0.0780 6.6954 0.5392 0.2416 7.3540 0.7146 -0.034479 0.965352 0.258665 211.3885 0.005 1A1 0.0822 6.4786 1.7359 0.2455 7.1370 1.9123 -0.034953 0.965336 0.258661 211.3924 0.006 1A2 0.0923 6.0684 2.8809 0.2559 6.7265 3.0583 -0.034479 0.965352 0.258665 211.4028 0.017 1A3 0.1114 5.5297 3.8153 0.2750 6.0124 4.2965 -0.034479 0.706686 0.706686 211.4219 0.010 1B1 0.1317 4.7439 4.7439 0.2950 5.2258 5.2258 -0.034953 0.706675 0.706675 211.4419 0.017 1B2 0.1526 3.8162 5.5309 0.3162 4.2973 6.0135 -0.034479 0.706686 0.706686 211.4631 0.023 1B3 0.1759 2.8821 6.0711 0.3395 3.0596 6.7291 -0.034479 0.258665 0.965352 211.4865 0.009 1C1 0.1924 1.7369 6.4823 0.3557 1.9133 7.1407 -0.034953 0.258661 0.965336 211.5026 0.011 1C2 0.2028 0.5396 6.6997 0.3664 0.7150 7.3583 -0.034479 0.258665 0.965352 211.5134 0.012 1C3 0.2071 -0.5397 6.6999 0.3707 -0.7150 7.3585 -0.034479 -0.258665 0.965351 211.5177 0.006 1D1 0.2036 -1.7370 6.4827 0.3669 -1.9134 7.1411 -0.034953 -0.258661 0.965336 211.5138 0.006 1D2 0.1928 -2.8824 6.0716 0.3564 -3.0598 6.7297 -0.034479 -0.258665 0.965351 211.5034 0.005 1D3 0.1738 -3.8166 5.5315 0.3374 -4.2978 6.0142 -0.034479 -0.706686 0.706686 211.4843 0.021 1E1 0.1541 -4.7444 4.7444 0.3174 -5.2264 5.2264 -0.034953 -0.706675 0.706675 211.4643 0.017 1E2 0.1326 -5.5303 3.8158 0.2962 -6.0130 4.2969 -0.034479 -0.706686 0.706686 211.4431 0.012 1E3 0.1092 -6.0690 2.8812 0.2728 -6.7270 3.0586 -0.034479 -0.965352 0.258665 211.4197 0.021 1F1 0.0934 -6.4790 1.7360 0.2567 -7.1373 1.9124 -0.034953 -0.965336 0.258661 211.4036 0.011 1F2 0.0823 -6.6955 0.5392 0.2459 -7.3541 0.7146 -0.034479 -0.965352 0.258665 211.3928 0.001 1F3 0.0780 -6.6954 -0.5392 0.2416 -7.3540 -0.7146 -0.034479 -0.965351 -0.258665 211.3885 0.005 1AA1 0.0822 -6.4786 -1.7359 0.2455 -7.1370 -1.9123 -0.034953 -0.965336 -0.258661 211.3924 0.006 1AA2 0.0923 -6.0684 -2.8809 0.2559 -6.7265 -3.0583 -0.034479 -0.965351 -0.258665 211.4028 0.017 1AA3 0.1114 -5.5297 -3.8153 0.2750 -6.0124 -4.2965 -0.034479 -0.706686 -0.706686 211.4219 0.010 1BB1 0.1317 -4.7439 -4.7439 0.2950 -5.2258 -5.2258 -0.034953 -0.706675 -0.706675 211.4419 0.017 1BB2 0.1526 -3.8162 -5.5309 0.3162 -4.2973 -6.0135 -0.034479 -0.706686 -0.706686 211.4631 0.023 1BB3 0.1759 -2.8821 -6.0711 0.3395 -3.0596 -6.7291 -0.034479 -0.258665 -0.965352 211.4865 0.009 1CC1 0.1924 -1.7369 -6.4823 0.3557 -1.9133 -7.1407 -0.034953 -0.258661 -0.965336 211.5026 0.011 1CC2 0.2028 -0.5396 -6.6997 0.3664 -0.7150 -7.3583 -0.034479 -0.258665 -0.965352 211.5134 0.012 1CC3 0.2071 0.5397 -6.6999 0.3707 0.7150 -7.3585 -0.034479 0.258665 -0.965351 211.5177 0.006 1DD1 0.2036 1.7370 -6.4827 0.3669 1.9134 -7.1411 -0.034953 0.258661 -0.965336 211.5138 0.006 1DD2 0.1928 2.8824 -6.0716 0.3564 3.0598 -6.7297 -0.034479 0.258665 -0.965351 211.5034 0.005 1DD3 0.1738 3.8166 -5.5315 0.3374 4.2978 -6.0142 -0.034479 0.706686 -0.706686 211.4843 0.021 1EE1 0.1541 4.7444 -4.7444 0.3174 5.2264 -5.2264 -0.034953 0.706675 -0.706675 211.4643 0.017 1EE2 0.1326 5.5303 -3.8158 0.2962 6.0130 -4.2969 -0.034479 0.706686 -0.706686 211.4431 0.012 1EE3 0.1092 6.0690 -2.8812 0.2728 6.7270 -3.0586 -0.034479 0.965352 -0.258665 211.4197 0.021 1FF1 0.0934 6.4790 -1.7360 0.2567 7.1373 -1.9124 -0.034953 0.965336 -0.258661 211.4036 0.011 1FF2 0.0823 6.6955 -0.5392 0.2459 7.3541 -0.7146 -0.034479 0.965352 -0.258665 211.3928 0.001 1FF3 0.0803 6.7510 0.5541 0.2459 7.3541 0.7146 -0.034479 0.965352 0.258665 211.3928 0.001 2A1 0.0914 6.5345 1.7509 0.2567 7.1373 1.9124 -0.034953 0.965336 0.258661 211.4036 0.011 2A2 0.1072 6.1245 2.8960 0.2728 6.7270 3.0586 -0.034479 0.965352 0.258665 211.4197 0.021 2A3 0.1306 5.5709 3.8564 0.2962 6.0130 4.2969 -0.034479 0.706686 0.706686 211.4431 0.012 2B1 0.1521 4.7851 4.7851 0.3174 5.2264 5.2264 -0.034953 0.706675 0.706675 211.4643 0.017 2B2 0.1718 3.8572 5.5721 0.3374 4.2978 6.0142 -0.034479 0.706686 0.706686 211.4843 0.021 2B3 0.1909 2.8972 6.1271 0.3564 3.0598 6.7297 -0.034479 0.258665 0.965352 211.5034 0.005 2C1 0.2016 1.7519 6.5382 0.3669 1.9134 7.1411 -0.034953 0.258661 0.965336 211.5138 0.006 2C2 0.2052 0.5545 6.7554 0.3707 0.7150 7.3585 -0.034479 0.258665 0.965352 211.5177 0.006 2C3 0.2008 -0.5545 6.7552 0.3664 -0.7150 7.3583 -0.034479 -0.258665 0.965351 211.5134 0.012 2D1 0.1904 -1.7518 6.5378 0.3557 -1.9133 7.1407 -0.034953 -0.258661 0.965336 211.5026 0.011 2D2 0.1740 -2.8970 6.1266 0.3395 -3.0596 6.7291 -0.034479 -0.258665 0.965351 211.4865 0.009 2D3 0.1506 -3.8568 5.5715 0.3162 -4.2973 6.0135 -0.034479 -0.706686 0.706686 211.4631 0.023 2E1 0.1297 -4.7845 4.7845 0.2950 -5.2258 5.2258 -0.034953 -0.706675 0.706675 211.4419 0.017 2E2 0.1094 -5.5703 3.8560 0.2750 -6.0124 4.2965 -0.034479 -0.706686 0.706686 211.4219 0.010 2E3 0.0903 -6.1239 2.8958 0.2559 -6.7265 3.0583 -0.034479 -0.965352 0.258665 211.4028 0.017 2F1 0.0802 -6.5341 1.7508 0.2455 -7.1370 1.9123 -0.034953 -0.965336 0.258661 211.3924 0.006 2F2 0.0760 -6.7509 0.5541 0.2416 -7.3540 0.7146 -0.034479 -0.965352 0.258665 211.3885 0.005 2F3 0.0803 -6.7510 -0.5541 0.2459 -7.3541 -0.7146 -0.034479 -0.965351 -0.258665 211.3928 0.001 2AA1 0.0914 -6.5345 -1.7509 0.2567 -7.1373 -1.9124 -0.034953 -0.965336 -0.258661 211.4036 0.011 2AA2 0.1072 -6.1245 -2.8960 0.2728 -6.7270 -3.0586 -0.034479 -0.965351 -0.258665 211.4197 0.021 2AA3 0.1306 -5.5709 -3.8564 0.2962 -6.0130 -4.2969 -0.034479 -0.706686 -0.706686 211.4431 0.012 2BB1 0.1521 -4.7851 -4.7851 0.3174 -5.2264 -5.2264 -0.034953 -0.706675 -0.706675 211.4643 0.017 2BB2 0.1718 -3.8572 -5.5721 0.3374 -4.2978 -6.0142 -0.034479 -0.706686 -0.706686 211.4843 0.021 2BB3 0.1909 -2.8972 -6.1271 0.3564 -3.0598 -6.7297 -0.034479 -0.258665 -0.965352 211.5034 0.005 2CC1 0.2016 -1.7519 -6.5382 0.3669 -1.9134 -7.1411 -0.034953 -0.258661 -0.965336 211.5138 0.006 2CC2 0.2052 -0.5545 -6.7554 0.3707 -0.7150 -7.3585 -0.034479 -0.258665 -0.965352 211.5177 0.006 2CC3 0.2008 0.5545 -6.7552 0.3664 0.7150 -7.3583 -0.034479 0.258665 -0.965351 211.5134 0.012 2DD1 0.1904 1.7518 -6.5378 0.3557 1.9133 -7.1407 -0.034953 0.258661 -0.965336 211.5026 0.011 2DD2 0.1740 2.8970 -6.1266 0.3395 3.0596 -6.7291 -0.034479 0.258665 -0.965351 211.4865 0.009 2DD3 0.1506 3.8568 -5.5715 0.3162 4.2973 -6.0135 -0.034479 0.706686 -0.706686 211.4631 0.023 2EE1 0.1297 4.7845 -4.7845 0.2950 5.2258 -5.2258 -0.034953 0.706675 -0.706675 211.4419 0.017 2EE2 0.1094 5.5703 -3.8560 0.2750 6.0124 -4.2965 -0.034479 0.706686 -0.706686 211.4219 0.010 2EE3 0.0903 6.1239 -2.8958 0.2559 6.7265 -3.0583 -0.034479 0.965352 -0.258665 211.4028 0.017 2FF1 0.0802 6.5341 -1.7508 0.2455 7.1370 -1.9123 -0.034953 0.965336 -0.258661 211.3924 0.006 2FF2 0.0760 6.7509 -0.5541 0.2416 7.3540 -0.7146 -0.034479 0.965352 -0.258665 211.3885 0.005 2FF3 * end * Mon Dec 4 14:17:49 1995 PRO hess_setup ;+ ; Fill hess_common variables with data ; ; NOTE: All lengths are in mm ; ; 11/21/94 dd Started ; 11/22/94 dd added sign to hs_Doff to indicate hole in or out board ; 11/25/94 dd Added gluing angles, inches, etc. Finished? ; 3/9/95 dd Changed hs_Xoff to be 1.7 inches. ; 10/10/95 dd Modified for TOGA (TMA support structure) design. ; 10/16/95 dd Modify for three-gratings per segment. ; 12/4/95 dd Change spacing between gratings to +/- 9.45 degrees. ;- @hess_common ; Rowland diameter ; TMA finite source focal-length ; from Podgorski ray-trace and e-mail 9/1/95 hs_X = DOUBLE(6469.55 - $ ; shutter blade plane ; shutter to grating envelope (947.00 + 150.0) ) ; Podgorski, Norton ; On-axis vertex location at Xg = Xoff hs_Xoff = DOUBLE(0.5 * 25.4) ; 1/2" plate? ; TMA parameters!!! Use two shells (of same values) for HEGs and MEGs ; HYPERBOLA specification ; Hyperbola Axial distance to finite focus, front hs_HAf = DOUBLE(6469.55 - 441.37) + FLTARR(2) ; Podgorski ; Hyperbola Axial distance to finite focus, back hs_HAb = DOUBLE(6469.55 - 801.82) + FLTARR(2) ; Podgorski ; Hyperbola Radius, front hs_HRf = DOUBLE(209.07069) + FLTARR(2) ; LVS 6/17/93 ; Hyperbola Radius, back hs_HRb = DOUBLE(199.87773) + FLTARR(2) ; LVS 6/17/93 ; GRATING FRAME parameters ; Distance from grating center to hole centerline ; Positive when hole is at a larger radius than the center. ; For TOGA "shell 1" is MEGs and shell 2 is HEGs ; all mounting holes are on inside (is this best?) hs_Doff = DOUBLE( [-0.6755, -0.6180]*DOUBLE(25.4) ) ; Distance from grating membrane to mounting surface hs_Dthk = DOUBLE(0.187*25.4) + FLTARR(2) ; Spacing between grating mounting hole hs_Dspc = DOUBLE( [1.115, 1.000]*DOUBLE(25.4) ) ; Dispersion angle offset from Y axis: hs_Disp = DOUBLE( [+5.0, -5.0]*!DTOR ) ; SEGMENT parameters ; Names of all the segments hs_Segs = ['A','B','C','D','E','F','AA','BB','CC','DD','EE','FF'] ; Gratings per segment ; Three gratings per segment, spaced +/- 9.45 degrees hs_GpS = [3,3] ; Gluing angles: (each segment), add hs_Disp for gluing angle hs_Tglu = DOUBLE([75.,45.,15.,-15.,-45.,-75., $ -105.,-135.,-165.,-195.,-225.,-255.] * !DTOR) ; Default to inches for hess_plot and hess_out hs_use_inches = 1 RETURN END