輸出Report所有維度的獨立變數

 

from win32com import client

oApp = client.Dispatch("Ansoft.ElectronicsDesktop.2022.2")
oDesktop = oApp.GetAppDesktop()
oDesktop.RestoreWindow()
oProject = oDesktop.GetActiveProject()
oDesign = oProject.GetActiveDesign()

oReportSetup = oDesign.GetModule("ReportSetup")
oSolutions = oDesign.GetModule("Solutions")

report_solution = {}
solutions = []
display = {}
context = {}
category = {}
quantities = {}
variations = {}
solve_range = {}

for report_type in oReportSetup.GetAvailableReportTypes():
    display[report_type] = oReportSetup.GetAvailableDisplayTypes(report_type)
    report_solution[report_type] = oReportSetup.GetAvailableSolutions(report_type)
    for s in report_solution[report_type]:
        if s not in solutions:
            solutions.append(s)

for _report_type, _display in display.items():
    for d in _display:
        for _solution in report_solution[_report_type]:
            ctxt = oReportSetup.GetSolutionContexts(_report_type, d, _solution)
            context[(_report_type, d, _solution)] = ctxt
            for _ctxt in ctxt:
                cate = oReportSetup.GetAllCategories(_report_type, d, _solution, _ctxt)
                category[(_report_type, d, _solution, _ctxt)] = cate
                for _cate in cate:
                    q = oReportSetup.GetAllQuantities(_report_type, d, _solution, _ctxt, _cate)
                    quantities[(_report_type, d, _solution, _ctxt, _cate)] = q

for sol in solutions:
    solve_range[sol] = oSolutions.GetSolveRangeInfo(sol)
    variations[sol] = oSolutions.GetAvailableVariations(sol)

Q3D輸出Transion Region頻率範圍

 選擇金屬厚度邊，執行腳本即可輸出到訊息視窗。

import math
import ScriptEnv

oDesktop.ClearMessages("", "", 2)
oProject = oDesktop.GetActiveProject()
oDesign = oProject.GetActiveDesign()
oEditor = oDesign.SetActiveEditor("3D Modeler")

try:
    selected = oEditor.GetSelections()
    edge_id = selected[0].replace('Edge', '')

    obj = oEditor.GetObjectNameByEdgeID(edge_id)
    material = oEditor.GetPropertyValue('Geometry3DAttributeTab', obj, 'Material').replace('"', '')
    AddWarningMessage('Material: {}'.format(material))

    unit_map = {'meter': 1, 'mm': 1e-3, 'um': 1e-6, 'nm': 1e-9, 'mil': 2.54e-5, 'in': 2.54e-2}
    freq_map = [(1, 'Hz'), (1e3, 'KHz'), (1e6, 'MHz'), (1e9, 'GHz'), (1e12, 'THz')]

    unit = oEditor.GetModelUnits()
    thickness = float(oEditor.GetEdgeLength(edge_id)) * unit_map[unit]
    AddWarningMessage('Thicknetss: {}(m)'.format(thickness))

    oDefinitionManager = oProject.GetDefinitionManager()
    conductivity = float(
        oDefinitionManager.GetPropertyValue('MaterialPropTab', 'Materials:' + material, 'Bulk Conductivity'))
    permeability = float(
        oDefinitionManager.GetPropertyValue('MaterialPropTab', 'Materials:' + material, 'Relative Permeability'))
    AddWarningMessage('Conductivity: {}'.format(conductivity))
    AddWarningMessage('Relative Permeability: {}'.format(permeability))

    u0 = 4 * math.pi * 1e-7

    ac_high = 9 / (math.pi * conductivity * permeability * u0 * thickness ** 2)

    for n, (scale, unit) in enumerate(freq_map):
        if ac_high / scale < 1:
            scale, unit = freq_map[n - 1]
            _ac_low = str(round(ac_high / 9 / scale, 3)) + unit
            _ac_high = str(round(ac_high / scale, 3)) + unit
            break

    AddWarningMessage("Transition Region: {} - {}".format(_ac_low, _ac_high))

except:
    AddErrorMessage("Please Select Metal Edge!")

SIwave API設定Pin Group Port

 

from win32com import client

oApp = client.Dispatch("SIwave.Application.2022.1")
oApp.RestoreWindow()
oDoc = oApp.GetActiveProject()

# ScrPlaceCircuitElement(string givenElementName, 
#                        string givenPartName, 
#                        int circuitElementType, 
#                        int posTermConnectionType, 
#                        string posTermParam1, 
#                        string posTermParam2, 
#                        string posTermParam3, 
#                        int refTermConnectionType, 
#                        string refTermParam1, 
#                        string refTermParam2, 
#                        string refTermParam3, 
#                        double capVal, 
#                        double indVal, 
#                        double resVal, 
#                        double refZRe, 
#                        double mag, 
#                        double phase) -> short

oDoc.ScrPlaceCircuitElement('ABC', 
                            'DEF', 
                            3, 
                            1,
                            'FCHIP', 
                            'FCHIP', 
                            'FCHIP_VDD_15_Group', 
                            1, 
                            'FCHIP', 
                            'FCHIP', 
                            'FCHIP_VSS_Group', 
                            0, 
                            0, 
                            0, 
                            50, 
                            0, 
                            0)