這是 FIR 指令的說明 4xnM7t\
5$Aiez~tBq
At any conjugate, finite or infinite: _)F0o C {
EFL – Effective focal length &~a/Upz0]_
BFL – Back focal length HA::(cXL
FFL – Front focal length \<4Hp_ 2?
FNO – f/number )R]gJ_ ,c
IMG DIS– Actual image distance (SI-1 to SI) )ku w&SH,
OAL – Overall length (S1 to SI-1) X/- u$c
ANG – Object space last field angle (in degrees) BuIly&qbm<
oCR-KR>{Q
PARAXIAL IMAGE ;,Q6AS!
HT – Height on image surface *w_f-YoXp
(&ABfm/t
ENTRANCE PUPIL [sweN]b6F
DIA – Diameter u @eKh3!
THI – Distance from S1 to pupil - |j4u#z
2[Q/|D}}|
EXIT PUPIL ~<&47'D
DIA – Diameter \`$RY')9|!
THI – Distance from SI-1 to pupil s5SKQ#,@P
L#X!.
Add at finite conjugates (if applicable): RmcQGQ
RED – Reduction ratio Rr3 <ln
FNO – f/number at actual conjugate +7|Q d}\X
OBJ DIS – Object distance (SO) DV">9{"5']
TT – Total track distance (SO to SI) LAfv 1
Nw=mSW^E
PARAXIAL IMAGE cp\A
xWtUZ
THI – Paraxial image distance (from SI-1) ] f~mR_E
