SimWe仿真论坛 » A10：Ansoft » Maxwell 3D v11 VBScript Example

hottomson 发表于 2008-6-20 11:47

Maxwell 3D v11 VBScript Example

参考官方的文档An M3DFS Macro Example编写了Maxwell 3D v11的脚本，与原文档格式基本一致，方便对照，主要的变动是原mac采用重新建立模型，这里采用修改模型的方法。没有采用中文编写，我英语水平超水（四级都没有过）:L ，语法、词汇错误就别指正了:lol 。'TdT3K,_:SW/X

"N!mj?;] Z9K7^ 这个问题不用宏，直接采用参数化分析就可以完成。该脚本仅做参考，不保证正常运行:loveliness: 。 h*b4Y/Z&O,i.Cq

Ai"V/gYn0e 遗留问题：关于Force的输出存在问题，以下语句不对： Y`~!{/H
oDesign.AddOutputVariable "ForceVal", "Force_magnitude"x7b2U
\7c;?7\/L4[*p

/O{"Q\W;OyNP2A 在Maxwell 12中则可以使用如下语句：Bh
KaO;}6I
Set oModule = oDesign.GetModule("OutputVariable")ktDQ2~$@0}9x
oModule.CreateOutputVariable "ForceVal", "group1.Force_mag",  _e1KS9v`0c&[
   "SolnOptnSetup : LastAdaptive", "Magnetostatic", Array()
}'B$_
{3S'vd Xu w}_d@s
注：初步发现v12的脚本和v11脚本有一些不同，使用12的朋友注意了，具体差异可以参考软件自带的online help。
6pT3]/v.Q$t|&Lg'Y
3U1I3D"t8K_+M9B [[i] 本帖最后由 hottomson 于 2008-6-20 11:58 编辑 [/i]]

hottomson 发表于 2008-6-20 11:49

完整脚本

[code] G2z
BF5CWQ)O
Dim oAnsoftApp
#B2yH5Hs4pV Dim oDesktop
(n#n(e+p6Y-}*jF Dim oProjectb_:[ y\y9K5I
Dim oDesignGN:yw~2fEKD
Dim oEditor
rC ]O)Z0[ Dim oModule
pI7t6U r2d 'DefineQvs0SD
Dim u_plate_lengthY8x7A!rY:{L.D)s
Dim u_plate_width
Rv-t c)k$T Dim u_plate_thick
ZDA2M3yv-E Dim u_plate_high )I7SBOFG9xr
Dim armature_length +U9X`4Uw$P0G[
Dim armature_width
/M_)sW.DY5w Dim armature_thick $l#\/S MW%b
Dim core_radius
pVjYQv)BZ Dim core_height
nK4]WY!}4H Dim coil_1_height 0B"F#|iP"g#v
Dim coil_1_inner_rad
8H6@c n7}%O0i Dim coil_1_outer_rad v)F%F(e'HmIJ
Dim coil_1_position
YjI Z(^o'q B%l Dim no_current_steps
VA`KNQicb_ Dim no_turns_coil1
,VE&_J
ov&sV Dim current_min!u^;|{6P9J
Dim current_max ?y*q'Vh O{c
Dim no_gaps }*tH(Es^9}I:A
Dim gap_min
W.Ec"V_}"u7[Z Dim gap_max
~_r5CE\{2qg0A u_plate_length = 100f#e)S-p0]*G
u_plate_width = 604~Q]3p ~9V Bm
u_plate_thick = 5Eb5Kja
u_plate_high = 75+O#Mr;v9U7B8Z
armature_length = 120poL;g|plw\
armature_width = 80}2G5cym|_
armature_thick = 5
)r/Syt*\8]0` P core_radius = 10QyT\1]w
core_height = 70
WAv.t)r+`0C5m coil_1_height = 5
oE4cZ-z?"R? coil_1_inner_rad = 15

DI]+wR#KC2J9Q coil_1_outer_rad = 25.?k d8x}8EVC
coil_1_position = 25)G @j-Qq AL
no_current_steps = 2;RL}:w Z0}"?
no_turns_coil1 = 1000
d O;P6B9K5K current_min = 0.5
'M-I;u!q8ZNbi current_max = 1#~"^_GWI:S:p,HU
no_gaps = 2
SfOa[+nJ gap_min = 0.01H(@rd;H$ig,GV8h
gap_max = 1e!tm)s@-m3GR
Set oAnsoftApp = CreateObject("AnsoftMaxwell.MaxwellScriptInterface.11")
t(vVq:h)\8Q4GL"[ Set oDesktop = oAnsoftApp.GetAppDesktop()
L)`w&D!^8\0? oDesktop.RestoreWindow t:o ^c(W,M
Set oProject = oDesktop.NewProject
| f s0m6~ oProject.InsertDesign "Maxwell", "MaxwellDesign1", "Magnetostatic", ""
l-h+O;h'T+v` Set oDesign = oProject.SetActiveDesign("MaxwellDesign1")1b]v+g{,@4|8m
Set oEditor = oDesign.SetActiveEditor("3D Modeler")!J9iU|)zr#Kd
Dim temp,temp1,temp2,temp3,gap,gap_loop_index
4_5y+y*d m,}e gap_loop_index=0 jq Cp:f$d5kwb
temp = gap_max - gap_min
3OiB!{9CL;F
J temp3 = no_gaps - 11w3E/Y{z2x3m6o
temp1 = temp/temp3Ubyjr+IOTy a#\
temp2 = temp1*gap_loop_index6u`j6SnK8A
gap = gap_min + temp2
2` z6MG5cR+\ Dim u_plate_x,u_plate_y
W'{H9G q"m u_plate_x=u_plate_width/25EU%L_/t
u_plate_y=u_plate_length/27cv}cFd*{+C:z0d(L
oEditor.CreateBox Array("NAME:BoxParameters", "CoordinateSystemID:=", -1, "XPosition:=",  _
0zoUb `#P`   "0mm", "YPosition:=", "0mm", "ZPosition:=", "0mm", "XSize:=", CStrmm(u_plate_x), "YSize:=",  _
!lm R_;o0n;bN,VI   CStrmm(u_plate_y), "ZSize:=", CStrmm(u_plate_thick)), Array("NAME:Attributes", "Name:=", "u_plate", _
)f2?5I5ekg4@   "Flags:=", "", "Color:=",  "(132 132 193)", "Transparency:=", 0, "PartCoordinateSystem:=", "Global", "MaterialName:=",  _fPm | kTfKt7`7? Z
  "vacuum", "SolveInside:=", true)
f kde \#w1`z/A/U 'L+Je N^ I2]
'Calculate dimensions for quarter model U PlateJ-u$sl0m0Y
'  
kU!LCQ temp1 = u_plate_x*(-1)'UD&uS&vG8i4`_
temp2 = u_plate_thick*(-1)
!WE:\w8?"a"_y oEditor.CreateBox Array("NAME:BoxParameters", "CoordinateSystemID:=", -1, "XPosition:=",  _
,otB4K6ckc   CStrmm(u_plate_x), "YPosition:=", CStrmm(u_plate_y), "ZPosition:=", CStrmm(u_plate_thick), "XSize:=", CStrmm(temp1), "YSize:=",  _
Kf Y"i%T/g3{   CStrmm(temp2), "ZSize:=", CStrmm(u_plate_high)), Array("NAME:Attributes", "Name:=", "u1", _)Y$n
qT?3bad)dr
  "Flags:=", "", "Color:=",  "(132 132 193)", "Transparency:=", 0, "PartCoordinateSystem:=", "Global", "MaterialName:=",  _
&j,`VmHXm   "vacuum", "SolveInside:=", true)9?n ^6w2Q
oEditor.Unite Array("NAME:Selections", "Selections:=", "u_plate,u1"), Array("NAME:UniteParameters", "CoordinateSystemID:=",  _ps)^b8L
?h-|u:RgB
  -1, "KeepOriginals:=", false)
,W D/T NF5? 'NxF(aDq+aFp
'Calculate dimensions for armature
VlIaxbJ"o '  t-txDB RE&Bv
temp = u_plate_thick
0u{)|6n)c temp = temp + u_plate_high
c
x+[5yk"_Q temp = temp + gap
*|`[k+k\1U5eU arm_y = armature_length/2fH(~|c
arm_x = armature_width/2
n4aUy_,I)x oEditor.CreateBox Array("NAME:BoxParameters", "CoordinateSystemID:=", -1, "XPosition:=",  _
d's&k-[;Jmi-qk   "0mm", "YPosition:=", "0mm", "ZPosition:=", CStrmm(temp), "XSize:=", CStrmm(arm_x), "YSize:=",  _
~7t/q.TX#S9}+E%QA2{   CStrmm(arm_y), "ZSize:=", CStrmm(armature_thick)), Array("NAME:Attributes", "Name:=", "armature", "Flags:=", _
P-A+PR5\^   "", "Color:=", "(132 132 193)", "Transparency:=", 0, "PartCoordinateSystem:=",  _
2P@ qA)F6Ot+op   "Global", "MaterialName:=", "vacuum", "SolveInside:=", true)
I u Z:[(a4@G '7]4m K2rLY
'Calculate dimensions for the core
Ng4aIX9^C6g7a
pw(s '6epNjz}WD6rY
temp = u_plate_thick
W!}i/U$DK
F oEditor.CreateRectangle Array("NAME:RectangleParameters", "CoordinateSystemID:=",  _(j]2S u n%?|o
  -1, "IsCovered:=", true, "XStart:=", "0mm", "YStart:=", "0mm", "ZStart:=", CStrmm(temp), "Width:=",  _
7|(UzxT6K!iH   CStrmm(core_height), "Height:=", CStrmm(core_radius), "WhichAxis:=", "Y"), Array("NAME:Attributes", "Name:=",  _yvD$_6Z!rV
  "core", "Flags:=", "", "Color:=", "(132 132 193)", "Transparency:=", 0, "PartCoordinateSystem:=",  _ZF9^{9D!f
  "Global", "MaterialName:=", "vacuum", "SolveInside:=", true)
G!lG*h[UrY oEditor.SweepAroundAxis Array("NAME:Selections", "Selections:=", "core"), Array("NAME:AxisSweepParameters", "CoordinateSystemID:=",  _
AaDY~ o:c~   -1, "DraftAngle:=", "0deg", "DraftType:=", "Round", "CheckFaceFaceIntersection:=",  _wlxe+S0S&jW+@
  false, "SweepAxis:=", "Z", "SweepAngle:=", "90deg", "NumOfSegments:=", "8")
4@K(s~8X%z '
Wx.Q|M-S/N*h 'Calculate dimensions for coil_1
Di/ZK1U 'Q m&|-W1Qkl
AT)W
temp = u_plate_thick
d~&qE!N`[:Wl temp = temp + coil_1_position
s^BiH.gk.p temp1 = coil_1_outer_rad - coil_1_inner_rad~"O$}~n$Toq`
oEditor.CreateRectangle Array("NAME:RectangleParameters", "CoordinateSystemID:=",  _
:|Z}:Ae   -1, "IsCovered:=", true, "XStart:=", CStrmm(coil_1_inner_rad), "YStart:=", "0mm", "ZStart:=",  _
S
g\
\0@(Y   CStrmm(temp), "Width:=", CStrmm(temp1), "Height:=", CStrmm(coil_1_height), "WhichAxis:=", "Y"), Array("NAME:Attributes", "Name:=",  _
_}`|ag/v   "coil1", "Flags:=", "", "Color:=", "(132 132 193)", "Transparency:=", 0, "PartCoordinateSystem:=",  _
5e F:K#[lb   "Global", "MaterialName:=", "vacuum", "SolveInside:=", true)4D&\%[%Zd~
oEditor.SweepAroundAxis Array("NAME:Selections", "Selections:=", "coil1"), Array("NAME:AxisSweepParameters", "CoordinateSystemID:=",  _a.{*S\1s,Z)Q
  -1, "DraftAngle:=", "0deg", "DraftType:=", "Round", "CheckFaceFaceIntersection:=",  _X%uVX CQI^)G
  false, "SweepAxis:=", "Z", "SweepAngle:=", "90deg", "NumOfSegments:=", "8")C9G@X&`h l
  
] U]w%gS+N(B&[X
u oEditor.Section Array("NAME:Selections", "Selections:=", "coil1"), Array("NAME:SectionToParameters", "CoordinateSystemID:=",  _
:F@7Q%V7n^   -1, "SectionPlane:=", "ZX")
IKs8c_I oEditor.ChangeProperty Array("NAME:AllTabs", Array("NAME:Geometry3DAttributeTab", Array("NAME:PropServers",  _
:jHd B:c%I ut "Section1"), Array("NAME:ChangedProps", Array("NAME:Name", "Value:=", "term1"))))TE9o2N5l| K0_ f._
oEditor.Section Array("NAME:Selections", "Selections:=", "coil1"), Array("NAME:SectionToParameters", "CoordinateSystemID:=",  _ e
{E1[*M'c t
-1, "SectionPlane:=", "YZ")
2Jg(i#D ~9GV}U*R oEditor.ChangeProperty Array("NAME:AllTabs", Array("NAME:Geometry3DAttributeTab", Array("NAME:PropServers",  _
f[-v9kz   "Section1"), Array("NAME:ChangedProps", Array("NAME:Name", "Value:=", "term2")))))Df:s?%Q*U8G
'
@v9QD7J4mzK 'the new region defination
&Q%J l#HJ C ''wCm8u9D
oEditor.CreateRegion Array("NAME:RegionParameters", "CoordinateSystemID:=", -1, "+XPadding:=", _]#v\7]/A A%G Zc
  "300", "-XPadding:=", "0", "+YPadding:=", "300", "-YPadding:=", "0", "+ZPadding:=",  _
/{t h3pak:XTu1Zct   "100", "-ZPadding:=", "50"), Array("NAME:Attributes", "Name:=", "Region", "Flags:=", _,}\S;M$fcR(AX
  "Wireframe#", "Color:=", "(255 0 0)", "Transparency:=", 0, "PartCoordinateSystem:=", _
G*N \+Kmof   "Global", "MaterialName:=", "vacuum", "SolveInside:=", true)
)Rn9X3s8WM)gC oEditor.ChangeProperty Array("NAME:AllTabs", Array("NAME:Geometry3DAttributeTab", Array("NAME:PropServers",  _ ],HTd3z k(H.X
  "armature", "u_plate", "core"), Array("NAME:ChangedProps", Array("NAME:Material", "Material:=",  _+ZR\'uo4R{
  "steel_1010"))))
/ZVf
{
o3YKC oEditor.ChangeProperty Array("NAME:AllTabs", Array("NAME:Geometry3DAttributeTab", Array("NAME:PropServers",  _uF} q]*?&Y,L
  "coil1"), Array("NAME:ChangedProps", Array("NAME:Material", "Material:=", "copper"))))
-P K1@$Sn0rc Set oModule = oDesign.GetModule("BoundarySetup")
L-x6}5S*?V0L4t '
:t$N;bG}E|.J~N 'Loop for current stepsk&{Kg$Sx7do B
'
*kS5d7Jw8k
j loop_index = 0g0V/~9uG
loop_limit = no_current_steps+~ [f[}K ?#K
temp = current_max - current_min
y?6e
A
@1H'X temp3 =no_current_steps -1
Q5p&U5\d&|X&~:K temp1 = temp/temp3
@5Z&?7d
_)Yl&s+X$_6k temp2 = temp1*loop_indexvT`@(M$f
curr = current_min + temp2
UZia7G)N0C8{+N&}$P curr = curr * no_turns_coil1
M T2t
BWH$h oModule.AssignCurrent Array("NAME:curr1_in", "Current:=", CStrA(curr), "IsSolid:=",  _
6NIxN7E!FI n*\Lq   true, "Point out of terminal:=", false, "Objects:=", Array("term1"))Ef*\{8f2Yj
oModule.AssignCurrent Array("NAME:curr1_out", "Current:=", CStrA(curr), "IsSolid:=",  _zV Jz6ZI$kW
  true, "Point out of terminal:=", true, "Objects:=", Array("term2"))
o'^ U W'G8^;D   BT;{#K!W"ms
Set oModule = oDesign.GetModule("MaxwellParameterSetup")
U^@-V} J[ oModule.AssignForce Array("NAME:group1", "Is Virtual:=", true, "Reference CS:=",  _
:]&pU8N;nN-e~e#A   "Global", "Objects:=", Array("armature"))(jT[5d$Q6z
  
6a)a)enzEz,p oModule.AssignMatrix Array("NAME:Matrix1", Array("NAME:MatrixEntry", Array("NAME:MatrixEntry", "Source:=", _di.b4r3` mfPj8M/[N
  "curr1_in", "NumberOfTurns:=", "1")), Array("NAME:MatrixGroup"), "Objects:=", Array( _m7m&Qy@ l
  "coil1"))
+dCWhO,W   
/[jw#A-Q)X Set oModule = oDesign.GetModule("AnalysisSetup")
+G8i#Wur oModule.InsertSetup "Magnetostatic", Array("NAME:SolnOptnSetup", "MaximumPasses:=", 10, "MinimumPasses:=",  _$i@(R;B@a1J1K4^ \}$V
  2, "MinimumConvergedPasses:=", 1, "PercentRefinement:=", 50, "LinearResidual:=", _
x t;z9y9u6m{   1E-006, "ConvergenceDispParamId:=", -1, "SolveFieldOnly:=", false, "PercentError:=", _
\ V
MYq~@[2[   1, "SolveMatrixAtLast:=", true, "UseOutputVariable:=", false, "PreAdaptMesh:=",  _4}'N3O \P(KU
  false, "NonLinearResidual:=", 0.01, "SolverType:=", 0, "MuNonLinearBH:=", true, "ComputeHc:=",  _,\i!Qta/F)?:F
  false, "HcNonLinearBH:=", true)
-M3sF/r$A   
!^n)ERyZg&hZ oDesign.AddOutputVariable "ForceVal", "Force_magnitude" '这里不正确
&}'F+@O9`3lCk,i"?x oDesign.AddOutputVariable "MatrixVal", "L(curr1_in,curr1_in)"
/C
uH!T.C#O8K] Dim ForceVal,MatrixVal
/Q3v0bn,T:X7cTBF{ '  
lGN!n`P 'Create the file, open it for data entry, and output the column labels.0Lt(uP&X
'
Z$jz*R1j4],GX7z Set oFS = CreateObject("Scripting.FileSystemObject")
L.^[f'Pk3lT Set ofile1 = oFS.CreateTextFile ("force.txt")s1j!] u^0mH2D$b
line = chr(9) & "Force vs gap"
8f1NOjc9IX,E@7X.o ofile1.WriteLine line
%M(~+??)ev0d line = "GAP [ mm ]" & chr(9)& "FORCE [ Newtons ]"
l NWfzO A ofile1.WriteLine line
MX-gXU~+Rj Set ofile2 = oFS.CreateTextFile ("L11.txt") Td*y8S+o y:N0B
line = chr(9) & "L_11 vs gap"_({|^P
ofile2.WriteLine line"Y:yItZ}
line = "GAP [ mm ]" & chr(9)& "INDUCTANCE [ Henries ]"4pP8Oi0`1mh;pn
ofile2.WriteLine line
;j/AxQK While gap_loop_index < no_gaps
Pp_?:{z temp = gap_max - gap_min
]o,^&IX:hk \?I$e temp3 = no_gaps - 1
5b*m
e5C`o temp1 = temp/temp3G*T9w,`6E0Uh2{` I
temp2 = temp1*gap_loop_index"G@*Er8\E;ro,p+u
gap = gap_min + temp2,B@%P)D1L
r\-[
temp = u_plate_thick5OF9h(q.ai
temp = temp + u_plate_high
O
Ug~E2W"ep temp = temp + gap
2Jmbu2F%D].wE(O8OC oEditor.ChangeProperty Array("NAME:AllTabs", Array("NAME:Geometry3DCmdTab", Array("NAME:PropServers",  _cv(elxs
  "armature:CreateBox:1"), Array("NAME:ChangedProps", Array("NAME:Position", "X:=", "0mm", "Y:=",  _rx5[|#D
  "0mm", "Z:=", CStrmm(temp))))),aWJY\})b
  
J.dd8Q)JGD loop_limit = no_current_stepsAx.Q#q~"s
While loop_index < loop_limit4W#k%Ndl.Q+cL%r W-^ W
  temp = current_max - current_min
Wx e&Sr]{[   temp3 =no_current_steps -1
^7Z)G2rM A   temp1 = temp/temp3
#pkdA"m{7U S-m   temp2 = temp1*loop_index-@+x}]B9L+])Z
  curr = current_min + temp26b6X i-?c{xJH-wk
  curr = curr * no_turns_coil1%r|A;DAA8Q
  
8C PN'v`lJ   line = "Current: "  & curr0i1w w#_(NtY
  ofile1.WriteLine line3Hqiz;Q@XS%_M
  ofile2.WriteLine line
F$V^^g   Y Or3k
_:Jx
  oDesign.ChangeProperty Array("NAME:AllTabs", Array("NAME:MaxwellTab", Array("NAME:PropServers",  _
q:q;A1EFk(Zv8k    "BoundarySetup:curr1_in"), Array("NAME:ChangedProps", Array("NAME:Current", "Value:=",  _d)h,T(g!~Z9f
   CStrA(curr))))){@$?x4^ I4})v'^
  oDesign.ChangeProperty Array("NAME:AllTabs", Array("NAME:MaxwellTab", Array("NAME:PropServers",  _
ex!HR5s8jM    "BoundarySetup:curr1_out"), Array("NAME:ChangedProps", Array("NAME:Current", "Value:=",  _
0O
gxc3@
L+z#_f9@x    CStrA(curr)))))fm_1[$Z ?$j1x'^
  !o'kMM?_
  oDesign.Analyze "SolnOptnSetup"
j a,ItZ8b   
3K6p4uC(| X7FF FI)Y   ForceVal = oDesign.GetOutputVariableValue("ForceVal", "SolnOptnSetup : LastAdaptive","", "")x:JX\ c%q
  MatrixVal = oDesign.GetOutputVariableValue("MatrixVal", "SolnOptnSetup : LastAdaptive","", "")
A![}h!q   
5i,Atp2TpIM   ForceVal = ForceVal*4}h)_4h#m7S]
  line = gap & chr(9) & ForceVal
2_Nx+|5| k   ofile1.WriteLine line6M)]I#v E(?`
  
l$[8id6^   MatrixVal = MatrixVal*4*no_turns_coil1*no_turns_coil1
|eBH$Z   line = gap & chr(9) & MatrixValqt&A3{4e2I4aao
  ofile2.WriteLine lineF o)|
X^
i)b!} J
  loop_index = loop_index +1
5w1v$^NHy!M Wend
)@{@5[p6rHXR gap_loop_index = gap_loop_index+1
q2iq#pc-Bm Wend#g}*J;zR
ofile1.close
@)z`TZ:szvr @ ofile2.close
'YCQVpr   
f9qy;h1m&z#qq Function CStrmm(nDig)'};\"G3m;D8`&Db
CStrmm = CStr(nDig)+"mm"&J(?+q*fv;gIxC
End Functiong$T:~rL
Function CStrA(nDig)
*MHL?5b"J CStrA = CStr(nDig)+"A"8[b%C'b
F qA
End Function
yf!JsnQ [/code]
&jz*?m
[3e#i$Z
V!~VO/q
r [[i] 本帖最后由 hottomson 于 2008-6-20 17:19 编辑 [/i]]

moon_night 发表于 2008-6-20 19:46

v11 2D里面只在后处理里面用到的宏和3D里面的Script不一样吧4Me+Cr2d XJ\3k
mac里面连Dim命令都不认

hottomson 发表于 2008-6-20 21:34

你说vbscript，我以为是v12的2D了，v11 2D用的是macro，那你可以参考Maxwell 2D参数化后处理宏编写小技巧[url]http://www.simwe.com/forum/thread-790983-1-1.html[/url]

Simol_wayne 发表于 2008-6-29 17:49

回复 4# 的帖子

Hottomson大哥编程相当厉害了！这看这满篇的程序我头就疼，至少我要先学下VB了（笨的可以了，VB俺也不懂）:Q

samuelch 发表于 2008-7-20 13:36

有maxwell v12 了？

zhaobo_ren 发表于 2008-7-20 20:50

今年3月底公布的

samuelch 发表于 2008-7-25 10:30

:lol :lol :lol :lol

Simol_wayne 发表于 2008-7-30 20:32

回复 7# zhaobo_ren 的帖子

号称是Maxwell的最终完美版:lol 绝唱了都

查看完整版本: Maxwell 3D v11 VBScript Example