通过MATLAB脚本实现MAXWELL的全自动化
本人是为了兑现前几天在下面这个帖子上说的话，才贴出这些代码的，这些代码可以实现上一个帖子的全部功能，而且可以将电流和磁通的数据导入MATALB并在MATALB中绘图出来，程序还可以继续编下去，如求导数等等。具体我就不多说了，大家可以先看看前一个帖子。为了方便大家不用西莫币就可以得到代码，我把代码直接贴上来，大家将代码复制到记事本中，另存为M文件，即可在MATLAB中执行了。代码中有一段写得有点长，熟悉MATLAB的人一看就知道，但是暂时没有想出好办法来，看看哪位MATLAB高手能将这部分改善改善。不过MATLAB的语法和VB有很多不同之处，不熟悉MATALB编程的还是试试就算了吧。。。。。。好啦，闲话少说，请看代码：
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iMaxwell = actxserver('AnsoftMaxwell.MaxwellScriptInterface')
Desktop = iMaxwell.GetAppDesktop()
Desktop.RestoreWindow
Project = Desktop.NewProject
invoke(Project,'InsertDesign','Maxwell 2D','Design1','Magnetostatic','')
Design = Project.SetActiveDesign('Design1')
invoke(Design,'SetSolutionType','Magnetostatic', 'about Z')
Editor = Design.SetActiveEditor('3D Modeler')
invoke(Editor,'CreateRectangle', ...
{'NAME:RectangleParameters', 'CoordinateSystemID:=',-1, ...
'IsCovered:=', true, 'XStart:=', '0mm', 'YStart:=', '0mm', 'ZStart:=', '0mm', ...
'Width:=', '2mm', 'Height:=', '2mm', 'WhichAxis:=', 'Y'}, ...
{'NAME:Attributes', 'Name:=', 'Rectangle1', 'Flags:=', '', ...
'Color:=', '{132 132 193}', 'Transparency:=', 0, 'PartCoordinateSystem:=',...
'Global', 'MaterialName:=', 'vacuum', 'SolveInside:=', true})
invoke(Design,'ChangeProperty', ...
{'NAME:AllTabs', {'NAME:LocalVariableTab', ...
{'NAME:PropServers', 'LocalVariables'}, {'NAME:NewProps', ...
{'NAME:D1', 'PropType:=', 'VariableProp', 'UserDef:=', true, ...
'Value:=', '2mm'}}}})
invoke(Design,'ChangeProperty', ...
{'NAME:AllTabs', {'NAME:LocalVariableTab', ...
{'NAME:PropServers', 'LocalVariables'}, {'NAME:NewProps', ...
{'NAME:H1', 'PropType:=', 'VariableProp', 'UserDef:=', ...
true, 'Value:=', '1mm'}}}})
invoke(Editor,'ChangeProperty' ,...
{'NAME:AllTabs', {'NAME:Geometry3DCmdTab', {'NAME:PropServers',...
'Rectangle1:CreateRectangle:1'}, {'NAME:ChangedProps', ...
{'NAME:XSize', 'Value:=', 'D1/2'}, {'NAME:ZSize', 'Value:=', 'H1'}}}})
invoke(Editor,'CreateRectangle' ,...
{'NAME:RectangleParameters', 'CoordinateSystemID:=', -1, ...
'IsCovered:=', true, ...
'XStart:=', '0.3mm', 'YStart:=', '0mm', 'ZStart:=', '0.2mm', ...
'Width:=', '0.6mm', 'Height:=', '0.8mm', 'WhichAxis:=', 'Y'}, ...
{'NAME:Attributes', 'Name:=', 'Rectangle2', 'Flags:=', '', ...
'Color:=', '{132 132 193}', 'Transparency:=', 0, 'PartCoordinateSystem:=', ...
'Global', 'MaterialName:=', 'vacuum', 'SolveInside:=', true})
invoke(Design,'ChangeProperty' ,...
{'NAME:AllTabs', {'NAME:LocalVariableTab', {'NAME:PropServers',...
'LocalVariables'}, {'NAME:NewProps', ...
{'NAME:H2', 'PropType:=', 'VariableProp', 'UserDef:=', ...
true, 'Value:=', '0.6mm'}}}})
invoke(Design,'ChangeProperty' ,...
{'NAME:AllTabs', {'NAME:LocalVariableTab', {'NAME:PropServers',...
'LocalVariables'}, {'NAME:NewProps', {'NAME:D2', ...
'PropType:=', 'VariableProp', 'UserDef:=', true, 'Value:=', '1mm'}}}})
invoke(Design,'ChangeProperty' ,...
{'NAME:AllTabs', ...
{'NAME:LocalVariableTab', {'NAME:PropServers', 'LocalVariables'}, ...
{'NAME:NewProps', {'NAME:extra', 'PropType:=', 'VariableProp', ...
'UserDef:=', true, 'Value:=', '0.1mm'}}}})
invoke(Editor,'ChangeProperty' ,...
{'NAME:AllTabs', ...
{'NAME:Geometry3DCmdTab', {'NAME:PropServers', ...
'Rectangle2:CreateRectangle:1'}, {'NAME:ChangedProps', ...
{'NAME:Position', 'X:=', 'D2/2', 'Y:=', '0mm', 'Z:=', '(H1-H2)/2'}, ...
{'NAME:XSize', 'Value:=', '(D1-D2)/2+extra'}, ...
{'NAME:ZSize', 'Value:=', 'H2'}}}})
invoke(Editor,'Subtract' ,...
{'NAME:Selections', 'Blank Parts:=', ...
'Rectangle1', 'Tool Parts:=', 'Rectangle2'}, ...
{'NAME:SubtractParameters', 'CoordinateSystemID:=', -1, ...
'KeepOriginals:=', false})
invoke(Editor,'CreateRectangle' ,...
{'NAME:RectangleParameters', ...
'CoordinateSystemID:=', -1, 'IsCovered:=', true, ...
'XStart:=', '0.5mm', 'YStart:=', '0mm', 'ZStart:=', '0.2mm', ...
'Width:=', '0.6mm', 'Height:=', '0.4mm', 'WhichAxis:=', 'Y'}, ...
{'NAME:Attributes', 'Name:=', 'Rectangle3', 'Flags:=', '', ...
'Color:=', '{132 132 193}', 'Transparency:=', 0, ...
'PartCoordinateSystem:=', 'Global', 'MaterialName:=', 'vacuum', ...
'SolveInside:=', true})
invoke(Design,'ChangeProperty', ...
{'NAME:AllTabs', ...
{'NAME:LocalVariableTab', {'NAME:PropServers', 'LocalVariables'}, ...
{'NAME:NewProps', {'NAME:ratio', 'PropType:=', ...
'VariableProp', 'UserDef:=', true, 'Value:=', '0.85'}}}})
invoke(Editor,'ChangeProperty' ,...
{'NAME:AllTabs', ...
{'NAME:Geometry3DCmdTab', {'NAME:PropServers', ...
'Rectangle3:CreateRectangle:1'}, {'NAME:ChangedProps', ...
{'NAME:Position', 'X:=', 'D2/2', 'Y:=', '0mm', 'Z:=', '(H1-H2)/2'}, ...
{'NAME:XSize', 'Value:=', '(D1-D2)/2*ratio'}, ...
{'NAME:ZSize', 'Value:=', 'H2'}}}})
invoke(Editor,'CreateRegion', ...
{'NAME:RegionParameters', ...
'CoordinateSystemID:=', -1, '+XPadding:=', '300', '-XPadding:=', '300', ...
'+YPadding:=', '0', '-YPadding:=', '0', ...
'+ZPadding:=', '300', '-ZPadding:=', '300'}, ...
{'NAME:Attributes', 'Name:=', 'Region', 'Flags:=', 'Wireframe#', ...
'Color:=', '{255 0 0}', 'Transparency:=', 0, 'PartCoordinateSystem:=', ...
'Global', 'MaterialName:=', 'vacuum', 'SolveInside:=', true}) Module = Design.GetModule('BoundarySetup')
invoke(Module,'AssignBalloon', ...
{'NAME:Balloon1', 'Edges:=', {57, 56, 55}})
invoke(Editor,'ChangeProperty', ...
{'NAME:AllTabs', ...
{'NAME:Geometry3DAttributeTab', {'NAME:PropServers', 'Rectangle1'}, ...
{'NAME:ChangedProps', {'NAME:Name', 'Value:=', 'core'}, ...
{'NAME:Material', 'Material:=', 'ferrite'}, ...
{'NAME:Color', 'R:=', 0, 'G:=', 0, 'B:=', 255}}}})
invoke(Editor,'ChangeProperty', ...
{'NAME:AllTabs', {'NAME:Geometry3DAttributeTab', ...
{'NAME:PropServers', 'Rectangle3'}, {'NAME:ChangedProps', ...
{'NAME:Name', 'Value:=', 'COIL'}, {'NAME:Material', 'Material:=', ...
'copper'}, {'NAME:Color', 'R:=', 255, 'G:=', 0, 'B:=', 0}}}})
invoke(Design,'ChangeProperty', ...
{'NAME:AllTabs', {'NAME:LocalVariableTab', {'NAME:PropServers',...
'LocalVariables'}, {'NAME:NewProps', ...
{'NAME:N', 'PropType:=', 'VariableProp', 'UserDef:=', true, ...
'Value:=', '10'}}}})
invoke(Design,'ChangeProperty', ...
{'NAME:AllTabs', {'NAME:LocalVariableTab', {'NAME:PropServers',...
'LocalVariables'}, {'NAME:NewProps', ...
{'NAME:Idc', 'PropType:=', 'VariableProp', 'UserDef:=', true, ...
'Value:=', '1A'}}}})
invoke(Module,'AssignCurrent', ...
{'NAME:Current1', 'Objects:=', {'COIL'}, 'Current:=', ...
'N*Idc', 'IsPositive:=', true})
Module = Design.GetModule('MaxwellParameterSetup')
invoke(Module,'AssignMatrix', ...
{'NAME:Matrix1', {'NAME:MatrixEntry', {'NAME:MatrixEntry', ...
'Source:=', 'Current1', 'NumberOfTurns:=', 'N', 'ReturnPath:=', 'infinite'}}, ...
{'NAME:MatrixGroup'}})
Module = Design.GetModule('AnalysisSetup')
invoke(Module,'InsertSetup', ...
'Magnetostatic', {'NAME:Setup1', 'MaximumPasses:=', 10, ...
'MinimumPasses:=', 2, 'MinimumConvergedPasses:=', 1, ...
'PercentRefinement:=', 30, 'SolveFieldOnly:=', false, ...
'PercentError:=', 1, 'SolveMatrixAtLast:=', true, ...
'UseOutputVariable:=', false, 'PreAdaptMesh:=', false, ...
'NonLinearResidual:=', 0.0001, 'MuNonLinearBH:=', true, ...
'ComputeHc:=', false, 'HcNonLinearBH:=', true})
Module = Design.GetModule('Optimetrics')
invoke(Module,'InsertSetup', ...
'OptiParametric', {'NAME:ParametricSetup1', ...
{'NAME:ProdOptiSetupData', 'SaveFields:=',...
false, 'CopyMesh:=', false}, {'NAME:StartingPoint'}, 'Sim. Setups:=', ...
{'Setup1'}, {'NAME:Sweeps', ...
{'NAME:SweepDefinition', 'Variable:=', 'Idc', 'Data:=', ...
'LINC 0.1A 1A 10', 'OffsetF1:=', false, 'Synchronize:=', 0}}, ...
{'NAME:Sweep Operations'}, {'NAME:Goals', {'NAME:Goal', 'ReportType:=', ...
'Magnetostatic', 'Solution:=', 'Setup1 : LastAdaptive', ...
{'NAME:SimValueContext'}, 'Calculation:=', ...
'Matrix1.MagFlux(Current1)', {'NAME:Ranges'}}}})
Module = Design.GetModule('OutputVariable')
invoke(Module,'CreateOutputVariable', 'Flux', 'Matrix1.MagFlux(Current1)', ...
'Setup1 : LastAdaptive', 'Magnetostatic', {})
invoke(Project,'AnalyzeAll')
Module = Design.GetModule('ReportSetup')
invoke(Module,'CreateReport', 'XY Plot 1', 'Magnetostatic', 'XY Plot',...
'Setup1 : LastAdaptive', {}, {'Idc:=', {'All'}, 'H1:=', { ...
'Nominal'}, 'H2:=', {'Nominal'}, 'D2:=', {'Nominal'}, 'extra:=', { ...
'Nominal'}, 'ratio:=', {'Nominal'}, 'N:=', {'Nominal'}, 'D1:=', { ...
'Nominal'}}, {'X Component:=', 'Idc', 'Y Component:=', {'Flux'}}, {})
for i=1:10
current(i)=i*0.1
end
Module = Design.GetModule('OutputVariable')
Val= Module.GetOutputVariableValue('flux','Idc=0.1A', ...
'Setup1 : LastAdaptive', 'Magnetostatic', '')
flux(1)=Val
Val= Module.GetOutputVariableValue('flux','Idc=0.2A', ...
'Setup1 : LastAdaptive', 'Magnetostatic', '')
flux(2)=Val
Val= Module.GetOutputVariableValue('flux','Idc=0.3A', ...
'Setup1 : LastAdaptive', 'Magnetostatic', '')
flux(3)=Val
Val= Module.GetOutputVariableValue('flux','Idc=0.4A', ...
'Setup1 : LastAdaptive', 'Magnetostatic', '')
flux(4)=Val
Val= Module.GetOutputVariableValue('flux','Idc=0.5A', ...
'Setup1 : LastAdaptive', 'Magnetostatic', '')
flux(5)=Val
Val= Module.GetOutputVariableValue('flux','Idc=0.6A', ...
'Setup1 : LastAdaptive', 'Magnetostatic', '')
flux(6)=Val
Val= Module.GetOutputVariableValue('flux','Idc=0.7A', ...
'Setup1 : LastAdaptive', 'Magnetostatic', '')
flux(7)=Val
Val= Module.GetOutputVariableValue('flux','Idc=0.8A', ...
'Setup1 : LastAdaptive', 'Magnetostatic', '')
flux(8)=Val
Val= Module.GetOutputVariableValue('flux','Idc=0.9A', ...
'Setup1 : LastAdaptive', 'Magnetostatic', '')
flux(9)=Val
Val= Module.GetOutputVariableValue('flux','Idc=1A', ...
'Setup1 : LastAdaptive', 'Magnetostatic', '')
flux(10)=Val
plot(current,flux)
delete(iMaxwell) good，好东西 Val= Module.GetOutputVariableValue...('flux','Idc=0.9A', 'Setup1 :LastAdaptive', 'Magnetostatic', '')
这段代码中想要将'Idc=0.9A'中的0.9A做为字符串变量来引用，但是MATALB中语法错误。
在VB脚本中可以引用字符串变量如下：
Val= oModule.GetOutputVariableValue_("flux","Idc='Idc'", "Setup1 :LastAdaptive", "Magnetostatic", "")
双引号下还可以再用单引号引用一个字符串变量。
哪位大虾知道怎么在MATLAB中实现。 Thanks for informations and tech. guide 非常感谢之！学习 不错的东西，谢谢分享。 敬佩LZ无私奉献的精神，小弟收了～ ^_^ 佩服LZ啊{:1_432:} 谢谢 楼主好厉害，这个对我很有用，谢谢分享！ 学习领教了，高大上的东西一定要好好学习
楼主大牛 H60880316 发表于 2009-12-12 01:17
Module = Design.GetModule('BoundarySetup')
invoke(Module,'AssignBalloon', ...
{'NAME:Balloon1', 'E ...
楼主太牛了，还有类似主题可以共享讨论吗 厉害，顶 maxwell和matlab有数据直接通信接口吗？ 非常厉害呀 佩服 佩服 佩服 佩服 收下了，谢谢。。。。。 撸主太牛了！！！