2.532181848E+001,2.160454313E+001,2.037133224E+003; 793P0001068 110,-2.532181848E+001,2.160454313E+001,2.037133224E+003, 795P0001069 -2.504088258E+001,2.166732349E+001,2.063465901E+003; 795P0001070 110,-2.504088258E+001,2.166732349E+001,2.063465901E+003, 797P0001071 -2.265089676E+001,-2.023507705E+002,2.062931814E+003; 797P0001072 110,-2.265089676E+001,-2.023507705E+002,2.062931814E+003, 799P0001073 -2.227749164E+001,-2.373507705E+002,2.062848369E+003; 799P0001074 110,-2.227749164E+001,-2.373507705E+002,2.062848369E+003, 801P0001075 -2.140002448E+001,-3.195975016E+002,2.062652283E+003; 801P0001076 110,-2.140002448E+001,-3.195975016E+002,2.062652283E+003, 803P0001077 -4.925046684E+001,-3.181965371E+002,2.505273654E+003; 803P0001078 110,-4.925046684E+001,-3.181965371E+002,2.505273654E+003, 805P0001079 -5.084656693E+001,-3.399029468E+002,1.960765311E+003; 805P0001080 110,-5.084656693E+001,-3.399029468E+002,1.960765311E+003, 807P0001081 -5.084656693E+001,-3.399029468E+002,1.960765311E+003; 807P0001082 110,-5.084656693E+001,-3.399029468E+002,1.960765311E+003, 809P0001083 -5.085863926E+001,-3.399663524E+002,1.961201323E+003; 809P0001084 110,-5.085863926E+001,-3.399663524E+002,1.961201323E+003, 811P0001085 -5.909079301E+001,-3.832028281E+002,2.258518928E+003; 811P0001086 110,-2.522531316E+001,2.522531313E+001,1.890313224E+003, 813P0001087 -2.519491648E+001,2.519491645E+001,1.896663224E+003; 813P0001088 110,-2.519491648E+001,2.519491645E+001,1.896663224E+003, 815P0001089 -2.516068848E+001,2.516068845E+001,1.901663224E+003; 815P0001090 110,-2.516068848E+001,2.516068845E+001,1.901663224E+003, 817P0001091 -2.464405104E+001,2.464405101E+001,1.977133224E+003; 817P0001092 110,-2.464405104E+001,2.464405101E+001,1.977133224E+003, 819P0001093 -2.423331503E+001,2.423331501E+001,2.037133224E+003; 819P0001094 110,-2.423331503E+001,2.423331501E+001,2.037133224E+003, 821P0001095 -2.406949637E+001,2.406949636E+001,2.061063728E+003; 821P0001096 110,-2.406949637E+001,2.406949636E+001,2.061063728E+003, 823P0001097 -2.251951377E+001,-2.023507705E+002,2.062613710E+003; 823P0001098 110,-2.251951377E+001,-2.023507705E+002,2.062613710E+003, 825P0001099 -2.227991777E+001,-2.373507705E+002,2.062853306E+003; 825P0001100 110,-2.227991777E+001,-2.373507705E+002,2.062853306E+003, 827P0001101 -2.171148011E+001,-3.203877067E+002,2.063421744E+003; 827P0001102 110,-2.171148011E+001,-3.203877067E+002,2.063421744E+003, 829P0001103 -5.090813273E+001,-3.231890990E+002,2.505318047E+003; 829P0001104 110,-5.090813273E+001,-3.231890990E+002,2.505318047E+003, 831P0001105 -5.247034439E+001,-3.448180720E+002,1.960488208E+003; 831P0001106 110,-5.247034439E+001,-3.448180720E+002,1.960488208E+003, 833P0001107 -5.247034439E+001,-3.448180720E+002,1.960488208E+003; 833P0001108 110,-5.247034439E+001,-3.448180720E+002,1.960488208E+003, 835P0001109 -5.247264947E+001,-3.448301929E+002,1.960571655E+003; 835P0001110 110,-5.247264947E+001,-3.448301929E+002,1.960571655E+003, 837P0001111 -6.068569921E+001,-3.880173507E+002,2.257895847E+003; 837P0001112 110,2.125905904E+001,2.686782551E+001,1.890313224E+003, 839P0001113 2.126964526E+001,2.682045326E+001,1.896663224E+003; 839P0001114 110,2.126964526E+001,2.682045326E+001,1.896663224E+003, 841P0001115 2.128156588E+001,2.676710967E+001,1.901663224E+003; 841P0001116 110,2.128156588E+001,2.676710967E+001,1.901663224E+003, 843P0001117 2.146149572E+001,2.596194154E+001,1.977133224E+003; 843P0001118 110,2.146149572E+001,2.596194154E+001,1.977133224E+003, 845P0001119 2.160454316E+001,2.532181848E+001,2.037133224E+003; 845P0001120 110,2.160454316E+001,2.532181848E+001,2.037133224E+003, 847P0001121 2.165919381E+001,2.507726226E+001,2.060055962E+003; 847P0001122 110,2.165919381E+001,2.507726226E+001,2.060055962E+003, 849P0001123 2.220141044E+001,-2.023507705E+002,2.062482327E+003; 849P0001124 110,2.220141044E+001,-2.023507705E+002,2.062482327E+003, 851P0001125 2.228485478E+001,-2.373507705E+002,2.062855732E+003; 851P0001126 110,2.228485478E+001,-2.373507705E+002,2.062855732E+003, 853P0001127 2.247579544E+001,-3.174391647E+002,2.063710173E+003; 853P0001128 110,2.247579544E+001,-3.174391647E+002,2.063710173E+003, 855P0001129 -8.583269570E+000,-3.220768941E+002,2.505768973E+003; 855P0001130 110,-8.583269570E+000,-3.220768941E+002,2.505768973E+003, 857P0001131 -5.722224970E+001,-3.472169667E+002,1.960304257E+003; 857P0001132 110,-5.722224970E+001,-3.472169667E+002,1.960304257E+003, 859P0001133 -5.722224970E+001,-3.472169667E+002,1.960304257E+003; 859P0001134 110,-5.722224970E+001,-3.472169667E+002,1.960304257E+003, 861P0001135 -5.718466800E+001,-3.471673336E+002,1.959977698E+003; 861P0001136 110,-5.718466800E+001,-3.471673336E+002,1.959977698E+003, 863P0001137 -9.116206479E+001,-3.920403238E+002,2.255217874E+003; 863P0001138 110,2.522531315E+001,2.522531315E+001,1.890313224E+003, 865P0001139 2.519491647E+001,2.519491647E+001,1.896663224E+003; 865P0001140 110,2.519491647E+001,2.519491647E+001,1.896663224E+003, 867P0001141 2.516068847E+001,2.516068847E+001,1.901663224E+003; 867P0001142 110,2.516068847E+001,2.516068847E+001,1.901663224E+003, 869P0001143 2.464405103E+001,2.464405103E+001,1.977133224E+003; 869P0001144 110,2.464405103E+001,2.464405103E+001,1.977133224E+003, 871P0001145 2.423331502E+001,2.423331502E+001,2.037133224E+003; 871P0001146 110,2.423331502E+001,2.423331502E+001,2.037133224E+003, 873P0001147 2.406949637E+001,2.406949637E+001,2.061063728E+003; 873P0001148 110,2.406949637E+001,2.406949637E+001,2.061063728E+003, 875P0001149 2.251951377E+001,-2.023507705E+002,2.062613710E+003; 875P0001150 110,2.251951377E+001,-2.023507705E+002,2.062613710E+003, 877P0001151 2.227991777E+001,-2.373507705E+002,2.062853306E+003; 877P0001152 110,2.227991777E+001,-2.373507705E+002,2.062853306E+003, 879P0001153 2.173341135E+001,-3.171840089E+002,2.063399813E+003; 879P0001154 110,2.173341135E+001,-3.171840089E+002,2.063399813E+003, 881P0001155 -1.356724456E+001,-3.204362158E+002,2.505773147E+003; 881P0001156 110,-1.356724456E+001,-3.204362158E+002,2.505773147E+003, 883P0001157 -6.212486375E+001,-3.455809051E+002,1.960329536E+003; 883P0001158 110,-6.212486375E+001,-3.455809051E+002,1.960329536E+003, 885P0001159 -6.212486375E+001,-3.455809051E+002,1.960329536E+003; 885P0001160 110,-6.212486375E+001,-3.455809051E+002,1.960329536E+003, 887P0001161 -6.206303182E+001,-3.454991349E+002,1.959791568E+003; 887P0001162 110,-6.206303182E+001,-3.454991349E+002,1.959791568E+003, 889P0001163 -9.599710247E+001,-3.903755479E+002,2.255034592E+003; 889P0001164 110,2.686782551E+001,2.125905904E+001,1.890313224E+003, 891P0001165 2.682045326E+001,2.126964526E+001,1.896663224E+003; 891P0001166 110,2.682045326E+001,2.126964526E+001,1.896663224E+003, 893P0001167 2.676710967E+001,2.128156588E+001,1.901663224E+003; 893P0001168 110,2.676710967E+001,2.128156588E+001,1.901663224E+003, 895P0001169 2.596194154E+001,2.146149572E+001,1.977133224E+003; 895P0001170 110,2.596194154E+001,2.146149572E+001,1.977133224E+003, 897P0001171 2.532181848E+001,2.160454316E+001,2.037133224E+003; 897P0001172 110,2.532181848E+001,2.160454316E+001,2.037133224E+003, 899P0001173 2.504088258E+001,2.166732352E+001,2.063465901E+003; 899P0001174 110,2.504088258E+001,2.166732352E+001,2.063465901E+003, 901P0001175 2.265089676E+001,-2.023507705E+002,2.062931814E+003; 901P0001176 110,2.265089676E+001,-2.023507705E+002,2.062931814E+003, 903P0001177 2.227749164E+001,-2.373507705E+002,2.062848369E+003; 903P0001178 110,2.227749164E+001,-2.373507705E+002,2.062848369E+003, 905P0001179 2.143341332E+001,-3.164678992E+002,2.062659744E+003; 905P0001180 110,2.143341332E+001,-3.164678992E+002,2.062659744E+003, 907P0001181 -1.592075074E+001,-3.157582096E+002,2.505680046E+003; 907P0001182 110,-1.592075074E+001,-3.157582096E+002,2.505680046E+003, 909P0001183 -6.441967179E+001,-3.409324586E+002,1.960544484E+003; 909P0001184 110,-6.441967179E+001,-3.409324586E+002,1.960544484E+003, 911P0001185 -6.441967179E+001,-3.409324586E+002,1.960544484E+003; 911P0001186 110,-6.441967179E+001,-3.409324586E+002,1.960544484E+003, 913P0001187 -6.436939641E+001,-3.408659024E+002,1.960106845E+003; 913P0001188 110,-6.436939641E+001,-3.408659024E+002,1.960106845E+003, 915P0001189 -9.828637975E+001,-3.857663391E+002,2.255348614E+003; 915P0001190 110,2.522443462E+001,1.729500659E+001,1.890313224E+003, 917P0001191 2.519403819E+001,1.734657577E+001,1.896663224E+003; 917P0001192 110,2.519403819E+001,1.734657577E+001,1.896663224E+003, 919P0001193 2.515980969E+001,1.740464625E+001,1.901663224E+003; 919P0001194 110,2.515980969E+001,1.740464625E+001,1.901663224E+003, 921P0001195 2.464316482E+001,1.828116200E+001,1.977133224E+003; 921P0001196 110,2.464316482E+001,1.828116200E+001,1.977133224E+003, 923P0001197 2.423242291E+001,1.897800770E+001,2.037133224E+003; 923P0001198 110,2.423242291E+001,1.897800770E+001,2.037133224E+003, 925P0001199 2.403602805E+001,1.931120212E+001,2.065822022E+003; 925P0001200 110,2.403602805E+001,1.931120212E+001,2.065822022E+003, 927P0001201 2.251859701E+001,-2.023507705E+002,2.063247619E+003; 927P0001202 110,2.251859701E+001,-2.023507705E+002,2.063247619E+003, 929P0001203 2.227899756E+001,-2.373507705E+002,2.062841125E+003; 929P0001204 110,2.227899756E+001,-2.373507705E+002,2.062841125E+003, 931P0001205 2.174251619E+001,-3.157184299E+002,2.061930956E+003; 931P0001206 110,2.174251619E+001,-3.157184299E+002,2.061930956E+003, 933P0001207 -1.426073452E+001,-3.107864934E+002,2.505544302E+003; 933P0001208 110,-1.426073452E+001,-3.107864934E+002,2.505544302E+003, 935P0001209 -6.276023964E+001,-3.359975682E+002,1.960823060E+003; 935P0001210 110,-6.276023964E+001,-3.359975682E+002,1.960823060E+003, 937P0001211 -6.276023964E+001,-3.359975682E+002,1.960823060E+003; 937P0001212 110,-6.276023964E+001,-3.359975682E+002,1.960823060E+003, 939P0001213 -6.275054138E+001,-3.359847283E+002,1.960738690E+003; 939P0001214 110,-6.275054138E+001,-3.359847283E+002,1.960738690E+003, 941P0001215 -9.668792317E+001,-3.809155428E+002,2.255975763E+003; 941P0001216 110,2.126038218E+001,1.565524412E+001,1.890313224E+003, 943P0001217 2.127096871E+001,1.572378909E+001,1.896663224E+003; 943P0001218 110,2.127096871E+001,1.572378909E+001,1.896663224E+003, 945P0001219 2.128289008E+001,1.580097669E+001,1.901663224E+003; 945P0001220 110,2.128289008E+001,1.580097669E+001,1.901663224E+003, 947P0001221 2.146283112E+001,1.696604641E+001,1.977133224E+003; 947P0001222 110,2.146283112E+001,1.696604641E+001,1.977133224E+003, 949P0001223 2.160588747E+001,1.789229767E+001,2.037133224E+003; 949P0001224 110,2.160588747E+001,1.789229767E+001,2.037133224E+003, 951P0001225 2.167658111E+001,1.835001987E+001,2.066783204E+003; 951P0001226 110,2.167658111E+001,1.835001987E+001,2.066783204E+003, 953P0001227 2.220279194E+001,-2.023507705E+002,2.063376131E+003; 953P0001228 110,2.220279194E+001,-2.023507705E+002,2.063376131E+003, 955P0001229 2.228624148E+001,-2.373507705E+002,2.062835818E+003; 955P0001230 110,2.228624148E+001,-2.373507705E+002,2.062835818E+003, 957P0001231 2.247225172E+001,-3.153662855E+002,2.061631452E+003; 957P0001232 110,2.247225172E+001,-3.153662855E+002,2.061631452E+003, 959P0001233 -9.562926150E+000,-3.084378252E+002,2.505445419E+003; 959P0001234 110,-9.562926150E+000,-3.084378252E+002,2.505445419E+003, 961P0001235 -5.812155783E+001,-3.336691908E+002,1.961001929E+003; 961P0001236 110,-5.812155783E+001,-3.336691908E+002,1.961001929E+003, 963P0001237 -5.812155783E+001,-3.336691908E+002,1.961001929E+003; 963P0001238 110,-5.812155783E+001,-3.336691908E+002,1.961001929E+003, 965P0001239 -5.815777048E+001,-3.337170882E+002,1.961316529E+003; 965P0001240 110,-5.815777048E+001,-3.337170882E+002,1.961316529E+003, 967P0001241 -9.214092122E+001,-3.786656135E+002,2.256548356E+003; 967P0001242 110,1.729775652E+001,1.729775652E+001,1.890313224E+003, 969P0001243 1.734932591E+001,1.734932591E+001,1.896663224E+003; 969P0001244 110,1.734932591E+001,1.734932591E+001,1.896663224E+003, 971P0001245 1.740739793E+001,1.740739793E+001,1.901663224E+003; 971P0001246 110,1.740739793E+001,1.740739793E+001,1.901663224E+003, 973P0001247 1.828393696E+001,1.828393696E+001,1.977133224E+003; 973P0001248 110,1.828393696E+001,1.828393696E+001,1.977133224E+003, 975P0001249 1.898080116E+001,1.898080116E+001,2.037133224E+003; 975P0001250 110,1.898080116E+001,1.898080116E+001,2.037133224E+003, 977P0001251 1.931397226E+001,1.931397226E+001,2.065819252E+003; 977P0001252 110,1.931397226E+001,1.931397226E+001,2.065819252E+003, 979P0001253 2.188847600E+001,-2.023507705E+002,2.063244748E+003; 979P0001254 110,2.188847600E+001,-2.023507705E+002,2.063244748E+003, 981P0001255 2.229498012E+001,-2.373507705E+002,2.062838244E+003; 981P0001256 110,2.229498012E+001,-2.373507705E+002,2.062838244E+003, 983P0001257 2.320391161E+001,-3.156097609E+002,2.061929312E+003; 983P0001258 110,2.320391161E+001,-3.156097609E+002,2.061929312E+003, 985P0001259 -4.583632960E+000,-3.100847141E+002,2.505441226E+003; 985P0001260 110,-4.583632960E+000,-3.100847141E+002,2.505441226E+003, 987P0001261 -5.322307240E+001,-3.353083137E+002,1.960976439E+003; 987P0001262 110,-5.322307240E+001,-3.353083137E+002,1.960976439E+003, 989P0001263 -5.322307240E+001,-3.353083137E+002,1.960976439E+003; 989P0001264 110,-5.322307240E+001,-3.353083137E+002,1.960976439E+003, 991P0001265 -5.328364834E+001,-3.353883251E+002,1.961502027E+003; 991P0001266 110,-5.328364834E+001,-3.353883251E+002,1.961502027E+003, 993P0001267 -8.730989305E+001,-3.803316955E+002,2.256731205E+003; 993P0001268 110,1.565524412E+001,2.126038218E+001,1.890313224E+003, 995P0001269 1.572378909E+001,2.127096871E+001,1.896663224E+003; 995P0001270 110,1.572378909E+001,2.127096871E+001,1.896663224E+003, 997P0001271 1.580097669E+001,2.128289008E+001,1.901663224E+003; 997P0001272 110,1.580097669E+001,2.128289008E+001,1.901663224E+003, 999P0001273 1.696604641E+001,2.146283112E+001,1.977133224E+003; 999P0001274 110,1.696604641E+001,2.146283112E+001,1.977133224E+003, 1001P0001275 1.789229767E+001,2.160588747E+001,2.037133224E+003; 1001P0001276 110,1.789229767E+001,2.160588747E+001,2.037133224E+003, 1003P0001277 1.829878816E+001,2.166866854E+001,2.063464556E+003; 1003P0001278 110,1.829878816E+001,2.166866854E+001,2.063464556E+003, 1005P0001279 2.175709297E+001,-2.023507705E+002,2.062930432E+003; 1005P0001280 110,2.175709297E+001,-2.023507705E+002,2.062930432E+003, 1007P0001281 2.229740621E+001,-2.373507705E+002,2.062846983E+003; 1007P0001282 110,2.229740621E+001,-2.373507705E+002,2.062846983E+003, 1009P0001283 2.351640759E+001,-3.163143149E+002,2.062658712E+003; 1009P0001284 110,2.351640759E+001,-3.163143149E+002,2.062658712E+003, 1011P0001285 -2.236344362E+000,-3.147580482E+002,2.505534192E+003; 1011P0001286 110,-2.236344362E+000,-3.147580482E+002,2.505534192E+003, 1013P0001287 -5.093132967E+001,-3.399525945E+002,1.960761671E+003; 1013P0001288 110,-5.093132967E+001,-3.399525945E+002,1.960761671E+003, 1015P0001289 -5.093132967E+001,-3.399525945E+002,1.960761671E+003; 1015P0001290 110,-5.093132967E+001,-3.399525945E+002,1.960761671E+003, 1017P0001291 -5.098036853E+001,-3.400173037E+002,1.961186968E+003; 1017P0001292 110,-5.098036853E+001,-3.400173037E+002,1.961186968E+003, 1019P0001293 -8.502195388E+001,-3.849368961E+002,2.256417504E+003; 1019P0001294 110,1.729500659E+001,2.522443462E+001,1.890313224E+003, 1021P0001295 1.734657577E+001,2.519403819E+001,1.896663224E+003; 1021P0001296 110,1.734657577E+001,2.519403819E+001,1.896663224E+003, 1023P0001297 1.740464625E+001,2.515980969E+001,1.901663224E+003; 1023P0001298 110,1.740464625E+001,2.515980969E+001,1.901663224E+003, 1025P0001299 1.828116200E+001,2.464316482E+001,1.977133224E+003; 1025P0001300 110,1.828116200E+001,2.464316482E+001,1.977133224E+003, 1027P0001301 1.897800770E+001,2.423242291E+001,2.037133224E+003; 1027P0001302 110,1.897800770E+001,2.423242291E+001,2.037133224E+003, 1029P0001303 1.925594930E+001,2.406859573E+001,2.061064628E+003; 1029P0001304 110,1.925594930E+001,2.406859573E+001,2.061064628E+003, 1031P0001305 2.188560533E+001,-2.023507705E+002,2.062614627E+003; 1031P0001306 110,2.188560533E+001,-2.023507705E+002,2.062614627E+003, 1033P0001307 2.229209866E+001,-2.373507705E+002,2.062854227E+003; 1033P0001308 110,2.229209866E+001,-2.373507705E+002,2.062854227E+003, 1035P0001309 2.321802881E+001,-3.170754627E+002,2.063399998E+003; 1035P0001310 110,2.321802881E+001,-3.170754627E+002,2.063399998E+003, 1037P0001311 -3.891678812E+000,-3.197235537E+002,2.505669955E+003; 1037P0001312 110,-3.891678812E+000,-3.197235537E+002,2.505669955E+003, 1039P0001313 -5.258663321E+001,-3.448844237E+002,1.960483306E+003; 1039P0001314 110,-5.258663321E+001,-3.448844237E+002,1.960483306E+003, 1041P0001315 -5.258663321E+001,-3.448844237E+002,1.960483306E+003; 1041P0001316 110,-5.258663321E+001,-3.448844237E+002,1.960483306E+003, 1043P0001317 -5.259498188E+001,-3.448954397E+002,1.960555755E+003; 1043P0001318 110,-5.259498188E+001,-3.448954397E+002,1.960555755E+003, 1045P0001319 -8.661640097E+001,-3.897863864E+002,2.255790789E+003; 1045P0001320 110,-2.126038223E+001,-1.565524412E+001,1.890313224E+003, 1047P0001321 -2.127096877E+001,-1.572378909E+001,1.896663224E+003; 1047P0001322 110,-2.127096877E+001,-1.572378909E+001,1.896663224E+003, 1049P0001323 -2.128289013E+001,-1.580097670E+001,1.901663224E+003; 1049P0001324 110,-2.128289013E+001,-1.580097670E+001,1.901663224E+003, 1051P0001325 -2.146283117E+001,-1.696604641E+001,1.977133224E+003; 1051P0001326 110,-2.146283117E+001,-1.696604641E+001,1.977133224E+003, 1053P0001327 -2.160588751E+001,-1.789229768E+001,2.037133224E+003; 1053P0001328 110,-2.160588751E+001,-1.789229768E+001,2.037133224E+003, 1055P0001329 -2.176545604E+001,-1.892546089E+001,2.104058685E+003; 1055P0001330 110,-2.176545604E+001,-1.892546089E+001,2.104058685E+003, 1057P0001331 -2.220279194E+001,-2.023507705E+002,2.106890317E+003; 1057P0001332 110,-2.220279194E+001,-2.023507705E+002,2.106890317E+003, 1059P0001333 -2.228624148E+001,-2.373507705E+002,2.107430630E+003; 1059P0001334 110,-2.228624148E+001,-2.373507705E+002,2.107430630E+003, 1061P0001335 -2.259376018E+001,-3.663287763E+002,2.109421731E+003; 1061P0001336 110,-2.259376018E+001,-3.663287763E+002,2.109421731E+003, 1063P0001337 -5.213376080E+001,-3.725041927E+002,2.504925773E+003; 1063P0001338 110,-5.213376080E+001,-3.725041927E+002,2.504925773E+003, 1065P0001339 -5.706990594E+001,-3.472408239E+002,1.960304883E+003; 1065P0001340 110,-5.706990594E+001,-3.472408239E+002,1.960304883E+003, 1067P0001341 -5.706990594E+001,-3.472408239E+002,1.960304883E+003; 1067P0001342 110,-5.706990594E+001,-3.472408239E+002,1.960304883E+003, 1069P0001343 -5.705900306E+001,-3.472219743E+002,1.959981269E+003; 1069P0001344 110,-5.705900306E+001,-3.472219743E+002,1.959981269E+003, 1071P0001345 -6.716232802E+001,-3.646892529E+002,2.259863423E+003; 1071P0001346 110,-1.729775653E+001,-1.729775653E+001,1.890313224E+003, 1073P0001347 -1.734932592E+001,-1.734932592E+001,1.896663224E+003; 1073P0001348 110,-1.734932592E+001,-1.734932592E+001,1.896663224E+003, 1075P0001349 -1.740739794E+001,-1.740739794E+001,1.901663224E+003; 1075P0001350 110,-1.740739794E+001,-1.740739794E+001,1.901663224E+003, 1077P0001351 -1.828393696E+001,-1.828393696E+001,1.977133224E+003; 1077P0001352 110,-1.828393696E+001,-1.828393696E+001,1.977133224E+003, 1079P0001353 -1.898080117E+001,-1.898080117E+001,2.037133224E+003; 1079P0001354 110,-1.898080117E+001,-1.898080117E+001,2.037133224E+003, 1081P0001355 -1.976788472E+001,-1.976788472E+001,2.104901109E+003; 1081P0001356 110,-1.976788472E+001,-1.976788472E+001,2.104901109E+003, 1083P0001357 -2.188847600E+001,-2.023507705E+002,2.107021700E+003; 1083P0001358 110,-2.188847600E+001,-2.023507705E+002,2.107021700E+003, 1085P0001359 -2.229498012E+001,-2.373507705E+002,2.107428204E+003; 1085P0001360 110,-2.229498012E+001,-2.373507705E+002,2.107428204E+003, 1087P0001361 -2.378820361E+001,-3.659172955E+002,2.108921428E+003; 1087P0001362 110,-2.378820361E+001,-3.659172955E+002,2.108921428E+003, 1089P0001363 -5.713475616E+001,-3.708567244E+002,2.504799537E+003; 1089P0001364 110,-5.713475616E+001,-3.708567244E+002,2.504799537E+003, 1091P0001365 -6.196954613E+001,-3.456323739E+002,1.960328754E+003; 1091P0001366 110,-6.196954613E+001,-3.456323739E+002,1.960328754E+003, 1093P0001367 -6.196954613E+001,-3.456323739E+002,1.960328754E+003; 1093P0001368 110,-6.196954613E+001,-3.456323739E+002,1.960328754E+003, 1095P0001369 -6.195146555E+001,-3.456009118E+002,1.959789150E+003; 1095P0001370 110,-6.195146555E+001,-3.456009118E+002,1.959789150E+003, 1097P0001371 -7.199973710E+001,-3.630859975E+002,2.259673512E+003; 1097P0001372 110,-1.565524412E+001,-2.126038223E+001,1.890313224E+003, 1099P0001373 -1.572378909E+001,-2.127096877E+001,1.896663224E+003; 1099P0001374 110,-1.572378909E+001,-2.127096877E+001,1.896663224E+003, 1101P0001375 -1.580097670E+001,-2.128289013E+001,1.901663224E+003; 1101P0001376 110,-1.580097670E+001,-2.128289013E+001,1.901663224E+003, 1103P0001377 -1.696604641E+001,-2.146283117E+001,1.977133224E+003; 1103P0001378 110,-1.696604641E+001,-2.146283117E+001,1.977133224E+003, 1105P0001379 -1.789229768E+001,-2.160588751E+001,2.037133224E+003; 1105P0001380 110,-1.789229768E+001,-2.160588751E+001,2.037133224E+003, 1107P0001381 -1.896940816E+001,-2.177224354E+001,2.106905468E+003; 1107P0001382 110,-1.896940816E+001,-2.177224354E+001,2.106905468E+003, 1109P0001383 -2.175709297E+001,-2.023507705E+002,2.107336016E+003; 1109P0001384 110,-2.175709297E+001,-2.023507705E+002,2.107336016E+003, 1111P0001385 -2.229740621E+001,-2.373507705E+002,2.107419466E+003; 1111P0001386 110,-2.229740621E+001,-2.373507705E+002,2.107419466E+003, 1113P0001387 -2.426424545E+001,-3.647571872E+002,2.107723237E+003; 1113P0001388 110,-2.426424545E+001,-3.647571872E+002,2.107723237E+003, 1115P0001389 -5.951032838E+001,-3.661557633E+002,2.504835067E+003; 1115P0001390 110,-5.951032838E+001,-3.661557633E+002,2.504835067E+003, 1117P0001391 -6.429201856E+001,-3.410281085E+002,1.960541050E+003; 1117P0001392 110,-6.429201856E+001,-3.410281085E+002,1.960541050E+003, 1119P0001393 -6.429201856E+001,-3.410281085E+002,1.960541050E+003; 1119P0001394 110,-6.429201856E+001,-3.410281085E+002,1.960541050E+003, 1121P0001395 -6.427726048E+001,-3.410022833E+002,1.960099359E+003; 1121P0001396 110,-6.427726048E+001,-3.410022833E+002,1.960099359E+003, 1123P0001397 -7.429710100E+001,-3.585360400E+002,2.259980721E+003; 1123P0001398 110,-1.729500660E+001,-2.522443465E+001,1.890313224E+003, 1125P0001399 -1.734657579E+001,-2.519403821E+001,1.896663224E+003; 1125P0001400 110,-1.734657579E+001,-2.519403821E+001,1.896663224E+003, 1127P0001401 -1.740464626E+001,-2.515980972E+001,1.901663224E+003; 1127P0001402 110,-1.740464626E+001,-2.515980972E+001,1.901663224E+003, 1129P0001403 -1.828116201E+001,-2.464316485E+001,1.977133224E+003; 1129P0001404 110,-1.828116201E+001,-2.464316485E+001,1.977133224E+003, 1131P0001405 -1.897800771E+001,-2.423242293E+001,2.037133224E+003; 1131P0001406 110,-1.897800771E+001,-2.423242293E+001,2.037133224E+003, 1133P0001407 -1.981121802E+001,-2.374130359E+001,2.108874528E+003; 1133P0001408 110,-1.981121802E+001,-2.374130359E+001,2.108874528E+003, 1135P0001409 -2.188560533E+001,-2.023507705E+002,2.107651821E+003; 1135P0001410 110,-2.188560533E+001,-2.023507705E+002,2.107651821E+003, 1137P0001411 -2.229209866E+001,-2.373507705E+002,2.107412222E+003; 1137P0001412 110,-2.229209866E+001,-2.373507705E+002,2.107412222E+003, 1139P0001413 -2.375776902E+001,-3.635483231E+002,2.106548311E+003; 1139P0001414 110,-2.375776902E+001,-3.635483231E+002,2.106548311E+003, 1141P0001415 -5.786449436E+001,-3.611582859E+002,2.505011660E+003; 1141P0001416 110,-5.786449436E+001,-3.611582859E+002,2.505011660E+003, 1143P0001417 -6.267486890E+001,-3.361251537E+002,1.960817435E+003; 1143P0001418 110,-6.267486890E+001,-3.361251537E+002,1.960817435E+003, 1145P0001419 -6.267486890E+001,-3.361251537E+002,1.960817435E+003; 1145P0001420 110,-6.267486890E+001,-3.361251537E+002,1.960817435E+003, 1147P0001421 -6.267195315E+001,-3.361200453E+002,1.960730313E+003; 1147P0001422 110,-6.267195315E+001,-3.361200453E+002,1.960730313E+003, 1149P0001423 -7.270800722E+001,-3.537030699E+002,2.260605306E+003; 1149P0001424 110,-2.125905900E+001,-2.686782551E+001,1.890313224E+003, 1151P0001425 -2.126964521E+001,-2.682045326E+001,1.896663224E+003; 1151P0001426 110,-2.126964521E+001,-2.682045326E+001,1.896663224E+003, 1153P0001427 -2.128156583E+001,-2.676710967E+001,1.901663224E+003; 1153P0001428 110,-2.128156583E+001,-2.676710967E+001,1.901663224E+003, 1155P0001429 -2.146149568E+001,-2.596194154E+001,1.977133224E+003; 1155P0001430 110,-2.146149568E+001,-2.596194154E+001,1.977133224E+003, 1157P0001431 -2.160454313E+001,-2.532181848E+001,2.037133224E+003; 1157P0001432 110,-2.160454313E+001,-2.532181848E+001,2.037133224E+003, 1159P0001433 -2.177750615E+001,-2.454782619E+001,2.109681050E+003; 1159P0001434 110,-2.177750615E+001,-2.454782619E+001,2.109681050E+003, 1161P0001435 -2.220141044E+001,-2.023507705E+002,2.107784121E+003; 1161P0001436 110,-2.220141044E+001,-2.023507705E+002,2.107784121E+003, 1163P0001437 -2.228485478E+001,-2.373507705E+002,2.107410716E+003; 1163P0001438 110,-2.228485478E+001,-2.373507705E+002,2.107410716E+003, 1165P0001439 -2.258438407E+001,-3.629857109E+002,2.106070352E+003; 1165P0001440 110,-2.258438407E+001,-3.629857109E+002,2.106070352E+003, 1167P0001441 -5.316457551E+001,-3.587961473E+002,2.505225666E+003; 1167P0001442 110,-5.316457551E+001,-3.587961473E+002,2.505225666E+003, 1169P0001443 -5.806540824E+001,-3.337975807E+002,1.960995903E+003; 1169P0001444 110,-5.806540824E+001,-3.337975807E+002,1.960995903E+003, 1171P0001445 -5.806540824E+001,-3.337975807E+002,1.960995903E+003; 1171P0001446 110,-5.806540824E+001,-3.337975807E+002,1.960995903E+003, 1173P0001447 -5.807604603E+001,-3.338161470E+002,1.961312188E+003; 1173P0001448 110,-5.807604603E+001,-3.338161470E+002,1.961312188E+003, 1175P0001449 -6.816170636E+001,-3.514188264E+002,2.261181448E+003; 1175P0001450 110,-2.522531316E+001,-2.522531316E+001,1.890313224E+003, 1177P0001451 -2.519491648E+001,-2.519491648E+001,1.896663224E+003; 1177P0001452 110,-2.519491648E+001,-2.519491648E+001,1.896663224E+003, 1179P0001453 -2.516068848E+001,-2.516068848E+001,1.901663224E+003; 1179P0001454 110,-2.516068848E+001,-2.516068848E+001,1.901663224E+003, 1181P0001455 -2.464405104E+001,-2.464405104E+001,1.977133224E+003; 1181P0001456 110,-2.464405104E+001,-2.464405104E+001,1.977133224E+003, 1183P0001457 -2.423331503E+001,-2.423331503E+001,2.037133224E+003; 1183P0001458 110,-2.423331503E+001,-2.423331503E+001,2.037133224E+003, 1185P0001459 -2.374219664E+001,-2.374219664E+001,2.108875421E+003; 1185P0001460 110,-2.374219664E+001,-2.374219664E+001,2.108875421E+003, 1187P0001461 -2.251951377E+001,-2.023507705E+002,2.107652738E+003; 1187P0001462 110,-2.251951377E+001,-2.023507705E+002,2.107652738E+003, 1189P0001463 -2.227991777E+001,-2.373507705E+002,2.107413142E+003; 1189P0001464 110,-2.227991777E+001,-2.373507705E+002,2.107413142E+003, 1191P0001465 -2.141717899E+001,-3.633789887E+002,2.106550403E+003; 1191P0001466 110,-2.141717899E+001,-3.633789887E+002,2.106550403E+003, 1193P0001467 -4.816812290E+001,-3.604498347E+002,2.505351612E+003; 1193P0001468 110,-4.816812290E+001,-3.604498347E+002,2.505351612E+003, 1195P0001469 -5.316577676E+001,-3.354088368E+002,1.960971885E+003; 1195P0001470 110,-5.316577676E+001,-3.354088368E+002,1.960971885E+003, 1197P0001471 -5.316577676E+001,-3.354088368E+002,1.960971885E+003; 1197P0001472 110,-5.316577676E+001,-3.354088368E+002,1.960971885E+003, 1199P0001473 -5.318376694E+001,-3.354400375E+002,1.961503996E+003; 1199P0001474 110,-5.318376694E+001,-3.354400375E+002,1.961503996E+003, 1201P0001475 -6.332200160E+001,-3.530230032E+002,2.261371432E+003; 1201P0001476 110,-2.686782551E+001,-2.125905900E+001,1.890313224E+003, 1203P0001477 -2.682045326E+001,-2.126964521E+001,1.896663224E+003; 1203P0001478 110,-2.682045326E+001,-2.126964521E+001,1.896663224E+003, 1205P0001479 -2.676710967E+001,-2.128156583E+001,1.901663224E+003; 1205P0001480 110,-2.676710967E+001,-2.128156583E+001,1.901663224E+003, 1207P0001481 -2.596194154E+001,-2.146149568E+001,1.977133224E+003; 1207P0001482 110,-2.596194154E+001,-2.146149568E+001,1.977133224E+003, 1209P0001483 -2.532181848E+001,-2.160454313E+001,2.037133224E+003; 1209P0001484 110,-2.532181848E+001,-2.160454313E+001,2.037133224E+003, 1211P0001485 -2.457745259E+001,-2.177088558E+001,2.106904110E+003; 1211P0001486 110,-2.457745259E+001,-2.177088558E+001,2.106904110E+003, 1213P0001487 -2.265089676E+001,-2.023507705E+002,2.107334635E+003; 1213P0001488 110,-2.265089676E+001,-2.023507705E+002,2.107334635E+003, 1215P0001489 -2.227749164E+001,-2.373507705E+002,2.107418079E+003; 1215P0001490 110,-2.227749164E+001,-2.373507705E+002,2.107418079E+003, 1217P0001491 -2.092086214E+001,-3.645103351E+002,2.107721243E+003; 1217P0001492 110,-2.092086214E+001,-3.645103351E+002,2.107721243E+003, 1219P0001493 -4.579877547E+001,-3.651462449E+002,2.505315926E+003; 1219P0001494 110,-4.579877547E+001,-3.651462449E+002,2.505315926E+003, 1221P0001495 -5.084610356E+001,-3.400130863E+002,1.960759555E+003; 1221P0001496 110,-5.084610356E+001,-3.400130863E+002,1.960759555E+003, 1223P0001497 -5.084610356E+001,-3.400130863E+002,1.960759555E+003; 1223P0001498 110,-5.084610356E+001,-3.400130863E+002,1.960759555E+003, 1225P0001499 -5.086081633E+001,-3.400384696E+002,1.961193597E+003; 1225P0001500 110,-5.086081633E+001,-3.400384696E+002,1.961193597E+003, 1227P0001501 -6.102555060E+001,-3.575752480E+002,2.261063916E+003; 1227P0001502 110,-2.522443465E+001,-1.729500660E+001,1.890313224E+003, 1229P0001503 -2.519403821E+001,-1.734657579E+001,1.896663224E+003; 1229P0001504 110,-2.519403821E+001,-1.734657579E+001,1.896663224E+003, 1231P0001505 -2.515980972E+001,-1.740464626E+001,1.901663224E+003; 1231P0001506 110,-2.515980972E+001,-1.740464626E+001,1.901663224E+003, 1233P0001507 -2.464316485E+001,-1.828116201E+001,1.977133224E+003; 1233P0001508 110,-2.464316485E+001,-1.828116201E+001,1.977133224E+003, 1235P0001509 -2.423242293E+001,-1.897800771E+001,2.037133224E+003; 1235P0001510 110,-2.423242293E+001,-1.897800771E+001,2.037133224E+003, 1237P0001511 -2.376852391E+001,-1.976503729E+001,2.104898261E+003; 1237P0001512 110,-2.376852391E+001,-1.976503729E+001,2.104898261E+003, 1239P0001513 -2.251859701E+001,-2.023507705E+002,2.107018829E+003; 1239P0001514 110,-2.251859701E+001,-2.023507705E+002,2.107018829E+003, 1241P0001515 -2.227899756E+001,-2.373507705E+002,2.107425323E+003; 1241P0001516 110,-2.227899756E+001,-2.373507705E+002,2.107425323E+003, 1243P0001517 -2.140010140E+001,-3.657373982E+002,2.108916417E+003; 1243P0001518 110,-2.140010140E+001,-3.657373982E+002,2.108916417E+003, 1245P0001519 -4.744006665E+001,-3.701375032E+002,2.505139623E+003; 1245P0001520 110,-4.744006665E+001,-3.701375032E+002,2.505139623E+003, 1247P0001521 -5.246324442E+001,-3.449132350E+002,1.960483317E+003; 1247P0001522 110,-5.246324442E+001,-3.449132350E+002,1.960483317E+003, 1249P0001523 -5.246324442E+001,-3.449132350E+002,1.960483317E+003; 1249P0001524 110,-5.246324442E+001,-3.449132350E+002,1.960483317E+003, 1251P0001525 -5.246594017E+001,-3.449178795E+002,1.960562954E+003; 1251P0001526 110,-5.246594017E+001,-3.449178795E+002,1.960562954E+003, 1253P0001527 -6.261693996E+001,-3.624072966E+002,2.260439257E+003; 1253P0001528 110,2.126038223E+001,-1.565524412E+001,1.890313224E+003, 1255P0001529 2.127096877E+001,-1.572378909E+001,1.896663224E+003; 1255P0001530 110,2.127096877E+001,-1.572378909E+001,1.896663224E+003, 1257P0001531 2.128289013E+001,-1.580097670E+001,1.901663224E+003; 1257P0001532 110,2.128289013E+001,-1.580097670E+001,1.901663224E+003, 1259P0001533 2.146283117E+001,-1.696604641E+001,1.977133224E+003; 1259P0001534 110,2.146283117E+001,-1.696604641E+001,1.977133224E+003, 1261P0001535 2.160588751E+001,-1.789229768E+001,2.037133224E+003; 1261P0001536 110,2.160588751E+001,-1.789229768E+001,2.037133224E+003, 1263P0001537 2.176545604E+001,-1.892546089E+001,2.104058685E+003; 1263P0001538 110,2.176545604E+001,-1.892546089E+001,2.104058685E+003, 1265P0001539 2.220279194E+001,-2.023507705E+002,2.106890317E+003; 1265P0001540 110,2.220279194E+001,-2.023507705E+002,2.106890317E+003, 1267P0001541 2.228624148E+001,-2.373507705E+002,2.107430630E+003; 1267P0001542 110,2.228624148E+001,-2.373507705E+002,2.107430630E+003, 1269P0001543 2.258574758E+001,-3.629681705E+002,2.109369852E+003; 1269P0001544 110,2.258574758E+001,-3.629681705E+002,2.109369852E+003, 1271P0001545 -5.107240320E+000,-3.690125136E+002,2.505499430E+003; 1271P0001546 110,-5.107240320E+000,-3.690125136E+002,2.505499430E+003, 1273P0001547 -5.721585005E+001,-3.471955036E+002,1.960305459E+003; 1273P0001548 110,-5.721585005E+001,-3.471955036E+002,1.960305459E+003, 1275P0001549 -5.721585005E+001,-3.471955036E+002,1.960305459E+003; 1275P0001550 110,-5.721585005E+001,-3.471955036E+002,1.960305459E+003, 1277P0001551 -5.717630637E+001,-3.471743037E+002,1.959977586E+003; 1277P0001552 110,-5.717630637E+001,-3.471743037E+002,1.959977586E+003, 1279P0001553 -9.309107957E+001,-3.664287143E+002,2.257761612E+003; 1279P0001554 110,2.522443464E+001,-1.729500659E+001,1.890313224E+003, 1281P0001555 2.519403821E+001,-1.734657578E+001,1.896663224E+003; 1281P0001556 110,2.519403821E+001,-1.734657578E+001,1.896663224E+003, 1283P0001557 2.515980971E+001,-1.740464625E+001,1.901663224E+003; 1283P0001558 110,2.515980971E+001,-1.740464625E+001,1.901663224E+003, 1285P0001559 2.464316484E+001,-1.828116200E+001,1.977133224E+003; 1285P0001560 110,2.464316484E+001,-1.828116200E+001,1.977133224E+003, 1287P0001561 2.423242292E+001,-1.897800770E+001,2.037133224E+003; 1287P0001562 110,2.423242292E+001,-1.897800770E+001,2.037133224E+003, 1289P0001563 2.376852390E+001,-1.976503728E+001,2.104898261E+003; 1289P0001564 110,2.376852390E+001,-1.976503728E+001,2.104898261E+003, 1291P0001565 2.251859701E+001,-2.023507705E+002,2.107018829E+003; 1291P0001566 110,2.251859701E+001,-2.023507705E+002,2.107018829E+003, 1293P0001567 2.227899756E+001,-2.373507705E+002,2.107425323E+003; 1293P0001568 110,2.227899756E+001,-2.373507705E+002,2.107425323E+003, 1295P0001569 2.142182248E+001,-3.625644457E+002,2.108879566E+003; 1295P0001570 110,2.142182248E+001,-3.625644457E+002,2.108879566E+003, 1297P0001571 -1.009601330E+001,-3.673734804E+002,2.505594817E+003; 1297P0001572 110,-1.009601330E+001,-3.673734804E+002,2.505594817E+003, 1299P0001573 -6.212489446E+001,-3.455774328E+002,1.960329717E+003; 1299P0001574 110,-6.212489446E+001,-3.455774328E+002,1.960329717E+003, 1301P0001575 -6.212489446E+001,-3.455774328E+002,1.960329717E+003; 1301P0001576 110,-6.212489446E+001,-3.455774328E+002,1.960329717E+003, 1303P0001577 -6.205956083E+001,-3.455423364E+002,1.959787293E+003; 1303P0001578 110,-6.205956083E+001,-3.455423364E+002,1.959787293E+003, 1305P0001579 -9.792716817E+001,-3.648099398E+002,2.257573427E+003; 1305P0001580 110,2.686782551E+001,-2.125905904E+001,1.890313224E+003, 1307P0001581 2.682045326E+001,-2.126964526E+001,1.896663224E+003; 1307P0001582 110,2.682045326E+001,-2.126964526E+001,1.896663224E+003, 1309P0001583 2.676710967E+001,-2.128156588E+001,1.901663224E+003; 1309P0001584 110,2.676710967E+001,-2.128156588E+001,1.901663224E+003, 1311P0001585 2.596194154E+001,-2.146149572E+001,1.977133224E+003; 1311P0001586 110,2.596194154E+001,-2.146149572E+001,1.977133224E+003, 1313P0001587 2.532181848E+001,-2.160454316E+001,2.037133224E+003; 1313P0001588 110,2.532181848E+001,-2.160454316E+001,2.037133224E+003, 1315P0001589 2.457745259E+001,-2.177088560E+001,2.106904110E+003; 1315P0001590 110,2.457745259E+001,-2.177088560E+001,2.106904110E+003, 1317P0001591 2.265089676E+001,-2.023507705E+002,2.107334635E+003; 1317P0001592 110,2.265089676E+001,-2.023507705E+002,2.107334635E+003, 1319P0001593 2.227749164E+001,-2.373507705E+002,2.107418079E+003; 1319P0001594 110,2.227749164E+001,-2.373507705E+002,2.107418079E+003, 1321P0001595 2.095365910E+001,-3.614362112E+002,2.107713914E+003; 1321P0001596 110,2.095365910E+001,-3.614362112E+002,2.107713914E+003, 1323P0001597 -1.246524387E+001,-3.626979054E+002,2.505721949E+003; 1323P0001598 110,-1.246524387E+001,-3.626979054E+002,2.505721949E+003, 1325P0001599 -6.443789634E+001,-3.409553011E+002,1.960543064E+003; 1325P0001600 110,-6.443789634E+001,-3.409553011E+002,1.960543064E+003, 1327P0001601 -6.443789634E+001,-3.409553011E+002,1.960543064E+003; 1327P0001602 110,-6.443789634E+001,-3.409553011E+002,1.960543064E+003, 1329P0001603 -6.438449275E+001,-3.409265517E+002,1.960099365E+003; 1329P0001604 110,-6.438449275E+001,-3.409265517E+002,1.960099365E+003, 1331P0001605 -1.002259040E+002,-3.602215392E+002,2.257884566E+003; 1331P0001606 110,2.522531313E+001,-2.522531316E+001,1.890313224E+003, 1333P0001607 2.519491645E+001,-2.519491648E+001,1.896663224E+003; 1333P0001608 110,2.519491645E+001,-2.519491648E+001,1.896663224E+003, 1335P0001609 2.516068845E+001,-2.516068848E+001,1.901663224E+003; 1335P0001610 110,2.516068845E+001,-2.516068848E+001,1.901663224E+003, 1337P0001611 2.464405101E+001,-2.464405104E+001,1.977133224E+003; 1337P0001612 110,2.464405101E+001,-2.464405104E+001,1.977133224E+003, 1339P0001613 2.423331501E+001,-2.423331503E+001,2.037133224E+003; 1339P0001614 110,2.423331501E+001,-2.423331503E+001,2.037133224E+003, 1341P0001615 2.374219663E+001,-2.374219664E+001,2.108875421E+003; 1341P0001616 110,2.374219663E+001,-2.374219664E+001,2.108875421E+003, 1343P0001617 2.251951377E+001,-2.023507705E+002,2.107652738E+003; 1343P0001618 110,2.251951377E+001,-2.023507705E+002,2.107652738E+003, 1345P0001619 2.227991777E+001,-2.373507705E+002,2.107413142E+003; 1345P0001620 110,2.227991777E+001,-2.373507705E+002,2.107413142E+003, 1347P0001621 2.143851941E+001,-3.602615978E+002,2.106571743E+003; 1347P0001622 110,2.143851941E+001,-3.602615978E+002,2.106571743E+003, 1349P0001623 -1.082262450E+001,-3.577279324E+002,2.505806399E+003; 1349P0001624 110,-1.082262450E+001,-3.577279324E+002,2.505806399E+003, 1351P0001625 -6.279641399E+001,-3.360380560E+002,1.960820497E+003; 1351P0001626 110,-6.279641399E+001,-3.360380560E+002,1.960820497E+003, 1353P0001627 -6.279641399E+001,-3.360380560E+002,1.960820497E+003; 1353P0001628 110,-6.279641399E+001,-3.360380560E+002,1.960820497E+003, 1355P0001629 -6.278565157E+001,-3.360322565E+002,1.960731105E+003; 1355P0001630 110,-6.278565157E+001,-3.360322565E+002,1.960731105E+003, 1357P0001631 -9.863768148E+001,-3.553517647E+002,2.258512948E+003; 1357P0001632 110,2.125905900E+001,-2.686782551E+001,1.890313224E+003, 1359P0001633 2.126964521E+001,-2.682045326E+001,1.896663224E+003; 1359P0001634 110,2.126964521E+001,-2.682045326E+001,1.896663224E+003, 1361P0001635 2.128156583E+001,-2.676710967E+001,1.901663224E+003; 1361P0001636 110,2.128156583E+001,-2.676710967E+001,1.901663224E+003, 1363P0001637 2.146149568E+001,-2.596194154E+001,1.977133224E+003; 1363P0001638 110,2.146149568E+001,-2.596194154E+001,1.977133224E+003, 1365P0001639 2.160454313E+001,-2.532181848E+001,2.037133224E+003; 1365P0001640 110,2.160454313E+001,-2.532181848E+001,2.037133224E+003, 1367P0001641 2.177750615E+001,-2.454782619E+001,2.109681050E+003; 1367P0001642 110,2.177750615E+001,-2.454782619E+001,2.109681050E+003, 1369P0001643 2.220141044E+001,-2.023507705E+002,2.107784121E+003; 1369P0001644 110,2.220141044E+001,-2.023507705E+002,2.107784121E+003, 1371P0001645 2.228485478E+001,-2.373507705E+002,2.107410716E+003; 1371P0001646 110,2.228485478E+001,-2.373507705E+002,2.107410716E+003, 1373P0001647 2.257658158E+001,-3.597130248E+002,2.106105267E+003; 1373P0001648 110,2.257658158E+001,-3.597130248E+002,2.106105267E+003, 1375P0001649 -6.133641632E+000,-3.553793393E+002,2.505798618E+003; 1375P0001650 110,-6.133641632E+000,-3.553793393E+002,2.505798618E+003, 1377P0001651 -5.816335247E+001,-3.337096834E+002,1.960999296E+003; 1377P0001652 110,-5.816335247E+001,-3.337096834E+002,1.960999296E+003, 1379P0001653 -5.816335247E+001,-3.337096834E+002,1.960999296E+003; 1379P0001654 110,-5.816335247E+001,-3.337096834E+002,1.960999296E+003, 1381P0001655 -5.820104066E+001,-3.337299767E+002,1.961311974E+003; 1381P0001656 110,-5.820104066E+001,-3.337299767E+002,1.961311974E+003, 1383P0001657 -9.409326415E+001,-3.530562885E+002,2.259090128E+003; 1383P0001658 110,1.729500658E+001,-2.522443465E+001,1.890313224E+003, 1385P0001659 1.734657577E+001,-2.519403821E+001,1.896663224E+003; 1385P0001660 110,1.734657577E+001,-2.519403821E+001,1.896663224E+003, 1387P0001661 1.740464624E+001,-2.515980972E+001,1.901663224E+003; 1387P0001662 110,1.740464624E+001,-2.515980972E+001,1.901663224E+003, 1389P0001663 1.828116199E+001,-2.464316485E+001,1.977133224E+003; 1389P0001664 110,1.828116199E+001,-2.464316485E+001,1.977133224E+003, 1391P0001665 1.897800770E+001,-2.423242293E+001,2.037133224E+003; 1391P0001666 110,1.897800770E+001,-2.423242293E+001,2.037133224E+003, 1393P0001667 1.981121801E+001,-2.374130359E+001,2.108874528E+003; 1393P0001668 110,1.981121801E+001,-2.374130359E+001,2.108874528E+003, 1395P0001669 2.188560533E+001,-2.023507705E+002,2.107651821E+003; 1395P0001670 110,2.188560533E+001,-2.023507705E+002,2.107651821E+003, 1397P0001671 2.229209866E+001,-2.373507705E+002,2.107412222E+003; 1397P0001672 110,2.229209866E+001,-2.373507705E+002,2.107412222E+003, 1399P0001673 2.371766048E+001,-3.600948860E+002,2.106571952E+003; 1399P0001674 110,2.371766048E+001,-3.600948860E+002,2.106571952E+003, 1401P0001675 -1.149476604E+000,-3.570246395E+002,2.505703120E+003; 1401P0001676 110,-1.149476604E+000,-3.570246395E+002,2.505703120E+003, 1403P0001677 -5.325621365E+001,-3.353327440E+002,1.960974753E+003; 1403P0001678 110,-5.325621365E+001,-3.353327440E+002,1.960974753E+003, 1405P0001679 -5.325621365E+001,-3.353327440E+002,1.960974753E+003; 1405P0001680 110,-5.325621365E+001,-3.353327440E+002,1.960974753E+003, 1407P0001681 -5.331979727E+001,-3.353669127E+002,1.961501597E+003; 1407P0001682 110,-5.331979727E+001,-3.353669127E+002,1.961501597E+003, 1409P0001683 -8.925774761E+001,-3.546793410E+002,2.259277822E+003; 1409P0001684 110,1.565524412E+001,-2.126038218E+001,1.890313224E+003, 1411P0001685 1.572378909E+001,-2.127096871E+001,1.896663224E+003; 1411P0001686 110,1.572378909E+001,-2.127096871E+001,1.896663224E+003, 1413P0001687 1.580097669E+001,-2.128289008E+001,1.901663224E+003; 1413P0001688 110,1.580097669E+001,-2.128289008E+001,1.901663224E+003, 1415P0001689 1.696604641E+001,-2.146283112E+001,1.977133224E+003; 1415P0001690 110,1.696604641E+001,-2.146283112E+001,1.977133224E+003, 1417P0001691 1.789229767E+001,-2.160588747E+001,2.037133224E+003; 1417P0001692 110,1.789229767E+001,-2.160588747E+001,2.037133224E+003, 1419P0001693 1.896940815E+001,-2.177224352E+001,2.106905468E+003; 1419P0001694 110,1.896940815E+001,-2.177224352E+001,2.106905468E+003, 1421P0001695 2.175709297E+001,-2.023507705E+002,2.107336016E+003; 1421P0001696 110,2.175709297E+001,-2.023507705E+002,2.107336016E+003, 1423P0001697 2.229740621E+001,-2.373507705E+002,2.107419466E+003; 1423P0001698 110,2.229740621E+001,-2.373507705E+002,2.107419466E+003, 1425P0001699 2.420930983E+001,-3.611986096E+002,2.107714753E+003; 1425P0001700 110,2.420930983E+001,-3.611986096E+002,2.107714753E+003, 1427P0001701 1.213476285E+000,-3.616956112E+002,2.505575924E+003; 1427P0001702 110,1.213476285E+000,-3.616956112E+002,2.505575924E+003, 1429P0001703 -5.094818321E+001,-3.399529423E+002,1.960761446E+003; 1429P0001704 110,-5.094818321E+001,-3.399529423E+002,1.960761446E+003, 1431P0001705 -5.094818321E+001,-3.399529423E+002,1.960761446E+003; 1431P0001706 110,-5.094818321E+001,-3.399529423E+002,1.960761446E+003, 1433P0001707 -5.099986476E+001,-3.399806581E+002,1.961189369E+003; 1433P0001708 110,-5.099986476E+001,-3.399806581E+002,1.961189369E+003, 1435P0001709 -8.696330791E+001,-3.592671351E+002,2.258966429E+003; 1435P0001710 110,1.729775652E+001,-1.729775654E+001,1.890313224E+003, 1437P0001711 1.734932592E+001,-1.734932593E+001,1.896663224E+003; 1437P0001712 110,1.734932592E+001,-1.734932593E+001,1.896663224E+003, 1439P0001713 1.740739793E+001,-1.740739795E+001,1.901663224E+003; 1439P0001714 110,1.740739793E+001,-1.740739795E+001,1.901663224E+003, 1441P0001715 1.828393696E+001,-1.828393697E+001,1.977133224E+003; 1441P0001716 110,1.828393696E+001,-1.828393697E+001,1.977133224E+003, 1443P0001717 1.898080116E+001,-1.898080117E+001,2.037133224E+003; 1443P0001718 110,1.898080116E+001,-1.898080117E+001,2.037133224E+003, 1445P0001719 1.976788471E+001,-1.976788472E+001,2.104901109E+003; 1445P0001720 110,1.976788471E+001,-1.976788472E+001,2.104901109E+003, 1447P0001721 2.188847600E+001,-2.023507705E+002,2.107021700E+003; 1447P0001722 110,2.188847600E+001,-2.023507705E+002,2.107021700E+003, 1449P0001723 2.229498012E+001,-2.373507705E+002,2.107428204E+003; 1449P0001724 110,2.229498012E+001,-2.373507705E+002,2.107428204E+003, 1451P0001725 2.374729521E+001,-3.623950827E+002,2.108880519E+003; 1451P0001726 110,2.374729521E+001,-3.623950827E+002,2.108880519E+003, 1453P0001727 -4.245351584E-001,-3.666593171E+002,2.505491585E+003; 1453P0001728 110,-4.245351584E-001,-3.666593171E+002,2.505491585E+003, 1455P0001729 -5.258776000E+001,-3.448651975E+002,1.960484298E+003; 1455P0001730 110,-5.258776000E+001,-3.448651975E+002,1.960484298E+003, 1457P0001731 -5.258776000E+001,-3.448651975E+002,1.960484298E+003; 1457P0001732 110,-5.258776000E+001,-3.448651975E+002,1.960484298E+003, 1459P0001733 -5.259669489E+001,-3.448699844E+002,1.960558299E+003; 1459P0001734 110,-5.259669489E+001,-3.448699844E+002,1.960558299E+003, 1461P0001735 -8.855095844E+001,-3.641326316E+002,2.258338538E+003; 1461P0001736 S0000002G0000008D0001462P0001736 T0000001 --------------9EF482F29A56BF8A8CD405B4-- From - Wed Aug 23 07:29:51 2000 Received: from Infrared.infrared.greensand.net (infrared.greensand.net [209.213.38.207]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id MAA00420 for ; Tue, 22 Aug 2000 12:45:11 -0700 (PDT) Received: from infrared.greensand.net (localhost.greensand.net [127.0.0.1]) by Infrared.infrared.greensand.net (8.9.3/8.9.3) with ESMTP id JAA12390 for ; Tue, 22 Aug 2000 09:48:09 -1000 (HST) (envelope-from toomey@infrared.greensand.net) Sender: toomey@Infrared.infrared.greensand.net Message-ID: <39A2D8F9.8775A3F0@infrared.greensand.net> Date: Tue, 22 Aug 2000 09:48:09 -1000 From: douglas toomey Reply-To: toomey@mkir.com Organization: Mauna Kea Infrared X-Mailer: Mozilla 4.7 [en] (X11; I; Linux 2.0.36 i386) X-Accept-Language: en MIME-Version: 1.0 To: shelton@mtwilson.edu Subject: Re: IRTF igs and pdf files References: <39A1D7CA.75E82EA2@mtwilson.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit X-Mozilla-Status: 8013 X-Mozilla-Status2: 00000000 X-UIDL: <39A2D8F9.8775A3F0@infrared.greensand.net> Hi, The igis file still only has the central ray. So you were right, it is consistant with the last file. Good luck, Doug Chris Shelton wrote: > > Doug, Vern, > > Here are > wfs2000may30.igs > wfs2000may30new.igs > IRTF_diag_mirror.pdf > wfs2000aug21.igs > > The may30 and may30new files are .igs files exported from wfs2000may30.zmx, > starting at surface 17. The zemax file *does* have all rays in the field. > The may30 igs file was the original one I sent on June 2, while the may30new > igs file I just now exported. The files compare as identical, but I have no > way to view them to see if the rays are indeed there. Please let me know > what you see. If the full set of rays are not there, then I need to dig > into the export option on zemax. > > The .pdf file is a blowup of the pinch point at the diagonal mirror > in the wavefront sensor. The diagonal mirror is shown as a rectangular > part 51.6 x 73.2 mm. This is the smallest rectangular part that passes > all rays. The size includes nothing for polishing or mounting margin, > and is just meant to help see how much clearance there is at the tight > place. The mirror has been moved 1.5 inch from the may30 design, but > not the 2.5 inches you just mentioned on the phone, which I believe > causes an interference. > > The last file, wfs2000aug21.igs, is the same design as may30, except > the WFS diagonal mirror has been moved 1.5 inch downstream, and turned > into the rectangular part just described. > > Still to come are part sizes and a conclusion to our discussion about > an astigmatism adjuster/corrector. > > Please let me know if there is anything else I can do. > > Chris > > ------------------------------------------------------------------------ > Name: irtf2000aug21.zip > irtf2000aug21.zip Type: Zip Compressed Data (application/x-zip-compressed) > Encoding: base64 From - Wed Aug 23 08:12:57 2000 Received: from oracle.aweber.com ([216.205.135.98]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id LAA00347 for ; Wed, 23 Aug 2000 11:13:07 -0700 (PDT) Received: from aweber.com (mysql.aweber.com [216.205.135.99]) by oracle.aweber.com (8.10.1/8.10.1) with ESMTP id e7NIFAS04019 for ; Wed, 23 Aug 2000 14:15:10 -0400 (EDT) Received: (from nobody@localhost) by aweber.com (8.8.8/8.8.8) id OAA01913; Wed, 23 Aug 2000 14:19:26 -0400 (EDT) Date: Wed, 23 Aug 2000 14:19:26 -0400 (EDT) Message-Id: <200008231819.OAA01913@aweber.com> To: shelton@mtwilson.edu From: "Keith Hague" X-Loop: 3dviewsupport@aweber.com X-Remote-Host: 63.10.201.8 Subject: Chris Shelton Your 3DView Cad Viewer download instructions 1 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 X-UIDL: <200008231819.OAA01913@aweber.com> Hi Chris Shelton Thank you for your interest in Actify 3DView - A Fantastic Cad Viewer that will help YOU view a wide range of Cad formats on your desktop or portable PC. Your download and instalation instructions follow:- PLEASE PRINT THIS MESSAGE FOR FUTURE REFERENCE ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ PRICE LIST - Affordable viewing! ********** 3DView Core Viewer £95 UK ($160 USD) Import:- Iges, Stl, Vda, Iso G Code, VRML & 3DStudio files. Plug in Interface Modules:- Catia Interface +£250 UK ($400 USD) SolidWorks Interface +£50 UK ($80 USD) Parasolids Interface +£75 UK ($120 USD) Autodesk Interface +£85 UK ($140 USD)- DWG, SAT & DXF. SolidEdge Interface +£40 UK ($65 USD) SDRC Web Access +£160 UK ($255 USD) Pro E interface +£250 UK ($400 USD) Step interface (AP203) +£160 UK ($255 USD) UniGraphics Interface +£250 UK ($400 USD) SUPPORTED PLATFORMS ******************* Intel PC running Windows 95/98/2000/NT 4.0 (NT 4.0 +2000 Recommended) - Pentium 166 MHz or higher - 64 Mb RAM (128 MB or more recommended) - Open GL- 32K colours required (16M recommended) Check out "Diamond's Fire GL range" graphics card for superb rotatation and sectioning. 3DVIEW INSTALLATION ******************* Download the installation file into a temporary directory on your hard disk and double click on it from Windows Explorer to start the installation proceedure. 3DView installs in "demo mode" giving you 15 trials of the full program without any limitations. To license 3dView we generate a Key Code from the Program Serial Number (IMT-???-???), which you need to provide upon purchase. The Program Serial number is shown on the opening window when 3D View starts in demo mode. The 3DView keycode is unique to the machine on which 3DView is installed. ie 1 keycode fo each PC DOWNLOAD INSTRUCTIONS ********************* To Download 3DView go to the following page:- http://www.imtechdesign.com/3dview/downloadr.html (clicking on the above link should open your browser and once on line take you to the download page.) Well I hope the download and installation goes smoothly and 3DView forfils your requirements, I will write to you in a couple of day's with our 3DView Hints + Tips News Letter so you know how to get the most from 3DView. Kind regards Keith Hague Imtech Design UK tel:- 020 82850033 fax:- 020 82850066 To stop additional follow up messages click below: http://www.aweber.com/r.php?i=3dviewsupport&e=shelton%40mtwilson.edu From - Wed Aug 23 13:30:36 2000 Received: from cmailg7.svr.pol.co.uk (cmailg7.svr.pol.co.uk [195.92.195.177]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id LAA00362 for ; Wed, 23 Aug 2000 11:27:56 -0700 (PDT) Received: from [195.92.67.23] (helo=mail18.svr.pol.co.uk) by cmailg7.svr.pol.co.uk with esmtp (Exim 3.13 #0) id 13RfEY-0006dL-00 for shelton@mtwilson.edu; Wed, 23 Aug 2000 19:26:42 +0100 Received: from modem-224.bursa-trigger.dialup.pol.co.uk ([62.136.244.224] helo=pent300) by mail18.svr.pol.co.uk with smtp (Exim 3.13 #0) id 13RfEX-00063O-00 for shelton@mtwilson.edu; Wed, 23 Aug 2000 19:26:41 +0100 Message-ID: <02ce01c00d2f$9dd638a0$757f883e@pent300> From: "3DView - Imtech" To: Subject: Re: AWeber 3dviewsupport: Date: Wed, 23 Aug 2000 19:25:58 +0100 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable X-Mailer: Microsoft Outlook Express 5.00.2919.6600 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2919.6600 X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 X-UIDL: <02ce01c00d2f$9dd638a0$757f883e@pent300> Dear customers and freinds.=20 Imtech Design is closed for annual holidays from Monday=20 the 21st of August through to Friday 28th of August 2000.=20 We apologise for an inconvenience, and look forward=20 to helping you in due course.=20 Kind regards=20 Keith Hague Imtech Design From - Thu Aug 24 14:09:20 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id PAA00612 for ; Thu, 24 Aug 2000 15:14:04 -0700 (PDT) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.168.201]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id MAA19797 for ; Thu, 24 Aug 2000 12:12:50 -1000 (HST) Received: from Mana (mana [128.171.168.214]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id MAA14680 for ; Thu, 24 Aug 2000 12:12:49 -1000 (HST) Message-ID: <041301c00e18$4181bf40$d6a8ab80@ifa.hawaii.edu> From: "Douglas Toomey" To: References: <39A1D7CA.75E82EA2@mtwilson.edu> <39A2D8F9.8775A3F0@infrared.greensand.net> <39A47BE0.C9A4F68A@mtwilson.edu> Subject: Re: IRTF igs and pdf files Date: Thu, 24 Aug 2000 12:11:29 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2615.200 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2615.200 X-Mozilla-Status: 8013 X-Mozilla-Status2: 00000000 X-UIDL: <041301c00e18$4181bf40$d6a8ab80@ifa.hawaii.edu> Hi Chris, Vern got the files and he has all of the rays. Thanks. Do we need to have a physical stop for the stop you put after the steering mirror? He has made the 1.5 inch version work so we do not have to worry about going to 2.5 inches. Doug ----- Original Message ----- From: Chris Shelton To: ; ; Sent: Wednesday, August 23, 2000 3:35 PM Subject: Re: IRTF igs and pdf files > Hi Doug, Vern, > > Let's try this again. > > I got myself an IGES viewer (from UK, www.imtechdesign.com) and discovered > that you get all the rays if a button called "Delete Vignetted Rays" is > turned off on the Zemax IGES file export dialogue. The rays in question > are not vignetted or close to it, but that's what makes the IGES file > work. > > Cheers, > Chris > > > douglas toomey wrote: > > > > Hi, > > > > The igis file still only has the central ray. So you were right, > > it is consistant with the last file. > > > > Good luck, > > Doug ---------------------------------------------------------------------------- ---- > ZEMAX Version 8165 S0000001 > Lens Name:IRTF ADAPTIVE OPTICS S0000002 > 1H,,1H;,10HZEMAX_IGES, G0000001 > 40Hc:\carpe\irtf\raytrace\irtf2000aug23.igs, G0000002 > 13H,13H, G0000003 > 32,38,6,99,15,10HZEMAX_Lens,1.0, G0000004 > 2,2HMM, G0000005 > 8,0.016,13H971216.000000, G0000006 > .0001,100.0000,5HZEMAX,3HFSI,10,0, G0000007 > 13H971216.000000; G0000008 > 124 1 0 0 0 0 0 000000000D0000001 > 124 0 0 3 0 0D0000002 > 124 4 0 0 0 0 0 000000000D0000003 > 124 0 0 3 0 0D0000004 > 124 7 0 0 0 0 0 000000000D0000005 > 124 0 0 3 0 0D0000006 > 124 10 0 0 0 0 0 000000000D0000007 > 124 0 0 3 0 0D0000008 > 124 13 0 0 0 0 0 000000000D0000009 > 124 0 0 3 0 0D0000010 > 124 16 0 0 0 0 0 000000000D0000011 > 124 0 0 3 0 0D0000012 > 124 19 0 0 0 0 0 000000000D0000013 > 124 0 0 3 0 0D0000014 > 124 22 0 0 0 0 0 000000000D0000015 > 124 0 0 3 0 0D0000016 > 124 25 0 0 0 0 0 000000000D0000017 > 124 0 0 3 0 0D0000018 > 124 28 0 0 0 0 0 000000000D0000019 > 124 0 0 3 0 0D0000020 > 124 31 0 0 0 0 0 000000000D0000021 > 124 0 0 3 0 0D0000022 > 124 34 0 0 0 0 0 000000000D0000023 > 124 0 0 3 0 0D0000024 > 124 37 0 0 0 0 0 000000000D0000025 > 124 0 0 3 0 0D0000026 > 124 40 0 0 0 0 0 000000000D0000027 > 124 0 0 3 0 0D0000028 > 124 43 0 0 0 0 0 000000000D0000029 > 124 0 0 3 0 0D0000030 > 124 46 0 0 0 0 0 000000000D0000031 > 124 0 0 3 0 0D0000032 > 124 49 0 0 0 0 0 000000000D0000033 > 124 0 0 3 0 0D0000034 > 124 52 0 0 0 0 0 000000000D0000035 > 124 0 0 3 0 0D0000036 > 124 55 0 0 0 0 0 000000000D0000037 > 124 0 0 3 0 0D0000038 > 124 58 0 0 0 0 0 000000000D0000039 > 124 0 0 3 0 0D0000040 > 124 61 0 0 0 0 0 000000000D0000041 > 124 0 0 3 0 0D0000042 > 124 64 0 0 0 0 0 000000000D0000043 > 124 0 0 3 0 0D0000044 > 124 67 0 0 0 0 0 000000000D0000045 > 124 0 0 3 0 0D0000046 > 124 70 0 0 0 0 0 000000000D0000047 > 124 0 0 3 0 0D0000048 > 124 73 0 0 0 0 0 000000000D0000049 > 124 0 0 3 0 0D0000050 > 124 76 0 0 0 0 0 000000000D0000051 > 124 0 0 3 0 0D0000052 > 124 79 0 0 0 0 0 000000000D0000053 > 124 0 0 3 0 0D0000054 > 124 82 0 0 0 0 0 000000000D0000055 > 124 0 0 3 0 0D0000056 > 124 85 0 0 0 0 0 000000000D0000057 > 124 0 0 3 0 0D0000058 > 124 88 0 0 0 0 0 000000000D0000059 > 124 0 0 3 0 0D0000060 > 124 91 0 0 0 0 0 000000000D0000061 > 124 0 0 3 0 0D0000062 > 124 94 0 0 0 0 0 000000000D0000063 > 124 0 0 3 0 0D0000064 > 124 97 0 0 0 0 0 000000000D0000065 > 124 0 0 3 0 0D0000066 > 124 100 0 0 0 0 0 000000000D0000067 > 124 0 0 3 0 0D0000068 > 124 103 0 0 0 0 0 000000000D0000069 > 124 0 0 3 0 0D0000070 > 124 106 0 0 0 0 0 000000000D0000071 > 124 0 0 3 0 0D0000072 > 124 109 0 0 0 0 0 000000000D0000073 > 124 0 0 3 0 0D0000074 > 124 112 0 0 0 0 0 000000000D0000075 > 124 0 0 3 0 0D0000076 > 124 115 0 0 0 0 0 000000000D0000077 > 124 0 0 3 0 0D0000078 > 124 118 0 0 0 0 0 000000000D0000079 > 124 0 0 3 0 0D0000080 > 124 121 0 0 0 0 0 000000000D0000081 > 124 0 0 3 0 0D0000082 > 124 124 0 0 0 0 0 000000000D0000083 > 124 0 0 3 0 0D0000084 > 124 127 0 0 0 0 0 000000000D0000085 > 124 0 0 3 0 0D0000086 > 124 130 0 0 0 0 0 000000000D0000087 > 124 0 0 3 0 0D0000088 > 124 133 0 0 0 0 0 000000000D0000089 > 124 0 0 3 0 0D0000090 > 124 136 0 0 0 0 0 000000000D0000091 > 124 0 0 3 0 0D0000092 > 124 139 0 0 0 0 0 000000000D0000093 > 124 0 0 3 0 0D0000094 > 124 142 0 0 0 0 0 000000000D0000095 > 124 0 0 3 0 0D0000096 > 124 145 0 0 0 0 0 000000000D0000097 > 124 0 0 3 0 0D0000098 > 124 148 0 0 0 0 0 000000000D0000099 > 124 0 0 3 0 0D0000100 > 124 151 0 0 0 0 0 000000000D0000101 > 124 0 0 3 0 0D0000102 > 124 154 0 0 0 0 0 000000000D0000103 > 124 0 0 3 0 0D0000104 > 124 157 0 0 0 0 0 000000000D0000105 > 124 0 0 3 0 0D0000106 > 124 160 0 0 0 0 0 000000000D0000107 > 124 0 0 3 0 0D0000108 > 124 163 0 0 0 0 0 000000000D0000109 > 124 0 0 3 0 0D0000110 > 124 166 0 0 0 0 0 000000000D0000111 > 124 0 0 3 0 0D0000112 > 124 169 0 0 0 0 0 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0 0 2 0 0D0001320 > 110 1595 0 1 1 0 0 000000000D0001321 > 110 0 0 2 0 0D0001322 > 110 1597 0 1 1 0 0 000000000D0001323 > 110 0 0 2 0 0D0001324 > 110 1599 0 1 1 0 0 000000000D0001325 > 110 0 0 2 0 0D0001326 > 110 1601 0 1 1 0 0 000000000D0001327 > 110 0 0 2 0 0D0001328 > 110 1603 0 1 1 0 0 000000000D0001329 > 110 0 0 2 0 0D0001330 > 110 1605 0 1 1 0 0 000000000D0001331 > 110 0 0 2 0 0D0001332 > 110 1607 0 1 1 0 0 000000000D0001333 > 110 0 0 2 0 0D0001334 > 110 1609 0 1 1 0 0 000000000D0001335 > 110 0 0 2 0 0D0001336 > 110 1611 0 1 1 0 0 000000000D0001337 > 110 0 0 2 0 0D0001338 > 110 1613 0 1 1 0 0 000000000D0001339 > 110 0 0 2 0 0D0001340 > 110 1615 0 1 1 0 0 000000000D0001341 > 110 0 0 2 0 0D0001342 > 110 1617 0 1 1 0 0 000000000D0001343 > 110 0 0 2 0 0D0001344 > 110 1619 0 1 1 0 0 000000000D0001345 > 110 0 0 2 0 0D0001346 > 110 1621 0 1 1 0 0 000000000D0001347 > 110 0 0 2 0 0D0001348 > 110 1623 0 1 1 0 0 000000000D0001349 > 110 0 0 2 0 0D0001350 > 110 1625 0 1 1 0 0 000000000D0001351 > 110 0 0 2 0 0D0001352 > 110 1627 0 1 1 0 0 000000000D0001353 > 110 0 0 2 0 0D0001354 > 110 1629 0 1 1 0 0 000000000D0001355 > 110 0 0 2 0 0D0001356 > 110 1631 0 1 1 0 0 000000000D0001357 > 110 0 0 2 0 0D0001358 > 110 1633 0 1 1 0 0 000000000D0001359 > 110 0 0 2 0 0D0001360 > 110 1635 0 1 1 0 0 000000000D0001361 > 110 0 0 2 0 0D0001362 > 110 1637 0 1 1 0 0 000000000D0001363 > 110 0 0 2 0 0D0001364 > 110 1639 0 1 1 0 0 000000000D0001365 > 110 0 0 2 0 0D0001366 > 110 1641 0 1 1 0 0 000000000D0001367 > 110 0 0 2 0 0D0001368 > 110 1643 0 1 1 0 0 000000000D0001369 > 110 0 0 2 0 0D0001370 > 110 1645 0 1 1 0 0 000000000D0001371 > 110 0 0 2 0 0D0001372 > 110 1647 0 1 1 0 0 000000000D0001373 > 110 0 0 2 0 0D0001374 > 110 1649 0 1 1 0 0 000000000D0001375 > 110 0 0 2 0 0D0001376 > 110 1651 0 1 1 0 0 000000000D0001377 > 110 0 0 2 0 0D0001378 > 110 1653 0 1 1 0 0 000000000D0001379 > 110 0 0 2 0 0D0001380 > 110 1655 0 1 1 0 0 000000000D0001381 > 110 0 0 2 0 0D0001382 > 110 1657 0 1 1 0 0 000000000D0001383 > 110 0 0 2 0 0D0001384 > 110 1659 0 1 1 0 0 000000000D0001385 > 110 0 0 2 0 0D0001386 > 110 1661 0 1 1 0 0 000000000D0001387 > 110 0 0 2 0 0D0001388 > 110 1663 0 1 1 0 0 000000000D0001389 > 110 0 0 2 0 0D0001390 > 110 1665 0 1 1 0 0 000000000D0001391 > 110 0 0 2 0 0D0001392 > 110 1667 0 1 1 0 0 000000000D0001393 > 110 0 0 2 0 0D0001394 > 110 1669 0 1 1 0 0 000000000D0001395 > 110 0 0 2 0 0D0001396 > 110 1671 0 1 1 0 0 000000000D0001397 > 110 0 0 2 0 0D0001398 > 110 1673 0 1 1 0 0 000000000D0001399 > 110 0 0 2 0 0D0001400 > 110 1675 0 1 1 0 0 000000000D0001401 > 110 0 0 2 0 0D0001402 > 110 1677 0 1 1 0 0 000000000D0001403 > 110 0 0 2 0 0D0001404 > 110 1679 0 1 1 0 0 000000000D0001405 > 110 0 0 2 0 0D0001406 > 110 1681 0 1 1 0 0 000000000D0001407 > 110 0 0 2 0 0D0001408 > 110 1683 0 1 1 0 0 000000000D0001409 > 110 0 0 2 0 0D0001410 > 110 1685 0 1 1 0 0 000000000D0001411 > 110 0 0 2 0 0D0001412 > 110 1687 0 1 1 0 0 000000000D0001413 > 110 0 0 2 0 0D0001414 > 110 1689 0 1 1 0 0 000000000D0001415 > 110 0 0 2 0 0D0001416 > 110 1691 0 1 1 0 0 000000000D0001417 > 110 0 0 2 0 0D0001418 > 110 1693 0 1 1 0 0 000000000D0001419 > 110 0 0 2 0 0D0001420 > 110 1695 0 1 1 0 0 000000000D0001421 > 110 0 0 2 0 0D0001422 > 110 1697 0 1 1 0 0 000000000D0001423 > 110 0 0 2 0 0D0001424 > 110 1699 0 1 1 0 0 000000000D0001425 > 110 0 0 2 0 0D0001426 > 110 1701 0 1 1 0 0 000000000D0001427 > 110 0 0 2 0 0D0001428 > 110 1703 0 1 1 0 0 000000000D0001429 > 110 0 0 2 0 0D0001430 > 110 1705 0 1 1 0 0 000000000D0001431 > 110 0 0 2 0 0D0001432 > 110 1707 0 1 1 0 0 000000000D0001433 > 110 0 0 2 0 0D0001434 > 110 1709 0 1 1 0 0 000000000D0001435 > 110 0 0 2 0 0D0001436 > 110 1711 0 1 1 0 0 000000000D0001437 > 110 0 0 2 0 0D0001438 > 110 1713 0 1 1 0 0 000000000D0001439 > 110 0 0 2 0 0D0001440 > 110 1715 0 1 1 0 0 000000000D0001441 > 110 0 0 2 0 0D0001442 > 110 1717 0 1 1 0 0 000000000D0001443 > 110 0 0 2 0 0D0001444 > 110 1719 0 1 1 0 0 000000000D0001445 > 110 0 0 2 0 0D0001446 > 110 1721 0 1 1 0 0 000000000D0001447 > 110 0 0 2 0 0D0001448 > 110 1723 0 1 1 0 0 000000000D0001449 > 110 0 0 2 0 0D0001450 > 110 1725 0 1 1 0 0 000000000D0001451 > 110 0 0 2 0 0D0001452 > 110 1727 0 1 1 0 0 000000000D0001453 > 110 0 0 2 0 0D0001454 > 110 1729 0 1 1 0 0 000000000D0001455 > 110 0 0 2 0 0D0001456 > 110 1731 0 1 1 0 0 000000000D0001457 > 110 0 0 2 0 0D0001458 > 110 1733 0 1 1 0 0 000000000D0001459 > 110 0 0 2 0 0D0001460 > 110 1735 0 1 1 0 0 000000000D0001461 > 110 0 0 2 0 0D0001462 > 124,1.000000000,0.000000000,0.000000000,0.000000000E+000, 1P0000001 > 0.000000000,1.000000000,0.000000000,0.000000000E+000, 1P0000002 > 0.000000000,0.000000000,1.000000000,1.890313224E+003,0,0; 1P0000003 > 124,0.000000000,0.000000000,-1.000000000,0.000000000E+000, 3P0000004 > 0.000000000,1.000000000,0.000000000,0.000000000E+000, 3P0000005 > 1.000000000,0.000000000,0.000000000,1.890313224E+003,0,0; 3P0000006 > 124,0.000000000,-1.000000000,0.000000000,0.000000000E+000, 5P0000007 > 0.000000000,0.000000000,-1.000000000,0.000000000E+000, 5P0000008 > 1.000000000,0.000000000,0.000000000,1.890313224E+003,0,0; 5P0000009 > 124,1.000000000,0.000000000,0.000000000,0.000000000E+000, 7P0000010 > 0.000000000,1.000000000,0.000000000,0.000000000E+000, 7P0000011 > 0.000000000,0.000000000,1.000000000,1.896663224E+003,0,0; 7P0000012 > 124,0.000000000,0.000000000,-1.000000000,0.000000000E+000, 9P0000013 > 0.000000000,1.000000000,0.000000000,0.000000000E+000, 9P0000014 > 1.000000000,0.000000000,0.000000000,1.896663224E+003,0,0; 9P0000015 > 124,0.000000000,-1.000000000,0.000000000,0.000000000E+000, 11P0000016 > 0.000000000,0.000000000,-1.000000000,0.000000000E+000, 11P0000017 > 1.000000000,0.000000000,0.000000000,1.896663224E+003,0,0; 11P0000018 > 124,1.000000000,0.000000000,0.000000000,0.000000000E+000, 13P0000019 > 0.000000000,1.000000000,0.000000000,0.000000000E+000, 13P0000020 > 0.000000000,0.000000000,1.000000000,1.901663224E+003,0,0; 13P0000021 > 124,0.000000000,0.000000000,-1.000000000,0.000000000E+000, 15P0000022 > 0.000000000,1.000000000,0.000000000,0.000000000E+000, 15P0000023 > 1.000000000,0.000000000,0.000000000,1.901663224E+003,0,0; 15P0000024 > 124,0.000000000,-1.000000000,0.000000000,0.000000000E+000, 17P0000025 > 0.000000000,0.000000000,-1.000000000,0.000000000E+000, 17P0000026 > 1.000000000,0.000000000,0.000000000,1.901663224E+003,0,0; 17P0000027 > 124,1.000000000,0.000000000,0.000000000,0.000000000E+000, 19P0000028 > 0.000000000,1.000000000,0.000000000,0.000000000E+000, 19P0000029 > 0.000000000,0.000000000,1.000000000,1.977133224E+003,0,0; 19P0000030 > 124,0.000000000,0.000000000,-1.000000000,0.000000000E+000, 21P0000031 > 0.000000000,1.000000000,0.000000000,0.000000000E+000, 21P0000032 > 1.000000000,0.000000000,0.000000000,1.977133224E+003,0,0; 21P0000033 > 124,0.000000000,-1.000000000,0.000000000,0.000000000E+000, 23P0000034 > 0.000000000,0.000000000,-1.000000000,0.000000000E+000, 23P0000035 > 1.000000000,0.000000000,0.000000000,1.977133224E+003,0,0; 23P0000036 > 124,1.000000000,0.000000000,0.000000000,0.000000000E+000, 25P0000037 > 0.000000000,1.000000000,0.000000000,0.000000000E+000, 25P0000038 > 0.000000000,0.000000000,1.000000000,2.037133224E+003,0,0; 25P0000039 > 124,0.000000000,0.000000000,-1.000000000,0.000000000E+000, 27P0000040 > 0.000000000,1.000000000,0.000000000,0.000000000E+000, 27P0000041 > 1.000000000,0.000000000,0.000000000,2.037133224E+003,0,0; 27P0000042 > 124,0.000000000,-1.000000000,0.000000000,0.000000000E+000, 29P0000043 > 0.000000000,0.000000000,-1.000000000,0.000000000E+000, 29P0000044 > 1.000000000,0.000000000,0.000000000,2.037133224E+003,0,0; 29P0000045 > 124,1.000000000,0.000000000,0.000000000,0.000000000E+000, 31P0000046 > 0.000000000,0.707106781,0.707106781,0.000000000E+000, 31P0000047 > 0.000000000,-0.707106781,0.707106781,2.085133224E+003,0,0; 31P0000048 > 124,0.000000000,0.000000000,-1.000000000,0.000000000E+000, 33P0000049 > 0.707106781,0.707106781,0.000000000,0.000000000E+000, 33P0000050 > 0.707106781,-0.707106781,0.000000000,2.085133224E+003,0,0; 33P0000051 > 124,0.000000000,-1.000000000,0.000000000,0.000000000E+000, 35P0000052 > 0.707106781,0.000000000,-0.707106781,0.000000000E+000, 35P0000053 > 0.707106781,0.000000000,0.707106781,2.085133224E+003,0,0; 35P0000054 > 124,1.000000000,0.000000000,0.000000000,0.000000000E+000, 37P0000055 > 0.000000000,-0.000000000,1.000000000,-2.023507705E+002, 37P0000056 > 0.000000000,-1.000000000,-0.000000000,2.085133224E+003,0,0; 37P0000057 > 124,0.000000000,0.000000000,-1.000000000,0.000000000E+000, 39P0000058 > 1.000000000,-0.000000000,0.000000000,-2.023507705E+002, 39P0000059 > -0.000000000,-1.000000000,0.000000000,2.085133224E+003,0,0; 39P0000060 > 124,0.000000000,-1.000000000,0.000000000,0.000000000E+000, 41P0000061 > 1.000000000,0.000000000,0.000000000,-2.023507705E+002, 41P0000062 > -0.000000000,0.000000000,1.000000000,2.085133224E+003,0,0; 41P0000063 > 124,1.000000000,0.000000000,0.000000000,0.000000000E+000, 43P0000064 > 0.000000000,-0.000000000,1.000000000,-2.373507705E+002, 43P0000065 > 0.000000000,-1.000000000,-0.000000000,2.085133224E+003,0,0; 43P0000066 > 124,0.000000000,0.000000000,-1.000000000,0.000000000E+000, 45P0000067 > 1.000000000,-0.000000000,0.000000000,-2.373507705E+002, 45P0000068 > -0.000000000,-1.000000000,0.000000000,2.085133224E+003,0,0; 45P0000069 > 124,0.000000000,-1.000000000,0.000000000,0.000000000E+000, 47P0000070 > 1.000000000,0.000000000,0.000000000,-2.373507705E+002, 47P0000071 > -0.000000000,0.000000000,1.000000000,2.085133224E+003,0,0; 47P0000072 > 124,0.997314477,0.051787226,-0.051787226,0.000000000E+000, 49P0000073 > 0.000000000,0.707106781,0.707106781,-3.404507705E+002, 49P0000074 > 0.073238197,-0.705207830,0.705207830,2.085133224E+003,0,0; 49P0000075 > 124,-0.051787226,0.051787226,-0.997314477,0.000000000E+000, 51P0000076 > 0.707106781,0.707106781,-0.000000000,-3.404507705E+002, 51P0000077 > 0.705207830,-0.705207830,-0.073238197,2.085133224E+003,0,0; 51P0000078 > 124,-0.051787226,-0.997314477,-0.051787226,0.000000000E+000, 53P0000079 > 0.707106781,-0.000000000,-0.707106781,-3.404507705E+002, 53P0000080 > 0.705207830,-0.073238197,0.705207830,2.085133224E+003,0,0; 53P0000081 > 124,0.999925370,-0.000000000,-0.012217001,-3.089919537E+001, 55P0000082 > 0.000000000,1.000000000,0.000000000,-3.404507705E+002, 55P0000083 > 0.012217001,0.000000000,0.999925370,2.505900202E+003,0,0; 55P0000084 > 124,-0.012217001,-0.000000000,-0.999925370,-3.089919537E+001, 57P0000085 > 0.000000000,1.000000000,-0.000000000,-3.404507705E+002, 57P0000086 > 0.999925370,0.000000000,-0.012217001,2.505900202E+003,0,0; 57P0000087 > 124,-0.012217001,-0.999925370,0.000000000,-3.089919537E+001, 59P0000088 > 0.000000000,-0.000000000,-1.000000000,-3.404507705E+002, 59P0000089 > 0.999925370,-0.012217001,0.000000000,2.505900202E+003,0,0; 59P0000090 > 124,0.999921283,0.002556599,-0.012283823,-5.756618398E+001, 61P0000091 > -0.003195034,0.998629535,-0.052238339,-3.404507705E+002, 61P0000092 > 0.012133436,0.052273474,0.998559094,1.960653991E+003,0,0; 61P0000093 > 124,-0.012283823,0.002556599,-0.999921283,-5.756618398E+001, 63P0000094 > -0.052238339,0.998629535,0.003195034,-3.404507705E+002, 63P0000095 > 0.998559094,0.052273474,-0.012133436,1.960653991E+003,0,0; 63P0000096 > 124,-0.012283823,-0.999921283,-0.002556599,-5.756618398E+001, 65P0000097 > -0.052238339,0.003195034,-0.998629535,-3.404507705E+002, 65P0000098 > 0.998559094,-0.012133436,-0.052273474,1.960653991E+003,0,0; 65P0000099 > 124,0.999921283,0.002556599,-0.012283823,-5.756618398E+001, 67P0000100 > -0.003195034,0.998629535,-0.052238339,-3.404507705E+002, 67P0000101 > 0.012133436,0.052273474,0.998559094,1.960653991E+003,0,0; 67P0000102 > 124,-0.012283823,0.002556599,-0.999921283,-5.756618398E+001, 69P0000103 > -0.052238339,0.998629535,0.003195034,-3.404507705E+002, 69P0000104 > 0.998559094,0.052273474,-0.012133436,1.960653991E+003,0,0; 69P0000105 > 124,-0.012283823,-0.999921283,-0.002556599,-5.756618398E+001, 71P0000106 > -0.052238339,0.003195034,-0.998629535,-3.404507705E+002, 71P0000107 > 0.998559094,-0.012133436,-0.052273474,1.960653991E+003,0,0; 71P0000108 > 124,0.997299178,0.001910210,-0.073421394,-5.756618398E+001, 73P0000109 > -0.009564433,0.994527004,-0.104041143,-3.404507705E+002, 73P0000110 > 0.072820819,0.104462380,0.991859234,1.960653991E+003,0,0; 73P0000111 > 124,-0.073421394,0.001910210,-0.997299178,-5.756618398E+001, 75P0000112 > -0.104041143,0.994527004,0.009564433,-3.404507705E+002, 75P0000113 > 0.991859234,0.104462380,-0.072820819,1.960653991E+003,0,0; 75P0000114 > 124,-0.073421394,-0.997299178,-0.001910210,-5.756618398E+001, 77P0000115 > -0.104041143,0.009564433,-0.994527004,-3.404507705E+002, 77P0000116 > 0.991859234,-0.072820819,-0.104462380,1.960653991E+003,0,0; 77P0000117 > 124,0.997299178,0.001910210,-0.073421394,-7.959260230E+001, 79P0000118 > -0.009564433,0.994527004,-0.104041143,-3.716631134E+002, 79P0000119 > 0.072820819,0.104462380,0.991859234,2.258211761E+003,0,0; 79P0000120 > 124,-0.073421394,0.001910210,-0.997299178,-7.959260230E+001, 81P0000121 > -0.104041143,0.994527004,0.009564433,-3.716631134E+002, 81P0000122 > 0.991859234,0.104462380,-0.072820819,2.258211761E+003,0,0; 81P0000123 > 124,-0.073421394,-0.997299178,-0.001910210,-7.959260230E+001, 83P0000124 > -0.104041143,0.009564433,-0.994527004,-3.716631134E+002, 83P0000125 > 0.991859234,-0.072820819,-0.104462380,2.258211761E+003,0,0; 83P0000126 > 124,0.929747648,0.335697712,-0.151249319,-1.170375134E+002, 85P0000127 > -0.346639615,0.936546380,-0.052171402,-4.247240963E+002, 85P0000128 > 0.124138181,0.100935244,0.987117920,2.764059970E+003,0,0; 85P0000129 > 124,-0.151249319,0.335697712,-0.929747648,-1.170375134E+002, 87P0000130 > -0.052171402,0.936546380,0.346639615,-4.247240963E+002, 87P0000131 > 0.987117920,0.100935244,-0.124138181,2.764059970E+003,0,0; 87P0000132 > 124,-0.151249319,-0.929747648,-0.335697712,-1.170375134E+002, 89P0000133 > -0.052171402,0.346639615,-0.936546380,-4.247240963E+002, 89P0000134 > 0.987117920,-0.124138181,-0.100935244,2.764059970E+003,0,0; 89P0000135 > 124,0.973695548,0.000000000,-0.227852977,-1.170375134E+002, 91P0000136 > -0.000000000,1.000000000,-0.000000000,-4.247240963E+002, 91P0000137 > 0.227852977,0.000000000,0.973695548,2.764059970E+003,0,0; 91P0000138 > 124,-0.227852977,0.000000000,-0.973695548,-1.170375134E+002, 93P0000139 > -0.000000000,1.000000000,0.000000000,-4.247240963E+002, 93P0000140 > 0.973695548,0.000000000,-0.227852977,2.764059970E+003,0,0; 93P0000141 > 124,-0.227852977,-0.973695548,-0.000000000,-1.170375134E+002, 95P0000142 > -0.000000000,0.000000000,-1.000000000,-4.247240963E+002, 95P0000143 > 0.973695548,-0.227852977,-0.000000000,2.764059970E+003,0,0; 95P0000144 > 124,0.981054353,0.000000000,-0.193732691,6.433410270E+001, 97P0000145 > -0.000000000,1.000000000,-0.000000000,-4.247240963E+002, 97P0000146 > 0.193732691,0.000000000,0.981054353,1.988995553E+003,0,0; 97P0000147 > 124,-0.193732691,0.000000000,-0.981054353,6.433410270E+001, 99P0000148 > -0.000000000,1.000000000,0.000000000,-4.247240963E+002, 99P0000149 > 0.981054353,0.000000000,-0.193732691,1.988995553E+003,0,0; 99P0000150 > 124,-0.193732691,-0.981054353,-0.000000000,6.433410270E+001, 101P0000151 > -0.000000000,0.000000000,-1.000000000,-4.247240963E+002, 101P0000152 > 0.981054353,-0.193732691,-0.000000000,1.988995553E+003,0,0; 101P0000153 > 124,0.993629615,0.000000000,-0.112695112,-6.476075787E+001, 103P0000154 > -0.000000000,1.000000000,-0.000000000,-4.247240963E+002, 103P0000155 > 0.112695112,0.000000000,0.993629615,2.788642048E+003,0,0; 103P0000156 > 124,-0.112695112,0.000000000,-0.993629615,-6.476075787E+001, 105P0000157 > -0.000000000,1.000000000,0.000000000,-4.247240963E+002, 105P0000158 > 0.993629615,0.000000000,-0.112695112,2.788642048E+003,0,0; 105P0000159 > 124,-0.112695112,-0.993629615,-0.000000000,-6.476075787E+001, 107P0000160 > -0.000000000,0.000000000,-1.000000000,-4.247240963E+002, 107P0000161 > 0.993629615,-0.112695112,-0.000000000,2.788642048E+003,0,0; 107P0000162 > 124,0.999433131,0.000000000,0.033666267,-1.149220776E+001, 109P0000163 > -0.000000000,1.000000000,-0.000000000,-4.247240963E+002, 109P0000164 > -0.033666267,0.000000000,0.999433131,1.980395513E+003,0,0; 109P0000165 > 124,0.033666267,0.000000000,-0.999433131,-1.149220776E+001, 111P0000166 > -0.000000000,1.000000000,0.000000000,-4.247240963E+002, 111P0000167 > 0.999433131,0.000000000,0.033666267,1.980395513E+003,0,0; 111P0000168 > 124,0.033666267,-0.999433131,-0.000000000,-1.149220776E+001, 113P0000169 > -0.000000000,0.000000000,-1.000000000,-4.247240963E+002, 113P0000170 > 0.999433131,0.033666267,-0.000000000,1.980395513E+003,0,0; 113P0000171 > 124,0.991147778,0.000000000,0.132763255,6.503921873E+001, 115P0000172 > -0.000000000,1.000000000,-0.000000000,-4.247240963E+002, 115P0000173 > -0.132763255,0.000000000,0.991147778,2.551743010E+003,0,0; 115P0000174 > 124,0.132763255,0.000000000,-0.991147778,6.503921873E+001, 117P0000175 > -0.000000000,1.000000000,0.000000000,-4.247240963E+002, 117P0000176 > 0.991147778,0.000000000,0.132763255,2.551743010E+003,0,0; 117P0000177 > 124,0.132763255,-0.991147778,-0.000000000,6.503921873E+001, 119P0000178 > -0.000000000,0.000000000,-1.000000000,-4.247240963E+002, 119P0000179 > 0.991147778,0.132763255,-0.000000000,2.551743010E+003,0,0; 119P0000180 > 124,0.991147778,0.000000000,0.132763255,7.831554420E+001, 121P0000181 > -0.000000000,1.000000000,-0.000000000,-4.247240963E+002, 121P0000182 > -0.132763255,0.000000000,0.991147778,2.650857788E+003,0,0; 121P0000183 > 124,0.132763255,0.000000000,-0.991147778,7.831554420E+001, 123P0000184 > -0.000000000,1.000000000,0.000000000,-4.247240963E+002, 123P0000185 > 0.991147778,0.000000000,0.132763255,2.650857788E+003,0,0; 123P0000186 > 124,0.132763255,-0.991147778,-0.000000000,7.831554420E+001, 125P0000187 > -0.000000000,0.000000000,-1.000000000,-4.247240963E+002, 125P0000188 > 0.991147778,0.132763255,-0.000000000,2.650857788E+003,0,0; 125P0000189 > 124,0.991147778,0.000000000,0.132763255,7.831554420E+001, 127P0000190 > -0.000000000,1.000000000,-0.000000000,-4.247240963E+002, 127P0000191 > -0.132763255,0.000000000,0.991147778,2.650857788E+003,0,0; 127P0000192 > 124,0.132763255,0.000000000,-0.991147778,7.831554420E+001, 129P0000193 > -0.000000000,1.000000000,0.000000000,-4.247240963E+002, 129P0000194 > 0.991147778,0.000000000,0.132763255,2.650857788E+003,0,0; 129P0000195 > 124,0.132763255,-0.991147778,-0.000000000,7.831554420E+001, 131P0000196 > -0.000000000,0.000000000,-1.000000000,-4.247240963E+002, 131P0000197 > 0.991147778,0.132763255,-0.000000000,2.650857788E+003,0,0; 131P0000198 > 110,-3.809999850E+001,3.809999850E+001,0.0, 133P0000199 > -3.809999850E+001,-3.809999850E+001,0.0; 133P0000200 > 110,0.000000000E+000,3.809999850E+001,0.0, 135P0000201 > 0.000000000E+000,-3.809999850E+001,0.0; 135P0000202 > 110,3.809999850E+001,3.809999850E+001,0.0, 137P0000203 > 3.809999850E+001,-3.809999850E+001,0.0; 137P0000204 > 110,3.809999850E+001,-3.809999850E+001,0.0, 139P0000205 > -3.809999850E+001,-3.809999850E+001,0.0; 139P0000206 > 110,3.809999850E+001,0.000000000E+000,0.0, 141P0000207 > -3.809999850E+001,0.000000000E+000,0.0; 141P0000208 > 110,3.809999850E+001,3.809999850E+001,0.0, 143P0000209 > -3.809999850E+001,3.809999850E+001,0.0; 143P0000210 > 110,-3.809999850E+001,3.809999850E+001,0.0, 145P0000211 > -3.809999850E+001,-3.809999850E+001,0.0; 145P0000212 > 110,0.000000000E+000,3.809999850E+001,0.0, 147P0000213 > 0.000000000E+000,-3.809999850E+001,0.0; 147P0000214 > 110,3.809999850E+001,3.809999850E+001,0.0, 149P0000215 > 3.809999850E+001,-3.809999850E+001,0.0; 149P0000216 > 110,3.809999850E+001,-3.809999850E+001,0.0, 151P0000217 > -3.809999850E+001,-3.809999850E+001,0.0; 151P0000218 > 110,3.809999850E+001,0.000000000E+000,0.0, 153P0000219 > -3.809999850E+001,0.000000000E+000,0.0; 153P0000220 > 110,3.809999850E+001,3.809999850E+001,0.0, 155P0000221 > -3.809999850E+001,3.809999850E+001,0.0; 155P0000222 > 110,-6.000000000E+001,6.000000000E+001,0.0, 157P0000223 > -6.000000000E+001,-6.000000000E+001,0.0; 157P0000224 > 110,0.000000000E+000,6.000000000E+001,0.0, 159P0000225 > 0.000000000E+000,-6.000000000E+001,0.0; 159P0000226 > 110,6.000000000E+001,6.000000000E+001,0.0, 161P0000227 > 6.000000000E+001,-6.000000000E+001,0.0; 161P0000228 > 110,6.000000000E+001,-6.000000000E+001,0.0, 163P0000229 > -6.000000000E+001,-6.000000000E+001,0.0; 163P0000230 > 110,6.000000000E+001,0.000000000E+000,0.0, 165P0000231 > -6.000000000E+001,0.000000000E+000,0.0; 165P0000232 > 110,6.000000000E+001,6.000000000E+001,0.0, 167P0000233 > -6.000000000E+001,6.000000000E+001,0.0; 167P0000234 > 100,0.000000000E+000,0.000000000E+000,0.000000000E+000, 169P0000235 > 0.000000000E+000,5.790000000E+001, 169P0000236 > 0.000000000E+000,5.790000000E+001; 169P0000237 > 110,-5.790000000E+001,0.0,0.0, 171P0000238 > 5.790000000E+001,0.0,0.0; 171P0000239 > 110,0.0,-5.790000000E+001,0.0, 173P0000240 > 0.0,5.790000000E+001,0.0; 173P0000241 > 100,0.000000000E+000,0.000000000E+000,0.000000000E+000, 175P0000242 > 0.000000000E+000,5.660000000E+001, 175P0000243 > 0.000000000E+000,5.660000000E+001; 175P0000244 > 110,-5.660000000E+001,0.0,0.0, 177P0000245 > 5.660000000E+001,0.0,0.0; 177P0000246 > 110,0.0,-5.660000000E+001,0.0, 179P0000247 > 0.0,5.660000000E+001,0.0; 179P0000248 > 110,-5.410200000E+001,7.305200000E+001,0.0, 181P0000249 > -5.410200000E+001,-7.305200000E+001,0.0; 181P0000250 > 110,0.000000000E+000,7.305200000E+001,0.0, 183P0000251 > 0.000000000E+000,-7.305200000E+001,0.0; 183P0000252 > 110,5.410200000E+001,7.305200000E+001,0.0, 185P0000253 > 5.410200000E+001,-7.305200000E+001,0.0; 185P0000254 > 110,5.410200000E+001,-7.305200000E+001,0.0, 187P0000255 > -5.410200000E+001,-7.305200000E+001,0.0; 187P0000256 > 110,5.410200000E+001,0.000000000E+000,0.0, 189P0000257 > -5.410200000E+001,0.000000000E+000,0.0; 189P0000258 > 110,5.410200000E+001,7.305200000E+001,0.0, 191P0000259 > -5.410200000E+001,7.305200000E+001,0.0; 191P0000260 > 100,0.000000000E+000,0.000000000E+000,0.000000000E+000, 193P0000261 > 0.000000000E+000,3.184740180E+001, 193P0000262 > 0.000000000E+000,3.184740180E+001; 193P0000263 > 110,-3.184740180E+001,0.0,0.0, 195P0000264 > 3.184740180E+001,0.0,0.0; 195P0000265 > 110,0.0,-3.184740180E+001,0.0, 197P0000266 > 0.0,3.184740180E+001,0.0; 197P0000267 > 100,0.000000000E+000,0.000000000E+000,0.000000000E+000, 199P0000268 > 0.000000000E+000,3.152986326E+001, 199P0000269 > 0.000000000E+000,3.152986326E+001; 199P0000270 > 110,-3.152986326E+001,0.0,0.0, 201P0000271 > 3.152986326E+001,0.0,0.0; 201P0000272 > 110,0.0,-3.152986326E+001,0.0, 203P0000273 > 0.0,3.152986326E+001,0.0; 203P0000274 > 110,-2.580000000E+001,3.660000000E+001,0.0, 205P0000275 > -2.580000000E+001,-3.660000000E+001,0.0; 205P0000276 > 110,0.000000000E+000,3.660000000E+001,0.0, 207P0000277 > 0.000000000E+000,-3.660000000E+001,0.0; 207P0000278 > 110,2.580000000E+001,3.660000000E+001,0.0, 209P0000279 > 2.580000000E+001,-3.660000000E+001,0.0; 209P0000280 > 110,2.580000000E+001,-3.660000000E+001,0.0, 211P0000281 > -2.580000000E+001,-3.660000000E+001,0.0; 211P0000282 > 110,2.580000000E+001,0.000000000E+000,0.0, 213P0000283 > -2.580000000E+001,0.000000000E+000,0.0; 213P0000284 > 110,2.580000000E+001,3.660000000E+001,0.0, 215P0000285 > -2.580000000E+001,3.660000000E+001,0.0; 215P0000286 > 100,-7.017998024E-001,0.000000000E+000,0.000000000E+000, 217P0000287 > 0.000000000E+000,3.810000000E+001, 217P0000288 > 0.000000000E+000,3.810000000E+001; 217P0000289 > 100,0.0,-1.034556093E+003,0.000000000E+000, 219P0000290 > -7.017998024E-001,-3.810000000E+001, 219P0000291 > -7.017998024E-001,3.810000000E+001; 219P0000292 > 100,0.0,-1.034556093E+003,0.000000000E+000, 221P0000293 > -7.017998024E-001,-3.810000000E+001, 221P0000294 > -7.017998024E-001,3.810000000E+001; 221P0000295 > 100,0.000000000E+000,0.000000000E+000,0.000000000E+000, 223P0000296 > 0.000000000E+000,1.270000000E+001, 223P0000297 > 0.000000000E+000,1.270000000E+001; 223P0000298 > 110,-1.270000000E+001,0.0,0.0, 225P0000299 > 1.270000000E+001,0.0,0.0; 225P0000300 > 110,0.0,-1.270000000E+001,0.0, 227P0000301 > 0.0,1.270000000E+001,0.0; 227P0000302 > 100,0.000000000E+000,0.000000000E+000,0.000000000E+000, 229P0000303 > 0.000000000E+000,7.000000000E+000, 229P0000304 > 0.000000000E+000,7.000000000E+000; 229P0000305 > 110,-7.000000000E+000,0.0,0.0, 231P0000306 > 7.000000000E+000,0.0,0.0; 231P0000307 > 110,0.0,-7.000000000E+000,0.0, 233P0000308 > 0.0,7.000000000E+000,0.0; 233P0000309 > 100,0.000000000E+000,0.000000000E+000,0.000000000E+000, 235P0000310 > 0.000000000E+000,6.839009763E+000, 235P0000311 > 0.000000000E+000,6.839009763E+000; 235P0000312 > 110,-6.839009763E+000,0.0,0.0, 237P0000313 > 6.839009763E+000,0.0,0.0; 237P0000314 > 110,0.0,-6.839009763E+000,0.0, 239P0000315 > 0.0,6.839009763E+000,0.0; 239P0000316 > 100,0.000000000E+000,0.000000000E+000,0.000000000E+000, 241P0000317 > 0.000000000E+000,9.000000000E+000, 241P0000318 > 0.000000000E+000,9.000000000E+000; 241P0000319 > 110,-9.000000000E+000,0.0,0.0, 243P0000320 > 9.000000000E+000,0.0,0.0; 243P0000321 > 110,0.0,-9.000000000E+000,0.0, 245P0000322 > 0.0,9.000000000E+000,0.0; 245P0000323 > 112,3,1,3,8, 247P0000324 > 0.000000000E+000, 247P0000325 > 1.000000000E+000, 247P0000326 > 2.000000000E+000, 247P0000327 > 3.000000000E+000, 247P0000328 > 4.000000000E+000, 247P0000329 > 5.000000000E+000, 247P0000330 > 6.000000000E+000, 247P0000331 > 7.000000000E+000, 247P0000332 > 8.000000000E+000, 247P0000333 > 0.000000000E+000,0.000000000E+000, 247P0000334 > 0.000000000E+000,0.000000000E+000, 247P0000335 > -1.270000000E+001,2.948214286E+000, 247P0000336 > 6.803571429E-001,-4.535714286E-001, 247P0000337 > -4.978162908E-002,2.400221991E-002, 247P0000338 > -4.446581091E-004,-1.777910841E-003, 247P0000339 > 0.000000000E+000,0.000000000E+000, 247P0000340 > 0.000000000E+000,0.000000000E+000, 247P0000341 > -9.525000000E+000,2.948214286E+000, 247P0000342 > 6.803571429E-001,-4.535714286E-001, 247P0000343 > -2.800197812E-002,1.777917117E-002, 247P0000344 > -4.445370932E-004,-1.777919806E-003, 247P0000345 > 0.000000000E+000,0.000000000E+000, 247P0000346 > 0.000000000E+000,0.000000000E+000, 247P0000347 > -6.350000000E+000,2.948214286E+000, 247P0000348 > 6.803571429E-001,-4.535714286E-001, 247P0000349 > -1.244526385E-002,1.155633756E-002, 247P0000350 > -4.444519386E-004,-1.777928770E-003, 247P0000351 > 0.000000000E+000,0.000000000E+000, 247P0000352 > 0.000000000E+000,0.000000000E+000, 247P0000353 > -3.175000000E+000,2.948214286E+000, 247P0000354 > 6.803571429E-001,-4.535714286E-001, 247P0000355 > -3.111307000E-003,5.333647374E-003, 247P0000356 > -4.444026403E-004,-1.777937734E-003, 247P0000357 > 0.000000000E+000,0.000000000E+000, 247P0000358 > 0.000000000E+000,0.000000000E+000, 247P0000359 > 0.000000000E+000,2.948214286E+000, 247P0000360 > 6.803571429E-001,-4.535714286E-001, 247P0000361 > 0.000000000E+000,-8.889711076E-004, 247P0000362 > -4.443891956E-004,-1.777946697E-003, 247P0000363 > 0.000000000E+000,0.000000000E+000, 247P0000364 > 0.000000000E+000,0.000000000E+000, 247P0000365 > 3.175000000E+000,2.948214286E+000, 247P0000366 > 6.803571429E-001,-4.535714286E-001, 247P0000367 > -3.111307000E-003,-7.111589589E-003, 247P0000368 > -4.444116035E-004,-1.777955660E-003, 247P0000369 > 0.000000000E+000,0.000000000E+000, 247P0000370 > 0.000000000E+000,0.000000000E+000, 247P0000371 > 6.350000000E+000,2.948214286E+000, 247P0000372 > 6.803571429E-001,-4.535714286E-001, 247P0000373 > -1.244526385E-002,-1.333427978E-002, 247P0000374 > -4.444698655E-004,-1.777964625E-003, 247P0000375 > 0.000000000E+000,0.000000000E+000, 247P0000376 > 0.000000000E+000,0.000000000E+000, 247P0000377 > 9.525000000E+000,2.948214286E+000, 247P0000378 > 6.803571429E-001,-4.535714286E-001, 247P0000379 > -2.800197812E-002,-1.955711338E-002, 247P0000380 > -4.445639848E-004,-1.777973590E-003, 247P0000381 > 0.000000000E+000,0.000000000E+000, 247P0000382 > 0.000000000E+000,0.000000000E+000, 247P0000383 > 1.270000000E+001,2.948214286E+000, 247P0000384 > -6.803571429E-001,-4.535714286E-001, 247P0000385 > -4.978162908E-002,-2.578016212E-002, 247P0000386 > -4.978162908E-002,-5.778484755E-003; 247P0000387 > 112,3,1,3,8, 249P0000388 > 0.000000000E+000, 249P0000389 > 1.000000000E+000, 249P0000390 > 2.000000000E+000, 249P0000391 > 3.000000000E+000, 249P0000392 > 4.000000000E+000, 249P0000393 > 5.000000000E+000, 249P0000394 > 6.000000000E+000, 249P0000395 > 7.000000000E+000, 249P0000396 > 8.000000000E+000, 249P0000397 > -1.270000000E+001,2.948214286E+000, 249P0000398 > 6.803571429E-001,-4.535714286E-001, 249P0000399 > 0.000000000E+000,0.000000000E+000, 249P0000400 > 0.000000000E+000,0.000000000E+000, 249P0000401 > -4.915030837E-002,2.369781950E-002, 249P0000402 > -4.390145823E-004,-1.755363841E-003, 249P0000403 > -9.525000000E+000,2.948214286E+000, 249P0000404 > 6.803571429E-001,-4.535714286E-001, 249P0000405 > 0.000000000E+000,0.000000000E+000, 249P0000406 > 0.000000000E+000,0.000000000E+000, 249P0000407 > -2.764686730E-002,1.755369881E-002, 249P0000408 > -4.388981126E-004,-1.755372470E-003, 249P0000409 > -6.350000000E+000,2.948214286E+000, 249P0000410 > 6.803571429E-001,-4.535714286E-001, 249P0000411 > 0.000000000E+000,0.000000000E+000, 249P0000412 > 0.000000000E+000,0.000000000E+000, 249P0000413 > -1.228743906E-002,1.140978518E-002, 249P0000414 > -4.388161569E-004,-1.755381097E-003, 249P0000415 > -3.175000000E+000,2.948214286E+000, 249P0000416 > 6.803571429E-001,-4.535714286E-001, 249P0000417 > 0.000000000E+000,0.000000000E+000, 249P0000418 > 0.000000000E+000,0.000000000E+000, 249P0000419 > -3.071851140E-003,5.266009574E-003, 249P0000420 > -4.387687104E-004,-1.755389724E-003, 249P0000421 > 0.000000000E+000,2.948214286E+000, 249P0000422 > 6.803571429E-001,-4.535714286E-001, 249P0000423 > 0.000000000E+000,0.000000000E+000, 249P0000424 > 0.000000000E+000,0.000000000E+000, 249P0000425 > 0.000000000E+000,-8.776970186E-004, 249P0000426 > -4.387557707E-004,-1.755398350E-003, 249P0000427 > 3.175000000E+000,2.948214286E+000, 249P0000428 > 6.803571429E-001,-4.535714286E-001, 249P0000429 > 0.000000000E+000,0.000000000E+000, 249P0000430 > 0.000000000E+000,0.000000000E+000, 249P0000431 > -3.071851140E-003,-7.021403611E-003, 249P0000432 > -4.387773369E-004,-1.755406977E-003, 249P0000433 > 6.350000000E+000,2.948214286E+000, 249P0000434 > 6.803571429E-001,-4.535714286E-001, 249P0000435 > 0.000000000E+000,0.000000000E+000, 249P0000436 > 0.000000000E+000,0.000000000E+000, 249P0000437 > -1.228743906E-002,-1.316517922E-002, 249P0000438 > -4.388334103E-004,-1.755415605E-003, 249P0000439 > 9.525000000E+000,2.948214286E+000, 249P0000440 > 6.803571429E-001,-4.535714286E-001, 249P0000441 > 0.000000000E+000,0.000000000E+000, 249P0000442 > 0.000000000E+000,0.000000000E+000, 249P0000443 > -2.764686730E-002,-1.930909285E-002, 249P0000444 > -4.389239940E-004,-1.755424233E-003, 249P0000445 > 1.270000000E+001,2.948214286E+000, 249P0000446 > -6.803571429E-001,-4.535714286E-001, 249P0000447 > 0.000000000E+000,0.000000000E+000, 249P0000448 > 0.000000000E+000,0.000000000E+000, 249P0000449 > -4.915030837E-002,-2.545321354E-002, 249P0000450 > -4.915030837E-002,-5.705196694E-003; 249P0000451 > 112,3,1,3,8, 251P0000452 > 0.000000000E+000, 251P0000453 > 1.000000000E+000, 251P0000454 > 2.000000000E+000, 251P0000455 > 3.000000000E+000, 251P0000456 > 4.000000000E+000, 251P0000457 > 5.000000000E+000, 251P0000458 > 6.000000000E+000, 251P0000459 > 7.000000000E+000, 251P0000460 > 8.000000000E+000, 251P0000461 > 1.270000000E+001,2.698915310E-014, 251P0000462 > -4.014095618E+000,2.943517390E-001, 251P0000463 > 0.000000000E+000,1.010474826E+001, 251P0000464 > -4.138641814E-001,-7.106279604E-001, 251P0000465 > -4.915030837E-002,7.902472257E-018, 251P0000466 > -4.239776771E-004,1.083173862E-004, 251P0000467 > 8.980256121E+000,-7.145136019E+000, 251P0000468 > -2.545748063E+000,7.106279604E-001, 251P0000469 > 8.980256121E+000,7.145136019E+000, 251P0000470 > -3.131040401E+000,-2.943517390E-001, 251P0000471 > -4.946596866E-002,-5.230031956E-004, 251P0000472 > 9.902515187E-005,1.083176306E-004, 251P0000473 > -4.862307930E-015,-1.010474826E+001, 251P0000474 > 4.138641814E-001,7.106279604E-001, 251P0000475 > 1.270000000E+001,-1.687538997E-014, 251P0000476 > -4.014095618E+000,2.943517390E-001, 251P0000477 > -4.978162908E-002,-1.985114047E-017, 251P0000478 > 4.239780438E-004,-1.083176306E-004, 251P0000479 > -8.980256121E+000,-7.145136019E+000, 251P0000480 > 3.131040401E+000,2.943517390E-001, 251P0000481 > 8.980256121E+000,-7.145136019E+000, 251P0000482 > -2.545748063E+000,7.106279604E-001, 251P0000483 > -4.946596866E-002,5.230031956E-004, 251P0000484 > -9.902551858E-005,-1.083173862E-004, 251P0000485 > -1.270000000E+001,-3.578344218E-014, 251P0000486 > 4.014095618E+000,-2.943517390E-001, 251P0000487 > -9.724615861E-015,-1.010474826E+001, 251P0000488 > 4.138641814E-001,7.106279604E-001, 251P0000489 > -4.915030837E-002,-5.186297929E-017, 251P0000490 > -4.239776771E-004,1.083173862E-004, 251P0000491 > -8.980256121E+000,7.145136019E+000, 251P0000492 > 2.545748063E+000,-7.106279604E-001, 251P0000493 > -8.980256121E+000,-7.145136019E+000, 251P0000494 > 3.131040401E+000,2.943517390E-001, 251P0000495 > -4.946596866E-002,-5.230031956E-004, 251P0000496 > 9.902515187E-005,1.083176306E-004, 251P0000497 > 2.022685676E-014,1.010474826E+001, 251P0000498 > -4.138641814E-001,-7.106279604E-001, 251P0000499 > -1.270000000E+001,-5.884182031E-015, 251P0000500 > 4.014095618E+000,-2.943517390E-001, 251P0000501 > -4.978162908E-002,3.369984461E-017, 251P0000502 > 4.239780438E-004,-1.083176306E-004, 251P0000503 > 8.980256121E+000,7.145136019E+000, 251P0000504 > -3.131040401E+000,-2.943517390E-001, 251P0000505 > -8.980256121E+000,7.145136019E+000, 251P0000506 > 2.545748063E+000,-7.106279604E-001, 251P0000507 > -4.946596866E-002,5.230031956E-004, 251P0000508 > -9.902551858E-005,-1.083173862E-004, 251P0000509 > 1.270000000E+001,2.131628207E-014, 251P0000510 > -4.014095618E+000,-2.943517390E-001, 251P0000511 > 1.598721155E-014,1.010474826E+001, 251P0000512 > 4.138641814E-001,-7.106279604E-001, 251P0000513 > -4.915030837E-002,7.264154556E-018, 251P0000514 > -4.915030837E-002,-4.239776771E-004; 251P0000515 > 100,0.000000000E+000,0.000000000E+000,0.000000000E+000, 253P0000516 > 0.000000000E+000,2.500000000E+001, 253P0000517 > 0.000000000E+000,2.500000000E+001; 253P0000518 > 110,-2.500000000E+001,0.0,0.0, 255P0000519 > 2.500000000E+001,0.0,0.0; 255P0000520 > 110,0.0,-2.500000000E+001,0.0, 257P0000521 > 0.0,2.500000000E+001,0.0; 257P0000522 > 100,0.000000000E+000,0.000000000E+000,0.000000000E+000, 259P0000523 > 0.000000000E+000,4.989025036E+001, 259P0000524 > 0.000000000E+000,4.989025036E+001; 259P0000525 > 110,-4.989025036E+001,0.0,0.0, 261P0000526 > 4.989025036E+001,0.0,0.0; 261P0000527 > 110,0.0,-4.989025036E+001,0.0, 263P0000528 > 0.0,4.989025036E+001,0.0; 263P0000529 > 100,-2.585351535E-002,0.000000000E+000,0.000000000E+000, 265P0000530 > 0.000000000E+000,1.270000000E+001, 265P0000531 > 0.000000000E+000,1.270000000E+001; 265P0000532 > 100,0.0,-3.119317939E+003,0.000000000E+000, 267P0000533 > -2.585351535E-002,-1.270000000E+001, 267P0000534 > -2.585351535E-002,1.270000000E+001; 267P0000535 > 100,0.0,-3.119317939E+003,0.000000000E+000, 269P0000536 > -2.585351535E-002,-1.270000000E+001, 269P0000537 > -2.585351535E-002,1.270000000E+001; 269P0000538 > 100,1.616188305E-002,0.000000000E+000,0.000000000E+000, 271P0000539 > 0.000000000E+000,1.270000000E+001, 271P0000540 > 0.000000000E+000,1.270000000E+001; 271P0000541 > 100,0.0,4.989835054E+003,0.000000000E+000, 273P0000542 > 1.616188305E-002,1.270000000E+001, 273P0000543 > 1.616188305E-002,-1.270000000E+001; 273P0000544 > 100,0.0,4.989835054E+003,0.000000000E+000, 275P0000545 > 1.616188305E-002,1.270000000E+001, 275P0000546 > 1.616188305E-002,-1.270000000E+001; 275P0000547 > 100,0.000000000E+000,0.000000000E+000,0.000000000E+000, 277P0000548 > 0.000000000E+000,1.270000000E+001, 277P0000549 > 0.000000000E+000,1.270000000E+001; 277P0000550 > 110,-1.270000000E+001,0.0,0.0, 279P0000551 > 1.270000000E+001,0.0,0.0; 279P0000552 > 110,0.0,-1.270000000E+001,0.0, 281P0000553 > 0.0,1.270000000E+001,0.0; 281P0000554 > 100,0.000000000E+000,0.000000000E+000,0.000000000E+000, 283P0000555 > 0.000000000E+000,4.163328057E+000, 283P0000556 > 0.000000000E+000,4.163328057E+000; 283P0000557 > 110,-4.163328057E+000,0.0,0.0, 285P0000558 > 4.163328057E+000,0.0,0.0; 285P0000559 > 110,0.0,-4.163328057E+000,0.0, 287P0000560 > 0.0,4.163328057E+000,0.0; 287P0000561 > 100,0.000000000E+000,0.000000000E+000,0.000000000E+000, 289P0000562 > 0.000000000E+000,2.540000000E+001, 289P0000563 > 0.000000000E+000,2.540000000E+001; 289P0000564 > 110,-2.540000000E+001,0.0,0.0, 291P0000565 > 2.540000000E+001,0.0,0.0; 291P0000566 > 110,0.0,-2.540000000E+001,0.0, 293P0000567 > 0.0,2.540000000E+001,0.0; 293P0000568 > 110,0.000000000E+000,5.616091485E+000,1.890313224E+003, 295P0000569 > 0.000000000E+000,5.558137419E+000,1.896663224E+003; 295P0000570 > 110,0.000000000E+000,5.558137419E+000,1.896663224E+003, 297P0000571 > 0.000000000E+000,5.492877318E+000,1.901663224E+003; 297P0000572 > 110,0.000000000E+000,5.492877318E+000,1.901663224E+003, 299P0000573 > 0.000000000E+000,4.507841346E+000,1.977133224E+003; 299P0000574 > 110,0.000000000E+000,4.507841346E+000,1.977133224E+003, 301P0000575 > 0.000000000E+000,3.724720128E+000,2.037133224E+003; 301P0000576 > 110,0.000000000E+000,3.724720128E+000,2.037133224E+003, 303P0000577 > 0.000000000E+000,3.139196003E+000,2.081994028E+003; 303P0000578 > 110,0.000000000E+000,3.139196003E+000,2.081994028E+003, 305P0000579 > 0.000000000E+000,-2.023507705E+002,2.084676087E+003; 305P0000580 > 110,0.000000000E+000,-2.023507705E+002,2.084676087E+003, 307P0000581 > 0.000000000E+000,-2.373507705E+002,2.085132908E+003; 307P0000582 > 110,0.000000000E+000,-2.373507705E+002,2.085132908E+003, 309P0000583 > 1.387778781E-017,-3.418102004E+002,2.086496315E+003; 309P0000584 > 110,1.387778781E-017,-3.418102004E+002,2.086496315E+003, 311P0000585 > -3.039485386E+001,-3.472836685E+002,2.505883675E+003; 311P0000586 > 110,-3.039485386E+001,-3.472836685E+002,2.505883675E+003, 313P0000587 > -5.708537565E+001,-3.471913873E+002,1.960307279E+003; 313P0000588 > 110,-5.708537565E+001,-3.471913873E+002,1.960307279E+003, 315P0000589 > -5.708537565E+001,-3.471913873E+002,1.960307279E+003; 315P0000590 > 110,-5.708537565E+001,-3.471913873E+002,1.960307279E+003, 317P0000591 > -5.706174832E+001,-3.471578972E+002,1.959987787E+003; 317P0000592 > 110,-5.706174832E+001,-3.471578972E+002,1.959987787E+003, 319P0000593 > -7.906724878E+001,-3.783491331E+002,2.257549319E+003; 319P0000594 > 110,-7.906724878E+001,-3.783491331E+002,2.257549319E+003, 321P0000595 > -1.165039766E+002,-4.314130391E+002,2.763774121E+003; 321P0000596 > 110,-1.165039766E+002,-4.314130391E+002,2.763774121E+003, 323P0000597 > -1.165948657E+002,-4.314162970E+002,2.764163554E+003; 323P0000598 > 110,-1.165948657E+002,-4.314162970E+002,2.764163554E+003, 325P0000599 > 6.432125408E+001,-4.249313072E+002,1.988993016E+003; 325P0000600 > 110,6.432125408E+001,-4.249313072E+002,1.988993016E+003, 327P0000601 > -6.524614929E+001,-4.183321416E+002,2.788580366E+003; 327P0000602 > 110,-6.524614929E+001,-4.183321416E+002,2.788580366E+003, 329P0000603 > -1.220518455E+001,-4.150495632E+002,1.980428965E+003; 329P0000604 > 110,-1.220518455E+001,-4.150495632E+002,1.980428965E+003, 331P0000605 > 6.434158980E+001,-4.149374215E+002,2.551836457E+003; 331P0000606 > 110,6.434158980E+001,-4.149374215E+002,2.551836457E+003, 333P0000607 > 7.831679010E+001,-4.247046446E+002,2.650857621E+003; 333P0000608 > 110,7.831679010E+001,-4.247046446E+002,2.650857621E+003, 335P0000609 > 7.831679010E+001,-4.247046446E+002,2.650857621E+003; 335P0000610 > 110,3.971176373E+000,3.971176373E+000,1.890313224E+003, 337P0000611 > 3.930196660E+000,3.930196660E+000,1.896663224E+003; 337P0000612 > 110,3.930196660E+000,3.930196660E+000,1.896663224E+003, 339P0000613 > 3.884050800E+000,3.884050800E+000,1.901663224E+003; 339P0000614 > 110,3.884050800E+000,3.884050800E+000,1.901663224E+003, 341P0000615 > 3.187525184E+000,3.187525184E+000,1.977133224E+003; 341P0000616 > 110,3.187525184E+000,3.187525184E+000,1.977133224E+003, 343P0000617 > 2.633774861E+000,2.633774861E+000,2.037133224E+003; 343P0000618 > 110,2.633774861E+000,2.633774861E+000,2.037133224E+003, 345P0000619 > 2.211181981E+000,2.211181981E+000,2.082922042E+003; 345P0000620 > 110,2.211181981E+000,2.211181981E+000,2.082922042E+003, 347P0000621 > 3.232445237E-001,-2.023507705E+002,2.084809980E+003; 347P0000622 > 110,3.232445237E-001,-2.023507705E+002,2.084809980E+003, 349P0000623 > 2.235015201E-004,-2.373507705E+002,2.085133001E+003; 349P0000624 > 110,2.235015201E-004,-2.373507705E+002,2.085133001E+003, 351P0000625 > -9.607971161E-001,-3.414793544E+002,2.086094021E+003; 351P0000626 > 110,-9.607971161E-001,-3.414793544E+002,2.086094021E+003, 353P0000627 > -3.538493888E+001,-3.456401783E+002,2.505822651E+003; 353P0000628 > 110,-3.538493888E+001,-3.456401783E+002,2.505822651E+003, 355P0000629 > -6.198291664E+001,-3.455685325E+002,1.960331929E+003; 355P0000630 > 110,-6.198291664E+001,-3.455685325E+002,1.960331929E+003, 357P0000631 > -6.198291664E+001,-3.455685325E+002,1.960331929E+003; 357P0000632 > 110,-6.198291664E+001,-3.455685325E+002,1.960331929E+003, 359P0000633 > -6.194359137E+001,-3.455126482E+002,1.959798992E+003; 359P0000634 > 110,-6.194359137E+001,-3.455126482E+002,1.959798992E+003, 361P0000635 > -8.390073311E+001,-3.767154588E+002,2.257362890E+003; 361P0000636 > 110,-8.390073311E+001,-3.767154588E+002,2.257362890E+003, 363P0000637 > -1.212218220E+002,-4.297516364E+002,2.763139498E+003; 363P0000638 > 110,-1.212218220E+002,-4.297516364E+002,2.763139498E+003, 365P0000639 > -1.212085020E+002,-4.297512901E+002,2.763083924E+003; 365P0000640 > 110,-1.212085020E+002,-4.297512901E+002,2.763083924E+003, 367P0000641 > 6.432313642E+001,-4.249270604E+002,1.988993387E+003; 367P0000642 > 110,6.432313642E+001,-4.249270604E+002,1.988993387E+003, 369P0000643 > -6.044721409E+001,-4.200192742E+002,2.789124670E+003; 369P0000644 > 110,-6.044721409E+001,-4.200192742E+002,2.789124670E+003, 371P0000645 > -5.032559837E+000,-4.175489454E+002,1.980187267E+003; 371P0000646 > 110,-5.032559837E+000,-4.175489454E+002,1.980187267E+003, 373P0000647 > 7.140903932E+001,-4.174422339E+002,2.550889779E+003; 373P0000648 > 110,7.140903932E+001,-4.174422339E+002,2.550889779E+003, 375P0000649 > 7.831495863E+001,-4.247055636E+002,2.650857866E+003; 375P0000650 > 110,7.831495863E+001,-4.247055636E+002,2.650857866E+003, 377P0000651 > 7.831495863E+001,-4.247055636E+002,2.650857866E+003; 377P0000652 > 110,5.616091485E+000,3.442054970E-016,1.890313224E+003, 379P0000653 > 5.558137419E+000,3.406535413E-016,1.896663224E+003; 379P0000654 > 110,5.558137419E+000,3.406535413E-016,1.896663224E+003, 381P0000655 > 5.492877318E+000,3.366538049E-016,1.901663224E+003; 381P0000656 > 110,5.492877318E+000,3.366538049E-016,1.901663224E+003, 383P0000657 > 4.507841346E+000,2.762817833E-016,1.977133224E+003; 383P0000658 > 110,4.507841346E+000,2.762817833E-016,1.977133224E+003, 385P0000659 > 3.724720128E+000,2.282849463E-016,2.037133224E+003; 385P0000660 > 110,3.724720128E+000,2.282849463E-016,2.037133224E+003, 387P0000661 > 3.098223153E+000,1.898874766E-016,2.085133224E+003; 387P0000662 > 110,3.098223153E+000,1.898874766E-016,2.085133224E+003, 389P0000663 > 4.571367894E-001,-2.023507705E+002,2.085133224E+003; 389P0000664 > 110,4.571367894E-001,-2.023507705E+002,2.085133224E+003, 391P0000665 > 3.160788947E-004,-2.373507705E+002,2.085133224E+003; 391P0000666 > 110,3.160788947E-004,-2.373507705E+002,2.085133224E+003, 393P0000667 > -1.346634470E+000,-3.405493956E+002,2.085133224E+003; 393P0000668 > 110,-1.346634470E+000,-3.405493956E+002,2.085133224E+003, 395P0000669 > -3.774853123E+001,-3.409529762E+002,2.505793715E+003; 395P0000670 > 110,-3.774853123E+001,-3.409529762E+002,2.505793715E+003, 397P0000671 > -6.429181440E+001,-3.409459738E+002,1.960545349E+003; 397P0000672 > 110,-6.429181440E+001,-3.409459738E+002,1.960545349E+003, 399P0000673 > -6.429181440E+001,-3.409459738E+002,1.960545349E+003; 399P0000674 > 110,-6.429181440E+001,-3.409459738E+002,1.960545349E+003, 401P0000675 > -6.425982278E+001,-3.409004108E+002,1.960111336E+003; 401P0000676 > 110,-6.425982278E+001,-3.409004108E+002,1.960111336E+003, 403P0000677 > -8.619344714E+001,-3.721386859E+002,2.257673255E+003; 403P0000678 > 110,-8.619344714E+001,-3.721386859E+002,2.257673255E+003, 405P0000679 > -1.234446293E+002,-4.251925112E+002,2.763040405E+003; 405P0000680 > 110,-1.234446293E+002,-4.251925112E+002,2.763040405E+003, 407P0000681 > -1.233344999E+002,-4.251923566E+002,2.762586422E+003; 407P0000682 > 110,-1.233344999E+002,-4.251923566E+002,2.762586422E+003, 409P0000683 > 6.432725334E+001,-4.249289771E+002,1.988994200E+003; 409P0000684 > 110,6.432725334E+001,-4.249289771E+002,1.988994200E+003, 411P0000685 > -5.823004332E+001,-4.246610707E+002,2.789375778E+003; 411P0000686 > 110,-5.823004332E+001,-4.246610707E+002,2.789375778E+003, 413P0000687 > -1.719707314E+000,-4.244254038E+002,1.980075917E+003; 413P0000688 > 110,-1.719707314E+000,-4.244254038E+002,1.980075917E+003, 415P0000689 > 7.467174191E+001,-4.243267763E+002,2.550452743E+003; 415P0000690 > 110,7.467174191E+001,-4.243267763E+002,2.550452743E+003, 417P0000691 > 7.831384448E+001,-4.247069577E+002,2.650858016E+003; 417P0000692 > 110,7.831384448E+001,-4.247069577E+002,2.650858016E+003, 419P0000693 > 7.831384448E+001,-4.247069577E+002,2.650858016E+003; 419P0000694 > 110,3.971176360E+000,-3.971176381E+000,1.890313224E+003, 421P0000695 > 3.930196647E+000,-3.930196668E+000,1.896663224E+003; 421P0000696 > 110,3.930196647E+000,-3.930196668E+000,1.896663224E+003, 423P0000697 > 3.884050787E+000,-3.884050808E+000,1.901663224E+003; 423P0000698 > 110,3.884050787E+000,-3.884050808E+000,1.901663224E+003, 425P0000699 > 3.187525174E+000,-3.187525191E+000,1.977133224E+003; 425P0000700 > 110,3.187525174E+000,-3.187525191E+000,1.977133224E+003, 427P0000701 > 2.633774852E+000,-2.633774866E+000,2.037133224E+003; 427P0000702 > 110,2.633774852E+000,-2.633774866E+000,2.037133224E+003, 429P0000703 > 2.170740457E+000,-2.170740469E+000,2.087303965E+003; 429P0000704 > 110,2.170740457E+000,-2.170740469E+000,2.087303965E+003, 431P0000705 > 3.232445227E-001,-2.023507705E+002,2.085456469E+003; 431P0000706 > 110,3.232445227E-001,-2.023507705E+002,2.085456469E+003, 433P0000707 > 2.235015242E-004,-2.373507705E+002,2.085133448E+003; 433P0000708 > 110,2.235015242E-004,-2.373507705E+002,2.085133448E+003, 435P0000709 > -9.432595843E-001,-3.395791267E+002,2.084189964E+003; 435P0000710 > 110,-9.432595843E-001,-3.395791267E+002,2.084189964E+003, 437P0000711 > -3.609667259E+001,-3.359710234E+002,2.505813940E+003; 437P0000712 > 110,-3.609667259E+001,-3.359710234E+002,2.505813940E+003, 439P0000713 > -6.265747241E+001,-3.360330081E+002,1.960822470E+003; 439P0000714 > 110,-6.265747241E+001,-3.360330081E+002,1.960822470E+003, 441P0000715 > -6.265747241E+001,-3.360330081E+002,1.960822470E+003; 441P0000716 > 110,-6.265747241E+001,-3.360330081E+002,1.960822470E+003, 443P0000717 > -6.265152485E+001,-3.360245336E+002,1.960741844E+003; 443P0000718 > 110,-6.265152485E+001,-3.360245336E+002,1.960741844E+003, 445P0000719 > -8.460154365E+001,-3.673004252E+002,2.258298604E+003; 445P0000720 > 110,-8.460154365E+001,-3.673004252E+002,2.258298604E+003, 447P0000721 > -1.218715312E+002,-4.204052585E+002,2.763534468E+003; 447P0000722 > 110,-1.218715312E+002,-4.204052585E+002,2.763534468E+003, 449P0000723 > -1.217336783E+002,-4.204086107E+002,2.762961028E+003; 449P0000724 > 110,-1.217336783E+002,-4.204086107E+002,2.762961028E+003, 451P0000725 > 6.432533427E+001,-4.249331521E+002,1.988993821E+003; 451P0000726 > 110,6.432533427E+001,-4.249331521E+002,1.988993821E+003, 453P0000727 > -5.989691194E+001,-4.295359046E+002,2.789186094E+003; 453P0000728 > 110,-5.989691194E+001,-4.295359046E+002,2.789186094E+003, 455P0000729 > -4.211786601E+000,-4.316456105E+002,1.980160392E+003; 455P0000730 > 110,-4.211786601E+000,-4.316456105E+002,1.980160392E+003, 457P0000731 > 7.221675853E+001,-4.315543154E+002,2.550781586E+003; 457P0000732 > 110,7.221675853E+001,-4.315543154E+002,2.550781586E+003, 459P0000733 > 7.831458972E+001,-4.247082387E+002,2.650857916E+003; 459P0000734 > 110,7.831458972E+001,-4.247082387E+002,2.650857916E+003, 461P0000735 > 7.831458972E+001,-4.247082387E+002,2.650857916E+003; 461P0000736 > 110,6.879968949E-016,-5.616091505E+000,1.890313224E+003, 463P0000737 > 6.808972568E-016,-5.558137439E+000,1.896663224E+003; 463P0000738 > 110,6.808972568E-016,-5.558137439E+000,1.896663224E+003, 465P0000739 > 6.729025958E-016,-5.492877337E+000,1.901663224E+003; 465P0000740 > 110,6.729025958E-016,-5.492877337E+000,1.901663224E+003, 467P0000741 > 5.522311837E-016,-4.507841362E+000,1.977133224E+003; 467P0000742 > 110,5.522311837E-016,-4.507841362E+000,1.977133224E+003, 469P0000743 > 4.562952525E-016,-3.724720141E+000,2.037133224E+003; 469P0000744 > 110,4.562952525E-016,-3.724720141E+000,2.037133224E+003, 471P0000745 > 3.746564835E-016,-3.058306091E+000,2.088191530E+003; 471P0000746 > 110,3.746564835E-016,-3.058306091E+000,2.088191530E+003, 473P0000747 > 5.600134764E-017,-2.023507705E+002,2.085590361E+003; 473P0000748 > 110,5.600134764E-017,-2.023507705E+002,2.085590361E+003, 475P0000749 > 3.872110854E-020,-2.373507705E+002,2.085133540E+003; 475P0000750 > 110,3.872110854E-020,-2.373507705E+002,2.085133540E+003, 477P0000751 > -1.665334537E-016,-3.391262771E+002,2.083805164E+003; 477P0000752 > 110,-1.665334537E-016,-3.391262771E+002,2.083805164E+003, 479P0000753 > -3.140026597E+001,-3.336170735E+002,2.505871387E+003; 479P0000754 > 110,-3.140026597E+001,-3.336170735E+002,2.505871387E+003, 481P0000755 > -5.803871696E+001,-3.337096627E+002,1.961000830E+003; 481P0000756 > 110,-5.803871696E+001,-3.337096627E+002,1.961000830E+003, 483P0000757 > -5.803871696E+001,-3.337096627E+002,1.961000830E+003; 483P0000758 > 110,-5.803871696E+001,-3.337096627E+002,1.961000830E+003, 485P0000759 > -5.806237285E+001,-3.337433169E+002,1.961320840E+003; 485P0000760 > 110,-5.806237285E+001,-3.337433169E+002,1.961320840E+003, 487P0000761 > -8.005813540E+001,-3.650356614E+002,2.258872487E+003; 487P0000762 > 110,-8.005813540E+001,-3.650356614E+002,2.258872487E+003, 489P0000763 > -1.174230200E+002,-4.181929383E+002,2.764332708E+003; 489P0000764 > 110,-1.174230200E+002,-4.181929383E+002,2.764332708E+003, 491P0000765 > -1.173423666E+002,-4.181959286E+002,2.763988632E+003; 491P0000766 > 110,-1.173423666E+002,-4.181959286E+002,2.763988632E+003, 493P0000767 > 6.432124622E+001,-4.249311595E+002,1.988993014E+003; 493P0000768 > 110,6.432124622E+001,-4.249311595E+002,1.988993014E+003, 495P0000769 > -6.446885671E+001,-4.317846483E+002,2.788667099E+003; 495P0000770 > 110,-6.446885671E+001,-4.317846483E+002,2.788667099E+003, 497P0000771 > -1.104377971E+001,-4.349754882E+002,1.980390964E+003; 497P0000772 > 110,-1.104377971E+001,-4.349754882E+002,1.980390964E+003, 499P0000773 > 6.548602091E+001,-4.348893393E+002,2.551683161E+003; 499P0000774 > 110,6.548602091E+001,-4.348893393E+002,2.551683161E+003, 501P0000775 > 7.831652956E+001,-4.247091502E+002,2.650857656E+003; 501P0000776 > 110,7.831652956E+001,-4.247091502E+002,2.650857656E+003, 503P0000777 > 7.831652956E+001,-4.247091502E+002,2.650857656E+003; 503P0000778 > 110,-3.971176383E+000,-3.971176383E+000,1.890313224E+003, 505P0000779 > -3.930196670E+000,-3.930196670E+000,1.896663224E+003; 505P0000780 > 110,-3.930196670E+000,-3.930196670E+000,1.896663224E+003, 507P0000781 > -3.884050810E+000,-3.884050810E+000,1.901663224E+003; 507P0000782 > 110,-3.884050810E+000,-3.884050810E+000,1.901663224E+003, 509P0000783 > -3.187525192E+000,-3.187525192E+000,1.977133224E+003; 509P0000784 > 110,-3.187525192E+000,-3.187525192E+000,1.977133224E+003, 511P0000785 > -2.633774867E+000,-2.633774867E+000,2.037133224E+003; 511P0000786 > 110,-2.633774867E+000,-2.633774867E+000,2.037133224E+003, 513P0000787 > -2.170740470E+000,-2.170740470E+000,2.087303965E+003; 513P0000788 > 110,-2.170740470E+000,-2.170740470E+000,2.087303965E+003, 515P0000789 > -3.232445245E-001,-2.023507705E+002,2.085456469E+003; 515P0000790 > 110,-3.232445245E-001,-2.023507705E+002,2.085456469E+003, 517P0000791 > -2.235015307E-004,-2.373507705E+002,2.085133448E+003; 517P0000792 > 110,-2.235015307E-004,-2.373507705E+002,2.085133448E+003, 519P0000793 > 9.419969144E-001,-3.394423132E+002,2.084191227E+003; 519P0000794 > 110,9.419969144E-001,-3.394423132E+002,2.084191227E+003, 521P0000795 > -2.641479562E+001,-3.352667733E+002,2.505932283E+003; 521P0000796 > 110,-2.641479562E+001,-3.352667733E+002,2.505932283E+003, 523P0000797 > -5.314322918E+001,-3.353354539E+002,1.960976001E+003; 523P0000798 > 110,-5.314322918E+001,-3.353354539E+002,1.960976001E+003, 525P0000799 > -5.314322918E+001,-3.353354539E+002,1.960976001E+003; 525P0000800 > 110,-5.314322918E+001,-3.353354539E+002,1.960976001E+003, 527P0000801 > -5.318272643E+001,-3.353915010E+002,1.961509164E+003; 527P0000802 > 110,-5.318272643E+001,-3.353915010E+002,1.961509164E+003, 529P0000803 > -7.522549406E+001,-3.666704618E+002,2.259058736E+003; 529P0000804 > 110,-7.522549406E+001,-3.666704618E+002,2.259058736E+003, 531P0000805 > -1.127037506E+002,-4.198525728E+002,2.764967947E+003; 531P0000806 > 110,-1.127037506E+002,-4.198525728E+002,2.764967947E+003, 533P0000807 > -1.127267419E+002,-4.198519138E+002,2.765068727E+003; 533P0000808 > 110,-1.127267419E+002,-4.198519138E+002,2.765068727E+003, 535P0000809 > 6.432323618E+001,-4.249269504E+002,1.988993407E+003; 535P0000810 > 110,6.432323618E+001,-4.249269504E+002,1.988993407E+003, 537P0000811 > -6.926420921E+001,-4.300925442E+002,2.788123313E+003; 537P0000812 > 110,-6.926420921E+001,-4.300925442E+002,2.788123313E+003, 539P0000813 > -1.820906725E+001,-4.324696328E+002,1.980632316E+003; 539P0000814 > 110,-1.820906725E+001,-4.324696328E+002,1.980632316E+003, 541P0000815 > 5.842398472E+001,-4.323821080E+002,2.552629114E+003; 541P0000816 > 110,5.842398472E+001,-4.323821080E+002,2.552629114E+003, 543P0000817 > 7.831803838E+001,-4.247089302E+002,2.650857454E+003; 543P0000818 > 110,7.831803838E+001,-4.247089302E+002,2.650857454E+003, 545P0000819 > 7.831803838E+001,-4.247089302E+002,2.650857454E+003; 545P0000820 > 110,-5.616091505E+000,-1.031995342E-015,1.890313224E+003, 547P0000821 > -5.558137439E+000,-1.021345885E-015,1.896663224E+003; 547P0000822 > 110,-5.558137439E+000,-1.021345885E-015,1.896663224E+003, 549P0000823 > -5.492877337E+000,-1.009353894E-015,1.901663224E+003; 549P0000824 > 110,-5.492877337E+000,-1.009353894E-015,1.901663224E+003, 551P0000825 > -4.507841362E+000,-8.283467756E-016,1.977133224E+003; 551P0000826 > 110,-4.507841362E+000,-8.283467756E-016,1.977133224E+003, 553P0000827 > -3.724720141E+000,-6.844428788E-016,2.037133224E+003; 553P0000828 > 110,-3.724720141E+000,-6.844428788E-016,2.037133224E+003, 555P0000829 > -3.098223164E+000,-5.693197613E-016,2.085133224E+003; 555P0000830 > 110,-3.098223164E+000,-5.693197613E-016,2.085133224E+003, 557P0000831 > -4.571367910E-001,-2.023507705E+002,2.085133224E+003; 557P0000832 > 110,-4.571367910E-001,-2.023507705E+002,2.085133224E+003, 559P0000833 > -3.160788840E-004,-2.373507705E+002,2.085133224E+003; 559P0000834 > 110,-3.160788840E-004,-2.373507705E+002,2.085133224E+003, 561P0000835 > 1.344062421E+000,-3.403523338E+002,2.085133224E+003; 561P0000836 > 110,1.344062421E+000,-3.403523338E+002,2.085133224E+003, 563P0000837 > -2.405741697E+001,-3.399493637E+002,2.505961046E+003; 563P0000838 > 110,-2.405741697E+001,-3.399493637E+002,2.505961046E+003, 565P0000839 > -5.083726520E+001,-3.399559378E+002,1.960762654E+003; 565P0000840 > 110,-5.083726520E+001,-3.399559378E+002,1.960762654E+003, 567P0000841 > -5.083726520E+001,-3.399559378E+002,1.960762654E+003; 567P0000842 > 110,-5.083726520E+001,-3.399559378E+002,1.960762654E+003, 569P0000843 > -5.086946103E+001,-3.400015294E+002,1.961196832E+003; 569P0000844 > 110,-5.086946103E+001,-3.400015294E+002,1.961196832E+003, 571P0000845 > -7.293391850E+001,-3.712463873E+002,2.258748376E+003; 571P0000846 > 110,-7.293391850E+001,-3.712463873E+002,2.258748376E+003, 573P0000847 > -1.104792112E+002,-4.244132206E+002,2.765067637E+003; 573P0000848 > 110,-1.104792112E+002,-4.244132206E+002,2.765067637E+003, 575P0000849 > -1.105919785E+002,-4.244128879E+002,2.765568280E+003; 575P0000850 > 110,-1.105919785E+002,-4.244128879E+002,2.765568280E+003, 577P0000851 > 6.432739927E+001,-4.249289649E+002,1.988994229E+003; 577P0000852 > 110,6.432739927E+001,-4.249289649E+002,1.988994229E+003, 579P0000853 > -7.147645098E+001,-4.254543186E+002,2.787872913E+003; 579P0000854 > 110,-7.147645098E+001,-4.254543186E+002,2.787872913E+003, 581P0000855 > -2.151550982E+001,-4.256005141E+002,1.980743313E+003; 581P0000856 > 110,-2.151550982E+001,-4.256005141E+002,1.980743313E+003, 583P0000857 > 5.516366025E+001,-4.255030262E+002,2.553065831E+003; 583P0000858 > 110,5.516366025E+001,-4.255030262E+002,2.553065831E+003, 585P0000859 > 7.831846027E+001,-4.247072134E+002,2.650857397E+003; 585P0000860 > 110,7.831846027E+001,-4.247072134E+002,2.650857397E+003, 587P0000861 > 7.831846027E+001,-4.247072134E+002,2.650857397E+003; 587P0000862 > 110,-3.971176381E+000,3.971176360E+000,1.890313224E+003, 589P0000863 > -3.930196668E+000,3.930196647E+000,1.896663224E+003; 589P0000864 > 110,-3.930196668E+000,3.930196647E+000,1.896663224E+003, 591P0000865 > -3.884050808E+000,3.884050787E+000,1.901663224E+003; 591P0000866 > 110,-3.884050808E+000,3.884050787E+000,1.901663224E+003, 593P0000867 > -3.187525191E+000,3.187525174E+000,1.977133224E+003; 593P0000868 > 110,-3.187525191E+000,3.187525174E+000,1.977133224E+003, 595P0000869 > -2.633774866E+000,2.633774852E+000,2.037133224E+003; 595P0000870 > 110,-2.633774866E+000,2.633774852E+000,2.037133224E+003, 597P0000871 > -2.211181985E+000,2.211181973E+000,2.082922042E+003; 597P0000872 > 110,-2.211181985E+000,2.211181973E+000,2.082922042E+003, 599P0000873 > -3.232445244E-001,-2.023507705E+002,2.084809980E+003; 599P0000874 > 110,-3.232445244E-001,-2.023507705E+002,2.084809980E+003, 601P0000875 > -2.235015246E-004,-2.373507705E+002,2.085133001E+003; 601P0000876 > 110,-2.235015246E-004,-2.373507705E+002,2.085133001E+003, 603P0000877 > 9.594870863E-001,-3.413374098E+002,2.086092711E+003; 603P0000878 > 110,9.594870863E-001,-3.413374098E+002,2.086092711E+003, 605P0000879 > -2.570466090E+001,-3.449251069E+002,2.505940949E+003; 605P0000880 > 110,-2.570466090E+001,-3.449251069E+002,2.505940949E+003, 607P0000881 > -5.246955395E+001,-3.448659672E+002,1.960485712E+003; 607P0000882 > 110,-5.246955395E+001,-3.448659672E+002,1.960485712E+003, 609P0000883 > -5.246955395E+001,-3.448659672E+002,1.960485712E+003; 609P0000884 > 110,-5.246955395E+001,-3.448659672E+002,1.960485712E+003, 611P0000885 > -5.247556232E+001,-3.448744715E+002,1.960566795E+003; 611P0000886 > 110,-5.247556232E+001,-3.448744715E+002,1.960566795E+003, 613P0000887 > -7.452497898E+001,-3.760835218E+002,2.258123208E+003; 613P0000888 > 110,-7.452497898E+001,-3.760835218E+002,2.258123208E+003, 615P0000889 > -1.120537334E+002,-4.292022415E+002,2.764572957E+003; 615P0000890 > 110,-1.120537334E+002,-4.292022415E+002,2.764572957E+003, 617P0000891 > -1.121947886E+002,-4.292056556E+002,2.765193209E+003; 617P0000892 > 110,-1.121947886E+002,-4.292056556E+002,2.765193209E+003, 619P0000893 > 6.432544604E+001,-4.249332457E+002,1.988993843E+003; 619P0000894 > 110,6.432544604E+001,-4.249332457E+002,1.988993843E+003, 621P0000895 > -6.981316507E+001,-4.205844563E+002,2.788062079E+003; 621P0000896 > 110,-6.981316507E+001,-4.205844563E+002,2.788062079E+003, 623P0000897 > -1.903076772E+001,-4.183867806E+002,1.980659183E+003; 623P0000898 > 110,-1.903076772E+001,-4.183867806E+002,1.980659183E+003, 625P0000899 > 5.761323028E+001,-4.182779061E+002,2.552737714E+003; 625P0000900 > 110,5.761323028E+001,-4.182779061E+002,2.552737714E+003, 627P0000901 > 7.831803768E+001,-4.247052334E+002,2.650857454E+003; 627P0000902 > 110,7.831803768E+001,-4.247052334E+002,2.650857454E+003, 629P0000903 > 7.831803768E+001,-4.247052334E+002,2.650857454E+003; 629P0000904 > 110,-2.125905904E+001,2.686782551E+001,1.890313224E+003, 631P0000905 > -2.126964526E+001,2.682045326E+001,1.896663224E+003; 631P0000906 > 110,-2.126964526E+001,2.682045326E+001,1.896663224E+003, 633P0000907 > -2.128156588E+001,2.676710967E+001,1.901663224E+003; 633P0000908 > 110,-2.128156588E+001,2.676710967E+001,1.901663224E+003, 635P0000909 > -2.146149572E+001,2.596194154E+001,1.977133224E+003; 635P0000910 > 110,-2.146149572E+001,2.596194154E+001,1.977133224E+003, 637P0000911 > -2.160454316E+001,2.532181848E+001,2.037133224E+003; 637P0000912 > 110,-2.160454316E+001,2.532181848E+001,2.037133224E+003, 639P0000913 > -2.165919381E+001,2.507726226E+001,2.060055962E+003; 639P0000914 > 110,-2.165919381E+001,2.507726226E+001,2.060055962E+003, 641P0000915 > -2.220141044E+001,-2.023507705E+002,2.062482327E+003; 641P0000916 > 110,-2.220141044E+001,-2.023507705E+002,2.062482327E+003, 643P0000917 > -2.228485478E+001,-2.373507705E+002,2.062855732E+003; 643P0000918 > 110,-2.228485478E+001,-2.373507705E+002,2.062855732E+003, 645P0000919 > -2.248373021E+001,-3.207673312E+002,2.063745680E+003; 645P0000920 > 110,-2.248373021E+001,-3.207673312E+002,2.063745680E+003, 647P0000921 > -5.561038783E+001,-3.255548863E+002,2.505195652E+003; 647P0000922 > 110,-5.561038783E+001,-3.255548863E+002,2.505195652E+003, 649P0000923 > -5.708135287E+001,-3.471383884E+002,1.960310101E+003; 649P0000924 > 110,-5.708135287E+001,-3.471383884E+002,1.960310101E+003, 651P0000925 > -5.708135287E+001,-3.471383884E+002,1.960310101E+003; 651P0000926 > 110,-5.708135287E+001,-3.471383884E+002,1.960310101E+003, 653P0000927 > -5.707267039E+001,-3.470924790E+002,1.959993840E+003; 653P0000928 > 110,-5.707267039E+001,-3.470924790E+002,1.959993840E+003, 655P0000929 > -6.523545659E+001,-3.902539184E+002,2.257324451E+003; 655P0000930 > 110,-1.729500659E+001,2.522443464E+001,1.890313224E+003, 657P0000931 > -1.734657578E+001,2.519403821E+001,1.896663224E+003; 657P0000932 > 110,-1.734657578E+001,2.519403821E+001,1.896663224E+003, 659P0000933 > -1.740464625E+001,2.515980971E+001,1.901663224E+003; 659P0000934 > 110,-1.740464625E+001,2.515980971E+001,1.901663224E+003, 661P0000935 > -1.828116200E+001,2.464316484E+001,1.977133224E+003; 661P0000936 > 110,-1.828116200E+001,2.464316484E+001,1.977133224E+003, 663P0000937 > -1.897800770E+001,2.423242292E+001,2.037133224E+003; 663P0000938 > 110,-1.897800770E+001,2.423242292E+001,2.037133224E+003, 665P0000939 > -1.925594930E+001,2.406859574E+001,2.061064628E+003; 665P0000940 > 110,-1.925594930E+001,2.406859574E+001,2.061064628E+003, 667P0000941 > -2.188560533E+001,-2.023507705E+002,2.062614627E+003; 667P0000942 > 110,-2.188560533E+001,-2.023507705E+002,2.062614627E+003, 669P0000943 > -2.229209866E+001,-2.373507705E+002,2.062854227E+003; 669P0000944 > 110,-2.229209866E+001,-2.373507705E+002,2.062854227E+003, 671P0000945 > -2.325783271E+001,-3.205026696E+002,2.063423459E+003; 671P0000946 > 110,-2.325783271E+001,-3.205026696E+002,2.063423459E+003, 673P0000947 > -6.060706286E+001,-3.239047825E+002,2.504977929E+003; 673P0000948 > 110,-6.060706286E+001,-3.239047825E+002,2.504977929E+003, 675P0000949 > -6.197918014E+001,-3.455031265E+002,1.960335397E+003; 675P0000950 > 110,-6.197918014E+001,-3.455031265E+002,1.960335397E+003, 677P0000951 > -6.197918014E+001,-3.455031265E+002,1.960335397E+003; 677P0000952 > 110,-6.197918014E+001,-3.455031265E+002,1.960335397E+003, 679P0000953 > -6.196475580E+001,-3.454263232E+002,1.959806480E+003; 679P0000954 > 110,-6.196475580E+001,-3.454263232E+002,1.959806480E+003, 681P0000955 > -7.007346880E+001,-3.886016319E+002,2.257139638E+003; 681P0000956 > 110,-1.565524412E+001,2.126038223E+001,1.890313224E+003, 683P0000957 > -1.572378909E+001,2.127096877E+001,1.896663224E+003; 683P0000958 > 110,-1.572378909E+001,2.127096877E+001,1.896663224E+003, 685P0000959 > -1.580097670E+001,2.128289013E+001,1.901663224E+003; 685P0000960 > 110,-1.580097670E+001,2.128289013E+001,1.901663224E+003, 687P0000961 > -1.696604641E+001,2.146283117E+001,1.977133224E+003; 687P0000962 > 110,-1.696604641E+001,2.146283117E+001,1.977133224E+003, 689P0000963 > -1.789229768E+001,2.160588751E+001,2.037133224E+003; 689P0000964 > 110,-1.789229768E+001,2.160588751E+001,2.037133224E+003, 691P0000965 > -1.829878816E+001,2.166866858E+001,2.063464556E+003; 691P0000966 > 110,-1.829878816E+001,2.166866858E+001,2.063464556E+003, 693P0000967 > -2.175709297E+001,-2.023507705E+002,2.062930432E+003; 693P0000968 > 110,-2.175709297E+001,-2.023507705E+002,2.062930432E+003, 695P0000969 > -2.229740621E+001,-2.373507705E+002,2.062846983E+003; 695P0000970 > 110,-2.229740621E+001,-2.373507705E+002,2.062846983E+003, 697P0000971 > -2.356951741E+001,-3.197546226E+002,2.062650509E+003; 697P0000972 > 110,-2.356951741E+001,-3.197546226E+002,2.062650509E+003, 699P0000973 > -6.296789657E+001,-3.192010417E+002,2.504792483E+003; 699P0000974 > 110,-6.296789657E+001,-3.192010417E+002,2.504792483E+003, 701P0000975 > -6.429319912E+001,-3.408695520E+002,1.960549330E+003; 701P0000976 > 110,-6.429319912E+001,-3.408695520E+002,1.960549330E+003, 703P0000977 > -6.429319912E+001,-3.408695520E+002,1.960549330E+003; 703P0000978 > 110,-6.429319912E+001,-3.408695520E+002,1.960549330E+003, 705P0000979 > -6.428151404E+001,-3.408070708E+002,1.960119521E+003; 705P0000980 > 110,-6.428151404E+001,-3.408070708E+002,1.960119521E+003, 707P0000981 > -7.236492915E+001,-3.840297906E+002,2.257449579E+003; 707P0000982 > 110,-1.729775654E+001,1.729775652E+001,1.890313224E+003, 709P0000983 > -1.734932593E+001,1.734932592E+001,1.896663224E+003; 709P0000984 > 110,-1.734932593E+001,1.734932592E+001,1.896663224E+003, 711P0000985 > -1.740739795E+001,1.740739793E+001,1.901663224E+003; 711P0000986 > 110,-1.740739795E+001,1.740739793E+001,1.901663224E+003, 713P0000987 > -1.828393697E+001,1.828393696E+001,1.977133224E+003; 713P0000988 > 110,-1.828393697E+001,1.828393696E+001,1.977133224E+003, 715P0000989 > -1.898080117E+001,1.898080116E+001,2.037133224E+003; 715P0000990 > 110,-1.898080117E+001,1.898080116E+001,2.037133224E+003, 717P0000991 > -1.931397227E+001,1.931397226E+001,2.065819252E+003; 717P0000992 > 110,-1.931397227E+001,1.931397226E+001,2.065819252E+003, 719P0000993 > -2.188847600E+001,-2.023507705E+002,2.063244748E+003; 719P0000994 > 110,-2.188847600E+001,-2.023507705E+002,2.063244748E+003, 721P0000995 > -2.229498012E+001,-2.373507705E+002,2.062838244E+003; 721P0000996 > 110,-2.229498012E+001,-2.373507705E+002,2.062838244E+003, 723P0000997 > -2.324296776E+001,-3.189724953E+002,2.061890256E+003; 723P0000998 > 110,-2.324296776E+001,-3.189724953E+002,2.061890256E+003, 725P0000999 > -6.130559570E+001,-3.142023264E+002,2.504748182E+003; 725P0001000 > 110,-6.130559570E+001,-3.142023264E+002,2.504748182E+003, 727P0001001 > -6.266722877E+001,-3.359535061E+002,1.960826509E+003; 727P0001002 > 110,-6.266722877E+001,-3.359535061E+002,1.960826509E+003, 729P0001003 > -6.266722877E+001,-3.359535061E+002,1.960826509E+003; 729P0001004 > 110,-6.266722877E+001,-3.359535061E+002,1.960826509E+003, 731P0001005 > -6.266512884E+001,-3.359422923E+002,1.960749464E+003; 731P0001006 > 110,-6.266512884E+001,-3.359422923E+002,1.960749464E+003, 733P0001007 > -7.076893523E+001,-3.792172671E+002,2.258072531E+003; 733P0001008 > 110,-2.126038218E+001,1.565524412E+001,1.890313224E+003, 735P0001009 > -2.127096871E+001,1.572378909E+001,1.896663224E+003; 735P0001010 > 110,-2.127096871E+001,1.572378909E+001,1.896663224E+003, 737P0001011 > -2.128289008E+001,1.580097669E+001,1.901663224E+003; 737P0001012 > 110,-2.128289008E+001,1.580097669E+001,1.901663224E+003, 739P0001013 > -2.146283112E+001,1.696604641E+001,1.977133224E+003; 739P0001014 > 110,-2.146283112E+001,1.696604641E+001,1.977133224E+003, 741P0001015 > -2.160588747E+001,1.789229767E+001,2.037133224E+003; 741P0001016 > 110,-2.160588747E+001,1.789229767E+001,2.037133224E+003, 743P0001017 > -2.167658111E+001,1.835001987E+001,2.066783204E+003; 743P0001018 > 110,-2.167658111E+001,1.835001987E+001,2.066783204E+003, 745P0001019 > -2.220279194E+001,-2.023507705E+002,2.063376131E+003; 745P0001020 > 110,-2.220279194E+001,-2.023507705E+002,2.063376131E+003, 747P0001021 > -2.228624148E+001,-2.373507705E+002,2.062835818E+003; 747P0001022 > 110,-2.228624148E+001,-2.373507705E+002,2.062835818E+003, 749P0001023 > -2.247998226E+001,-3.186085874E+002,2.061581399E+003; 749P0001024 > 110,-2.247998226E+001,-3.186085874E+002,2.061581399E+003, 751P0001025 > -5.659719432E+001,-3.118411681E+002,2.504870911E+003; 751P0001026 > 110,-5.659719432E+001,-3.118411681E+002,2.504870911E+003, 753P0001027 > -5.805528878E+001,-3.336353972E+002,1.961004512E+003; 753P0001028 > 110,-5.805528878E+001,-3.336353972E+002,1.961004512E+003, 755P0001029 > -5.805528878E+001,-3.336353972E+002,1.961004512E+003; 755P0001030 > 110,-5.805528878E+001,-3.336353972E+002,1.961004512E+003, 757P0001031 > -5.806413920E+001,-3.336823772E+002,1.961327101E+003; 757P0001032 > 110,-5.806413920E+001,-3.336823772E+002,1.961327101E+003, 759P0001033 > -6.622116910E+001,-3.769817632E+002,2.258643668E+003; 759P0001034 > 110,-2.522443465E+001,1.729500658E+001,1.890313224E+003, 761P0001035 > -2.519403821E+001,1.734657577E+001,1.896663224E+003; 761P0001036 > 110,-2.519403821E+001,1.734657577E+001,1.896663224E+003, 763P0001037 > -2.515980972E+001,1.740464624E+001,1.901663224E+003; 763P0001038 > 110,-2.515980972E+001,1.740464624E+001,1.901663224E+003, 765P0001039 > -2.464316485E+001,1.828116199E+001,1.977133224E+003; 765P0001040 > 110,-2.464316485E+001,1.828116199E+001,1.977133224E+003, 767P0001041 > -2.423242293E+001,1.897800770E+001,2.037133224E+003; 767P0001042 > 110,-2.423242293E+001,1.897800770E+001,2.037133224E+003, 769P0001043 > -2.403602807E+001,1.931120212E+001,2.065822022E+003; 769P0001044 > 110,-2.403602807E+001,1.931120212E+001,2.065822022E+003, 771P0001045 > -2.251859701E+001,-2.023507705E+002,2.063247619E+003; 771P0001046 > 110,-2.251859701E+001,-2.023507705E+002,2.063247619E+003, 773P0001047 > -2.227899756E+001,-2.373507705E+002,2.062841125E+003; 773P0001048 > 110,-2.227899756E+001,-2.373507705E+002,2.062841125E+003, 775P0001049 > -2.172097455E+001,-3.188651693E+002,2.061894409E+003; 775P0001050 > 110,-2.172097455E+001,-3.188651693E+002,2.061894409E+003, 777P0001051 > -5.160515417E+001,-3.134974253E+002,2.505088542E+003; 777P0001052 > 110,-5.160515417E+001,-3.134974253E+002,2.505088542E+003, 779P0001053 > -5.315965430E+001,-3.352715797E+002,1.960979141E+003; 779P0001054 > 110,-5.315965430E+001,-3.352715797E+002,1.960979141E+003, 781P0001055 > -5.315965430E+001,-3.352715797E+002,1.960979141E+003; 781P0001056 > 110,-5.315965430E+001,-3.352715797E+002,1.960979141E+003, 783P0001057 > -5.317442867E+001,-3.353494710E+002,1.961514187E+003; 783P0001058 > 110,-5.317442867E+001,-3.353494710E+002,1.961514187E+003, 785P0001059 > -6.138424451E+001,-3.786320506E+002,2.258828609E+003; 785P0001060 > 110,-2.686782551E+001,2.125905900E+001,1.890313224E+003, 787P0001061 > -2.682045326E+001,2.126964521E+001,1.896663224E+003; 787P0001062 > 110,-2.682045326E+001,2.126964521E+001,1.896663224E+003, 789P0001063 > -2.676710967E+001,2.128156583E+001,1.901663224E+003; 789P0001064 > 110,-2.676710967E+001,2.128156583E+001,1.901663224E+003, 791P0001065 > -2.596194154E+001,2.146149568E+001,1.977133224E+003; 791P0001066 > 110,-2.596194154E+001,2.146149568E+001,1.977133224E+003, 793P0001067 > -2.532181848E+001,2.160454313E+001,2.037133224E+003; 793P0001068 > 110,-2.532181848E+001,2.160454313E+001,2.037133224E+003, 795P0001069 > -2.504088258E+001,2.166732349E+001,2.063465901E+003; 795P0001070 > 110,-2.504088258E+001,2.166732349E+001,2.063465901E+003, 797P0001071 > -2.265089676E+001,-2.023507705E+002,2.062931814E+003; 797P0001072 > 110,-2.265089676E+001,-2.023507705E+002,2.062931814E+003, 799P0001073 > -2.227749164E+001,-2.373507705E+002,2.062848369E+003; 799P0001074 > 110,-2.227749164E+001,-2.373507705E+002,2.062848369E+003, 801P0001075 > -2.140002448E+001,-3.195975016E+002,2.062652283E+003; 801P0001076 > 110,-2.140002448E+001,-3.195975016E+002,2.062652283E+003, 803P0001077 > -4.925046684E+001,-3.181965371E+002,2.505273654E+003; 803P0001078 > 110,-4.925046684E+001,-3.181965371E+002,2.505273654E+003, 805P0001079 > -5.084656693E+001,-3.399029468E+002,1.960765311E+003; 805P0001080 > 110,-5.084656693E+001,-3.399029468E+002,1.960765311E+003, 807P0001081 > -5.084656693E+001,-3.399029468E+002,1.960765311E+003; 807P0001082 > 110,-5.084656693E+001,-3.399029468E+002,1.960765311E+003, 809P0001083 > -5.085863926E+001,-3.399663524E+002,1.961201323E+003; 809P0001084 > 110,-5.085863926E+001,-3.399663524E+002,1.961201323E+003, 811P0001085 > -5.909079301E+001,-3.832028281E+002,2.258518928E+003; 811P0001086 > 110,-2.522531316E+001,2.522531313E+001,1.890313224E+003, 813P0001087 > -2.519491648E+001,2.519491645E+001,1.896663224E+003; 813P0001088 > 110,-2.519491648E+001,2.519491645E+001,1.896663224E+003, 815P0001089 > -2.516068848E+001,2.516068845E+001,1.901663224E+003; 815P0001090 > 110,-2.516068848E+001,2.516068845E+001,1.901663224E+003, 817P0001091 > -2.464405104E+001,2.464405101E+001,1.977133224E+003; 817P0001092 > 110,-2.464405104E+001,2.464405101E+001,1.977133224E+003, 819P0001093 > -2.423331503E+001,2.423331501E+001,2.037133224E+003; 819P0001094 > 110,-2.423331503E+001,2.423331501E+001,2.037133224E+003, 821P0001095 > -2.406949637E+001,2.406949636E+001,2.061063728E+003; 821P0001096 > 110,-2.406949637E+001,2.406949636E+001,2.061063728E+003, 823P0001097 > -2.251951377E+001,-2.023507705E+002,2.062613710E+003; 823P0001098 > 110,-2.251951377E+001,-2.023507705E+002,2.062613710E+003, 825P0001099 > -2.227991777E+001,-2.373507705E+002,2.062853306E+003; 825P0001100 > 110,-2.227991777E+001,-2.373507705E+002,2.062853306E+003, 827P0001101 > -2.171148011E+001,-3.203877067E+002,2.063421744E+003; 827P0001102 > 110,-2.171148011E+001,-3.203877067E+002,2.063421744E+003, 829P0001103 > -5.090813273E+001,-3.231890990E+002,2.505318047E+003; 829P0001104 > 110,-5.090813273E+001,-3.231890990E+002,2.505318047E+003, 831P0001105 > -5.247034439E+001,-3.448180720E+002,1.960488208E+003; 831P0001106 > 110,-5.247034439E+001,-3.448180720E+002,1.960488208E+003, 833P0001107 > -5.247034439E+001,-3.448180720E+002,1.960488208E+003; 833P0001108 > 110,-5.247034439E+001,-3.448180720E+002,1.960488208E+003, 835P0001109 > -5.247264947E+001,-3.448301929E+002,1.960571655E+003; 835P0001110 > 110,-5.247264947E+001,-3.448301929E+002,1.960571655E+003, 837P0001111 > -6.068569921E+001,-3.880173507E+002,2.257895847E+003; 837P0001112 > 110,2.125905904E+001,2.686782551E+001,1.890313224E+003, 839P0001113 > 2.126964526E+001,2.682045326E+001,1.896663224E+003; 839P0001114 > 110,2.126964526E+001,2.682045326E+001,1.896663224E+003, 841P0001115 > 2.128156588E+001,2.676710967E+001,1.901663224E+003; 841P0001116 > 110,2.128156588E+001,2.676710967E+001,1.901663224E+003, 843P0001117 > 2.146149572E+001,2.596194154E+001,1.977133224E+003; 843P0001118 > 110,2.146149572E+001,2.596194154E+001,1.977133224E+003, 845P0001119 > 2.160454316E+001,2.532181848E+001,2.037133224E+003; 845P0001120 > 110,2.160454316E+001,2.532181848E+001,2.037133224E+003, 847P0001121 > 2.165919381E+001,2.507726226E+001,2.060055962E+003; 847P0001122 > 110,2.165919381E+001,2.507726226E+001,2.060055962E+003, 849P0001123 > 2.220141044E+001,-2.023507705E+002,2.062482327E+003; 849P0001124 > 110,2.220141044E+001,-2.023507705E+002,2.062482327E+003, 851P0001125 > 2.228485478E+001,-2.373507705E+002,2.062855732E+003; 851P0001126 > 110,2.228485478E+001,-2.373507705E+002,2.062855732E+003, 853P0001127 > 2.247579544E+001,-3.174391647E+002,2.063710173E+003; 853P0001128 > 110,2.247579544E+001,-3.174391647E+002,2.063710173E+003, 855P0001129 > -8.583269570E+000,-3.220768941E+002,2.505768973E+003; 855P0001130 > 110,-8.583269570E+000,-3.220768941E+002,2.505768973E+003, 857P0001131 > -5.722224970E+001,-3.472169667E+002,1.960304257E+003; 857P0001132 > 110,-5.722224970E+001,-3.472169667E+002,1.960304257E+003, 859P0001133 > -5.722224970E+001,-3.472169667E+002,1.960304257E+003; 859P0001134 > 110,-5.722224970E+001,-3.472169667E+002,1.960304257E+003, 861P0001135 > -5.718466800E+001,-3.471673336E+002,1.959977698E+003; 861P0001136 > 110,-5.718466800E+001,-3.471673336E+002,1.959977698E+003, 863P0001137 > -9.116206479E+001,-3.920403238E+002,2.255217874E+003; 863P0001138 > 110,2.522531315E+001,2.522531315E+001,1.890313224E+003, 865P0001139 > 2.519491647E+001,2.519491647E+001,1.896663224E+003; 865P0001140 > 110,2.519491647E+001,2.519491647E+001,1.896663224E+003, 867P0001141 > 2.516068847E+001,2.516068847E+001,1.901663224E+003; 867P0001142 > 110,2.516068847E+001,2.516068847E+001,1.901663224E+003, 869P0001143 > 2.464405103E+001,2.464405103E+001,1.977133224E+003; 869P0001144 > 110,2.464405103E+001,2.464405103E+001,1.977133224E+003, 871P0001145 > 2.423331502E+001,2.423331502E+001,2.037133224E+003; 871P0001146 > 110,2.423331502E+001,2.423331502E+001,2.037133224E+003, 873P0001147 > 2.406949637E+001,2.406949637E+001,2.061063728E+003; 873P0001148 > 110,2.406949637E+001,2.406949637E+001,2.061063728E+003, 875P0001149 > 2.251951377E+001,-2.023507705E+002,2.062613710E+003; 875P0001150 > 110,2.251951377E+001,-2.023507705E+002,2.062613710E+003, 877P0001151 > 2.227991777E+001,-2.373507705E+002,2.062853306E+003; 877P0001152 > 110,2.227991777E+001,-2.373507705E+002,2.062853306E+003, 879P0001153 > 2.173341135E+001,-3.171840089E+002,2.063399813E+003; 879P0001154 > 110,2.173341135E+001,-3.171840089E+002,2.063399813E+003, 881P0001155 > -1.356724456E+001,-3.204362158E+002,2.505773147E+003; 881P0001156 > 110,-1.356724456E+001,-3.204362158E+002,2.505773147E+003, 883P0001157 > -6.212486375E+001,-3.455809051E+002,1.960329536E+003; 883P0001158 > 110,-6.212486375E+001,-3.455809051E+002,1.960329536E+003, 885P0001159 > -6.212486375E+001,-3.455809051E+002,1.960329536E+003; 885P0001160 > 110,-6.212486375E+001,-3.455809051E+002,1.960329536E+003, 887P0001161 > -6.206303182E+001,-3.454991349E+002,1.959791568E+003; 887P0001162 > 110,-6.206303182E+001,-3.454991349E+002,1.959791568E+003, 889P0001163 > -9.599710247E+001,-3.903755479E+002,2.255034592E+003; 889P0001164 > 110,2.686782551E+001,2.125905904E+001,1.890313224E+003, 891P0001165 > 2.682045326E+001,2.126964526E+001,1.896663224E+003; 891P0001166 > 110,2.682045326E+001,2.126964526E+001,1.896663224E+003, 893P0001167 > 2.676710967E+001,2.128156588E+001,1.901663224E+003; 893P0001168 > 110,2.676710967E+001,2.128156588E+001,1.901663224E+003, 895P0001169 > 2.596194154E+001,2.146149572E+001,1.977133224E+003; 895P0001170 > 110,2.596194154E+001,2.146149572E+001,1.977133224E+003, 897P0001171 > 2.532181848E+001,2.160454316E+001,2.037133224E+003; 897P0001172 > 110,2.532181848E+001,2.160454316E+001,2.037133224E+003, 899P0001173 > 2.504088258E+001,2.166732352E+001,2.063465901E+003; 899P0001174 > 110,2.504088258E+001,2.166732352E+001,2.063465901E+003, 901P0001175 > 2.265089676E+001,-2.023507705E+002,2.062931814E+003; 901P0001176 > 110,2.265089676E+001,-2.023507705E+002,2.062931814E+003, 903P0001177 > 2.227749164E+001,-2.373507705E+002,2.062848369E+003; 903P0001178 > 110,2.227749164E+001,-2.373507705E+002,2.062848369E+003, 905P0001179 > 2.143341332E+001,-3.164678992E+002,2.062659744E+003; 905P0001180 > 110,2.143341332E+001,-3.164678992E+002,2.062659744E+003, 907P0001181 > -1.592075074E+001,-3.157582096E+002,2.505680046E+003; 907P0001182 > 110,-1.592075074E+001,-3.157582096E+002,2.505680046E+003, 909P0001183 > -6.441967179E+001,-3.409324586E+002,1.960544484E+003; 909P0001184 > 110,-6.441967179E+001,-3.409324586E+002,1.960544484E+003, 911P0001185 > -6.441967179E+001,-3.409324586E+002,1.960544484E+003; 911P0001186 > 110,-6.441967179E+001,-3.409324586E+002,1.960544484E+003, 913P0001187 > -6.436939641E+001,-3.408659024E+002,1.960106845E+003; 913P0001188 > 110,-6.436939641E+001,-3.408659024E+002,1.960106845E+003, 915P0001189 > -9.828637975E+001,-3.857663391E+002,2.255348614E+003; 915P0001190 > 110,2.522443462E+001,1.729500659E+001,1.890313224E+003, 917P0001191 > 2.519403819E+001,1.734657577E+001,1.896663224E+003; 917P0001192 > 110,2.519403819E+001,1.734657577E+001,1.896663224E+003, 919P0001193 > 2.515980969E+001,1.740464625E+001,1.901663224E+003; 919P0001194 > 110,2.515980969E+001,1.740464625E+001,1.901663224E+003, 921P0001195 > 2.464316482E+001,1.828116200E+001,1.977133224E+003; 921P0001196 > 110,2.464316482E+001,1.828116200E+001,1.977133224E+003, 923P0001197 > 2.423242291E+001,1.897800770E+001,2.037133224E+003; 923P0001198 > 110,2.423242291E+001,1.897800770E+001,2.037133224E+003, 925P0001199 > 2.403602805E+001,1.931120212E+001,2.065822022E+003; 925P0001200 > 110,2.403602805E+001,1.931120212E+001,2.065822022E+003, 927P0001201 > 2.251859701E+001,-2.023507705E+002,2.063247619E+003; 927P0001202 > 110,2.251859701E+001,-2.023507705E+002,2.063247619E+003, 929P0001203 > 2.227899756E+001,-2.373507705E+002,2.062841125E+003; 929P0001204 > 110,2.227899756E+001,-2.373507705E+002,2.062841125E+003, 931P0001205 > 2.174251619E+001,-3.157184299E+002,2.061930956E+003; 931P0001206 > 110,2.174251619E+001,-3.157184299E+002,2.061930956E+003, 933P0001207 > -1.426073452E+001,-3.107864934E+002,2.505544302E+003; 933P0001208 > 110,-1.426073452E+001,-3.107864934E+002,2.505544302E+003, 935P0001209 > -6.276023964E+001,-3.359975682E+002,1.960823060E+003; 935P0001210 > 110,-6.276023964E+001,-3.359975682E+002,1.960823060E+003, 937P0001211 > -6.276023964E+001,-3.359975682E+002,1.960823060E+003; 937P0001212 > 110,-6.276023964E+001,-3.359975682E+002,1.960823060E+003, 939P0001213 > -6.275054138E+001,-3.359847283E+002,1.960738690E+003; 939P0001214 > 110,-6.275054138E+001,-3.359847283E+002,1.960738690E+003, 941P0001215 > -9.668792317E+001,-3.809155428E+002,2.255975763E+003; 941P0001216 > 110,2.126038218E+001,1.565524412E+001,1.890313224E+003, 943P0001217 > 2.127096871E+001,1.572378909E+001,1.896663224E+003; 943P0001218 > 110,2.127096871E+001,1.572378909E+001,1.896663224E+003, 945P0001219 > 2.128289008E+001,1.580097669E+001,1.901663224E+003; 945P0001220 > 110,2.128289008E+001,1.580097669E+001,1.901663224E+003, 947P0001221 > 2.146283112E+001,1.696604641E+001,1.977133224E+003; 947P0001222 > 110,2.146283112E+001,1.696604641E+001,1.977133224E+003, 949P0001223 > 2.160588747E+001,1.789229767E+001,2.037133224E+003; 949P0001224 > 110,2.160588747E+001,1.789229767E+001,2.037133224E+003, 951P0001225 > 2.167658111E+001,1.835001987E+001,2.066783204E+003; 951P0001226 > 110,2.167658111E+001,1.835001987E+001,2.066783204E+003, 953P0001227 > 2.220279194E+001,-2.023507705E+002,2.063376131E+003; 953P0001228 > 110,2.220279194E+001,-2.023507705E+002,2.063376131E+003, 955P0001229 > 2.228624148E+001,-2.373507705E+002,2.062835818E+003; 955P0001230 > 110,2.228624148E+001,-2.373507705E+002,2.062835818E+003, 957P0001231 > 2.247225172E+001,-3.153662855E+002,2.061631452E+003; 957P0001232 > 110,2.247225172E+001,-3.153662855E+002,2.061631452E+003, 959P0001233 > -9.562926150E+000,-3.084378252E+002,2.505445419E+003; 959P0001234 > 110,-9.562926150E+000,-3.084378252E+002,2.505445419E+003, 961P0001235 > -5.812155783E+001,-3.336691908E+002,1.961001929E+003; 961P0001236 > 110,-5.812155783E+001,-3.336691908E+002,1.961001929E+003, 963P0001237 > -5.812155783E+001,-3.336691908E+002,1.961001929E+003; 963P0001238 > 110,-5.812155783E+001,-3.336691908E+002,1.961001929E+003, 965P0001239 > -5.815777048E+001,-3.337170882E+002,1.961316529E+003; 965P0001240 > 110,-5.815777048E+001,-3.337170882E+002,1.961316529E+003, 967P0001241 > -9.214092122E+001,-3.786656135E+002,2.256548356E+003; 967P0001242 > 110,1.729775652E+001,1.729775652E+001,1.890313224E+003, 969P0001243 > 1.734932591E+001,1.734932591E+001,1.896663224E+003; 969P0001244 > 110,1.734932591E+001,1.734932591E+001,1.896663224E+003, 971P0001245 > 1.740739793E+001,1.740739793E+001,1.901663224E+003; 971P0001246 > 110,1.740739793E+001,1.740739793E+001,1.901663224E+003, 973P0001247 > 1.828393696E+001,1.828393696E+001,1.977133224E+003; 973P0001248 > 110,1.828393696E+001,1.828393696E+001,1.977133224E+003, 975P0001249 > 1.898080116E+001,1.898080116E+001,2.037133224E+003; 975P0001250 > 110,1.898080116E+001,1.898080116E+001,2.037133224E+003, 977P0001251 > 1.931397226E+001,1.931397226E+001,2.065819252E+003; 977P0001252 > 110,1.931397226E+001,1.931397226E+001,2.065819252E+003, 979P0001253 > 2.188847600E+001,-2.023507705E+002,2.063244748E+003; 979P0001254 > 110,2.188847600E+001,-2.023507705E+002,2.063244748E+003, 981P0001255 > 2.229498012E+001,-2.373507705E+002,2.062838244E+003; 981P0001256 > 110,2.229498012E+001,-2.373507705E+002,2.062838244E+003, 983P0001257 > 2.320391161E+001,-3.156097609E+002,2.061929312E+003; 983P0001258 > 110,2.320391161E+001,-3.156097609E+002,2.061929312E+003, 985P0001259 > -4.583632960E+000,-3.100847141E+002,2.505441226E+003; 985P0001260 > 110,-4.583632960E+000,-3.100847141E+002,2.505441226E+003, 987P0001261 > -5.322307240E+001,-3.353083137E+002,1.960976439E+003; 987P0001262 > 110,-5.322307240E+001,-3.353083137E+002,1.960976439E+003, 989P0001263 > -5.322307240E+001,-3.353083137E+002,1.960976439E+003; 989P0001264 > 110,-5.322307240E+001,-3.353083137E+002,1.960976439E+003, 991P0001265 > -5.328364834E+001,-3.353883251E+002,1.961502027E+003; 991P0001266 > 110,-5.328364834E+001,-3.353883251E+002,1.961502027E+003, 993P0001267 > -8.730989305E+001,-3.803316955E+002,2.256731205E+003; 993P0001268 > 110,1.565524412E+001,2.126038218E+001,1.890313224E+003, 995P0001269 > 1.572378909E+001,2.127096871E+001,1.896663224E+003; 995P0001270 > 110,1.572378909E+001,2.127096871E+001,1.896663224E+003, 997P0001271 > 1.580097669E+001,2.128289008E+001,1.901663224E+003; 997P0001272 > 110,1.580097669E+001,2.128289008E+001,1.901663224E+003, 999P0001273 > 1.696604641E+001,2.146283112E+001,1.977133224E+003; 999P0001274 > 110,1.696604641E+001,2.146283112E+001,1.977133224E+003, 1001P0001275 > 1.789229767E+001,2.160588747E+001,2.037133224E+003; 1001P0001276 > 110,1.789229767E+001,2.160588747E+001,2.037133224E+003, 1003P0001277 > 1.829878816E+001,2.166866854E+001,2.063464556E+003; 1003P0001278 > 110,1.829878816E+001,2.166866854E+001,2.063464556E+003, 1005P0001279 > 2.175709297E+001,-2.023507705E+002,2.062930432E+003; 1005P0001280 > 110,2.175709297E+001,-2.023507705E+002,2.062930432E+003, 1007P0001281 > 2.229740621E+001,-2.373507705E+002,2.062846983E+003; 1007P0001282 > 110,2.229740621E+001,-2.373507705E+002,2.062846983E+003, 1009P0001283 > 2.351640759E+001,-3.163143149E+002,2.062658712E+003; 1009P0001284 > 110,2.351640759E+001,-3.163143149E+002,2.062658712E+003, 1011P0001285 > -2.236344362E+000,-3.147580482E+002,2.505534192E+003; 1011P0001286 > 110,-2.236344362E+000,-3.147580482E+002,2.505534192E+003, 1013P0001287 > -5.093132967E+001,-3.399525945E+002,1.960761671E+003; 1013P0001288 > 110,-5.093132967E+001,-3.399525945E+002,1.960761671E+003, 1015P0001289 > -5.093132967E+001,-3.399525945E+002,1.960761671E+003; 1015P0001290 > 110,-5.093132967E+001,-3.399525945E+002,1.960761671E+003, 1017P0001291 > -5.098036853E+001,-3.400173037E+002,1.961186968E+003; 1017P0001292 > 110,-5.098036853E+001,-3.400173037E+002,1.961186968E+003, 1019P0001293 > -8.502195388E+001,-3.849368961E+002,2.256417504E+003; 1019P0001294 > 110,1.729500659E+001,2.522443462E+001,1.890313224E+003, 1021P0001295 > 1.734657577E+001,2.519403819E+001,1.896663224E+003; 1021P0001296 > 110,1.734657577E+001,2.519403819E+001,1.896663224E+003, 1023P0001297 > 1.740464625E+001,2.515980969E+001,1.901663224E+003; 1023P0001298 > 110,1.740464625E+001,2.515980969E+001,1.901663224E+003, 1025P0001299 > 1.828116200E+001,2.464316482E+001,1.977133224E+003; 1025P0001300 > 110,1.828116200E+001,2.464316482E+001,1.977133224E+003, 1027P0001301 > 1.897800770E+001,2.423242291E+001,2.037133224E+003; 1027P0001302 > 110,1.897800770E+001,2.423242291E+001,2.037133224E+003, 1029P0001303 > 1.925594930E+001,2.406859573E+001,2.061064628E+003; 1029P0001304 > 110,1.925594930E+001,2.406859573E+001,2.061064628E+003, 1031P0001305 > 2.188560533E+001,-2.023507705E+002,2.062614627E+003; 1031P0001306 > 110,2.188560533E+001,-2.023507705E+002,2.062614627E+003, 1033P0001307 > 2.229209866E+001,-2.373507705E+002,2.062854227E+003; 1033P0001308 > 110,2.229209866E+001,-2.373507705E+002,2.062854227E+003, 1035P0001309 > 2.321802881E+001,-3.170754627E+002,2.063399998E+003; 1035P0001310 > 110,2.321802881E+001,-3.170754627E+002,2.063399998E+003, 1037P0001311 > -3.891678812E+000,-3.197235537E+002,2.505669955E+003; 1037P0001312 > 110,-3.891678812E+000,-3.197235537E+002,2.505669955E+003, 1039P0001313 > -5.258663321E+001,-3.448844237E+002,1.960483306E+003; 1039P0001314 > 110,-5.258663321E+001,-3.448844237E+002,1.960483306E+003, 1041P0001315 > -5.258663321E+001,-3.448844237E+002,1.960483306E+003; 1041P0001316 > 110,-5.258663321E+001,-3.448844237E+002,1.960483306E+003, 1043P0001317 > -5.259498188E+001,-3.448954397E+002,1.960555755E+003; 1043P0001318 > 110,-5.259498188E+001,-3.448954397E+002,1.960555755E+003, 1045P0001319 > -8.661640097E+001,-3.897863864E+002,2.255790789E+003; 1045P0001320 > 110,-2.126038223E+001,-1.565524412E+001,1.890313224E+003, 1047P0001321 > -2.127096877E+001,-1.572378909E+001,1.896663224E+003; 1047P0001322 > 110,-2.127096877E+001,-1.572378909E+001,1.896663224E+003, 1049P0001323 > -2.128289013E+001,-1.580097670E+001,1.901663224E+003; 1049P0001324 > 110,-2.128289013E+001,-1.580097670E+001,1.901663224E+003, 1051P0001325 > -2.146283117E+001,-1.696604641E+001,1.977133224E+003; 1051P0001326 > 110,-2.146283117E+001,-1.696604641E+001,1.977133224E+003, 1053P0001327 > -2.160588751E+001,-1.789229768E+001,2.037133224E+003; 1053P0001328 > 110,-2.160588751E+001,-1.789229768E+001,2.037133224E+003, 1055P0001329 > -2.176545604E+001,-1.892546089E+001,2.104058685E+003; 1055P0001330 > 110,-2.176545604E+001,-1.892546089E+001,2.104058685E+003, 1057P0001331 > -2.220279194E+001,-2.023507705E+002,2.106890317E+003; 1057P0001332 > 110,-2.220279194E+001,-2.023507705E+002,2.106890317E+003, 1059P0001333 > -2.228624148E+001,-2.373507705E+002,2.107430630E+003; 1059P0001334 > 110,-2.228624148E+001,-2.373507705E+002,2.107430630E+003, 1061P0001335 > -2.259376018E+001,-3.663287763E+002,2.109421731E+003; 1061P0001336 > 110,-2.259376018E+001,-3.663287763E+002,2.109421731E+003, 1063P0001337 > -5.213376080E+001,-3.725041927E+002,2.504925773E+003; 1063P0001338 > 110,-5.213376080E+001,-3.725041927E+002,2.504925773E+003, 1065P0001339 > -5.706990594E+001,-3.472408239E+002,1.960304883E+003; 1065P0001340 > 110,-5.706990594E+001,-3.472408239E+002,1.960304883E+003, 1067P0001341 > -5.706990594E+001,-3.472408239E+002,1.960304883E+003; 1067P0001342 > 110,-5.706990594E+001,-3.472408239E+002,1.960304883E+003, 1069P0001343 > -5.705900306E+001,-3.472219743E+002,1.959981269E+003; 1069P0001344 > 110,-5.705900306E+001,-3.472219743E+002,1.959981269E+003, 1071P0001345 > -6.716232802E+001,-3.646892529E+002,2.259863423E+003; 1071P0001346 > 110,-1.729775653E+001,-1.729775653E+001,1.890313224E+003, 1073P0001347 > -1.734932592E+001,-1.734932592E+001,1.896663224E+003; 1073P0001348 > 110,-1.734932592E+001,-1.734932592E+001,1.896663224E+003, 1075P0001349 > -1.740739794E+001,-1.740739794E+001,1.901663224E+003; 1075P0001350 > 110,-1.740739794E+001,-1.740739794E+001,1.901663224E+003, 1077P0001351 > -1.828393696E+001,-1.828393696E+001,1.977133224E+003; 1077P0001352 > 110,-1.828393696E+001,-1.828393696E+001,1.977133224E+003, 1079P0001353 > -1.898080117E+001,-1.898080117E+001,2.037133224E+003; 1079P0001354 > 110,-1.898080117E+001,-1.898080117E+001,2.037133224E+003, 1081P0001355 > -1.976788472E+001,-1.976788472E+001,2.104901109E+003; 1081P0001356 > 110,-1.976788472E+001,-1.976788472E+001,2.104901109E+003, 1083P0001357 > -2.188847600E+001,-2.023507705E+002,2.107021700E+003; 1083P0001358 > 110,-2.188847600E+001,-2.023507705E+002,2.107021700E+003, 1085P0001359 > -2.229498012E+001,-2.373507705E+002,2.107428204E+003; 1085P0001360 > 110,-2.229498012E+001,-2.373507705E+002,2.107428204E+003, 1087P0001361 > -2.378820361E+001,-3.659172955E+002,2.108921428E+003; 1087P0001362 > 110,-2.378820361E+001,-3.659172955E+002,2.108921428E+003, 1089P0001363 > -5.713475616E+001,-3.708567244E+002,2.504799537E+003; 1089P0001364 > 110,-5.713475616E+001,-3.708567244E+002,2.504799537E+003, 1091P0001365 > -6.196954613E+001,-3.456323739E+002,1.960328754E+003; 1091P0001366 > 110,-6.196954613E+001,-3.456323739E+002,1.960328754E+003, 1093P0001367 > -6.196954613E+001,-3.456323739E+002,1.960328754E+003; 1093P0001368 > 110,-6.196954613E+001,-3.456323739E+002,1.960328754E+003, 1095P0001369 > -6.195146555E+001,-3.456009118E+002,1.959789150E+003; 1095P0001370 > 110,-6.195146555E+001,-3.456009118E+002,1.959789150E+003, 1097P0001371 > -7.199973710E+001,-3.630859975E+002,2.259673512E+003; 1097P0001372 > 110,-1.565524412E+001,-2.126038223E+001,1.890313224E+003, 1099P0001373 > -1.572378909E+001,-2.127096877E+001,1.896663224E+003; 1099P0001374 > 110,-1.572378909E+001,-2.127096877E+001,1.896663224E+003, 1101P0001375 > -1.580097670E+001,-2.128289013E+001,1.901663224E+003; 1101P0001376 > 110,-1.580097670E+001,-2.128289013E+001,1.901663224E+003, 1103P0001377 > -1.696604641E+001,-2.146283117E+001,1.977133224E+003; 1103P0001378 > 110,-1.696604641E+001,-2.146283117E+001,1.977133224E+003, 1105P0001379 > -1.789229768E+001,-2.160588751E+001,2.037133224E+003; 1105P0001380 > 110,-1.789229768E+001,-2.160588751E+001,2.037133224E+003, 1107P0001381 > -1.896940816E+001,-2.177224354E+001,2.106905468E+003; 1107P0001382 > 110,-1.896940816E+001,-2.177224354E+001,2.106905468E+003, 1109P0001383 > -2.175709297E+001,-2.023507705E+002,2.107336016E+003; 1109P0001384 > 110,-2.175709297E+001,-2.023507705E+002,2.107336016E+003, 1111P0001385 > -2.229740621E+001,-2.373507705E+002,2.107419466E+003; 1111P0001386 > 110,-2.229740621E+001,-2.373507705E+002,2.107419466E+003, 1113P0001387 > -2.426424545E+001,-3.647571872E+002,2.107723237E+003; 1113P0001388 > 110,-2.426424545E+001,-3.647571872E+002,2.107723237E+003, 1115P0001389 > -5.951032838E+001,-3.661557633E+002,2.504835067E+003; 1115P0001390 > 110,-5.951032838E+001,-3.661557633E+002,2.504835067E+003, 1117P0001391 > -6.429201856E+001,-3.410281085E+002,1.960541050E+003; 1117P0001392 > 110,-6.429201856E+001,-3.410281085E+002,1.960541050E+003, 1119P0001393 > -6.429201856E+001,-3.410281085E+002,1.960541050E+003; 1119P0001394 > 110,-6.429201856E+001,-3.410281085E+002,1.960541050E+003, 1121P0001395 > -6.427726048E+001,-3.410022833E+002,1.960099359E+003; 1121P0001396 > 110,-6.427726048E+001,-3.410022833E+002,1.960099359E+003, 1123P0001397 > -7.429710100E+001,-3.585360400E+002,2.259980721E+003; 1123P0001398 > 110,-1.729500660E+001,-2.522443465E+001,1.890313224E+003, 1125P0001399 > -1.734657579E+001,-2.519403821E+001,1.896663224E+003; 1125P0001400 > 110,-1.734657579E+001,-2.519403821E+001,1.896663224E+003, 1127P0001401 > -1.740464626E+001,-2.515980972E+001,1.901663224E+003; 1127P0001402 > 110,-1.740464626E+001,-2.515980972E+001,1.901663224E+003, 1129P0001403 > -1.828116201E+001,-2.464316485E+001,1.977133224E+003; 1129P0001404 > 110,-1.828116201E+001,-2.464316485E+001,1.977133224E+003, 1131P0001405 > -1.897800771E+001,-2.423242293E+001,2.037133224E+003; 1131P0001406 > 110,-1.897800771E+001,-2.423242293E+001,2.037133224E+003, 1133P0001407 > -1.981121802E+001,-2.374130359E+001,2.108874528E+003; 1133P0001408 > 110,-1.981121802E+001,-2.374130359E+001,2.108874528E+003, 1135P0001409 > -2.188560533E+001,-2.023507705E+002,2.107651821E+003; 1135P0001410 > 110,-2.188560533E+001,-2.023507705E+002,2.107651821E+003, 1137P0001411 > -2.229209866E+001,-2.373507705E+002,2.107412222E+003; 1137P0001412 > 110,-2.229209866E+001,-2.373507705E+002,2.107412222E+003, 1139P0001413 > -2.375776902E+001,-3.635483231E+002,2.106548311E+003; 1139P0001414 > 110,-2.375776902E+001,-3.635483231E+002,2.106548311E+003, 1141P0001415 > -5.786449436E+001,-3.611582859E+002,2.505011660E+003; 1141P0001416 > 110,-5.786449436E+001,-3.611582859E+002,2.505011660E+003, 1143P0001417 > -6.267486890E+001,-3.361251537E+002,1.960817435E+003; 1143P0001418 > 110,-6.267486890E+001,-3.361251537E+002,1.960817435E+003, 1145P0001419 > -6.267486890E+001,-3.361251537E+002,1.960817435E+003; 1145P0001420 > 110,-6.267486890E+001,-3.361251537E+002,1.960817435E+003, 1147P0001421 > -6.267195315E+001,-3.361200453E+002,1.960730313E+003; 1147P0001422 > 110,-6.267195315E+001,-3.361200453E+002,1.960730313E+003, 1149P0001423 > -7.270800722E+001,-3.537030699E+002,2.260605306E+003; 1149P0001424 > 110,-2.125905900E+001,-2.686782551E+001,1.890313224E+003, 1151P0001425 > -2.126964521E+001,-2.682045326E+001,1.896663224E+003; 1151P0001426 > 110,-2.126964521E+001,-2.682045326E+001,1.896663224E+003, 1153P0001427 > -2.128156583E+001,-2.676710967E+001,1.901663224E+003; 1153P0001428 > 110,-2.128156583E+001,-2.676710967E+001,1.901663224E+003, 1155P0001429 > -2.146149568E+001,-2.596194154E+001,1.977133224E+003; 1155P0001430 > 110,-2.146149568E+001,-2.596194154E+001,1.977133224E+003, 1157P0001431 > -2.160454313E+001,-2.532181848E+001,2.037133224E+003; 1157P0001432 > 110,-2.160454313E+001,-2.532181848E+001,2.037133224E+003, 1159P0001433 > -2.177750615E+001,-2.454782619E+001,2.109681050E+003; 1159P0001434 > 110,-2.177750615E+001,-2.454782619E+001,2.109681050E+003, 1161P0001435 > -2.220141044E+001,-2.023507705E+002,2.107784121E+003; 1161P0001436 > 110,-2.220141044E+001,-2.023507705E+002,2.107784121E+003, 1163P0001437 > -2.228485478E+001,-2.373507705E+002,2.107410716E+003; 1163P0001438 > 110,-2.228485478E+001,-2.373507705E+002,2.107410716E+003, 1165P0001439 > -2.258438407E+001,-3.629857109E+002,2.106070352E+003; 1165P0001440 > 110,-2.258438407E+001,-3.629857109E+002,2.106070352E+003, 1167P0001441 > -5.316457551E+001,-3.587961473E+002,2.505225666E+003; 1167P0001442 > 110,-5.316457551E+001,-3.587961473E+002,2.505225666E+003, 1169P0001443 > -5.806540824E+001,-3.337975807E+002,1.960995903E+003; 1169P0001444 > 110,-5.806540824E+001,-3.337975807E+002,1.960995903E+003, 1171P0001445 > -5.806540824E+001,-3.337975807E+002,1.960995903E+003; 1171P0001446 > 110,-5.806540824E+001,-3.337975807E+002,1.960995903E+003, 1173P0001447 > -5.807604603E+001,-3.338161470E+002,1.961312188E+003; 1173P0001448 > 110,-5.807604603E+001,-3.338161470E+002,1.961312188E+003, 1175P0001449 > -6.816170636E+001,-3.514188264E+002,2.261181448E+003; 1175P0001450 > 110,-2.522531316E+001,-2.522531316E+001,1.890313224E+003, 1177P0001451 > -2.519491648E+001,-2.519491648E+001,1.896663224E+003; 1177P0001452 > 110,-2.519491648E+001,-2.519491648E+001,1.896663224E+003, 1179P0001453 > -2.516068848E+001,-2.516068848E+001,1.901663224E+003; 1179P0001454 > 110,-2.516068848E+001,-2.516068848E+001,1.901663224E+003, 1181P0001455 > -2.464405104E+001,-2.464405104E+001,1.977133224E+003; 1181P0001456 > 110,-2.464405104E+001,-2.464405104E+001,1.977133224E+003, 1183P0001457 > -2.423331503E+001,-2.423331503E+001,2.037133224E+003; 1183P0001458 > 110,-2.423331503E+001,-2.423331503E+001,2.037133224E+003, 1185P0001459 > -2.374219664E+001,-2.374219664E+001,2.108875421E+003; 1185P0001460 > 110,-2.374219664E+001,-2.374219664E+001,2.108875421E+003, 1187P0001461 > -2.251951377E+001,-2.023507705E+002,2.107652738E+003; 1187P0001462 > 110,-2.251951377E+001,-2.023507705E+002,2.107652738E+003, 1189P0001463 > -2.227991777E+001,-2.373507705E+002,2.107413142E+003; 1189P0001464 > 110,-2.227991777E+001,-2.373507705E+002,2.107413142E+003, 1191P0001465 > -2.141717899E+001,-3.633789887E+002,2.106550403E+003; 1191P0001466 > 110,-2.141717899E+001,-3.633789887E+002,2.106550403E+003, 1193P0001467 > -4.816812290E+001,-3.604498347E+002,2.505351612E+003; 1193P0001468 > 110,-4.816812290E+001,-3.604498347E+002,2.505351612E+003, 1195P0001469 > -5.316577676E+001,-3.354088368E+002,1.960971885E+003; 1195P0001470 > 110,-5.316577676E+001,-3.354088368E+002,1.960971885E+003, 1197P0001471 > -5.316577676E+001,-3.354088368E+002,1.960971885E+003; 1197P0001472 > 110,-5.316577676E+001,-3.354088368E+002,1.960971885E+003, 1199P0001473 > -5.318376694E+001,-3.354400375E+002,1.961503996E+003; 1199P0001474 > 110,-5.318376694E+001,-3.354400375E+002,1.961503996E+003, 1201P0001475 > -6.332200160E+001,-3.530230032E+002,2.261371432E+003; 1201P0001476 > 110,-2.686782551E+001,-2.125905900E+001,1.890313224E+003, 1203P0001477 > -2.682045326E+001,-2.126964521E+001,1.896663224E+003; 1203P0001478 > 110,-2.682045326E+001,-2.126964521E+001,1.896663224E+003, 1205P0001479 > -2.676710967E+001,-2.128156583E+001,1.901663224E+003; 1205P0001480 > 110,-2.676710967E+001,-2.128156583E+001,1.901663224E+003, 1207P0001481 > -2.596194154E+001,-2.146149568E+001,1.977133224E+003; 1207P0001482 > 110,-2.596194154E+001,-2.146149568E+001,1.977133224E+003, 1209P0001483 > -2.532181848E+001,-2.160454313E+001,2.037133224E+003; 1209P0001484 > 110,-2.532181848E+001,-2.160454313E+001,2.037133224E+003, 1211P0001485 > -2.457745259E+001,-2.177088558E+001,2.106904110E+003; 1211P0001486 > 110,-2.457745259E+001,-2.177088558E+001,2.106904110E+003, 1213P0001487 > -2.265089676E+001,-2.023507705E+002,2.107334635E+003; 1213P0001488 > 110,-2.265089676E+001,-2.023507705E+002,2.107334635E+003, 1215P0001489 > -2.227749164E+001,-2.373507705E+002,2.107418079E+003; 1215P0001490 > 110,-2.227749164E+001,-2.373507705E+002,2.107418079E+003, 1217P0001491 > -2.092086214E+001,-3.645103351E+002,2.107721243E+003; 1217P0001492 > 110,-2.092086214E+001,-3.645103351E+002,2.107721243E+003, 1219P0001493 > -4.579877547E+001,-3.651462449E+002,2.505315926E+003; 1219P0001494 > 110,-4.579877547E+001,-3.651462449E+002,2.505315926E+003, 1221P0001495 > -5.084610356E+001,-3.400130863E+002,1.960759555E+003; 1221P0001496 > 110,-5.084610356E+001,-3.400130863E+002,1.960759555E+003, 1223P0001497 > -5.084610356E+001,-3.400130863E+002,1.960759555E+003; 1223P0001498 > 110,-5.084610356E+001,-3.400130863E+002,1.960759555E+003, 1225P0001499 > -5.086081633E+001,-3.400384696E+002,1.961193597E+003; 1225P0001500 > 110,-5.086081633E+001,-3.400384696E+002,1.961193597E+003, 1227P0001501 > -6.102555060E+001,-3.575752480E+002,2.261063916E+003; 1227P0001502 > 110,-2.522443465E+001,-1.729500660E+001,1.890313224E+003, 1229P0001503 > -2.519403821E+001,-1.734657579E+001,1.896663224E+003; 1229P0001504 > 110,-2.519403821E+001,-1.734657579E+001,1.896663224E+003, 1231P0001505 > -2.515980972E+001,-1.740464626E+001,1.901663224E+003; 1231P0001506 > 110,-2.515980972E+001,-1.740464626E+001,1.901663224E+003, 1233P0001507 > -2.464316485E+001,-1.828116201E+001,1.977133224E+003; 1233P0001508 > 110,-2.464316485E+001,-1.828116201E+001,1.977133224E+003, 1235P0001509 > -2.423242293E+001,-1.897800771E+001,2.037133224E+003; 1235P0001510 > 110,-2.423242293E+001,-1.897800771E+001,2.037133224E+003, 1237P0001511 > -2.376852391E+001,-1.976503729E+001,2.104898261E+003; 1237P0001512 > 110,-2.376852391E+001,-1.976503729E+001,2.104898261E+003, 1239P0001513 > -2.251859701E+001,-2.023507705E+002,2.107018829E+003; 1239P0001514 > 110,-2.251859701E+001,-2.023507705E+002,2.107018829E+003, 1241P0001515 > -2.227899756E+001,-2.373507705E+002,2.107425323E+003; 1241P0001516 > 110,-2.227899756E+001,-2.373507705E+002,2.107425323E+003, 1243P0001517 > -2.140010140E+001,-3.657373982E+002,2.108916417E+003; 1243P0001518 > 110,-2.140010140E+001,-3.657373982E+002,2.108916417E+003, 1245P0001519 > -4.744006665E+001,-3.701375032E+002,2.505139623E+003; 1245P0001520 > 110,-4.744006665E+001,-3.701375032E+002,2.505139623E+003, 1247P0001521 > -5.246324442E+001,-3.449132350E+002,1.960483317E+003; 1247P0001522 > 110,-5.246324442E+001,-3.449132350E+002,1.960483317E+003, 1249P0001523 > -5.246324442E+001,-3.449132350E+002,1.960483317E+003; 1249P0001524 > 110,-5.246324442E+001,-3.449132350E+002,1.960483317E+003, 1251P0001525 > -5.246594017E+001,-3.449178795E+002,1.960562954E+003; 1251P0001526 > 110,-5.246594017E+001,-3.449178795E+002,1.960562954E+003, 1253P0001527 > -6.261693996E+001,-3.624072966E+002,2.260439257E+003; 1253P0001528 > 110,2.126038223E+001,-1.565524412E+001,1.890313224E+003, 1255P0001529 > 2.127096877E+001,-1.572378909E+001,1.896663224E+003; 1255P0001530 > 110,2.127096877E+001,-1.572378909E+001,1.896663224E+003, 1257P0001531 > 2.128289013E+001,-1.580097670E+001,1.901663224E+003; 1257P0001532 > 110,2.128289013E+001,-1.580097670E+001,1.901663224E+003, 1259P0001533 > 2.146283117E+001,-1.696604641E+001,1.977133224E+003; 1259P0001534 > 110,2.146283117E+001,-1.696604641E+001,1.977133224E+003, 1261P0001535 > 2.160588751E+001,-1.789229768E+001,2.037133224E+003; 1261P0001536 > 110,2.160588751E+001,-1.789229768E+001,2.037133224E+003, 1263P0001537 > 2.176545604E+001,-1.892546089E+001,2.104058685E+003; 1263P0001538 > 110,2.176545604E+001,-1.892546089E+001,2.104058685E+003, 1265P0001539 > 2.220279194E+001,-2.023507705E+002,2.106890317E+003; 1265P0001540 > 110,2.220279194E+001,-2.023507705E+002,2.106890317E+003, 1267P0001541 > 2.228624148E+001,-2.373507705E+002,2.107430630E+003; 1267P0001542 > 110,2.228624148E+001,-2.373507705E+002,2.107430630E+003, 1269P0001543 > 2.258574758E+001,-3.629681705E+002,2.109369852E+003; 1269P0001544 > 110,2.258574758E+001,-3.629681705E+002,2.109369852E+003, 1271P0001545 > -5.107240320E+000,-3.690125136E+002,2.505499430E+003; 1271P0001546 > 110,-5.107240320E+000,-3.690125136E+002,2.505499430E+003, 1273P0001547 > -5.721585005E+001,-3.471955036E+002,1.960305459E+003; 1273P0001548 > 110,-5.721585005E+001,-3.471955036E+002,1.960305459E+003, 1275P0001549 > -5.721585005E+001,-3.471955036E+002,1.960305459E+003; 1275P0001550 > 110,-5.721585005E+001,-3.471955036E+002,1.960305459E+003, 1277P0001551 > -5.717630637E+001,-3.471743037E+002,1.959977586E+003; 1277P0001552 > 110,-5.717630637E+001,-3.471743037E+002,1.959977586E+003, 1279P0001553 > -9.309107957E+001,-3.664287143E+002,2.257761612E+003; 1279P0001554 > 110,2.522443464E+001,-1.729500659E+001,1.890313224E+003, 1281P0001555 > 2.519403821E+001,-1.734657578E+001,1.896663224E+003; 1281P0001556 > 110,2.519403821E+001,-1.734657578E+001,1.896663224E+003, 1283P0001557 > 2.515980971E+001,-1.740464625E+001,1.901663224E+003; 1283P0001558 > 110,2.515980971E+001,-1.740464625E+001,1.901663224E+003, 1285P0001559 > 2.464316484E+001,-1.828116200E+001,1.977133224E+003; 1285P0001560 > 110,2.464316484E+001,-1.828116200E+001,1.977133224E+003, 1287P0001561 > 2.423242292E+001,-1.897800770E+001,2.037133224E+003; 1287P0001562 > 110,2.423242292E+001,-1.897800770E+001,2.037133224E+003, 1289P0001563 > 2.376852390E+001,-1.976503728E+001,2.104898261E+003; 1289P0001564 > 110,2.376852390E+001,-1.976503728E+001,2.104898261E+003, 1291P0001565 > 2.251859701E+001,-2.023507705E+002,2.107018829E+003; 1291P0001566 > 110,2.251859701E+001,-2.023507705E+002,2.107018829E+003, 1293P0001567 > 2.227899756E+001,-2.373507705E+002,2.107425323E+003; 1293P0001568 > 110,2.227899756E+001,-2.373507705E+002,2.107425323E+003, 1295P0001569 > 2.142182248E+001,-3.625644457E+002,2.108879566E+003; 1295P0001570 > 110,2.142182248E+001,-3.625644457E+002,2.108879566E+003, 1297P0001571 > -1.009601330E+001,-3.673734804E+002,2.505594817E+003; 1297P0001572 > 110,-1.009601330E+001,-3.673734804E+002,2.505594817E+003, 1299P0001573 > -6.212489446E+001,-3.455774328E+002,1.960329717E+003; 1299P0001574 > 110,-6.212489446E+001,-3.455774328E+002,1.960329717E+003, 1301P0001575 > -6.212489446E+001,-3.455774328E+002,1.960329717E+003; 1301P0001576 > 110,-6.212489446E+001,-3.455774328E+002,1.960329717E+003, 1303P0001577 > -6.205956083E+001,-3.455423364E+002,1.959787293E+003; 1303P0001578 > 110,-6.205956083E+001,-3.455423364E+002,1.959787293E+003, 1305P0001579 > -9.792716817E+001,-3.648099398E+002,2.257573427E+003; 1305P0001580 > 110,2.686782551E+001,-2.125905904E+001,1.890313224E+003, 1307P0001581 > 2.682045326E+001,-2.126964526E+001,1.896663224E+003; 1307P0001582 > 110,2.682045326E+001,-2.126964526E+001,1.896663224E+003, 1309P0001583 > 2.676710967E+001,-2.128156588E+001,1.901663224E+003; 1309P0001584 > 110,2.676710967E+001,-2.128156588E+001,1.901663224E+003, 1311P0001585 > 2.596194154E+001,-2.146149572E+001,1.977133224E+003; 1311P0001586 > 110,2.596194154E+001,-2.146149572E+001,1.977133224E+003, 1313P0001587 > 2.532181848E+001,-2.160454316E+001,2.037133224E+003; 1313P0001588 > 110,2.532181848E+001,-2.160454316E+001,2.037133224E+003, 1315P0001589 > 2.457745259E+001,-2.177088560E+001,2.106904110E+003; 1315P0001590 > 110,2.457745259E+001,-2.177088560E+001,2.106904110E+003, 1317P0001591 > 2.265089676E+001,-2.023507705E+002,2.107334635E+003; 1317P0001592 > 110,2.265089676E+001,-2.023507705E+002,2.107334635E+003, 1319P0001593 > 2.227749164E+001,-2.373507705E+002,2.107418079E+003; 1319P0001594 > 110,2.227749164E+001,-2.373507705E+002,2.107418079E+003, 1321P0001595 > 2.095365910E+001,-3.614362112E+002,2.107713914E+003; 1321P0001596 > 110,2.095365910E+001,-3.614362112E+002,2.107713914E+003, 1323P0001597 > -1.246524387E+001,-3.626979054E+002,2.505721949E+003; 1323P0001598 > 110,-1.246524387E+001,-3.626979054E+002,2.505721949E+003, 1325P0001599 > -6.443789634E+001,-3.409553011E+002,1.960543064E+003; 1325P0001600 > 110,-6.443789634E+001,-3.409553011E+002,1.960543064E+003, 1327P0001601 > -6.443789634E+001,-3.409553011E+002,1.960543064E+003; 1327P0001602 > 110,-6.443789634E+001,-3.409553011E+002,1.960543064E+003, 1329P0001603 > -6.438449275E+001,-3.409265517E+002,1.960099365E+003; 1329P0001604 > 110,-6.438449275E+001,-3.409265517E+002,1.960099365E+003, 1331P0001605 > -1.002259040E+002,-3.602215392E+002,2.257884566E+003; 1331P0001606 > 110,2.522531313E+001,-2.522531316E+001,1.890313224E+003, 1333P0001607 > 2.519491645E+001,-2.519491648E+001,1.896663224E+003; 1333P0001608 > 110,2.519491645E+001,-2.519491648E+001,1.896663224E+003, 1335P0001609 > 2.516068845E+001,-2.516068848E+001,1.901663224E+003; 1335P0001610 > 110,2.516068845E+001,-2.516068848E+001,1.901663224E+003, 1337P0001611 > 2.464405101E+001,-2.464405104E+001,1.977133224E+003; 1337P0001612 > 110,2.464405101E+001,-2.464405104E+001,1.977133224E+003, 1339P0001613 > 2.423331501E+001,-2.423331503E+001,2.037133224E+003; 1339P0001614 > 110,2.423331501E+001,-2.423331503E+001,2.037133224E+003, 1341P0001615 > 2.374219663E+001,-2.374219664E+001,2.108875421E+003; 1341P0001616 > 110,2.374219663E+001,-2.374219664E+001,2.108875421E+003, 1343P0001617 > 2.251951377E+001,-2.023507705E+002,2.107652738E+003; 1343P0001618 > 110,2.251951377E+001,-2.023507705E+002,2.107652738E+003, 1345P0001619 > 2.227991777E+001,-2.373507705E+002,2.107413142E+003; 1345P0001620 > 110,2.227991777E+001,-2.373507705E+002,2.107413142E+003, 1347P0001621 > 2.143851941E+001,-3.602615978E+002,2.106571743E+003; 1347P0001622 > 110,2.143851941E+001,-3.602615978E+002,2.106571743E+003, 1349P0001623 > -1.082262450E+001,-3.577279324E+002,2.505806399E+003; 1349P0001624 > 110,-1.082262450E+001,-3.577279324E+002,2.505806399E+003, 1351P0001625 > -6.279641399E+001,-3.360380560E+002,1.960820497E+003; 1351P0001626 > 110,-6.279641399E+001,-3.360380560E+002,1.960820497E+003, 1353P0001627 > -6.279641399E+001,-3.360380560E+002,1.960820497E+003; 1353P0001628 > 110,-6.279641399E+001,-3.360380560E+002,1.960820497E+003, 1355P0001629 > -6.278565157E+001,-3.360322565E+002,1.960731105E+003; 1355P0001630 > 110,-6.278565157E+001,-3.360322565E+002,1.960731105E+003, 1357P0001631 > -9.863768148E+001,-3.553517647E+002,2.258512948E+003; 1357P0001632 > 110,2.125905900E+001,-2.686782551E+001,1.890313224E+003, 1359P0001633 > 2.126964521E+001,-2.682045326E+001,1.896663224E+003; 1359P0001634 > 110,2.126964521E+001,-2.682045326E+001,1.896663224E+003, 1361P0001635 > 2.128156583E+001,-2.676710967E+001,1.901663224E+003; 1361P0001636 > 110,2.128156583E+001,-2.676710967E+001,1.901663224E+003, 1363P0001637 > 2.146149568E+001,-2.596194154E+001,1.977133224E+003; 1363P0001638 > 110,2.146149568E+001,-2.596194154E+001,1.977133224E+003, 1365P0001639 > 2.160454313E+001,-2.532181848E+001,2.037133224E+003; 1365P0001640 > 110,2.160454313E+001,-2.532181848E+001,2.037133224E+003, 1367P0001641 > 2.177750615E+001,-2.454782619E+001,2.109681050E+003; 1367P0001642 > 110,2.177750615E+001,-2.454782619E+001,2.109681050E+003, 1369P0001643 > 2.220141044E+001,-2.023507705E+002,2.107784121E+003; 1369P0001644 > 110,2.220141044E+001,-2.023507705E+002,2.107784121E+003, 1371P0001645 > 2.228485478E+001,-2.373507705E+002,2.107410716E+003; 1371P0001646 > 110,2.228485478E+001,-2.373507705E+002,2.107410716E+003, 1373P0001647 > 2.257658158E+001,-3.597130248E+002,2.106105267E+003; 1373P0001648 > 110,2.257658158E+001,-3.597130248E+002,2.106105267E+003, 1375P0001649 > -6.133641632E+000,-3.553793393E+002,2.505798618E+003; 1375P0001650 > 110,-6.133641632E+000,-3.553793393E+002,2.505798618E+003, 1377P0001651 > -5.816335247E+001,-3.337096834E+002,1.960999296E+003; 1377P0001652 > 110,-5.816335247E+001,-3.337096834E+002,1.960999296E+003, 1379P0001653 > -5.816335247E+001,-3.337096834E+002,1.960999296E+003; 1379P0001654 > 110,-5.816335247E+001,-3.337096834E+002,1.960999296E+003, 1381P0001655 > -5.820104066E+001,-3.337299767E+002,1.961311974E+003; 1381P0001656 > 110,-5.820104066E+001,-3.337299767E+002,1.961311974E+003, 1383P0001657 > -9.409326415E+001,-3.530562885E+002,2.259090128E+003; 1383P0001658 > 110,1.729500658E+001,-2.522443465E+001,1.890313224E+003, 1385P0001659 > 1.734657577E+001,-2.519403821E+001,1.896663224E+003; 1385P0001660 > 110,1.734657577E+001,-2.519403821E+001,1.896663224E+003, 1387P0001661 > 1.740464624E+001,-2.515980972E+001,1.901663224E+003; 1387P0001662 > 110,1.740464624E+001,-2.515980972E+001,1.901663224E+003, 1389P0001663 > 1.828116199E+001,-2.464316485E+001,1.977133224E+003; 1389P0001664 > 110,1.828116199E+001,-2.464316485E+001,1.977133224E+003, 1391P0001665 > 1.897800770E+001,-2.423242293E+001,2.037133224E+003; 1391P0001666 > 110,1.897800770E+001,-2.423242293E+001,2.037133224E+003, 1393P0001667 > 1.981121801E+001,-2.374130359E+001,2.108874528E+003; 1393P0001668 > 110,1.981121801E+001,-2.374130359E+001,2.108874528E+003, 1395P0001669 > 2.188560533E+001,-2.023507705E+002,2.107651821E+003; 1395P0001670 > 110,2.188560533E+001,-2.023507705E+002,2.107651821E+003, 1397P0001671 > 2.229209866E+001,-2.373507705E+002,2.107412222E+003; 1397P0001672 > 110,2.229209866E+001,-2.373507705E+002,2.107412222E+003, 1399P0001673 > 2.371766048E+001,-3.600948860E+002,2.106571952E+003; 1399P0001674 > 110,2.371766048E+001,-3.600948860E+002,2.106571952E+003, 1401P0001675 > -1.149476604E+000,-3.570246395E+002,2.505703120E+003; 1401P0001676 > 110,-1.149476604E+000,-3.570246395E+002,2.505703120E+003, 1403P0001677 > -5.325621365E+001,-3.353327440E+002,1.960974753E+003; 1403P0001678 > 110,-5.325621365E+001,-3.353327440E+002,1.960974753E+003, 1405P0001679 > -5.325621365E+001,-3.353327440E+002,1.960974753E+003; 1405P0001680 > 110,-5.325621365E+001,-3.353327440E+002,1.960974753E+003, 1407P0001681 > -5.331979727E+001,-3.353669127E+002,1.961501597E+003; 1407P0001682 > 110,-5.331979727E+001,-3.353669127E+002,1.961501597E+003, 1409P0001683 > -8.925774761E+001,-3.546793410E+002,2.259277822E+003; 1409P0001684 > 110,1.565524412E+001,-2.126038218E+001,1.890313224E+003, 1411P0001685 > 1.572378909E+001,-2.127096871E+001,1.896663224E+003; 1411P0001686 > 110,1.572378909E+001,-2.127096871E+001,1.896663224E+003, 1413P0001687 > 1.580097669E+001,-2.128289008E+001,1.901663224E+003; 1413P0001688 > 110,1.580097669E+001,-2.128289008E+001,1.901663224E+003, 1415P0001689 > 1.696604641E+001,-2.146283112E+001,1.977133224E+003; 1415P0001690 > 110,1.696604641E+001,-2.146283112E+001,1.977133224E+003, 1417P0001691 > 1.789229767E+001,-2.160588747E+001,2.037133224E+003; 1417P0001692 > 110,1.789229767E+001,-2.160588747E+001,2.037133224E+003, 1419P0001693 > 1.896940815E+001,-2.177224352E+001,2.106905468E+003; 1419P0001694 > 110,1.896940815E+001,-2.177224352E+001,2.106905468E+003, 1421P0001695 > 2.175709297E+001,-2.023507705E+002,2.107336016E+003; 1421P0001696 > 110,2.175709297E+001,-2.023507705E+002,2.107336016E+003, 1423P0001697 > 2.229740621E+001,-2.373507705E+002,2.107419466E+003; 1423P0001698 > 110,2.229740621E+001,-2.373507705E+002,2.107419466E+003, 1425P0001699 > 2.420930983E+001,-3.611986096E+002,2.107714753E+003; 1425P0001700 > 110,2.420930983E+001,-3.611986096E+002,2.107714753E+003, 1427P0001701 > 1.213476285E+000,-3.616956112E+002,2.505575924E+003; 1427P0001702 > 110,1.213476285E+000,-3.616956112E+002,2.505575924E+003, 1429P0001703 > -5.094818321E+001,-3.399529423E+002,1.960761446E+003; 1429P0001704 > 110,-5.094818321E+001,-3.399529423E+002,1.960761446E+003, 1431P0001705 > -5.094818321E+001,-3.399529423E+002,1.960761446E+003; 1431P0001706 > 110,-5.094818321E+001,-3.399529423E+002,1.960761446E+003, 1433P0001707 > -5.099986476E+001,-3.399806581E+002,1.961189369E+003; 1433P0001708 > 110,-5.099986476E+001,-3.399806581E+002,1.961189369E+003, 1435P0001709 > -8.696330791E+001,-3.592671351E+002,2.258966429E+003; 1435P0001710 > 110,1.729775652E+001,-1.729775654E+001,1.890313224E+003, 1437P0001711 > 1.734932592E+001,-1.734932593E+001,1.896663224E+003; 1437P0001712 > 110,1.734932592E+001,-1.734932593E+001,1.896663224E+003, 1439P0001713 > 1.740739793E+001,-1.740739795E+001,1.901663224E+003; 1439P0001714 > 110,1.740739793E+001,-1.740739795E+001,1.901663224E+003, 1441P0001715 > 1.828393696E+001,-1.828393697E+001,1.977133224E+003; 1441P0001716 > 110,1.828393696E+001,-1.828393697E+001,1.977133224E+003, 1443P0001717 > 1.898080116E+001,-1.898080117E+001,2.037133224E+003; 1443P0001718 > 110,1.898080116E+001,-1.898080117E+001,2.037133224E+003, 1445P0001719 > 1.976788471E+001,-1.976788472E+001,2.104901109E+003; 1445P0001720 > 110,1.976788471E+001,-1.976788472E+001,2.104901109E+003, 1447P0001721 > 2.188847600E+001,-2.023507705E+002,2.107021700E+003; 1447P0001722 > 110,2.188847600E+001,-2.023507705E+002,2.107021700E+003, 1449P0001723 > 2.229498012E+001,-2.373507705E+002,2.107428204E+003; 1449P0001724 > 110,2.229498012E+001,-2.373507705E+002,2.107428204E+003, 1451P0001725 > 2.374729521E+001,-3.623950827E+002,2.108880519E+003; 1451P0001726 > 110,2.374729521E+001,-3.623950827E+002,2.108880519E+003, 1453P0001727 > -4.245351584E-001,-3.666593171E+002,2.505491585E+003; 1453P0001728 > 110,-4.245351584E-001,-3.666593171E+002,2.505491585E+003, 1455P0001729 > -5.258776000E+001,-3.448651975E+002,1.960484298E+003; 1455P0001730 > 110,-5.258776000E+001,-3.448651975E+002,1.960484298E+003, 1457P0001731 > -5.258776000E+001,-3.448651975E+002,1.960484298E+003; 1457P0001732 > 110,-5.258776000E+001,-3.448651975E+002,1.960484298E+003, 1459P0001733 > -5.259669489E+001,-3.448699844E+002,1.960558299E+003; 1459P0001734 > 110,-5.259669489E+001,-3.448699844E+002,1.960558299E+003, 1461P0001735 > -8.855095844E+001,-3.641326316E+002,2.258338538E+003; 1461P0001736 > S0000002G0000008D0001462P0001736 T0000001 > From - Thu Aug 24 14:18:41 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <39A5BB5D.561DEDA4@mtwilson.edu> Date: Thu, 24 Aug 2000 14:18:37 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.73 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 To: Douglas Toomey Subject: Re: IRTF igs and pdf files References: <39A1D7CA.75E82EA2@mtwilson.edu> <39A2D8F9.8775A3F0@infrared.greensand.net> <39A47BE0.C9A4F68A@mtwilson.edu> <041301c00e18$4181bf40$d6a8ab80@ifa.hawaii.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Doug, It would be a good idea to have a physical baffle after the steering mirror. It would provide an official place to trash the rest of the wide field of view that the steering mirror has to cover. Chris > Hi Chris, > > Vern got the files and he has all of the rays. Thanks. > Do we need to have a physical stop for the stop you > put after the steering mirror? > > He has made the 1.5 inch version work so we do not have > to worry about going to 2.5 inches. > > Doug > From - Thu Aug 24 14:41:46 2000 X-Mozilla-Status: 8003 X-Mozilla-Status2: 00000000 Message-ID: <39A5C0B9.E48935D@mtwilson.edu> Date: Thu, 24 Aug 2000 14:41:29 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.73 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 To: Buzz Graves , northcott@ifa.hawaii.edu, toomey@ifa.hawaii.edu, toomey@mkir.com Subject: WFS question References: Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Buzz, Malcolm, I totally forgot to bring up a question that concerns the IRTF WFS. How much can the strehl be tuned up in software offsets without impacting performance? In the IRTF WFS, if all parts are made as spheres, there is enough astigmatism to drop the on-axis strehl to 0.7 at 0.8 micron. Doug is angsting over putting a little cylinder on one of the spheres to null this. The choices are 1. Do nothing, accept the 0.7 strehl 2. Make the toroidal part 3. Put an astigmatism adjuster in the WFS Option 3 means that the science path astigmatism due to the dichroic could be compensated for. I'm about to get a number for this for the two instruments. Doing a good job on this decision means getting quantitative. Any guesses as to how much astigmatism can be put into software offsets without a performance hit? Cheers, Chris From - Thu Aug 24 15:29:04 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <39A5CB35.38F7E160@mtwilson.edu> Date: Thu, 24 Aug 2000 15:26:13 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.73 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 CC: Buzz Graves , northcott@ifa.hawaii.edu, toomey@ifa.hawaii.edu, toomey@mkir.com Subject: Re: WFS question References: <39A5C0B9.E48935D@mtwilson.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Malcolm, Buzz, The current IRTF AO mechanical layout has the focal plane going into the WFS in the middle of a hole in the optical bench. It is essentially inaccessible. Is this OK? For test purposes, one could conceive of removing the diagonal mirror after that focus that folds the beam into the plane of the WFS. This would put a focal plane in a useful place on the bench during integration and test, but it wouldn't be much help during operations. Cheers, Chris From - Thu Aug 24 17:43:14 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id TAA00889 for ; Thu, 24 Aug 2000 19:33:03 -0700 (PDT) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.168.201]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id QAA22406 for ; Thu, 24 Aug 2000 16:31:43 -1000 (HST) Received: from Mana (mana [128.171.168.214]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id QAA19611 for ; Thu, 24 Aug 2000 16:31:42 -1000 (HST) Message-ID: <047201c00e3c$69122f80$d6a8ab80@ifa.hawaii.edu> From: "Douglas Toomey" To: References: <39A1D7CA.75E82EA2@mtwilson.edu> <39A2D8F9.8775A3F0@infrared.greensand.net> <39A47BE0.C9A4F68A@mtwilson.edu> <041301c00e18$4181bf40$d6a8ab80@ifa.hawaii.edu> <39A5BB5D.561DEDA4@mtwilson.edu> Subject: steering mirror Date: Thu, 24 Aug 2000 16:30:18 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2615.200 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2615.200 X-Mozilla-Status: 8003 X-Mozilla-Status2: 00000000 X-UIDL: <047201c00e3c$69122f80$d6a8ab80@ifa.hawaii.edu> Hi, If the steering mirror moves one arcsecond how much does the image move? Doug From - Fri Aug 25 07:52:36 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <39A6B25E.70576C09@mtwilson.edu> Date: Fri, 25 Aug 2000 07:52:30 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.73 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 To: Douglas Toomey Subject: Re: steering mirror References: <39A1D7CA.75E82EA2@mtwilson.edu> <39A2D8F9.8775A3F0@infrared.greensand.net> <39A47BE0.C9A4F68A@mtwilson.edu> <041301c00e18$4181bf40$d6a8ab80@ifa.hawaii.edu> <39A5BB5D.561DEDA4@mtwilson.edu> <047201c00e3c$69122f80$d6a8ab80@ifa.hawaii.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Doug, +/- 1.25 degrees of steering mirror rotation gets you +/- 40 arsec on the sky, very close to the same on both axes. So 1 arcsec on the sky is 112 arcsec of steering mirror motion. These are mirror rotation angles, not beam deviation. Chris Douglas Toomey wrote: > > Hi, > > If the steering mirror moves one arcsecond how much does the image move? > > Doug From - Fri Aug 25 15:43:58 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <39A720D8.C8DB4E6B@mtwilson.edu> Date: Fri, 25 Aug 2000 15:43:52 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.73 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 To: Douglas Toomey Subject: Re: steering mirror References: <39A1D7CA.75E82EA2@mtwilson.edu> <39A2D8F9.8775A3F0@infrared.greensand.net> <39A47BE0.C9A4F68A@mtwilson.edu> <041301c00e18$4181bf40$d6a8ab80@ifa.hawaii.edu> <39A5BB5D.561DEDA4@mtwilson.edu> <047201c00e3c$69122f80$d6a8ab80@ifa.hawaii.edu> <39A6B25E.70576C09@mtwilson.edu> <04dd01c00ef1$b59c4b00$d6a8ab80@ifa.hawaii.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Doug, This looks like an interesting coincidence caused by the steering mirror being almost exactly 2x oversize. It should be the ratio of the pupil size at the steering mirror, 13.7 mm, to the size of entrance pupil of the telescope (the image of the secondary as seen in the primary), times two for shaft angle vs beam angle. I actually got it from the raytrace by tilting the steering mirror until the one of the corner field points became centered on the membrane mirror. Chris Douglas Toomey wrote: > > Thanks. > Is that just the ratio of the diameters > 1/112= 25mm/3000mm > > Doug > > ----- Original Message ----- > From: Chris Shelton > To: Douglas Toomey > Sent: Friday, August 25, 2000 7:52 AM > Subject: Re: steering mirror > > > Hi Doug, > > > > +/- 1.25 degrees of steering mirror rotation gets you +/- 40 arsec on the > > sky, very close to the same on both axes. > > > > So 1 arcsec on the sky is 112 arcsec of steering mirror motion. > > > > These are mirror rotation angles, not beam deviation. > > > > Chris > > > > Douglas Toomey wrote: > > > > > > Hi, > > > > > > If the steering mirror moves one arcsecond how much does the image move? > > > > > > Doug > > From - Fri Aug 25 14:45:29 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id RAA01009 for ; Fri, 25 Aug 2000 17:11:12 -0700 (PDT) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.168.201]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id OAA04015 for ; Fri, 25 Aug 2000 14:09:58 -1000 (HST) Received: from Mana (mana [128.171.168.214]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id OAA24289 for ; Fri, 25 Aug 2000 14:09:57 -1000 (HST) Message-ID: <04dd01c00ef1$b59c4b00$d6a8ab80@ifa.hawaii.edu> From: "Douglas Toomey" To: References: <39A1D7CA.75E82EA2@mtwilson.edu> <39A2D8F9.8775A3F0@infrared.greensand.net> <39A47BE0.C9A4F68A@mtwilson.edu> <041301c00e18$4181bf40$d6a8ab80@ifa.hawaii.edu> <39A5BB5D.561DEDA4@mtwilson.edu> <047201c00e3c$69122f80$d6a8ab80@ifa.hawaii.edu> <39A6B25E.70576C09@mtwilson.edu> Subject: Re: steering mirror Date: Fri, 25 Aug 2000 14:08:06 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2615.200 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2615.200 X-Mozilla-Status: 8013 X-Mozilla-Status2: 00000000 X-UIDL: <04dd01c00ef1$b59c4b00$d6a8ab80@ifa.hawaii.edu> Thanks. Is that just the ratio of the diameters 1/112= 25mm/3000mm Doug ----- Original Message ----- From: Chris Shelton To: Douglas Toomey Sent: Friday, August 25, 2000 7:52 AM Subject: Re: steering mirror > Hi Doug, > > +/- 1.25 degrees of steering mirror rotation gets you +/- 40 arsec on the > sky, very close to the same on both axes. > > So 1 arcsec on the sky is 112 arcsec of steering mirror motion. > > These are mirror rotation angles, not beam deviation. > > Chris > > Douglas Toomey wrote: > > > > Hi, > > > > If the steering mirror moves one arcsecond how much does the image move? > > > > Doug > From - Sat Aug 26 09:32:46 2000 Received: from oracle.aweber.com ([216.205.135.98]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id IAA00212 for ; Sat, 26 Aug 2000 08:44:10 -0700 (PDT) Received: (from aweber@localhost) by oracle.aweber.com (8.10.1/8.10.1) id e7QFjcL00046; Sat, 26 Aug 2000 11:45:38 -0400 (EDT) Date: Sat, 26 Aug 2000 11:45:38 -0400 (EDT) Message-Id: <200008261545.e7QFjcL00046@oracle.aweber.com> To: shelton@mtwilson.edu From: "Keith Hague" X-Loop: 3dviewsupport@aweber.com Subject: 3DView Cad Viewer Hints & Tips News Letter no.2 for Chris Shelton X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 X-UIDL: <200008261545.e7QFjcL00046@oracle.aweber.com> Hi Chris Shelton Its now a couple of day's since you downloaded 3DView, I hope the installation proceeded well and that 3DView is running smoothly and your already saving time when reading Cad files. 3D View is a powerful tool for anyone that needs to visualize, measure and markup 3D CAD/CAM models without being required to have access to or know how to use a full featured CAD/CAM system. 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How will 3DView help YOU: ========================= + Share prototype models with non-cad colleagues, customers and suppliers. + Shop floor viewing, measurement and markup. + Save CAD/CAM data in VRML format to be posted on the World Wide Web. + Visualize STL/IGES/VDA-FS/SolidWorks parts and ISO G-Code tool paths together before actually machining the part. + Take 3D models on the road (via a laptop) + Connect to PDM/EDM system 3D View 3.5 Features include: ============================== + Support of multiple file formats (Pro/E, IGES 2D/3D, CATIA, SolidWorks, SolidEdge, STL, Autodesk DWG, SAT, Parasolid, VDA-FS, ISO G-Code, 3DStudio and VRML1.0/2.0) (UniGraphics interface coming soon!) + real-time rotation, pan, zoom + Large assembly navigation + Accurate measurement: volume, surface, distance, radii and angles. + Real-time cross-sectioning + Multiple rendering options: smooth and flat shading, wire-frame, hidden lines and transparency modes. + View multiple models together - mix file formats, (e.g., IGES & G-Code) + Multimedia model markup (e.g., annotates with text and web links) + Excellent performance on low-end PC workstations. Benefits from OpenGL accelerated hardware. + Secure model exchange (via email - password protected) + Multiple user activity tracking. + Small file format. + Easy 3D model exchange via email and file attachments + The ability to embed 3D models in office documents (Word, PowerPoint, ...) + Web Enabled - Export VRML models. Add web link annotations. View help from web browser. + Exports VRML (can post 3D Models (e.g., STL, IGES,...) on the web. + Affordable - £95 / $160 include IGES, STL, VDA, VRML, ISO G-Code & 3DStudio. + Easy to use - very intuitive + No CAD system, No server and no translation required. To order your keycode via our secure server order system please follow this link:- https://www.secure-server.co.uk/forms/SS0265.cfm Or to have another look at our WEB Site :- http://www.imtechdesign.com/3dview/ Kind regards Keith Hague Imtech Design UK email:- sales@imtechdesign.com tel:- 0181 2850033 fax:- 0181 2850066 To stop additional follow up messages click below: http://www.aweber.com/r.php?i=3dviewsupport&e=shelton%40mtwilson.edu From - Fri Aug 25 07:53:30 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id VAA00977 for ; Thu, 24 Aug 2000 21:26:28 -0700 (PDT) Received: from queequeg.ifa.hawaii.edu (queequeg.IFA.Hawaii.Edu [128.171.162.107]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id SAA23165 for ; Thu, 24 Aug 2000 18:25:14 -1000 (HST) Received: from queequeg (queequeg [128.171.162.107]) by queequeg.ifa.hawaii.edu (8.9.3+Sun/8.9.1) with SMTP id SAA10697 for ; Thu, 24 Aug 2000 18:21:04 -1000 (HST) Message-Id: <200008250421.SAA10697@queequeg.ifa.hawaii.edu> Date: Thu, 24 Aug 2000 18:21:04 -1000 (HST) From: north Reply-To: north Subject: Re: WFS question To: shelton@mtwilson.edu MIME-Version: 1.0 Content-Type: TEXT/plain; charset=us-ascii Content-MD5: Qj+qlL3htytu5XQwvge7Iw== X-Mailer: dtmail 1.3.0 @(#)CDE Version 1.3.5 SunOS 5.7 sun4u sparc X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 X-UIDL: <200008250421.SAA10697@queequeg.ifa.hawaii.edu> Hi Chris, Probably a strehl of 0.7 at 0.8 micron is ok. If this is a concern, then making the part torodal would work. When I first read solution 3 I liked it best, but I though you meant to use a physical corrector plate. Applying offsets in software is definitely feasible, but I have some reservations. I can think of two immediate problems with the software 1) means a reduction in SNR, due to having to run at lower membrane stroke, This probably is not too significant unless the seeing gets really good, because for it to be important the introduced astigmatism would have to be similar in magnitude to the residual atmospheric aberrations after correction. I'd guess that under good seeing conditions (1/3"), we could handle up to 1 radian RMS of astigmatism without a significant SNR related performance hit. 2) Means that it is necessary to accurately calibrate the wavefront sensor response. This is dependent on the membrane stroke, which is in turn somewhat dependent on humidity. There is no real problem here for point sources, but for extended objects the wfs response is difficult to calibrate. Under normal conditions an error in calibration produces a gain error, so its not too important. I would recommend trying out the software approach, but leaving room retrofitting a corrector plate if deemed necessary at a later date. Combining a corrector plate with the software offsets would still allow for correction of astigmatism in the science path. location. Running the >Date: Thu, 24 Aug 2000 14:41:29 -1000 >From: Chris Shelton >X-Accept-Language: en >MIME-Version: 1.0 >To: Buzz Graves , northcott@IfA.Hawaii.Edu, toomey@IfA.Hawaii.Edu, toomey@mkir.com >Subject: WFS question >Content-Transfer-Encoding: 7bit > >Hi Buzz, Malcolm, > >I totally forgot to bring up a question that concerns the IRTF WFS. > >How much can the strehl be tuned up in software offsets without >impacting performance? In the IRTF WFS, if all parts are made >as spheres, there is enough astigmatism to drop the on-axis >strehl to 0.7 at 0.8 micron. Doug is angsting over putting a little >cylinder on one of the spheres to null this. > >The choices are > 1. Do nothing, accept the 0.7 strehl > 2. Make the toroidal part > 3. Put an astigmatism adjuster in the WFS > >Option 3 means that the science path astigmatism due to the dichroic >could be compensated for. I'm about to get a number for this >for the two instruments. > >Doing a good job on this decision means getting quantitative. Any >guesses as to how much astigmatism can be put into software offsets >without a performance hit? > >Cheers, >Chris From - Mon Aug 28 14:45:18 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <39AB0788.5615E402@mtwilson.edu> Date: Mon, 28 Aug 2000 14:44:56 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.73 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 CC: toomey@ifa.hawaii.edu, toomey@mkir.com, northcott@ifa.hawaii.edu, Buzz Graves Subject: Re: WFS question References: <39A5C0B9.E48935D@mtwilson.edu> Content-Type: multipart/mixed; boundary="------------1DCAFA919CE0CE5D0CC528CE" This is a multi-part message in MIME format. --------------1DCAFA919CE0CE5D0CC528CE Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Doug, Mal, Buzz, The astigmatism due to the beamsplitter in Spex is actually pretty small, 0.17 waves p-v, or 0.034 waves rms, or 0.21 radian rms, or a 0.96 strehl, all at 0.85 micron. I don't have a recipe for NFSCam, but it should be the same, to the extent that its dichroic has a CaF2 substrate and is 6 mm thick. The astigmatism due to having all spherical mirrors in the WFS is larger, amounting to 0.43 wave p-v, or 0.082 waves rms, or 0.51 radian rms, or a 0.77 strehl, all at 0.85 micron. Like Malcolm, I had thought that a tilt plate would be a useful addition to the system. It turns out that to correct the WFS astigmatism by putting a tilt plate in the f/60 beam to the membrane mirror requires 50 mm of BK7 tilted 41 degrees. The f/60 beam is just to slow to get any astigmatism with a tilt plate. It turns out that the vector direction of the astigmatism from the WFS and the beamsplitter are only about 20 degrees apart, which is great because if the science path and the WFS have the same astigmatism in magnitude and direction, then the science image is perfectly corrected, with no software or hardware offsets. So the recommendation is to make the Spex beamsplitter substrate 9.7 mm of CaF2 instead of 6 mm. This minimizes the effective error, dropping it to 0.29 wave p-v, or 0.060 waves rms, or 0.38 radians rms, or a 0.87 strehl, all at 0.85 micron. In essence, this uses the science beamsplitter as the tilt plate for the WFS, allowing the WFS mirrors to be all spherical with no astigmatism penalty. The lateral color due to the thicker beamsplitter is 17 micron shift J vs K 3 micron shift 2.2 vs 2.4 micron (airy diameter is 205 micron), 3 micron shift 1.1 vs 1.25 micron (airy diameter is 103 micron), that is, small within any band, and not very big from band to band. The opticians will probably be happier trying to put an AO quality surface on the thicker CaF2 part. If this concept is an acceptable one, I can also push around the WFS layout to drop the 20 degree angle offset to something smaller, perhaps zero. It is due to some of the off-axis jogs being out of plane. This will change the 9.7 mm prescription to something else, but probably not 6.0 mm. Just for grins, I am attaching a pdf file showing a simple null test setup for the toroidal part. This may prove useful in the future, if not for the IRTF system. Cheers, Chris north wrote: > > Hi Chris, > Probably a strehl of 0.7 at 0.8 micron is ok. If this is a concern, > then making the part torodal would work. When I first read solution 3 > I liked it best, but I though you meant to use a physical corrector plate. > Applying offsets in software is definitely feasible, but I have some > reservations. I can think of two immediate problems with the software > 1) means a reduction in SNR, due to having to run at lower membrane stroke, > This probably is not too significant unless the seeing gets really good, > because for it to be important the introduced astigmatism would have to > be similar in magnitude to the residual atmospheric aberrations after > correction. > I'd guess that under good seeing conditions (1/3"), we could handle up > to 1 radian RMS of astigmatism without a significant SNR related > performance hit. > 2) Means that it is necessary to accurately calibrate the wavefront sensor > response. This is dependent on the membrane stroke, which is in turn > somewhat dependent on humidity. There is no real problem here for point > sources, but for extended objects the wfs response is difficult to > calibrate. Under normal conditions an error in calibration produces > a gain error, so its not too important. > > I would recommend trying out the software approach, but leaving room > retrofitting a corrector plate if deemed necessary at a later date. Combining > a corrector plate with the software offsets would still allow for correction > of astigmatism in the science path. > > location. Running the > >Date: Thu, 24 Aug 2000 14:41:29 -1000 > >From: Chris Shelton > >X-Accept-Language: en > >MIME-Version: 1.0 > >To: Buzz Graves , northcott@IfA.Hawaii.Edu, > toomey@IfA.Hawaii.Edu, toomey@mkir.com > >Subject: WFS question > >Content-Transfer-Encoding: 7bit > > > >Hi Buzz, Malcolm, > > > >I totally forgot to bring up a question that concerns the IRTF WFS. > > > >How much can the strehl be tuned up in software offsets without > >impacting performance? In the IRTF WFS, if all parts are made > >as spheres, there is enough astigmatism to drop the on-axis > >strehl to 0.7 at 0.8 micron. Doug is angsting over putting a little > >cylinder on one of the spheres to null this. > > > >The choices are > > 1. Do nothing, accept the 0.7 strehl > > 2. Make the toroidal part > > 3. Put an astigmatism adjuster in the WFS > > > >Option 3 means that the science path astigmatism due to the dichroic > >could be compensated for. I'm about to get a number for this > >for the two instruments. > > > >Doing a good job on this decision means getting quantitative. Any > >guesses as to how much astigmatism can be put into software offsets > >without a performance hit? > > > >Cheers, > >Chris --------------1DCAFA919CE0CE5D0CC528CE Content-Type: application/pdf; name="Off-axis test.pdf" Content-Transfer-Encoding: base64 Content-Disposition: inline; filename="Off-axis test.pdf" JVBERi0xLjINJeLjz9MNCjEgMCBvYmoNPDwgDS9UeXBlIC9DYXRhbG9nIA0vUGFnZXMgMiAw IFIgDT4+IA1lbmRvYmoNMiAwIG9iag08PCANL1R5cGUgL1BhZ2VzIA0vS2lkcyBbIDQgMCBS IF0gDS9Db3VudCAxIA0+PiANZW5kb2JqDTMgMCBvYmoNPDwgDS9Nb2REYXRlIChEOjIwMDAw ODI4MDc1ODI2KQ0vUHJvZHVjZXIgKEFkb2JlIFBERiBMaWJyYXJ5IDIuMCkNL0NyZWF0aW9u RGF0ZSAoRDoyMDAwMDcyODA3NTgyMykNPj4gDWVuZG9iag00IDAgb2JqDTw8IA0vVHlwZSAv UGFnZSANL01lZGlhQm94IFsgMCAwIDYxMiA3OTIgXSANL1BhcmVudCAyIDAgUiANL1BpZWNl SW5mbyA8PCAvSWxsdXN0cmF0b3I4LjAgPDwgL0xhc3RNb2RpZmllZCAoKT4+ID4+IA0vQ29u dGVudHMgMTMgMCBSIA0vUmVzb3VyY2VzIDw8IC9Gb250IDw8IC9GMSA1IDEgUiA+PiAvUHJv Y1NldCBbIC9QREYgL1RleHQgXSA+PiANPj4gDWVuZG9iag01IDEgb2JqDTw8IA0vVHlwZSAv 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DTIxNzI0IA1lbmRvYmoNeHJlZg0wIDE1IA0wMDAwMDAwMDA3IDY1NTM1IGYNCjAwMDAwMDAw MTYgMDAwMDAgbg0KMDAwMDAwMDA2OSAwMDAwMCBuDQowMDAwMDAwMTMzIDAwMDAwIG4NCjAw MDAwMDAyNTEgMDAwMDAgbg0KMDAwMDAwMDQ2NyAwMDAwMSBuDQowMDAwMDAxNjgxIDAwMDAx IG4NCjAwMDAwMDAwMDggMDAwMDEgZg0KMDAwMDAwMDAwOSAwMDAwMSBmDQowMDAwMDAwMDEw IDAwMDAxIGYNCjAwMDAwMDAwMTEgMDAwMDEgZg0KMDAwMDAwMDAwMCAwMDAwMSBmDQowMDAw MDAxODkzIDAwMDAwIG4NCjAwMDAwMTkzNzMgMDAwMDAgbg0KMDAwMDA0MTE5NCAwMDAwMCBu DQp0cmFpbGVyDTw8DS9TaXplIDE1DS9JbmZvIDMgMCBSIA0vUm9vdCAxIDAgUiANL0lEWzw5 MGRiYTYxZWJmZWE2ZDAzZDcyZmEwYTIwNTZlNDQwMT48OTBkYmE2MWViZmVhNmQwM2Q3MmZh MGEyMDU2ZTQ0MDE+XQ0+Pg1zdGFydHhyZWYNNDEyMTcNJSVFT0YN --------------1DCAFA919CE0CE5D0CC528CE-- From - Tue Aug 29 09:24:13 2000 X-Mozilla-Status: 9011 X-Mozilla-Status2: 00000000 Message-ID: <39AC0DD8.EE7DA18@mtwilson.edu> Date: Tue, 29 Aug 2000 09:24:08 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.73 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 To: Douglas Toomey Subject: Re: WFS question References: <39A5C0B9.E48935D@mtwilson.edu> <39AB0788.5615E402@mtwilson.edu> <052b01c01163$3289cca0$d6a8ab80@ifa.hawaii.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Doug, The last information you gave me was spex.zmx and spex2.zmx, on 8/27/99, which shows 6 mm of CaF2 for the dichroic, 6.35 mm of CaF2 for the input window, with nothing said about a WFS window. If you can put me up to date on the spex design, I can finish off the WFS design. At this point it looks like the optimal option, and the one that minimizes your costs and mine, is all spherical mirrors, and a layout that does some reasonable cancellation of astigmatism by design, with no moving parts, no cylinder lenses, no tilt plate in the WFS. This is in keeping with your ongoing philosophy of designing to alignment and bolting things down. To do this right and quickly, I need the latest and hopefully frozen spex design, specifically the input and output windows and the beamsplitter materials, thicknesses, tilt angles and positions. The minimum to give you a quick answer on the ZeSe is what the new thickness is, assuming everything else hasn't changed too much. The best solution is just to send the new spex zemax file. If the back focus from the AO relay has changed, the relay design changes too. Both the original spex zemax file and the ao relay file had mathematical approximations on the windows and OAPs that I have since tightened up on my copy of the files. Fixing these gives about a 3 mm focus shift, and about 9 mm movement of the DM when the math is done rigorously. This is probably below your threshold of concern, but we can talk about it if you want. Cheers, Chris Douglas Toomey wrote: > > I beleive that the dichroic is made of ZnSe. > Making a new dichroic is an option but not a super attractive > one since we have these dichroics already and just bought them. > It is a viable option however. Does teh increase in index due to > the ZnSe help maek the thickness closer. > > Doug > > ----- Original Message ----- > From: Chris Shelton > Cc: ; ; ; > Buzz Graves > Sent: Monday, August 28, 2000 2:44 PM > Subject: Re: WFS question > > > Doug, Mal, Buzz, > > > > The astigmatism due to the beamsplitter in Spex is actually pretty small, > > > > 0.17 waves p-v, or > > 0.034 waves rms, or > > 0.21 radian rms, or a > > 0.96 strehl, all at 0.85 micron. > > > > I don't have a recipe for NFSCam, but it should be the same, to the extent > > that its dichroic has a CaF2 substrate and is 6 mm thick. > > > > The astigmatism due to having all spherical mirrors in the WFS is larger, > > amounting to > > > > 0.43 wave p-v, or > > 0.082 waves rms, or > > 0.51 radian rms, or a > > 0.77 strehl, all at 0.85 micron. > > > > Like Malcolm, I had thought that a tilt plate would be a useful addition > > to the system. > > > > It turns out that to correct the WFS astigmatism by putting a tilt plate > in > > the f/60 beam to the membrane mirror requires 50 mm of BK7 tilted 41 > degrees. > > The f/60 beam is just to slow to get any astigmatism with a tilt plate. > > > > It turns out that the vector direction of the astigmatism from the WFS > > and the beamsplitter are only about 20 degrees apart, which is great > > because if the science path and the WFS have the same astigmatism in > > magnitude and direction, then the science image is perfectly corrected, > > with no software or hardware offsets. > > > > So the recommendation is to make the Spex beamsplitter substrate 9.7 mm > > of CaF2 instead of 6 mm. This minimizes the effective error, dropping it > to > > > > 0.29 wave p-v, or > > 0.060 waves rms, or > > 0.38 radians rms, or a > > 0.87 strehl, all at 0.85 micron. > > > > In essence, this uses the science beamsplitter as the tilt plate for > > the WFS, allowing the WFS mirrors to be all spherical with no astigmatism > > penalty. > > > > The lateral color due to the thicker beamsplitter is > > 17 micron shift J vs K > > 3 micron shift 2.2 vs 2.4 micron (airy diameter is 205 micron), > > 3 micron shift 1.1 vs 1.25 micron (airy diameter is 103 micron), > > that is, small within any band, and not very big from band to band. > > > > The opticians will probably be happier trying to put an AO quality > > surface on the thicker CaF2 part. > > > > If this concept is an acceptable one, I can also push around the WFS > > layout to drop the 20 degree angle offset to something smaller, > > perhaps zero. It is due to some of the off-axis jogs being out of plane. > > This will change the 9.7 mm prescription to something else, but > > probably not 6.0 mm. > > > > Just for grins, I am attaching a pdf file showing a simple null test > > setup for the toroidal part. This may prove useful in the future, if > > not for the IRTF system. > > > > Cheers, > > Chris > > > > > > > > > > north wrote: > > > > > > Hi Chris, > > > Probably a strehl of 0.7 at 0.8 micron is ok. If this is a > concern, > > > then making the part torodal would work. When I first read solution 3 > > > I liked it best, but I though you meant to use a physical corrector > plate. > > > Applying offsets in software is definitely feasible, but I have some > > > reservations. I can think of two immediate problems with the software > > > 1) means a reduction in SNR, due to having to run at lower membrane > stroke, > > > This probably is not too significant unless the seeing gets really > good, > > > because for it to be important the introduced astigmatism would have > to > > > be similar in magnitude to the residual atmospheric aberrations after > > > correction. > > > I'd guess that under good seeing conditions (1/3"), we could handle > up > > > to 1 radian RMS of astigmatism without a significant SNR related > > > performance hit. > > > 2) Means that it is necessary to accurately calibrate the wavefront > sensor > > > response. This is dependent on the membrane stroke, which is in turn > > > somewhat dependent on humidity. There is no real problem here for > point > > > sources, but for extended objects the wfs response is difficult to > > > calibrate. Under normal conditions an error in calibration produces > > > a gain error, so its not too important. > > > > > > I would recommend trying out the software approach, but leaving room > > > retrofitting a corrector plate if deemed necessary at a later date. > Combining > > > a corrector plate with the software offsets would still allow for > correction > > > of astigmatism in the science path. > > > > > > location. Running the > > > >Date: Thu, 24 Aug 2000 14:41:29 -1000 > > > >From: Chris Shelton > > > >X-Accept-Language: en > > > >MIME-Version: 1.0 > > > >To: Buzz Graves , northcott@IfA.Hawaii.Edu, > > > toomey@IfA.Hawaii.Edu, toomey@mkir.com > > > >Subject: WFS question > > > >Content-Transfer-Encoding: 7bit > > > > > > > >Hi Buzz, Malcolm, > > > > > > > >I totally forgot to bring up a question that concerns the IRTF WFS. > > > > > > > >How much can the strehl be tuned up in software offsets without > > > >impacting performance? In the IRTF WFS, if all parts are made > > > >as spheres, there is enough astigmatism to drop the on-axis > > > >strehl to 0.7 at 0.8 micron. Doug is angsting over putting a little > > > >cylinder on one of the spheres to null this. > > > > > > > >The choices are > > > > 1. Do nothing, accept the 0.7 strehl > > > > 2. Make the toroidal part > > > > 3. Put an astigmatism adjuster in the WFS > > > > > > > >Option 3 means that the science path astigmatism due to the dichroic > > > >could be compensated for. I'm about to get a number for this > > > >for the two instruments. > > > > > > > >Doing a good job on this decision means getting quantitative. Any > > > >guesses as to how much astigmatism can be put into software offsets > > > >without a performance hit? > > > > > > > >Cheers, > > > >Chris From - Tue Aug 29 20:03:35 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <39ACA3A1.5BA0A24B@mtwilson.edu> Date: Tue, 29 Aug 2000 20:03:13 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.73 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 To: Douglas Toomey Subject: yer address References: <39A5C0B9.E48935D@mtwilson.edu> <39AB0788.5615E402@mtwilson.edu> <052b01c01163$3289cca0$d6a8ab80@ifa.hawaii.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Doug, Which email address will you want to settle on? toomey@mkir.com toomey@ifa.hawaii.edu? If you want to keep getting mail from both, but have the ifa mail fowarded to mkir, just make a file, using a text editor, with the contents toomey@mkir.com and save under the name .forward (with the dot) in your home directory. Chris From - Mon Aug 28 19:41:56 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id TAA00928 for ; Mon, 28 Aug 2000 19:49:56 -0700 (PDT) Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.168.201]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id QAA24769 for ; Mon, 28 Aug 2000 16:48:41 -1000 (HST) Received: from Mana (mana [128.171.168.214]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id QAA05441 for ; Mon, 28 Aug 2000 16:48:41 -1000 (HST) Message-ID: <052b01c01163$3289cca0$d6a8ab80@ifa.hawaii.edu> From: "Douglas Toomey" To: References: <39A5C0B9.E48935D@mtwilson.edu> <39AB0788.5615E402@mtwilson.edu> Subject: Re: WFS question Date: Mon, 28 Aug 2000 16:45:31 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2615.200 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2615.200 Status: U X-Mozilla-Status: 8013 X-Mozilla-Status2: 00000000 X-UIDL: <052b01c01163$3289cca0$d6a8ab80@ifa.hawaii.edu> I beleive that the dichroic is made of ZnSe. Making a new dichroic is an option but not a super attractive one since we have these dichroics already and just bought them. It is a viable option however. Does teh increase in index due to the ZnSe help maek the thickness closer. Doug ----- Original Message ----- From: Chris Shelton Cc: ; ; ; Buzz Graves Sent: Monday, August 28, 2000 2:44 PM Subject: Re: WFS question > Doug, Mal, Buzz, > > The astigmatism due to the beamsplitter in Spex is actually pretty small, > > 0.17 waves p-v, or > 0.034 waves rms, or > 0.21 radian rms, or a > 0.96 strehl, all at 0.85 micron. > > I don't have a recipe for NFSCam, but it should be the same, to the extent > that its dichroic has a CaF2 substrate and is 6 mm thick. > > The astigmatism due to having all spherical mirrors in the WFS is larger, > amounting to > > 0.43 wave p-v, or > 0.082 waves rms, or > 0.51 radian rms, or a > 0.77 strehl, all at 0.85 micron. > > Like Malcolm, I had thought that a tilt plate would be a useful addition > to the system. > > It turns out that to correct the WFS astigmatism by putting a tilt plate in > the f/60 beam to the membrane mirror requires 50 mm of BK7 tilted 41 degrees. > The f/60 beam is just to slow to get any astigmatism with a tilt plate. > > It turns out that the vector direction of the astigmatism from the WFS > and the beamsplitter are only about 20 degrees apart, which is great > because if the science path and the WFS have the same astigmatism in > magnitude and direction, then the science image is perfectly corrected, > with no software or hardware offsets. > > So the recommendation is to make the Spex beamsplitter substrate 9.7 mm > of CaF2 instead of 6 mm. This minimizes the effective error, dropping it to > > 0.29 wave p-v, or > 0.060 waves rms, or > 0.38 radians rms, or a > 0.87 strehl, all at 0.85 micron. > > In essence, this uses the science beamsplitter as the tilt plate for > the WFS, allowing the WFS mirrors to be all spherical with no astigmatism > penalty. > > The lateral color due to the thicker beamsplitter is > 17 micron shift J vs K > 3 micron shift 2.2 vs 2.4 micron (airy diameter is 205 micron), > 3 micron shift 1.1 vs 1.25 micron (airy diameter is 103 micron), > that is, small within any band, and not very big from band to band. > > The opticians will probably be happier trying to put an AO quality > surface on the thicker CaF2 part. > > If this concept is an acceptable one, I can also push around the WFS > layout to drop the 20 degree angle offset to something smaller, > perhaps zero. It is due to some of the off-axis jogs being out of plane. > This will change the 9.7 mm prescription to something else, but > probably not 6.0 mm. > > Just for grins, I am attaching a pdf file showing a simple null test > setup for the toroidal part. This may prove useful in the future, if > not for the IRTF system. > > Cheers, > Chris > > > > > north wrote: > > > > Hi Chris, > > Probably a strehl of 0.7 at 0.8 micron is ok. If this is a concern, > > then making the part torodal would work. When I first read solution 3 > > I liked it best, but I though you meant to use a physical corrector plate. > > Applying offsets in software is definitely feasible, but I have some > > reservations. I can think of two immediate problems with the software > > 1) means a reduction in SNR, due to having to run at lower membrane stroke, > > This probably is not too significant unless the seeing gets really good, > > because for it to be important the introduced astigmatism would have to > > be similar in magnitude to the residual atmospheric aberrations after > > correction. > > I'd guess that under good seeing conditions (1/3"), we could handle up > > to 1 radian RMS of astigmatism without a significant SNR related > > performance hit. > > 2) Means that it is necessary to accurately calibrate the wavefront sensor > > response. This is dependent on the membrane stroke, which is in turn > > somewhat dependent on humidity. There is no real problem here for point > > sources, but for extended objects the wfs response is difficult to > > calibrate. Under normal conditions an error in calibration produces > > a gain error, so its not too important. > > > > I would recommend trying out the software approach, but leaving room > > retrofitting a corrector plate if deemed necessary at a later date. Combining > > a corrector plate with the software offsets would still allow for correction > > of astigmatism in the science path. > > > > location. Running the > > >Date: Thu, 24 Aug 2000 14:41:29 -1000 > > >From: Chris Shelton > > >X-Accept-Language: en > > >MIME-Version: 1.0 > > >To: Buzz Graves , northcott@IfA.Hawaii.Edu, > > toomey@IfA.Hawaii.Edu, toomey@mkir.com > > >Subject: WFS question > > >Content-Transfer-Encoding: 7bit > > > > > >Hi Buzz, Malcolm, > > > > > >I totally forgot to bring up a question that concerns the IRTF WFS. > > > > > >How much can the strehl be tuned up in software offsets without > > >impacting performance? In the IRTF WFS, if all parts are made > > >as spheres, there is enough astigmatism to drop the on-axis > > >strehl to 0.7 at 0.8 micron. Doug is angsting over putting a little > > >cylinder on one of the spheres to null this. > > > > > >The choices are > > > 1. Do nothing, accept the 0.7 strehl > > > 2. Make the toroidal part > > > 3. Put an astigmatism adjuster in the WFS > > > > > >Option 3 means that the science path astigmatism due to the dichroic > > >could be compensated for. I'm about to get a number for this > > >for the two instruments. > > > > > >Doing a good job on this decision means getting quantitative. Any > > >guesses as to how much astigmatism can be put into software offsets > > >without a performance hit? > > > > > >Cheers, > > >Chris From - Wed Aug 30 10:56:14 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <39AD74E9.A9D3FCB2@mtwilson.edu> Date: Wed, 30 Aug 2000 10:56:09 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.73 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 To: toomey@mkir.com Subject: [Fwd: Re: WFS question] Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Doug, Here's a couple of messages I sent to your ifa email address, in case you've been hanging out at mkir. Chris Doug, Which email address will you want to settle on? toomey@mkir.com toomey@ifa.hawaii.edu? If you want to keep getting mail from both, but have the ifa mail fowarded to mkir, just make a file, using a text editor, with the contents toomey@mkir.com and save under the name .forward (with the dot) in your home directory. Chris -------- Original Message -------- Subject: Re: WFS question Date: Tue, 29 Aug 2000 09:24:08 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu To: Douglas Toomey References: <39A5C0B9.E48935D@mtwilson.edu> <39AB0788.5615E402@mtwilson.edu> <052b01c01163$3289cca0$d6a8ab80@ifa.hawaii.edu> Hi Doug, The last information you gave me was spex.zmx and spex2.zmx, on 8/27/99, which shows 6 mm of CaF2 for the dichroic, 6.35 mm of CaF2 for the input window, with nothing said about a WFS window. If you can put me up to date on the spex design, I can finish off the WFS design. At this point it looks like the optimal option, and the one that minimizes your costs and mine, is all spherical mirrors, and a layout that does some reasonable cancellation of astigmatism by design, with no moving parts, no cylinder lenses, no tilt plate in the WFS. This is in keeping with your ongoing philosophy of designing to alignment and bolting things down. To do this right and quickly, I need the latest and hopefully frozen spex design, specifically the input and output windows and the beamsplitter materials, thicknesses, tilt angles and positions. The minimum to give you a quick answer on the ZeSe is what the new thickness is, assuming everything else hasn't changed too much. The best solution is just to send the new spex zemax file. If the back focus from the AO relay has changed, the relay design changes too. Both the original spex zemax file and the ao relay file had mathematical approximations on the windows and OAPs that I have since tightened up on my copy of the files. Fixing these gives about a 3 mm focus shift, and about 9 mm movement of the DM when the math is done rigorously. This is probably below your threshold of concern, but we can talk about it if you want. Cheers, Chris Douglas Toomey wrote: > > I beleive that the dichroic is made of ZnSe. > Making a new dichroic is an option but not a super attractive > one since we have these dichroics already and just bought them. > It is a viable option however. Does teh increase in index due to > the ZnSe help maek the thickness closer. > > Doug > > ----- Original Message ----- > From: Chris Shelton > Cc: ; ; ; > Buzz Graves > Sent: Monday, August 28, 2000 2:44 PM > Subject: Re: WFS question > > > Doug, Mal, Buzz, > > > > The astigmatism due to the beamsplitter in Spex is actually pretty small, > > > > 0.17 waves p-v, or > > 0.034 waves rms, or > > 0.21 radian rms, or a > > 0.96 strehl, all at 0.85 micron. > > > > I don't have a recipe for NFSCam, but it should be the same, to the extent > > that its dichroic has a CaF2 substrate and is 6 mm thick. > > > > The astigmatism due to having all spherical mirrors in the WFS is larger, > > amounting to > > > > 0.43 wave p-v, or > > 0.082 waves rms, or > > 0.51 radian rms, or a > > 0.77 strehl, all at 0.85 micron. > > > > Like Malcolm, I had thought that a tilt plate would be a useful addition > > to the system. > > > > It turns out that to correct the WFS astigmatism by putting a tilt plate > in > > the f/60 beam to the membrane mirror requires 50 mm of BK7 tilted 41 > degrees. > > The f/60 beam is just to slow to get any astigmatism with a tilt plate. > > > > It turns out that the vector direction of the astigmatism from the WFS > > and the beamsplitter are only about 20 degrees apart, which is great > > because if the science path and the WFS have the same astigmatism in > > magnitude and direction, then the science image is perfectly corrected, > > with no software or hardware offsets. > > > > So the recommendation is to make the Spex beamsplitter substrate 9.7 mm > > of CaF2 instead of 6 mm. This minimizes the effective error, dropping it > to > > > > 0.29 wave p-v, or > > 0.060 waves rms, or > > 0.38 radians rms, or a > > 0.87 strehl, all at 0.85 micron. > > > > In essence, this uses the science beamsplitter as the tilt plate for > > the WFS, allowing the WFS mirrors to be all spherical with no astigmatism > > penalty. > > > > The lateral color due to the thicker beamsplitter is > > 17 micron shift J vs K > > 3 micron shift 2.2 vs 2.4 micron (airy diameter is 205 micron), > > 3 micron shift 1.1 vs 1.25 micron (airy diameter is 103 micron), > > that is, small within any band, and not very big from band to band. > > > > The opticians will probably be happier trying to put an AO quality > > surface on the thicker CaF2 part. > > > > If this concept is an acceptable one, I can also push around the WFS > > layout to drop the 20 degree angle offset to something smaller, > > perhaps zero. It is due to some of the off-axis jogs being out of plane. > > This will change the 9.7 mm prescription to something else, but > > probably not 6.0 mm. > > > > Just for grins, I am attaching a pdf file showing a simple null test > > setup for the toroidal part. This may prove useful in the future, if > > not for the IRTF system. > > > > Cheers, > > Chris > > > > > > > > > > north wrote: > > > > > > Hi Chris, > > > Probably a strehl of 0.7 at 0.8 micron is ok. If this is a > concern, > > > then making the part torodal would work. When I first read solution 3 > > > I liked it best, but I though you meant to use a physical corrector > plate. > > > Applying offsets in software is definitely feasible, but I have some > > > reservations. I can think of two immediate problems with the software > > > 1) means a reduction in SNR, due to having to run at lower membrane > stroke, > > > This probably is not too significant unless the seeing gets really > good, > > > because for it to be important the introduced astigmatism would have > to > > > be similar in magnitude to the residual atmospheric aberrations after > > > correction. > > > I'd guess that under good seeing conditions (1/3"), we could handle > up > > > to 1 radian RMS of astigmatism without a significant SNR related > > > performance hit. > > > 2) Means that it is necessary to accurately calibrate the wavefront > sensor > > > response. This is dependent on the membrane stroke, which is in turn > > > somewhat dependent on humidity. There is no real problem here for > point > > > sources, but for extended objects the wfs response is difficult to > > > calibrate. Under normal conditions an error in calibration produces > > > a gain error, so its not too important. > > > > > > I would recommend trying out the software approach, but leaving room > > > retrofitting a corrector plate if deemed necessary at a later date. > Combining > > > a corrector plate with the software offsets would still allow for > correction > > > of astigmatism in the science path. > > > > > > location. Running the > > > >Date: Thu, 24 Aug 2000 14:41:29 -1000 > > > >From: Chris Shelton > > > >X-Accept-Language: en > > > >MIME-Version: 1.0 > > > >To: Buzz Graves , northcott@IfA.Hawaii.Edu, > > > toomey@IfA.Hawaii.Edu, toomey@mkir.com > > > >Subject: WFS question > > > >Content-Transfer-Encoding: 7bit > > > > > > > >Hi Buzz, Malcolm, > > > > > > > >I totally forgot to bring up a question that concerns the IRTF WFS. > > > > > > > >How much can the strehl be tuned up in software offsets without > > > >impacting performance? In the IRTF WFS, if all parts are made > > > >as spheres, there is enough astigmatism to drop the on-axis > > > >strehl to 0.7 at 0.8 micron. Doug is angsting over putting a little > > > >cylinder on one of the spheres to null this. > > > > > > > >The choices are > > > > 1. Do nothing, accept the 0.7 strehl > > > > 2. Make the toroidal part > > > > 3. Put an astigmatism adjuster in the WFS > > > > > > > >Option 3 means that the science path astigmatism due to the dichroic > > > >could be compensated for. I'm about to get a number for this > > > >for the two instruments. > > > > > > > >Doing a good job on this decision means getting quantitative. Any > > > >guesses as to how much astigmatism can be put into software offsets > > > >without a performance hit? > > > > > > > >Cheers, > > > >Chris From - Mon Aug 28 19:06:05 2000 Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id SAA00848 for ; Mon, 28 Aug 2000 18:03:49 -0700 (PDT) Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id PAA23688 for ; Mon, 28 Aug 2000 15:02:35 -1000 (HST) Received: from [128.171.163.103] (lightyear [128.171.163.103]) by hubble.ifa.hawaii.edu (8.9.3+Sun/8.9.1) with ESMTP id PAA20339 for ; Mon, 28 Aug 2000 15:02:34 -1000 (HST) Mime-Version: 1.0 Message-Id: In-Reply-To: <39AB0788.5615E402@mtwilson.edu> References: <39A5C0B9.E48935D@mtwilson.edu> <39AB0788.5615E402@mtwilson.edu> Date: Mon, 28 Aug 2000 15:07:44 -1000 To: shelton@mtwilson.edu From: Buzz Graves Subject: Re: WFS question Content-Type: text/plain; charset="us-ascii" ; format="flowed" X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 X-UIDL: Chris, I like this second solution the best. Given the limits in system performance the hit is lost in the noise. A added plus is that the ghost from the beam splitter is further away with the thicker plate. Buzz From - Sun Sep 03 16:08:37 2000 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 Message-ID: <39B303F5.148425DC@mtwilson.edu> Date: Sun, 03 Sep 2000 16:07:49 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.73 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 CC: Doug Toomey , Vern Stahlberger , graves@ifa.hawaii.edu, northcott@ifa.hawaii.edu, doc@ifa.hawaii.edu Subject: IRTF WFS 2000 Sep 1 - the files References: <39B07AF5.26C0F843@mtwilson.edu> Content-Type: multipart/mixed; boundary="------------D2740713382E68E7C75059E8" This is a multi-part message in MIME format. --------------D2740713382E68E7C75059E8 Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Here are the IRTF WFS files wfs2000sep1.igs.gz wfs2000sep1c.zmx.gz --------------D2740713382E68E7C75059E8 Content-Type: application/x-gzip; name="wfs2000sep1.igs.gz" Content-Transfer-Encoding: base64 Content-Disposition: inline; filename="wfs2000sep1.igs.gz" 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northcott@ifa.hawaii.edu, doc@ifa.hawaii.edu Subject: IRTF WFS 2000 Sep 1 References: Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Doug, Here are the latest zemax and iges files on the IRTF wavefront sensor. Attached are wfs2000sep1.igs.gz wfs2000sep1c.zmx.gz In this version, all mirrors are spherical or flat, the vertical height of the steering mirror above the optical bench has been increased, and the fold mirror moved 1.5 inch. The design successfully matches the astigmatism of the WFS to that of the science instrument closely enough to get high strehl ratios with all spherical optics. For this to work, the astigmatism direction as well as magnitude is matched. Cancellation is perfect at a dichroic thickness of 11.4 mm, giving an effective on-axis strehl of 0.999. With the design thickness of CaF2 of 6.5 mm, the on-axis strehl is still 0.97, with no software offsets. This is at 0.85 micron. The off-axis strehl ratio, at the four corners of the 80 arcsecond square field, is 0.95, 0.81, 0.78, 0.80, for 0.85 microns and a 6.5 mm dichroic. Moving the steering mirror does three things. Spin the astigmatism axis of the WFS to line up with that of the science camera dichroic. Give lower astigmatism magnitude, to give cancellation without extra thick substrates on the dichroics. It may give enough height to use the steering mirror mount in its normal orientation. This would be a side effect; the height was chosen for optical reasons. I briefly looked at how the new layout fits in the box, including lenslet assembly and membrane mirror assembly outlines. It looks like more clearance is needed between the lenslet assembly and the WFS collimating mirror (first mirror after the fold). This can be cleared fairly easily by changing the focal lengths slightly of the last two WFS mirrors. More seriously, moving the fold mirror 1.5 inch moved the outline of the membrane mirror assembly to where it hangs out of the top of the box an inch or so. There isn't an easy optical solution for this. The envelopes of the membrane mirror and lenslet assemblies are from Dan's May 3 email: > Lenslet envelope: > 3.75" high x 3.5" wide x 12.25 long (optical axis) > pupil is 2.2" behind front surface of mech housing > > Membrane Mirror: some uncertainty here but should be > very similar to Hokupa'a > > 4.5" high x 4" wide x 5" long The sizes of the optics are as follows. I will wait on the focal lengths until we completely resolve the packaging issues. Fold mirror -- flat. 51.6 mm x 73.4 mm actual beam size. We need to talk about margin, as there is only a small clearance with the reflected rays on one side, after the 1 1/2 inch move. Collimating mirror -- concave sphere. 4.0 inch part, 80% clear aperture Steering mirror - flat. 1.0 inch part, 55% clear aperture. Camera mirror, lenslet mirror 1, lenslet mirror 2 These are all 1.0 inch diameter concave spheres, 80% clear aperture. With these specs on clear aperture, the instantaneous field of view of the WFS is 8.1 arcsec diameter, for high imaging quality, plus some margin past the official clear aperture. Cheers, Chris S From - Sun Sep 03 16:02:22 2000 Received: from abraham.mtwilson.edu (abraham.mtwilson.edu [192.153.157.142]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id PAA00335 for ; Sun, 3 Sep 2000 15:36:13 -0700 (PDT) Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by abraham.mtwilson.edu (8.9.3/8.9.3) with ESMTP id PAA04193 for ; Sun, 3 Sep 2000 15:09:12 -0700 Received: from hubble.ifa.hawaii.edu (hubble.IFA.Hawaii.Edu [128.171.2.5]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id MAA22170 for ; Sun, 3 Sep 2000 12:34:58 -1000 (HST) Received: from [128.171.163.103] (lightyear [128.171.163.103]) by hubble.ifa.hawaii.edu (8.9.3+Sun/8.9.1) with ESMTP id MAA24122 for ; Sun, 3 Sep 2000 12:34:56 -1000 (HST) Mime-Version: 1.0 Message-Id: In-Reply-To: <39B07AF5.26C0F843@mtwilson.edu> References: <39B07AF5.26C0F843@mtwilson.edu> Date: Sun, 3 Sep 2000 12:40:18 -1000 To: shelton@mtwilson.edu From: Buzz Graves Subject: Re: IRTF WFS 2000 Sep 1 Content-Type: text/plain; charset="us-ascii" ; format="flowed" X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 X-UIDL: Chris, I found no attachments. Buzz From - Sun Sep 03 09:01:35 2000 Received: from abraham.mtwilson.edu (abraham.mtwilson.edu [192.153.157.142]) by ra.mtwilson.edu (8.7.3/8.7.3) with ESMTP id VAA00519 for ; Sat, 2 Sep 2000 21:16:22 -0700 (PDT) Received: from oracle.aweber.com ([216.205.135.98]) by abraham.mtwilson.edu (8.9.3/8.9.3) with ESMTP id UAA03666 for ; Sat, 2 Sep 2000 20:49:05 -0700 Received: (from aweber@localhost) by oracle.aweber.com (8.10.1/8.10.1) id e834H2r10147; Sun, 3 Sep 2000 00:17:02 -0400 (EDT) Date: Sun, 3 Sep 2000 00:17:02 -0400 (EDT) Message-Id: <200009030417.e834H2r10147@oracle.aweber.com> To: shelton@mtwilson.edu From: "Keith Hague" X-Loop: 3dviewsupport@aweber.com X_Id: 9880:4:shelton@mtwilson.edu Subject: 3DView Hints & Tips - How to calculate part volumes - No.4 X-Mozilla-Status: 8001 X-Mozilla-Status2: 00000000 X-UIDL: <200009030417.e834H2r10147@oracle.aweber.com> Dear Chris Shelton The subject of today's 3DView Hints & Tips message is- how to calculate part volumes? HOW YOU CAN CALCULATE PART VOLUMES - quickly!! ================================== Read in you model say in iges, stl or any other 3D format and wait for the image to appear on the screen. 1/ Position the mouse over the image. (This is important- the mouse must be on top of the image) 2/ Click your right hand mouse button - a long menu should pop up onto the screen. 3/ Scroll down the menu to Mass Properties and you will see the volume selection appear. - click Volume and 3DView will do the rest. Plastic injection moulders and those in the die casting industry find this feature particularly helpful when quoting a new project. (Health warning - if the part has un-trimmed surfaces, 2D lines or used the fast iges read option the volume calculation could be inaccurate) FEEDBACK ========== If you have any thoughts or comments on 3DView - ie is it the right product for you? Are there any areas you would like improved? etc etc - I would like to hear your views. Please email me at:- keith@imtechdesign.com 3DView - ORDERING INSTRUCTIONS:- =================================== To license your 3DView installation have your 3DView serial number (IMT-???-???) and credit card ready and then visit either of the following links to order via our secure server or by facsimile. To order your keycode via our secure server order system please follow this link:- https://www.secure-server.co.uk/forms/SS0265.cfm To order your keycode via facsimile please follow this link and print out the order form:- http://www.imtechdesign.com/3dview/purchasefax.html Or to have another look at our WEB Site :- http://www.3dview.co.uk PRICE LIST 3DView Core Viewer £95 UK ($160 USD) Import:- Iges, Stl, Vda, Iso G Code, VRML & 3DStudio files. Plug in Interface Modules:- Catia Interface +£250 UK ($400 USD) SolidWorks Interface +£50 UK ($80 USD) Parasolids Interface +£75 UK ($120 USD) Autodesk Interface +£85 UK ($140 USD)- DWG, SAT & DXF. SolidEdge Interface +£40 UK ($65 USD) SDRC Web Access +£160 UK ($255 USD) Pro E interface +£250 UK ($400 USD) Step interface (AP203) +£160 UK ($255 USD) UniGraphics Interface +£250 UK ($400 USD) Good Luck Chris Shelton! Kind regards Keith Hague To stop additional follow up messages click below: http://www.aweber.com/r.php?i=3dviewsupport&e=shelton%40mtwilson.edu From - Mon Sep 18 11:04:48 2000 X-Mozilla-Status: 8013 X-Mozilla-Status2: 00000000 Message-ID: <39C6835E.470A0BAA@mtwilson.edu> Date: Mon, 18 Sep 2000 11:04:30 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.73 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 CC: Doug Toomey , Vern Stahlberger , graves@ifa.hawaii.edu, northcott@ifa.hawaii.edu, doc@ifa.hawaii.edu Subject: Re: IRTF WFS 2000 Sep 1 References: <39B07AF5.26C0F843@mtwilson.edu> Content-Type: multipart/mixed; boundary="------------37C53C23366F948A2453B134" This is a multi-part message in MIME format. --------------37C53C23366F948A2453B134 Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Doug, Here is the final optical design package for the wavefront sensor (WFS) for the IRTF telescope. The zemax and iges files have not changed since September 1, but I am attaching them anyway to provide a complete documentation package in one place. They are: wfs2000sep1.igs.gz wfs2000sep1c.zmx.gz In this final version, all mirrors are flat or concave spheres. The design successfully matches the astigmatism of the WFS to that of the science instrument closely enough to get high strehl ratios with all spherical optics. For this to work, the astigmatism direction as well as magnitude is matched. Cancellation is perfect at a dichroic thickness of 11.4 mm, giving an effective on-axis strehl of 0.999. With the design thickness of CaF2 of 6.5 mm, the on-axis strehl is still 0.97, with no software offsets. This is at 0.85 micron. The off-axis strehl ratio, at the four corners of the 80 arcsecond square field, is 0.95, 0.81, 0.78, 0.80, for 0.85 microns and a 6.5 mm dichroic. The prescription for the clear aperture of the mirrors was chosen to give an instantaneous field of view of the WFS of 8.1 arcsec diameter, steerable over a square field 80 arcseconds on an edge. The surface flatness spec allows a combined strehl degradation of 10% at 633 nm from the four mirrors before the membrane mirror. This not unnecessarily tight, as the bulk of the non-common-path OPD error budget will need to go to the dewar optics. All the sizes given are minimum sizes to give 80% clear aperture. A larger part can of course be used if it fits and is a catalog item. The thicknesses are for a 6:1 thickness to width ratio. *** Prescriptions for the optics *** All parts are mirrors, with Pyrex or equivalent substrates, Enhanced aluminum coating, To be used over 0.5-1.0 micron, 60-40 scratch-dig. 1. WFS Fold mirror Flat, rectangular, 58 x 82 mm minimum (10% margin all around clear aperture), 14 mm thick, min., 51.6 x 73.4 mm clear aperture, 1/20 wave PV surface accuracy at 633 nm over the clear aperture. The clearance between this part and the rays returning from the collimating mirror is tight, so attention should be given to having a small polishing margin on one of the long sides. The vendor may want to make this size part of silica or zerodur in order to meet the flatness spec. 2. WFS Collimating mirror Concave sphere, round, 1620 mm radius of curvature +/- 0.5%, 4.00 inch diameter, 17 mm center thickness, min., 80% clear aperture, 1/20 wave PV surface accuracy at 633 nm over the clear aperture. The vendor may want to make this size part of silica or zerodur in order to meet the flatness spec. 3. WFS Steering mirror Flat, round, 1.0 inch diameter, 5 mm thick, min., 55% clear aperture (only central 14 mm diam. is used), 1/20 wave PV surface accuracy at 633 nm over the clear aperture. 4. WFS Camera mirror Concave sphere, round, 1620 mm radius of curvature +/- 0.5%, 1.0 inch diameter 5 mm center thickness, min., 80% clear aperture, 1/20 wave PV surface accuracy at 633 nm over the clear aperture. 5. WFS Lenslet mirror 1 Concave sphere, round, 3119 mm radius of curvature +/- 1%, 1.0 inch diameter, 5 mm center thickness, min., 80% clear aperture, 1/4 wave PV surface accuracy at 633 nm over the clear aperture. 6. WFS Lenslet mirror 2 Concave sphere, round, 4990 mm radius of curvature +/- 1%, 1.0 inch diameter, 5 mm center thickness, min., 80% clear aperture, 1/4 wave PV surface accuracy at 633 nm over the clear aperture. This should finish Phase II of the IRTF AO optical design. Please let me know if there is anything else needed, or if we can declare victory for this round and move on. 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Oct 2000 15:47:28 -0700 From: Chris Shelton X-Mailer: Mozilla 4.73 [en] (Win98; U) X-Accept-Language: en MIME-Version: 1.0 To: Douglas Toomey Subject: Re: WFS mirror specs References: <39DA45C6.8E6F4A6A@mtwilson.edu> <03c901c02d86$105ef4e0$d6a8ab80@ifa.hawaii.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hey, it's better than mil specs. The intent was, 10% margin each side, total size increase 20%. I don't know a really good way to word it, but it is only on the one side where there is a small clearance with the return rays that the margin has to be tightly controlled. The other three sides are not critical, and the margin can be increased on these if it makes the vendor happy. This would make the part a little bigger, but might make for a lower quote. It is the sort of thing you talk about with the vendor to get the concept straight, then write up in some cleaner language that both sides have agreed to. Lemme know if you want any help on this, in calls, language, whatever. Chris Douglas Toomey wrote: > > Hi, > > In the WFS mirror specs for mirror1 one you said: > > "Mirror 1 > WFS Fold mirror > Flat > Rectangular > 58 x 82 mm minimum (10% margin all around clear aperture) > 14 mm thick, min. > 51.6 x 73.4 mm clear aperture centered on substrate > 1/20 wave PV surface accuracy at 633 nm over the clear aperture. > The clearance between this part and the rays returning from > the collimating mirror is tight, so attention should be given to > having a small polishing margin on one of the long sides. > The vendor may want to make this size part of silica or zerodur > in order to meet the flatness spec." > > Well that is more or less what you said. > > Does this mean that we need the clear aperture to be closer to the one edge > than the (82-73.4)/2=4.3mm? > > I am not sure how to reconcile the 10% margin with the clear aperture and > subtrate size listed. i.e. 73.4*1.1= 80.74mm and 82*.9=73.8mm > Since the clear aperture is specified I could omit: > (10% margin all around clear aperture) > > > Doug From - Tue Oct 03 20:57:53 2000 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <39DAAAC1.C229622C@mtwilson.edu> Date: Tue, 03 Oct 2000 20:57:53 -0700 From: Chris Shelton X-Mailer: Mozilla 4.73 [en] (Win98; U) X-Accept-Language: en MIME-Version: 1.0 To: Douglas Toomey Subject: Re: WFS mirror specs References: <39DA45C6.8E6F4A6A@mtwilson.edu> <03c901c02d86$105ef4e0$d6a8ab80@ifa.hawaii.edu> <39DA6200.9CBCED48@mtwilson.edu> <03d501c02d96$1d0b5480$d6a8ab80@ifa.hawaii.edu> Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Depends on the holder. The glass will clear ok. Should we talk about this? I'm at 626 440 9016, observing hours, or I can call you tomorrow when I get up, let MW pay for it. Chris Douglas Toomey wrote: > > HI, > > What I am concerned about is that i am not sure how close > the clear aperture needs to be to the close edge to work in our > design. If they center the clear aperture in the substrate will it > fit without vignetting? > > Doug > > ----- Original Message ----- > From: Chris Shelton > To: Douglas Toomey > Sent: Tuesday, October 03, 2000 12:47 PM > Subject: Re: WFS mirror specs > > > Hey, it's better than mil specs. > > > > The intent was, 10% margin each side, total size increase 20%. I don't > > know a really good way to word it, but it is only on the one side where > > there is a small clearance with the return rays that the margin has to be > > tightly controlled. The other three sides are not critical, and the > margin > > can be increased on these if it makes the vendor happy. This would make > the > > part a little bigger, but might make for a lower quote. It is the sort of > > thing you talk about with the vendor to get the concept straight, then > > write up in some cleaner language that both sides have agreed to. Lemme > > know if you want any help on this, in calls, language, whatever. > > > > Chris > > > > Douglas Toomey wrote: > > > > > > Hi, > > > > > > In the WFS mirror specs for mirror1 one you said: > > > > > > "Mirror 1 > > > WFS Fold mirror > > > Flat > > > Rectangular > > > 58 x 82 mm minimum (10% margin all around clear aperture) > > > 14 mm thick, min. > > > 51.6 x 73.4 mm clear aperture centered on substrate > > > 1/20 wave PV surface accuracy at 633 nm over the clear aperture. > > > The clearance between this part and the rays returning from > > > the collimating mirror is tight, so attention should be given to > > > having a small polishing margin on one of the long sides. > > > The vendor may want to make this size part of silica or zerodur > > > in order to meet the flatness spec." > > > > > > Well that is more or less what you said. > > > > > > Does this mean that we need the clear aperture to be closer to the one > edge > > > than the (82-73.4)/2=4.3mm? > > > > > > I am not sure how to reconcile the 10% margin with the clear aperture > and > > > subtrate size listed. i.e. 73.4*1.1= 80.74mm and 82*.9=73.8mm > > > Since the clear aperture is specified I could omit: > > > (10% margin all around clear aperture) > > > > > > > > > Doug > > From - Tue Oct 03 15:06:51 2000 Return-Path: Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by abraham.mtwilson.edu (8.9.3/8.9.3) with ESMTP id OAA23028 for ; Tue, 3 Oct 2000 14:41:36 -0700 Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.168.201]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id MAA06332 for ; Tue, 3 Oct 2000 12:03:07 -1000 (HST) Received: from Mana (mana [128.171.168.214]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id MAA01906 for ; Tue, 3 Oct 2000 12:03:07 -1000 (HST) Message-ID: <03c901c02d86$105ef4e0$d6a8ab80@ifa.hawaii.edu> From: "Douglas Toomey" To: "Chris Shelton" References: <39DA45C6.8E6F4A6A@mtwilson.edu> Subject: WFS mirror specs Date: Tue, 3 Oct 2000 12:05:38 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2615.200 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2615.200 Status: X-Mozilla-Status: 8003 X-Mozilla-Status2: 00000000 X-UIDL: 39d25a0d00000040 Hi, In the WFS mirror specs for mirror1 one you said: "Mirror 1 WFS Fold mirror Flat Rectangular 58 x 82 mm minimum (10% margin all around clear aperture) 14 mm thick, min. 51.6 x 73.4 mm clear aperture centered on substrate 1/20 wave PV surface accuracy at 633 nm over the clear aperture. The clearance between this part and the rays returning from the collimating mirror is tight, so attention should be given to having a small polishing margin on one of the long sides. The vendor may want to make this size part of silica or zerodur in order to meet the flatness spec." Well that is more or less what you said. Does this mean that we need the clear aperture to be closer to the one edge than the (82-73.4)/2=4.3mm? I am not sure how to reconcile the 10% margin with the clear aperture and subtrate size listed. i.e. 73.4*1.1= 80.74mm and 82*.9=73.8mm Since the clear aperture is specified I could omit: (10% margin all around clear aperture) Doug From - Tue Oct 03 17:01:50 2000 Return-Path: Received: from hale.IfA.Hawaii.Edu (hale.IFA.Hawaii.Edu [128.171.2.6]) by abraham.mtwilson.edu (8.9.3/8.9.3) with ESMTP id QAA23184 for ; Tue, 3 Oct 2000 16:36:31 -0700 Received: from duke.ifa.hawaii.edu (duke.IfA.Hawaii.Edu [128.171.168.201]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id NAA07442 for ; Tue, 3 Oct 2000 13:58:01 -1000 (HST) Received: from Mana (mana [128.171.168.214]) by duke.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id NAA03293 for ; Tue, 3 Oct 2000 13:58:00 -1000 (HST) Message-ID: <03d501c02d96$1d0b5480$d6a8ab80@ifa.hawaii.edu> From: "Douglas Toomey" To: "Chris Shelton" References: <39DA45C6.8E6F4A6A@mtwilson.edu> <03c901c02d86$105ef4e0$d6a8ab80@ifa.hawaii.edu> <39DA6200.9CBCED48@mtwilson.edu> Subject: Re: WFS mirror specs Date: Tue, 3 Oct 2000 14:00:31 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2615.200 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2615.200 Status: X-Mozilla-Status: 8013 X-Mozilla-Status2: 00000000 X-UIDL: 39d25a0d00000042 HI, What I am concerned about is that i am not sure how close the clear aperture needs to be to the close edge to work in our design. If they center the clear aperture in the substrate will it fit without vignetting? Doug ----- Original Message ----- From: Chris Shelton To: Douglas Toomey Sent: Tuesday, October 03, 2000 12:47 PM Subject: Re: WFS mirror specs > Hey, it's better than mil specs. > > The intent was, 10% margin each side, total size increase 20%. I don't > know a really good way to word it, but it is only on the one side where > there is a small clearance with the return rays that the margin has to be > tightly controlled. The other three sides are not critical, and the margin > can be increased on these if it makes the vendor happy. This would make the > part a little bigger, but might make for a lower quote. It is the sort of > thing you talk about with the vendor to get the concept straight, then > write up in some cleaner language that both sides have agreed to. Lemme > know if you want any help on this, in calls, language, whatever. > > Chris > > Douglas Toomey wrote: > > > > Hi, > > > > In the WFS mirror specs for mirror1 one you said: > > > > "Mirror 1 > > WFS Fold mirror > > Flat > > Rectangular > > 58 x 82 mm minimum (10% margin all around clear aperture) > > 14 mm thick, min. > > 51.6 x 73.4 mm clear aperture centered on substrate > > 1/20 wave PV surface accuracy at 633 nm over the clear aperture. > > The clearance between this part and the rays returning from > > the collimating mirror is tight, so attention should be given to > > having a small polishing margin on one of the long sides. > > The vendor may want to make this size part of silica or zerodur > > in order to meet the flatness spec." > > > > Well that is more or less what you said. > > > > Does this mean that we need the clear aperture to be closer to the one edge > > than the (82-73.4)/2=4.3mm? > > > > I am not sure how to reconcile the 10% margin with the clear aperture and > > subtrate size listed. i.e. 73.4*1.1= 80.74mm and 82*.9=73.8mm > > Since the clear aperture is specified I could omit: > > (10% margin all around clear aperture) > > > > > > Doug > From - Wed Dec 20 14:10:14 2000 Return-Path: Received: from hale.IfA.Hawaii.Edu (hale.IfA.Hawaii.Edu [128.171.2.6]) by abraham.mtwilson.edu (8.9.3/8.9.3) with ESMTP id NAA14434 for ; Tue, 19 Dec 2000 13:51:50 -0800 Received: from galileo.ifa.hawaii.edu (galileo.IfA.Hawaii.Edu [128.171.160.7]) by hale.IfA.Hawaii.Edu (8.9.3+Sun/8.9.1) with ESMTP id LAA11377; Tue, 19 Dec 2000 11:03:51 -1000 (HST) Received: from boris.ifa.hawaii.edu (boris [128.171.162.69]) by galileo.ifa.hawaii.edu (8.9.0/8.9.0) with SMTP id LAA16649; Tue, 19 Dec 2000 11:03:51 -1000 (HST) Message-ID: <000e01c069ff$74b6fc20$45a2ab80@ifa.hawaii.edu> From: "Vern Stahlberger" To: "Douglas Toomey" , "Greg Ching" , "Dan O'Connor" , "Peter Onaka" , "Darryl Watanabe" , "John Sender" , "Doug Neill" , "Vern Stahlberger" Cc: "Chris Shelton" References: <02cd01c069fb$63614240$d6a8ab80@ifa.hawaii.edu> Subject: Re: Request for quote on a steering mirror Date: Tue, 19 Dec 2000 11:05:45 -1000 MIME-Version: 1.0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 5.00.2314.1300 X-MimeOLE: Produced By Microsoft MimeOLE V5.00.2314.1300 Status: X-Mozilla-Status: 8011 X-Mozilla-Status2: 00000000 X-UIDL: 39d25a0d00000228 Great, we are making progress. The only thing I can think of is to have them include certificates of performance of any test results. It would be time-consuming for us do these tests, to say the least. What about warranty on the miscell. parts (both mechanical and electronics)? Vern ----- Original Message ----- From: Douglas Toomey To: Greg Ching ; Dan O'Connor ; Peter Onaka ; Darryl Watanabe ; John Sender ; Doug Neill ; Vern Stahlberger Cc: Chris Shelton Sent: Tuesday, December 19, 2000 10:36 AM Subject: Fw: Request for quote on a steering mirror > Hi, > > Here is the response I got from Ball about the mirror. The > list of specs I sent him is followed by his answer. This looks > good to me. Is there anything I am missing? > > Doug > > > ----- Original Message ----- > From: Berta, Albert > To: 'Douglas Toomey' > Sent: Monday, December 18, 2000 11:48 AM > Subject: RE: Request for quote on a steering mirror > > > > -----Original Message----- > From: Douglas Toomey [SMTP:toomey@IfA.Hawaii.Edu] > Sent: Tuesday, December 12, 2000 6:34 PM > To: aberta@ball.com > Subject: Request for quote on a steering mirror > Doug, Here is some of the technical information you requested. > > Flat mirror > Clear aperture 20mm diameter - yes > Nominal size 25.4 mm diameter - yes > Mirror substrate - zerodur or pyrex(or equivalent) - yes > 1/20th wave PV surface accuracy at 633 nm over the clear aperture - yes > Total tip and tilt needed +/- 1.25 degrees (+/- 0.022 radians) - yes > Resolution 2.0 microradians - yes > Backlash <2.0 microradians - yes > Hysterisis <2.0 microradians > Maximum slew rate 11.2 arcseconds/sec (54.3 microradians/sec) - yes > Update rate for 2.0 microradian correction steps is 27 corrections/sec -yes > DC stability - <2.0 microradians/hr - only as good as Kaman DIT's > Flexure - must maintain an angular error of <2.17 when > the whole assembly is tilted at any angle. - yes > Operating Temperature 0-40 C - yes > Operating altitude - sea level to 14,000 feet - yes > Analog control of angle via two 0-10 volt inputs -10 to +10 = -1.25 deg > to +1.25 deg > Cabling - 20 feet between mirror and control box. - yes > Please include all control electronics in the quote - yes > please include details for analog input(differential?) yes (differential) > Also please quote: > Power dissipation at center position and max angle - 1.5 W @ PWB, 0.5 W > into mirror base (not substrate) > Are any electronics required to be close to the mirror? Kaman DIT > electronics (~ 1 W inside base) > Delivery time 30 days > Overall size and mounting details of the mirror see users manual, sent > by Al Berta > Size of the electronics 4" X 5" X 1.5" > Temperature stability Kaman DIT 5200-15N specs. will send > Linearity Kaman DIT 5200-15N specs. will send > Estimated shipping 30 days from receipt of order > > The total cost of the mirror complete with electronics, users manual and > cabling is $ 20,700. When would you anticipate placing an order? > > > > From - Tue Jan 16 13:27:12 2001 X-Mozilla-Status: 0001 X-Mozilla-Status2: 00000000 Message-ID: <3A64D8BC.7F089559@verizon.net> Date: Tue, 16 Jan 2001 13:26:52 -1000 From: Chris Shelton Reply-To: shelton@mtwilson.edu X-Mailer: Mozilla 4.76 [en] (WinNT; U) X-Accept-Language: en MIME-Version: 1.0 To: Doug Toomey CC: Vern Stahlberger , graves@ifa.hawaii.edu, northcott@ifa.hawaii.edu, doc@ifa.hawaii.edu Subject: Re: IRTF WFS 2000 Sep 1 References: <39B07AF5.26C0F843@mtwilson.edu> <39C6835E.470A0BAA@mtwilson.edu> Content-Type: multipart/mixed; boundary="------------26919901719A7C0979149593" This is a multi-part message in MIME format. --------------26919901719A7C0979149593 Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Doug, Yes, there is a mistake in the email describing the optics for the IRTF WFS. The zemax and igs files are fine. Part 2, the WFS Collimating Mirror, does not really have the same radius of curvature as the Camera Mirror; the correct radius is -1035 mm (concave). As near as I can tell, the rest of the text is ok. Here are some new numbers, for baffle sizes. The first three are my readings on the baffles inside the dewar between the window and the dichroic -- this is just a cross check. Surface 17 53.6 mm square 18 69.8 mm diameter 19 69.6 mm diameter These baffles are in the WFS: Baffle 1, on the steering mirror face: 14 mm diameter. This is the pupil stop for the WFS. If it isn't there, the WFS will see past the secondary to the sky. Baffle 2, 300 mm downstream from the steering mirror: 18 mm diameter. This baffle catches the rest of the field outside the region that you have steered to. If you do "visible science", this baffle should be resized to accommodate the size of your visible science field. If you put the splitter for the visible science field just before the membrane mirror, as we talked about today, the visible science field will always be centered on the guide object, and not steer with the IR field. Besides the baffles just mentioned, there is also a field stop assembly just before the membrane mirror that provides the adjustable field stop for the AO. You mentioned on the phone that you were looking for the zemax file for the AO relay. I've attached relay2000sep1a.zip, which contains relay2000sep1a.zmx. Regards, Chris S Chris Shelton wrote: > > Doug, > > Here is the final optical design package for the wavefront sensor (WFS) > for the IRTF telescope. > > The zemax and iges files have not changed since September 1, but I am > attaching them anyway to provide a complete documentation package in > one place. They are: > > wfs2000sep1.igs.gz > wfs2000sep1c.zmx.gz > > In this final version, all mirrors are flat or concave spheres. > > The design successfully matches the astigmatism of the WFS to that of the > science instrument closely enough to get high strehl ratios with all > spherical optics. For this to work, the astigmatism direction as well > as magnitude is matched. Cancellation is perfect at a dichroic thickness > of 11.4 mm, giving an effective on-axis strehl of 0.999. With the design > thickness of CaF2 of 6.5 mm, the on-axis strehl is still 0.97, with no > software offsets. This is at 0.85 micron. > > The off-axis strehl ratio, at the four corners of the 80 arcsecond square > field, is 0.95, 0.81, 0.78, 0.80, for 0.85 microns and a 6.5 mm dichroic. > > The prescription for the clear aperture of the mirrors was chosen to give > an instantaneous field of view of the WFS of 8.1 arcsec diameter, > steerable over a square field 80 arcseconds on an edge. > > The surface flatness spec allows a combined strehl degradation of 10% at > 633 nm from the four mirrors before the membrane mirror. This not > unnecessarily tight, as the bulk of the non-common-path OPD error budget > will need to go to the dewar optics. > > All the sizes given are minimum sizes to give 80% clear aperture. > A larger part can of course be used if it fits and is a catalog item. > > The thicknesses are for a 6:1 thickness to width ratio. > > *** Prescriptions for the optics *** > > All parts are mirrors, with > Pyrex or equivalent substrates, > Enhanced aluminum coating, > To be used over 0.5-1.0 micron, > 60-40 scratch-dig. > > 1. WFS Fold mirror > Flat, rectangular, > 58 x 82 mm minimum (10% margin all around clear aperture), > 14 mm thick, min., > 51.6 x 73.4 mm clear aperture, > 1/20 wave PV surface accuracy at 633 nm over the clear aperture. > The clearance between this part and the rays returning from > the collimating mirror is tight, so attention should be given to > having a small polishing margin on one of the long sides. > The vendor may want to make this size part of silica or zerodur > in order to meet the flatness spec. > > 2. WFS Collimating mirror > Concave sphere, round, > 1620 mm radius of curvature +/- 0.5%, [This is a typo, the correct radius is -1034.56 mm] > 4.00 inch diameter, > 17 mm center thickness, min., > 80% clear aperture, > 1/20 wave PV surface accuracy at 633 nm over the clear aperture. > The vendor may want to make this size part of silica or zerodur > in order to meet the flatness spec. > > 3. WFS Steering mirror > Flat, round, > 1.0 inch diameter, > 5 mm thick, min., > 55% clear aperture (only central 14 mm diam. is used), > 1/20 wave PV surface accuracy at 633 nm over the clear aperture. > > 4. WFS Camera mirror > Concave sphere, round, > 1620 mm radius of curvature +/- 0.5%, > 1.0 inch diameter > 5 mm center thickness, min., > 80% clear aperture, > 1/20 wave PV surface accuracy at 633 nm over the clear aperture. > > 5. WFS Lenslet mirror 1 > Concave sphere, round, > 3119 mm radius of curvature +/- 1%, > 1.0 inch diameter, > 5 mm center thickness, min., > 80% clear aperture, > 1/4 wave PV surface accuracy at 633 nm over the clear aperture. > > 6. WFS Lenslet mirror 2 > Concave sphere, round, > 4990 mm radius of curvature +/- 1%, > 1.0 inch diameter, > 5 mm center thickness, min., > 80% clear aperture, > 1/4 wave PV surface accuracy at 633 nm over the clear aperture. > > > > This should finish Phase II of the IRTF AO optical design. Please > let me know if there is anything else needed, or if we can declare > victory for this round and move on. > > Regards, > > Chris S > > ------------------------------------------------------------------------------ > Name: wfs2000sep1c.zmx.gz > wfs2000sep1c.zmx.gz Type: application/x-gzip > Encoding: base64 > > Name: wfs2000sep1.igs.gz > wfs2000sep1.igs.gz Type: application/x-gzip > Encoding: base64 --------------26919901719A7C0979149593 Content-Type: application/x-zip-compressed; name="relay2000sep1a.zip" Content-Transfer-Encoding: base64 Content-Disposition: inline; filename="relay2000sep1a.zip" UEsDBBQAAAAIAOkYISmI3X6YEgkAAFNKAAAmAAAAQ0FSUEUvaXJ0Zi9yYXl0cmFjZS9yZWxh eTIwMDBzZXAxYS5aTVjVW9ty2zgSfXeV/gE/AAzul0daF0c7kqiRZDuZN29iz7g2a2/ZzsP+ /TZJkaDuhEGyapWKDFAQGn36crrh5G68WiPLtEKMOjW4WiTzMZquNhOUjJLlZno3Rin8GK7h o3QzRgwtXj8e3wkh2wccoe1IZKPbxXSD5vPB1WSWJoOr5e1yhKwWRhGOBKWMGDu4upkkQ0QR hdEw2aDpYrJKVuPR4GqVTOeIETrGFiRlf/JVy9v1l2xUzNajeQIjBjI235bZk1UKUjismw6v s+dfJ7MRrMCUUAYvVP7cfzC4+lasPLkQVysn9zcblK+gR94HV/fJ3QzGFjC8z5fCceBZ/jOd rXNVturczABzeD5MJws0TJPNdHFDRskGVLtdTbIVCIFmY7TeJItRshplD4a3qzuPAULrWXKN OM+Go+n6zwzEKWD/rXiQzCu0si1ZvkM6n6PlajpPVt9Oi8CaKMmVM5xJ8ItHTKnalyoqqdhQ DvbiShidC7mZJWs0n65W6ar4FqCTvY4NdhbQ+rA47mKKMKv0YYoLYoU2rqYYrxRbj+ELo61q 6026PKNiLsgoJqwSWhuzr5+s9OtcPSKY1NxkT5Z/3i7BRTArjlIozTlilbaiuWcIV+lAjx2c EVWcSgafPD+YEsRJp6ywNWvI6nzDNF2Nrle/+/OR7Z7Z3+qUzOaKJ6s52mqdj3ltLGpjWRur 2ljXxqY2tiWSJQoHgaGqE19PM4sMv1YnZkRr67hxzGmpsjgwZQCXp9f9nr4rG6oaIDrUhPEW hAmMZeX4kSY1lQYXg4RVW4GhCWSEA2g0r+1sm+/s8zJXlAhFbbW1VERAVqGyvrULhV0Ewi4N KGQc1ZLRIr+1GEUsf5yn4Uk6G7HmOMndndtLr4UVJXGUCs5FJfSPZAnGRUKXR/eHbYi8ikc+ 83iJ3M4GoZbAUK9xYuHNCe9cO1bhoapFJTQFtR1lzgnKpPRZIcKrPN01PH/o8bEkhjvnjLaK Cm/YlqIiN3YVFd4aF6PC7O7cdt4XnEio+E1R+JSn9VTYUeY/hnYRCUxEhcIJ+IOpjIeGdv3I WGW1nIOSmSlteJACFihBCkgRxdfyOjBvf5ixhCnBjyuYu8nWv4YBSVdXgpmDmlprLg313CfA v7SSmsq6ME9+TZPJKYri2oAjeIQEdBHEZS9jleXWs9PpioldxNQRARoYKpU7AZ+r4EuTJYPR bHYaw6Jn4JoxxyyF0GF8D1Vbicb7srtrigRT0FErxUx5luEMGI4inRs5vR5ljTauIC+aJhpq S3fClPjQlqfiIyykMYdYIpaZ47bjwazNvJzTsY29y7bfanDfqyYpGs0rDcZ340WyXn6pNLBE GQXErrSVmmWdh93vPLz/7xuEQF9rjKCOgavCdwvF7+Bz1L6Z8lHLRRtXBMLMCVUVbVuXhg9M iWVAJ8zt+ePGsml5XlpnU+5b4YPG8uCA/+dt5HEAgssJ5t3zYoRm3iwgC+ysjAGGcyMI1dRV WtG6MuGlhDmhTFcJ8yLdcV8tAN1xNEx8BvoE2zHfufVMd0wpKLHKwzShu/DS5VQheITvgkuX y7bEsBeUYOU15L4hg+8Kgm/ZsGy7FxJbc257oZCbTNbxTaam4L7QkIjKp4pLAo2kKE8fXG5w D04Y5Mu8IeJxdwNCacKF5FzW7p12zOFrkUn6290/UDKb3izm48UmVNHQe6jPK3XCsUSlySZd onQCiW2GrtOvlSIBd1DcOOKDTnLimHPW1i/qRPAdd5Om0q/pACFVIXQ/XYzS++bI+EZRk2Kb PPiGyYS3EnoCutsSlTzo4AHNsqlVtWGph25+8L0LlJPCWP5WCvA3x5FtEWQU63MuVC0+tgV4 0O5Nd4zFfdNO678mspXF138QdJ1MJrNxc/CY398oIk0dQUGZ0UbvZEpIVqLkWuGb6mCx/jZe 16xmwA0U5fvNgCzdQtLPS/S39NLnSaEJgwQqnNwTmelWiAzvPpukyTrrtp8GpE/5o+nwyyqd DgOQ8jlSkw4SgaQ7kclNftzi3CGlgjoCwrm9w39heaqux4L4jwSS9YiXrL2Ilyes65N8cBT4 /ljWLgEl0cooyex+FNhSpP68SF/SKc+3QhAnLKVyP9ZF2fZL82mR3EPoJBF1odRIpXy0F14i 84apkOrT6eS3LAeizWQZINnnNW+7/I7VUsXqtYV0Le86mk/WCMG4+Ft7tTkdXF3PFr+j9cfD 2wd6fUI/Hp8efv38QP9+fHv+QE+/Xr5/PL++kO2yxWu14OH5DX38/fz9Xy+P7+/on6+/Xn48 vP0XfX99ef94e3h++Xg/8qW/fj7A4mZfS//z+Pbw8uMdPb2+oafnx58/IFMNrtLl6OtWD3Ze tfyNMJ1dsQopiyl31AjhrDhcDKkCPrVQMmY3CaFyhBIgRjhWTDXjwnAp9OFikCO1kpyxrB4N lQOturNcGVFMLVMGYl2qw8WR+ghlGNXWXFwcJ8fQTIyxlxfH4eYkc1qxY0DtTeP0qfsb7snf cE/+hrvyN9wTbrgn3HB/uPk45UQZqpyWIvvNwXGFIgT5QIW+gkkpubCnBUUg5yPVEM6grZda dqJRL9SAe6IG/HlqOEW3/JBu8V7CPpg2xZSTUn7+j1TDBTUFNSuFC0A/KagpqvEaNWTcaEFN KTcauqacG61RU/Jo1evOsUerXneOPuI0CuDdaEH9QBfAvPEaNaXeaEmNuTcavMbk26rjdccU AfTbquMFMcUpAhZH+t2QVBgD60VBbcF6UVBbBHxZo5YI+KKgnekZQdHQtUXAQV4XwyJBXhfD IkFeF8Mi5wW1SMAXBfUDXYsEfFmjtgj4oiQ/jSTgi5JaI+Agx0N9OR7qy/FQGwQsL3bAh0VB R3XNoaCO6ppDQR11wEc06qYDPl+4nRMUDV1HHfB5r4thkSCvi2GRIK+LYZHzgnBf0OG+oMM9 QtdVB3xu2m4HfDjtqgM+73jdMQXuiylwBwSsLnbAh4mjo7rmUFBHdc2hoI464CMaddMBHwra mZ4RFA1dRx3wea/DfXldDIsEeV0Mi5wXhPuCDvcFHe4Ruq464HOZvt0O+FBSVx3wecfrjilw X0yBI5hivridZ/8x939QSwECFAAUAAAACADpGCEpiN1+mBIJAABTSgAAJgAAAAAAAAABACAA toEAAAAAQ0FSUEUvaXJ0Zi9yYXl0cmFjZS9yZWxheTIwMDBzZXAxYS5aTVhQSwUGAAAAAAEA AQBUAAAAVgkAAAAA --------------26919901719A7C0979149593--