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Option Explicit     'Remove this to enable non-dimensioned variables to be used. K_+M?ap_
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Dim entity As T_ENTITY Q.$/I+&j
Dim op As T_OPERATION EJ {vJZO
Dim mat As T_MODELMATERIAL C)m@/w
Dim A As Double jk`U7G*
Dim pupilDiam As Double d1#lC*.Sg
Dim eID As Long =eY
Dim parID As Long >0SG]er@
Dim count As Integer "zw{m+7f,
Dim taq As Double, Rant As Double, CCant As Double, Rpost As Double, CCpost As Double !QdX+y<re
Dim tlens As Double, nlens As Double lFuW8G,-f@
Dim curv As Double, conic As Double n=b!c@f4
Dim ok As Long Pjq9BK9p
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Sub Main CHS}tCfos>
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    '用户输入对话框 R}(Rv3>Xx
    Begin Dialog UserDialog 320,126,"Input parameters" ' %GRID:10,7,1,1 X7*ossv
        TextBox 220,21,40,21,.TextBox1 'default: 0 j7);N
        Text 20,21,190,21,"Accommodation (in Diopters):",.Text1,1 0;a10b
        OKButton 40,91,90,21 _H U>T
        CancelButton 190,91,90,21 Zah<e6L
        Text 20,49,190,14,"Pupil diameter (4 mm default):",.Text2,1 Z wKX$(n
        TextBox 220,49,40,21,.TextBox2 'default: 4 E @r &K
    End Dialog '~yxu$aK
    Dim dlg As UserDialog : HU|BJ>
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    ok = Dialog (dlg) y+^KVEw
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    If ok=0 Then    'cancel button was pressed CNV^,`FX
        Print "Execution cancelled." ,4,Bc<
        End = <A0;
    End If "WY5Pzsi:
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    'Assign accommodation and pupil diameter & use defaults if field left empty Z!q$d/1
    If dlg.TextBox1 = "" Then \Dr( /n
        A = 0           'Default accommodation B{`K?e0
    Else -m,Y6
        A = CDbl(dlg.TextBox1) $2]>{g
    End If v"Bm4+c&0
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    If dlg.TextBox2 = "" Then MYJMZ3qBi
        pupilDiam = 4   'Default pupil diameter ^[I>#U
    Else Yx66Xy
        pupilDiam = CDbl(dlg.TextBox2) |U'`Sc
    End If <2O#!bX1
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    Print " " D1ik*mDA=
    Print "Accommodation = " & A & " Diopters" c=-qbG0`
    Print "Pupil Diameter = " & pupilDiam & " mm" #$ka.Pj
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    ' Calculate new parameters with accommodation LGtw4'yr
    taq = 0.55 + 2.97 - 0.04*A              'Aqueous thickness g^:`h VV
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    Rant = 12.0 - 0.4*A                     'Radius of anterior lens =^zGn+@z
    CCant = -7.518749 + 1.285720*A          'Conic constant of anterior lens $qpW?<>,0
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    Rpost = -5.224557 + 0.2*A               'Radius of posterior lens I(3YXv VN
    CCpost = -1.353971 - 0.431762*A         'Conic constant of posterior lens ~md06"AYJ
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    tlens = 3.767 + 0.04*A                  'Lens thickness wqjR-$c
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    nlens = 1.42 + 0.00256*A - 0.00022*A^2  'Lens index of refraction =yRv*C
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    'Adjust parameters to account for accommodation <RbsQ^U
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    '************************************************************************* 0e:j=kd)NH
    'Aqueous thickness (Position of Lens) 0<<ATw$aQ
    '************************************************************************* @I&k|\
    eID = FindFullName( "Geometry.Arizona Eye.Lens" ) M)JozD%
    GetCustomElement eID, entity klc$n07
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    parID = FindFullName( "Geometry.Arizona Eye" ) s[7/w[&
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    ' Delete any shift(s) in z `Um-Y'KE
    count = 0 [tC=P&<
    While GetOperationCount(eID)>count 2H] 7=j
        GetOperation eID, count, op ]R^xO;g'
        If op.Type="ShiftZ" Then EIpz-"S
            DeleteOperation eID,count 1(i%nX<U
            count=count-1 H4wDF:n0H
        End If RA){\~@wC
        count=count+1 W8-vF++R
    Wend dtG>iJ
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    'Set new shift in |~v2~
    op.Type = "ShiftZ" WFmW[< g
    op.val1 = taq 6@:<62!;
    op.parent = parID DHvZ:)aT}
    AddOperation eID, op 3_&s'sG5
    Print "Set aqueous humor thickness = " & taq-0.55 F[B=sI
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    '************************************************************************* yYTOp^
    'Radius and conic constant of anterior lens L|'B*
    '************************************************************************* (BK_A{5
    eID = FindFullName( "Geometry.Arizona Eye.Lens.Anterior" ) m3(p7Z^Bq
    GetConic eID, entity, curv, conic fCX8s(|F
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    SetConic eID, entity, 1/Rant, CCant s=K?-O
    Print "Set anterior lens radius = " & Rant & " and conic constant = " & CCant tHM0]Gb}
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    '************************************************************************* k2#|^N
    'Radius and conic constant of posterior lens \nTV;@F
    '************************************************************************* ^ME'D
    eID = FindFullName( "Geometry.Arizona Eye.Lens.Posterior" ) xbCQ^W2YU|
    GetConic eID, entity, curv, conic ]T.+(\I
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    SetConic eID, entity, 1/Rpost, CCpost r&F 6ZCw
    Print "Set posterior lens radius = " & Rpost & " and conic constant = " & CCpost 9.9B#?
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    '************************************************************************* ~g@}A
    'Lens thickness (Position of posterior lens surface) uA t{WDHm
    '************************************************************************* }Q6o#oZ
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    parID = FindFullName( "Geometry.Arizona Eye.Lens" ) {DUtdu[
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    ' Delete any z-shift(s) Bob-qCBV
    count = 0 mO8/eVws[M
    While GetOperationCount(eID)>count bFH`wLW
        GetOperation eID, count, op E},zB*5TH
        If op.Type="ShiftZ" Then p3T:Y_
            DeleteOperation eID,count L7.SH#m
            count=count-1 7y.iXe!P
        End If QTN'yd?WE
        count=count+1 43O5|8o
    Wend $(*>]PC+)
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    'Set new z-shift *!dA/sid
    op.Type = "ShiftZ" %E [HMq<H
    op.val1 = tlens cVr+Wp7K#|
    op.parent = parID :s-9@Yl|
    AddOperation eID, op zW)Wt.svP
    Print "Set lens thickness = " & tlens :V_UJ3xf
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    '************************************************************************* $>+g)
    'Lens index of refraction N8J(RR9O
    '************************************************************************* OF-VVIS
    eID = FindMaterial( "Lens" ) YPCitGBl
    GetModelMaterial eID, mat v?%vB#A^
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    mat.Nd = nlens Oi-%6&}J
    SetModelMaterial eID, mat Qam48XZ >
    Print "Set lens index of refraction = " & nlens (qz)3Fa
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    '************************************************************************* >6)|>#Wi
    'Pupil diameter TgHUH>k
    '************************************************************************* #5{BxX&\
    eID = FindFullName( "Geometry.Arizona Eye.Pupil.Iris" ) IcGX~zWr
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    'Adjust pupil diameter (trimming volume inner hole) i` ay9J8N
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    SetTrimVolHole eID, pupilDiam/2, pupilDiam/2, 0, 0, "Cylinder" |f.,fVVV;
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    ' Adjust pupil location to just in front of the lens a(ml#-M
    parID = FindFullName( "Geometry.Arizona Eye" ) l(@c
    eID = FindFullName( "Geometry.Arizona Eye.Pupil" ) aeAx0yE[p
    count = 0 wkV'']= Xg
    While GetOperationCount(eID)>count Q(e
        GetOperation eID, count, op -*Th=B-
        If op.Type="ShiftZ" Then GS}JyU
            DeleteOperation eID,count nb6Y/`G
            count=count-1 SQ/HZ
        End If )OVa7[-T
        count=count+1 l\uNh~\
    Wend ErQ6a%~,
    op.Type = "ShiftZ" c& bms)Jwa
    op.val1 = taq-0.01 Fmz+ Xb
    op.parent = parID )}t't"
    AddOperation eID, op (mKH,r
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    Print "Set pupil diameter = " & pupilDiam =2ED w_5E
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    'Update AZ Eye subassembly Description NK(_ &.F
    eID = FindFullName( "Geometry.Arizona Eye" ) ~!cxRd5;F
    GetEntity eID, entity fGRV]6?V
    entity.Description = "Accommodation = " & A & "D" \k{[HfVvn
    SetEntity eID, entity D{[{&1\)r
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    Update rPqM&&+
    Print "DONE!" %H2ios[UO
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End Sub =9,^Tu|
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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： =
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Accommodation = 4 Diopters 4RYH^9;>K
Pupil Diameter = 4 mm 4l68+
Set aqueous humor thickness = 2.81 n;Q8Gg2U
Set anterior lens radius = 10.4 and conic constant = -2.375869 QG2 Zh9R
Set posterior lens radius = -4.424557 and conic constant = -3.081019 D}j`T
Set lens thickness = 3.927 \g h |G
Set lens index of refraction = 1.42672 ;ko6igx)+
Set pupil diameter = 4 FF!PmfF'
DONE!