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author | evmik <evmik@ligo.mit.edu> | 2006-07-07 18:53:15 -0400 |
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committer | evmik <evmik@ligo.mit.edu> | 2006-07-07 18:53:15 -0400 |
commit | 7b360bfa34159e5e030de95a9225e577de6ccbf5 (patch) | |
tree | 23f2b3112d5aa8513b14486066e892a112481483 /abcd.m | |
parent | 851fafb9650202e5cf0752fa88502b5bc7844504 (diff) | |
download | mode_match-7b360bfa34159e5e030de95a9225e577de6ccbf5.tar.gz mode_match-7b360bfa34159e5e030de95a9225e577de6ccbf5.zip |
fromer abcd.m now split into two parts: one with function and one with calculations
darcs-hash:20060707225315-a6199-dd99472cdd723d83af758d86f38d23b91db05356
Diffstat (limited to 'abcd.m')
-rw-r--r-- | abcd.m | 78 |
1 files changed, 0 insertions, 78 deletions
@@ -53,83 +53,5 @@ endfunction -########################################## -lambda= 1.064E-6 ; -Ltot= 1 ; -r0= 1.0E+100 ; -w0= 25.63e-6; -#w0= 3.79E-4 ; -lns1.abcd=abcd_lens( 0.25 ) ; -lns1.x= 0.37680270021479 ; -lns2.abcd=abcd_lens( 0.1 ) ; -lns2.x= 0.90277021575519 ; -rf=1e100; -wf=25.630e-6; -########################################## -source("answ.txt") - - -q0=waste_r2q(w0,r0,lambda); -optics=list(lns1,lns2,lns3); -optics_forward=optics; - -x=0:.01:Ltot; -printf("=================================\n") -q1=prop(x,q0,optics); -printf("=================================\n") -w1=q2waste(q1, lambda); -r1=q2radius(q1,lambda); - -printf("=================================\n") -#q1b=prop(Ltot,q0,optics) -#wb=q2waste(q1b, lambda) -#rb=-q2radius(q1b,lambda) -#because of back propogation -rf=-rf; -q1b=waste_r2q(wf,rf,lambda); - -lns1.x=Ltot-lns1.x; -lns2.x=Ltot-lns2.x; -lns3.x=Ltot-lns3.x; -optics=list(lns3,lns2,lns1); -q2b=prop(x,q1b,optics); -printf("=================================\n") -wb=q2waste(q2b, lambda); -rb=q2radius(q2b,lambda); -xb=Ltot-x; -#plot (x,w1, "1") -plot (x,w1, "1", xb, wb, "2") - -printf("=================================\n") -printf("======= final check =============\n") -printf("======= after propogatin ========\n") -printf("following are theoretical values: \n") -w0 -r0 -wf -rf -q0=waste_r2q(w0,r0,lambda); -optics=list(lns1,lns2,lns3); -qtf=prop(Ltot, q0, optics_forward); -printf("values below should match 'wf' and 'rf': \n") -waste = q2waste(qtf, lambda) -radius = q2radius(qtf,lambda) - -pause(100) -quit() -system("cat answ.txt answ.txt") -answ=menu("Is it reasonable mode matching?","yes","no") -if (answ ==1) - printf("xxxxxxxxxxxxxxxxxxxxxxxxxxxx") - system("cat answ.txt >>good_mode_matching.txt") -else - printf("------------------------------") -endif - -exit -# -#gset term postscript -#gset output "foo.ps" -#plot (x,w1, "1", xb, wb, "2") |