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Option Explicit     'Remove this to enable non-dimensioned variables to be used. lQ}e"#<
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Dim entity As T_ENTITY /G>reG,G
Dim op As T_OPERATION ,;_D~7L
Dim mat As T_MODELMATERIAL ~6hG"t]:
Dim A As Double H$ sNp\[{
Dim pupilDiam As Double )kE(%q:*P$
Dim eID As Long bnWKfz5
Dim parID As Long i"rrM1/r
Dim count As Integer ,0~/ Cn
Dim taq As Double, Rant As Double, CCant As Double, Rpost As Double, CCpost As Double $B iG7,[#
Dim tlens As Double, nlens As Double C~5-E{i
Dim curv As Double, conic As Double `tCOe
Dim ok As Long M?UlC
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Sub Main Kk^tQwj/QE
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    '用户输入对话框 _n3Jf<Y
    Begin Dialog UserDialog 320,126,"Input parameters" ' %GRID:10,7,1,1 N1V qK
        TextBox 220,21,40,21,.TextBox1 'default: 0 ;5*)kX
        Text 20,21,190,21,"Accommodation (in Diopters):",.Text1,1 Wu 71q=
        OKButton 40,91,90,21 :*2+t-
        CancelButton 190,91,90,21 +njE
        Text 20,49,190,14,"Pupil diameter (4 mm default):",.Text2,1 V zx%N.
        TextBox 220,49,40,21,.TextBox2 'default: 4 ,]N!I%SI
    End Dialog qdn\8Pn
    Dim dlg As UserDialog 6g ,U+~
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    ok = Dialog (dlg) 5T[9|zJs
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    If ok=0 Then    'cancel button was pressed C/P,W>8
        Print "Execution cancelled." -S=Zsr\
        End ^"w.v' sL
    End If HY]vaA`
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    'Assign accommodation and pupil diameter & use defaults if field left empty 7p?6j)rj
    If dlg.TextBox1 = "" Then @"}dbW<DV
        A = 0           'Default accommodation J! 4l-.-
    Else f77uqv(Y
        A = CDbl(dlg.TextBox1) ,i2%FW
    End If B;8YX>r
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    If dlg.TextBox2 = "" Then .P=uR8
        pupilDiam = 4   'Default pupil diameter JlsRP
    Else *JG?^G"l
        pupilDiam = CDbl(dlg.TextBox2) S.+)">buH
    End If i3.8m=>
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    Print " " _"Q +G@@
    Print "Accommodation = " & A & " Diopters" E<3hy
    Print "Pupil Diameter = " & pupilDiam & " mm" q{UP_6OF
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    ' Calculate new parameters with accommodation Y2Mti-\
    taq = 0.55 + 2.97 - 0.04*A              'Aqueous thickness r'hr'wZ
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    Rant = 12.0 - 0.4*A                     'Radius of anterior lens W%09.bF
    CCant = -7.518749 + 1.285720*A          'Conic constant of anterior lens u[U~`*i*rA
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    Rpost = -5.224557 + 0.2*A               'Radius of posterior lens KQ/v](77
    CCpost = -1.353971 - 0.431762*A         'Conic constant of posterior lens Z*kGWL
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    tlens = 3.767 + 0.04*A                  'Lens thickness [;VNuF
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    nlens = 1.42 + 0.00256*A - 0.00022*A^2  'Lens index of refraction 2 G_*Pqc
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    'Adjust parameters to account for accommodation 3V`K^X3
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    '************************************************************************* jh]wHG
    'Aqueous thickness (Position of Lens) $*%Ml+H-
    '************************************************************************* .i/]1X*;r^
    eID = FindFullName( "Geometry.Arizona Eye.Lens" ) ~}4o=O(
    GetCustomElement eID, entity uw+v]y
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    parID = FindFullName( "Geometry.Arizona Eye" ) }i/&m&VU
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    ' Delete any shift(s) in z #hd<5+$U}l
    count = 0 AEi@t0By
    While GetOperationCount(eID)>count 'N5qX>Ob
        GetOperation eID, count, op q4 'x'8
        If op.Type="ShiftZ" Then xP'IyABx
            DeleteOperation eID,count <_ */
            count=count-1 )QTk5zt
        End If nl5K1!1
        count=count+1 %>i7A?L
    Wend iTD}gC
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    'Set new shift in c0<Y017sG
    op.Type = "ShiftZ" $t1]w]}d
    op.val1 = taq 6kT l(+
    op.parent = parID #X"\:yN
    AddOperation eID, op |i?AtOt@f
    Print "Set aqueous humor thickness = " & taq-0.55 $Miii`VS9
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    '************************************************************************* X@9_ukdpu
    'Radius and conic constant of anterior lens 'A!Dg
    '************************************************************************* =Mn![
    eID = FindFullName( "Geometry.Arizona Eye.Lens.Anterior" ) 30>TxL=&
    GetConic eID, entity, curv, conic I2j;9Qcz
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    SetConic eID, entity, 1/Rant, CCant 4,s: G.g
    Print "Set anterior lens radius = " & Rant & " and conic constant = " & CCant )\^o<x2S
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    '************************************************************************* RO wbzA)]r
    'Radius and conic constant of posterior lens lbg6n:@
    '************************************************************************* UUb!2sO
    eID = FindFullName( "Geometry.Arizona Eye.Lens.Posterior" ) ; tvB{s_
    GetConic eID, entity, curv, conic (GPJ=r
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    SetConic eID, entity, 1/Rpost, CCpost z8Dn<h
    Print "Set posterior lens radius = " & Rpost & " and conic constant = " & CCpost (P`{0^O"}
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    '************************************************************************* jI;bVG
    'Lens thickness (Position of posterior lens surface) |,sUD/rt
    '************************************************************************* Y[s
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    parID = FindFullName( "Geometry.Arizona Eye.Lens" ) 5\=9&{WjND
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    ' Delete any z-shift(s) N%r}0
    count = 0 lBG*P>;
    While GetOperationCount(eID)>count aGpRdF1;!
        GetOperation eID, count, op >j`*-(`2fa
        If op.Type="ShiftZ" Then QV .A.DK
            DeleteOperation eID,count ~iwEhF
            count=count-1 'R]Z9h
        End If RX2= iO"
        count=count+1 y\0^c5}
    Wend |!!E5osXq
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    'Set new z-shift z%Z}vWn
    op.Type = "ShiftZ" 3:Z(tM&-O
    op.val1 = tlens lf|^^2'*2<
    op.parent = parID ['R=@.
    AddOperation eID, op J1R%w{
    Print "Set lens thickness = " & tlens =r-Wy.a@
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    '************************************************************************* ,s)~Y p?<
    'Lens index of refraction 2OT6*+D
    '************************************************************************* VsZ_So;
    eID = FindMaterial( "Lens" ) &PgdCijGq;
    GetModelMaterial eID, mat f "&q~V4?
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    mat.Nd = nlens \~?s= LT
    SetModelMaterial eID, mat *(>$4$9n
    Print "Set lens index of refraction = " & nlens /pk;E$qv
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    '************************************************************************* "5y^s!/
    'Pupil diameter Bp/8 >EO`
    '************************************************************************* \FKIEg+(2
    eID = FindFullName( "Geometry.Arizona Eye.Pupil.Iris" ) Y4714
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    'Adjust pupil diameter (trimming volume inner hole) bs`/k&'
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    SetTrimVolHole eID, pupilDiam/2, pupilDiam/2, 0, 0, "Cylinder" %@xYg{
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    ' Adjust pupil location to just in front of the lens xK y<o
    parID = FindFullName( "Geometry.Arizona Eye" ) [KE4wz+s{
    eID = FindFullName( "Geometry.Arizona Eye.Pupil" ) jU#%@d6!#
    count = 0 `q@~78`
    While GetOperationCount(eID)>count \)#3S $L~
        GetOperation eID, count, op HkV/+ {;S~
        If op.Type="ShiftZ" Then +nZG!nP
            DeleteOperation eID,count R|M:6]}
            count=count-1 (qG$u&
        End If .XE]vo
        count=count+1 (,TO|
    Wend nx+& {hn(
    op.Type = "ShiftZ" '9[_w$~(
    op.val1 = taq-0.01 (\I =v".
    op.parent = parID &%bX&;ECzf
    AddOperation eID, op e=R} 4`
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    Print "Set pupil diameter = " & pupilDiam .iS]aJJ
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    'Update AZ Eye subassembly Description Sh*P^i.]+
    eID = FindFullName( "Geometry.Arizona Eye" ) <|_Ey)1 6
    GetEntity eID, entity A^Zs?<C-
    entity.Description = "Accommodation = " & A & "D" \mDm*UuG
    SetEntity eID, entity avz 4&
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    Update <?g{Rn
    Print "DONE!" GkC88l9z
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End Sub C;ye%&g>
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如果屈光度是4，光瞳直径是4，则会输出如下数据： ={Hbx>p
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Accommodation = 4 Diopters *,pqpD>
Pupil Diameter = 4 mm t(yv
Set aqueous humor thickness = 2.81 [~o3S$C&7
Set anterior lens radius = 10.4 and conic constant = -2.375869 xle29:?l
Set posterior lens radius = -4.424557 and conic constant = -3.081019 ?`XKaD! f
Set lens thickness = 3.927 Cnr48ukq
Set lens index of refraction = 1.42672 `otQ'e~+t
Set pupil diameter = 4 RW)C<g
DONE!