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How to use _create_parameter method in localstack
Best Python code snippet using localstack_python
proj.py
Source:proj.py 
...184 return roughnessConstructor(*args)185 except AttributeError:186 print("Warning: unsupported surface roughness type %s. Roughness will be ignored." % roughnessTypeString)187 return None188 def _create_parameter(self,iParName,iFormula,iNotes,iUserEditable,fixGridAxis=""):189 if getSessionVersion(self.session) >= 2:190 self.session.create_parameter(iParName,iFormula,iNotes,iUserEditable,fixGridAxis)191 return192 try:193 self.session.create_parameter(iParName,iFormula,iNotes,iUserEditable)194 except AttributeError:195 empro.activeProject.parameters.append(iParName,iFormula,iNotes,iUserEditable)196 if fixGridAxis in ['X','Y','Z']:197 gG = empro.activeProject.gridGenerator198 newFP = empro.libpyempro.mesh.FixedPoint()199 if fixGridAxis == 'X':200 location = (iParName,0,0)201 elif fixGridAxis == 'Y':202 location = (0,iParName,0)203 elif fixGridAxis == 'Z':204 location = (0,0,iParName)205 newFP.location = location206 newFP.axes=fixGridAxis207 gG.addManualFixedPoint(newFP)208 def _circularGridRegion(self,x,y,radius):209 radius = empro.core.Expression(radius)210 newGRP = empro.libpyempro.mesh.ManualGridRegionParameters()211 newGRP.cellSizes.target = (radius,radius,0)212 newGRP.gridRegionDirections="X|Y"213 newGRP.regionBounds.lower = (x-radius,y-radius,0)214 newGRP.regionBounds.upper = (x+radius,y+radius,0)215 return newGRP216 def _partGridParameters(self,targetCellSize):217 targetCellSize = empro.core.Expression(targetCellSize)218 newGP = empro.libpyempro.mesh.PartGridParameters()219 newGP.cellSizes.target = (targetCellSize,targetCellSize,0)220 newGP.gridRegionDirections="X|Y"221 newGP.useGridRegions = True222 return newGP223 def _create_sketch(self,pointString,sketch=None,closed=True):224 if getSessionVersion(self.session) >= 4:225 return self.session.create_sketch(pointString,sketch,closed)226 V=empro.geometry.Vector3d227 L=empro.geometry.Line228 def stringToPoint(s):229 sList = s.split('#')230 return V(sList[0],sList[1],0)231 if sketch == None:232 sketch=empro.geometry.Sketch()233 pointList = [ stringToPoint(x) for x in pointString.split(';') ]234 if closed:235 edges = [ L(pointList[i-1],pointList[i]) for i in range(len(pointList)) ]236 else:237 edges = [ L(pointList[2*i],pointList[2*i+1]) for i in range(len(pointList)/2) ]238 sketch.addEdges(edges)239 return sketch240 def _create_extrude(self, pointStrings, height, up):241 if getSessionVersion(self.session) >= 14:242 return self.session.create_extrude(pointStrings, height, up)243 else:244 sketch = None245 for pointString in pointStrings:246 sketch = self._create_sketch(pointString, sketch)247 part = empro.geometry.Model()248 part.recipe.append(empro.geometry.Extrude(sketch, height, empro.geometry.Vector3d(0, 0, (-1, 1)[up])))249 return part250 def _create_cover(self, pointStrings):251 if getSessionVersion(self.session) >= 14:252 return self.session.create_cover(pointStrings)253 else:254 sketch = None255 for pointString in pointStrings:256 sketch = self._create_sketch(pointString, sketch)257 part = empro.geometry.Model()258 part.recipe.append(empro.geometry.Cover(sketch))259 return part260 def _create_bondwire(self,radius, segments, points, name=None,bwAssembly=None,topAssembly=None,material=None,partModifier=(lambda x : x),profile=None,above=True):261 if getSessionVersion(self.session) >= 13:262 part = self.session.create_bondwire(radius, segments, points, name, bwAssembly,topAssembly,material,partModifier,profile,above)263 else:264 if profile is not None:265 part = empro.geometry.Model()266 try:267 part.recipe.append(empro.geometry.Bondwire(points[0],points[-1],profile))268 except TypeError:269 # Only for compatibility with EMPro 2011.02 or older270 self.session.warnings.append('For importing bondwires with profile definitions it is advised to use EMPro 2012.09 or later.')271 bw=empro.geometry.Bondwire(points[0],points[-1],empro.geometry.BondwireDefinition(name,radius,segments))272 bw.definition=profile273 part.recipe.append(bw)274 if not above:275 import math276 part.coordinateSystem.rotate(math.pi,0,0)277 part = partModifier(part)278 bwAssembly.append(part)279 part.name = name280 empro.toolkit.applyMaterial(part,material)281 else:282 try:283 part = self.session.create_bondwire(radius, segments, points, name, bwAssembly,topAssembly,material,partModifier)284 except TypeError:285 part = self.session.create_bondwire(radius, segments, points)286 part = partModifier(part)287 bwAssembly.append(part)288 part.name = name289 empro.toolkit.applyMaterial(part,material)290 part.meshParameters=empro.mesh.ModelMeshParameters()291 part.meshParameters.priority=2000292 return part293 def _create_internal_port(self, name, definitionString, head, tail, extent=None):294 if getSessionVersion(self.session) < 15 and (isinstance(head, list) or isinstance(tail, list)):295 raise RuntimeError("Ports having multiple positive or negative pins are not yet supported")296 if getSessionVersion(self.session) >= 9:297 return self.session.create_internal_port(name, definitionString, head, tail, extent)298 port=empro.components.CircuitComponent()299 port.name=name300 port.definition=self.circuitComponentDefinitions[definitionString]301 port.head=head302 port.tail=tail303 if extent != None:304 port.extent=extent305 port.useExtent=True306 return port307 def _set_extra_port_info(self, port, termType, number, name, feedType, mode = -1):308 try:309 if get_ads_import_version() >= 17:310 self.session.set_extra_port_info(port=port, termType=termType, number=number, name=name, mode=mode, feedType=feedType)311 else:312 self.session.set_extra_port_info(port=port, termType=termType, number=number, name=name, mode=mode)313 except AttributeError:314 pass315 global g_portNbToName316 g_portNbToName[number] = (name, mode)317 def _setAssemblyMeshSettings(self,a,vertexMeshLength=0,edgeMeshLength=0,surfaceMeshLength=0):318 if vertexMeshLength==0 and edgeMeshLength==0 and surfaceMeshLength==0:319 return320 if getSessionVersion(self.session) >= 12:321 self.session.setAssemblyMeshSettings(a,vertexMeshLength,edgeMeshLength,surfaceMeshLength)322 return323 parts = [x for x in a.flatList(False)]324 for x in parts:325 x.meshParameters.vertexMeshLength=vertexMeshLength326 x.meshParameters.edgeMeshLength=edgeMeshLength327 x.meshParameters.surfaceMeshLength=surfaceMeshLength328 def _getEMProMaterialName(self,ADSmaterialName,ADSmaterialMap,extraMaterialProperties,ADSmaterialsNo1to1):329 EMProMaterialName=ADSmaterialName330 if ADSmaterialName in [x for (x,y) in ADSmaterialMap.keys()]:331 EMProMaterialName+="_"+str(extraMaterialProperties)332 if not ADSmaterialName in ADSmaterialsNo1to1:333 ADSmaterialsNo1to1.append(ADSmaterialName)334 self.session.warnings.append('The ADS material '+ADSmaterialName+' is used on masks with different precedence, sheet thickness or modeltype for metals and has therefore been mapped to multiple EMPro materials.')335 return EMProMaterialName336 def create_bondwire_definitions(self):337 self.bondwire_definitions={}338 if not hasattr(empro.activeProject,"bondwireDefinitions"):339 return340 def create_materials(self,materialForEachLayer=False):341 ADSmaterialMap={}342 EMProNameMaterialMap={}343 layerEMProMaterialNameMap={}344 ADSmaterialsNo1to1=[]345 ADSmaterialName=["AIR","simulation_box"][materialForEachLayer]346 extraMaterialProperties=(0,None,None,False) # (priority,thickness,modelTypeForMetals,convertedToResistance)347 material=ADSmaterialMap.get((ADSmaterialName,extraMaterialProperties),None)348 if material == None:349 EMProMaterialName = self._getEMProMaterialName(ADSmaterialName,ADSmaterialMap,extraMaterialProperties,ADSmaterialsNo1to1)350 material=self.session.create_material(name=EMProMaterialName, color=(255,255,255,0), permittivity=1, permeability=1)351 try:352 material.priority=0353 material.autoPriority=False354 except AttributeError:355 pass356 ADSmaterialMap[(ADSmaterialName,extraMaterialProperties)]=material357 EMProNameMaterialMap[EMProMaterialName]=material358 else:359 EMProMaterialName=material.name360 self.materials["simulation_box"]=material361 layerEMProMaterialNameMap["simulation_box"]=EMProMaterialName362 ADSmaterialName=["Copper","cond"][materialForEachLayer]363 extraMaterialProperties=(162,4.5e-05,False,False) # (priority,thickness,modelTypeForMetals,convertedToResistance)364 material=ADSmaterialMap.get((ADSmaterialName,extraMaterialProperties),None)365 if material == None:366 EMProMaterialName = self._getEMProMaterialName(ADSmaterialName,ADSmaterialMap,extraMaterialProperties,ADSmaterialsNo1to1)367 material=self.session.create_material(name=EMProMaterialName, color=(255,0,0,255), conductivity=58000000, imag_conductivity=0, permeability=1)368 self._setModelTypeForMetals(material,False)369 try:370 material.priority=162371 material.autoPriority=False372 except AttributeError:373 pass374 ADSmaterialMap[(ADSmaterialName,extraMaterialProperties)]=material375 EMProNameMaterialMap[EMProMaterialName]=material376 else:377 EMProMaterialName=material.name378 self.materials["cond"]=material379 layerEMProMaterialNameMap["cond"]=EMProMaterialName380 ADSmaterialName=["PERFECT_CONDUCTOR","closed_bottom"][materialForEachLayer]381 extraMaterialProperties=(140,None,None,False) # (priority,thickness,modelTypeForMetals,convertedToResistance)382 material=ADSmaterialMap.get((ADSmaterialName,extraMaterialProperties),None)383 if material == None:384 EMProMaterialName = self._getEMProMaterialName(ADSmaterialName,ADSmaterialMap,extraMaterialProperties,ADSmaterialsNo1to1)385 material=self.session.create_material(name=EMProMaterialName, color=(192,192,192,255), resistance=0)386 try:387 material.priority=140388 material.autoPriority=False389 except AttributeError:390 pass391 ADSmaterialMap[(ADSmaterialName,extraMaterialProperties)]=material392 EMProNameMaterialMap[EMProMaterialName]=material393 else:394 EMProMaterialName=material.name395 self.materials["closed_bottom"]=material396 layerEMProMaterialNameMap["closed_bottom"]=EMProMaterialName397 ADSmaterialName=["FR4_RF","__SubstrateLayer1"][materialForEachLayer]398 extraMaterialProperties=(50,None,None,False) # (priority,thickness,modelTypeForMetals,convertedToResistance)399 material=ADSmaterialMap.get((ADSmaterialName,extraMaterialProperties),None)400 if material == None:401 EMProMaterialName = self._getEMProMaterialName(ADSmaterialName,ADSmaterialMap,extraMaterialProperties,ADSmaterialsNo1to1)402 material=self.session.create_material(name=EMProMaterialName, color=(202,225,255,128), permittivity=4.15, losstangent=0.015, permeability=1, use_djordjevic=True, lowfreq=1000, evalfreq=1000000000, highfreq=1000000000000)403 try:404 material.priority=50405 material.autoPriority=False406 except AttributeError:407 pass408 ADSmaterialMap[(ADSmaterialName,extraMaterialProperties)]=material409 EMProNameMaterialMap[EMProMaterialName]=material410 else:411 EMProMaterialName=material.name412 self.materials["__SubstrateLayer1"]=material413 layerEMProMaterialNameMap["__SubstrateLayer1"]=EMProMaterialName414 self.substratePartNameMap["__SubstrateLayer1"]=ADSmaterialName415 self.substrateLayers.append("__SubstrateLayer1")416 self.numberSubstratePartNameMap()417 if getSessionVersion(self.session) >= 6:418 self.session.appendUniqueMaterials(EMProNameMaterialMap)419 else:420 for name,material in EMProNameMaterialMap.items():421 empro.activeProject.materials().append(material)422 EMProNameMaterialMap[name] = empro.activeProject.materials().at(empro.activeProject.materials().size()-1)423 self.materials={}424 for layerName in layerEMProMaterialNameMap.keys():425 self.materials[layerName]=EMProNameMaterialMap.get(layerEMProMaterialNameMap.get(layerName,None),None)426 # End of create_materials427 def numberSubstratePartNameMap(self):428 materialCount={}429 for m in self.substratePartNameMap.keys():430 materialCount[self.substratePartNameMap[m]] = materialCount.get(self.substratePartNameMap[m],0) + 1431 multipleUsedMaterials = [m for m in materialCount.keys() if materialCount[m] > 1]432 for layer in self.substrateLayers:433 mat=self.substratePartNameMap.get(layer,None)434 if mat in multipleUsedMaterials:435 self.substratePartNameMap[layer]+=' '+str(materialCount[mat])436 materialCount[mat]-=1437 def setBoundaryConditions(self):438 empro.activeProject.boundaryConditions.zLowerBoundaryType="PEC"439 pass440 # End of setBoundaryConditions441 def setPortWarnings(self,includeInvalidPorts):442 pass443 # End of setPortWarnings444 def initNetlists(self):445 netlistNames = ['net_0','net_1_P1_P2','net_2']446 if getSessionVersion(self.session) >= 5:447 self.session.initNetlists(netlistNames)448 return449 self.groupList = []450 try:451 for i in netlistNames:452 g = empro.core.ShortcutGroup(i)453 self.groupList.append(g)454 except:455 pass456 def addShortcut(self,netId,part):457 if getSessionVersion(self.session) >= 5:458 self.session.addShortcut(netId,part)459 return460 try:461 s = empro.core.Shortcut(part)462 self.groupList[netId].append(s)463 except:464 pass465 def addShortcutsToProject(self):466 if getSessionVersion(self.session) >= 5:467 self.session.addShortcutsToProject()468 return469 try:470 for g in self.groupList:471 empro.activeProject.shortcuts().append(g)472 except:473 pass474 def ads_import(self,usedFlow="ADS",topAssembly=None,demoMode=False,includeInvalidPorts=True,suppressNotification=False,materialForEachLayer=False):475 if getSessionVersion(self.session) >= 1:476 self.session.prepare_import()477 self.create_materials(materialForEachLayer=materialForEachLayer)478 self.create_parameters()479 if topAssembly != None:480 topAssemblyShouldBeAdded = False481 else:482 topAssembly = empro.geometry.Assembly()483 topAssembly.name = usedFlow+'_import'484 if demoMode:485 empro.activeProject.geometry.append(topAssembly)486 topAssemblyShouldBeAdded = False487 else:488 topAssemblyShouldBeAdded = True489 param_list = empro.activeProject.parameters490 param_list.setFormula( "lateralExtension", "0 mm")491 param_list.setFormula( "verticalExtension", "0 mm")492 self.create_bondwire_definitions()493 self.setBoundaryConditions()494 symbPinData = self.create_geometry(topAssembly)495 self.create_ports( topAssembly, includeInvalidPorts, symbPinData )496 if get_ads_import_version() >= 11 :497 Expr=empro.core.Expression498 if topAssembly != None:499 bbox_geom = topAssembly.boundingBox()500 else:501 bbox_geom = empro.activeProject.geometry.boundingBox()502 param_list = empro.activeProject.parameters503 param_list.setFormula( "xLowerBoundingBox", str(bbox_geom.lower.x.formula()) +" m - xLowerExtension" )504 param_list.setFormula( "xUpperBoundingBox", str(bbox_geom.upper.x.formula()) +" m + xUpperExtension" )505 param_list.setFormula( "yLowerBoundingBox", str(bbox_geom.lower.y.formula()) +" m - yLowerExtension" )506 param_list.setFormula( "yUpperBoundingBox", str(bbox_geom.upper.y.formula()) +" m + yUpperExtension" )507 param_list.setFormula( "zLowerBoundingBox", str(bbox_geom.lower.z.formula()) +" m - zLowerExtension" )508 param_list.setFormula( "zUpperBoundingBox", str(bbox_geom.upper.z.formula()) +" m + zUpperExtension" )509 param_list.setFormula( "toggleExtensionToBoundingBox", "1" )510 param_list.setFormula( "lateralExtension", "3.125 mm")511 param_list.setFormula("verticalExtension", "5 mm")512 self.addShortcutsToProject()513 if topAssemblyShouldBeAdded:514 empro.activeProject.geometry.append(topAssembly)515 self.session.adjust_view()516 self.session.renumber_waveguides()517 if getSessionVersion(self.session) >= 10:518 self.session.post_import()519 if not suppressNotification:520 self.session.notify_success()521 return self.session.warnings522 #End of ads_import method523 def create_geometry(self,topAssembly):524 V=empro.geometry.Vector3d525 L=empro.geometry.Line526 unit2meterFactor = 0.001527 symbPinData = None528 mask_heights=self.getMaskHeights()529 mask_heights_parameterized=self.getMaskHeightsParameterized()530 s3dc_files={}531 s3dc_files["libS3D.xml"]="eJyzCTZ2cbbjstGH0AAcBANS"532 if hasattr(self.session, "create_3d_components"):533 if get_ads_import_version() >= 11 :534 symbPinData = self.session.create_3d_components(s3dc_files, mask_heights, topAssembly, unit2meterFactor)535 else:536 try:537 self.session.create_3d_components(s3dc_files, mask_heights,topAssembly)538 except TypeError:539 self.session.create_3d_components(s3dc_files, mask_heights)540 assembly=empro.geometry.Assembly()541 assembly.name="bondwires"542 assembly=empro.geometry.Assembly()543 part=empro.geometry.Model()544 simBox = empro.geometry.Box( _createIfToggleExtensionToBoundingBoxExpression("xUpperBoundingBox-xLowerBoundingBox", "abs((0-xLowerExtension)-(0.014+xUpperExtension))"), _createIfToggleExtensionToBoundingBoxExpression("zUpperBoundingBox-zLowerBoundingBox", "((((stack_tech_layer_5_Z) + (zUpperExtension)) - (stack_tech_layer_1_Z)))"), _createIfToggleExtensionToBoundingBoxExpression("yUpperBoundingBox-yLowerBoundingBox" , " abs((-0.0005-yLowerExtension)-(0.0133034+yUpperExtension))"))545 part.recipe.append(simBox)546 part.coordinateSystem.anchorPoint = empro.geometry.CoordinateSystemPositionExpression(V(_createIfToggleExtensionToBoundingBoxExpression("(xUpperBoundingBox+xLowerBoundingBox)/2", "(0.014+xUpperExtension+0-xLowerExtension)/2"), _createIfToggleExtensionToBoundingBoxExpression("(yUpperBoundingBox+yLowerBoundingBox)/2", "(0.0133034+yUpperExtension+-0.0005-yLowerExtension)/2"), _createIfToggleExtensionToBoundingBoxExpression("zLowerBoundingBox","((stack_tech_layer_1_Z) - (0))")))547 part.name="Simulation box"548 part.meshParameters=empro.mesh.ModelMeshParameters()549 part.meshParameters.priority=0550 empro.toolkit.applyMaterial(part,self.materials["simulation_box"])551 assembly.append(part)552 assembly.name="simulation_box"553 self.session.hide_part(assembly)554 topAssembly.append(assembly)555 self.session.adjust_view()556 assembly=empro.geometry.Assembly()557 pointString='0.014+xUpperExtension#-0.0005-yLowerExtension;0.014+xUpperExtension#0.0133034+yUpperExtension;0-xLowerExtension#0.0133034+yUpperExtension;0-xLowerExtension#-0.0005-yLowerExtension'558 sketch = self._create_sketch(pointString)559 sketch.constraintManager().append(empro.geometry.FixedPositionConstraint("vertex0",V(_createIfToggleExtensionToBoundingBoxExpression("xLowerBoundingBox","0-xLowerExtension"),_createIfToggleExtensionToBoundingBoxExpression("yLowerBoundingBox","-0.0005-yLowerExtension"),0)))560 sketch.constraintManager().append(empro.geometry.FixedPositionConstraint("vertex1",V(_createIfToggleExtensionToBoundingBoxExpression("xUpperBoundingBox","0.014+xUpperExtension"),_createIfToggleExtensionToBoundingBoxExpression("yLowerBoundingBox","-0.0005-yLowerExtension"),0)))561 sketch.constraintManager().append(empro.geometry.FixedPositionConstraint("vertex2",V(_createIfToggleExtensionToBoundingBoxExpression("xUpperBoundingBox","0.014+xUpperExtension"),_createIfToggleExtensionToBoundingBoxExpression("yUpperBoundingBox","0.0133034+yUpperExtension"),0)))562 sketch.constraintManager().append(empro.geometry.FixedPositionConstraint("vertex3",V(_createIfToggleExtensionToBoundingBoxExpression("xLowerBoundingBox","0-xLowerExtension"),_createIfToggleExtensionToBoundingBoxExpression("yUpperBoundingBox","0.0133034+yUpperExtension"),0)))563 part=empro.geometry.Model()564 part.recipe.append(empro.geometry.Extrude(sketch,"(stack_tech_layer_3_Z) - (stack_tech_layer_1_Z)",V(0,0,1)))565 part.coordinateSystem.anchorPoint = empro.geometry.CoordinateSystemPositionExpression(V(0,0,"(stack_tech_layer_1_Z) - (0)"))566 part.name=self.substratePartNameMap["__SubstrateLayer1"]567 part.meshParameters=empro.mesh.ModelMeshParameters()568 part.meshParameters.priority=50569 empro.toolkit.applyMaterial(part,self.materials["__SubstrateLayer1"])570 self.session.hide_part(part)571 assembly.append(part)572 assembly.name="substrate"573 topAssembly.append(assembly)574 assembly=empro.geometry.Assembly()575 pointStrings=['0.014#-0.0005;0.014#0.0005;0#0.0005;0#-0.0005']576 part = self._create_extrude(pointStrings, "(mask_cond_Zmax) - (mask_cond_Zmin)", up=True)577 part.coordinateSystem.anchorPoint = empro.geometry.CoordinateSystemPositionExpression(V(0,0,"(mask_cond_Zmin) - (0)"))578 part.setAttribute('LtdLayerNumber', 2)579 part.meshParameters=empro.mesh.ModelMeshParameters()580 part.meshParameters.priority=162581 empro.toolkit.applyMaterial(part,self.materials["cond"])582 assembly.append(part)583 self.addShortcut(1,part)584 self._update_geoProgress()585 pointStrings=['0.0091517#0.0086517;0.0091517#0.0123034;0.0093034#0.0123034;0.0093034#0.0133034;0.0081517#0.0121517;0.0081517#0.0085;0.008#0.0085;0.008#0.0075']586 part = self._create_extrude(pointStrings, "(mask_cond_Zmax) - (mask_cond_Zmin)", up=True)587 part.coordinateSystem.anchorPoint = empro.geometry.CoordinateSystemPositionExpression(V(0,0,"(mask_cond_Zmin) - (0)"))588 part.setAttribute('LtdLayerNumber', 2)589 part.meshParameters=empro.mesh.ModelMeshParameters()590 part.meshParameters.priority=162591 empro.toolkit.applyMaterial(part,self.materials["cond"])592 assembly.append(part)593 self.addShortcut(0,part)594 self._setAssemblyMeshSettings(assembly,0,0,0)595 assembly.name="cond"596 topAssembly.append(assembly)597 assembly=empro.geometry.Assembly()598 pointStrings=['0.017125#-0.003625;0.017125#0.0164284;-0.003125#0.0164284;-0.003125#-0.003625']599 sketch = None600 for pointString in pointStrings:601 sketch = self._create_sketch(pointString, sketch)602 sketch.constraintManager().append(empro.geometry.FixedPositionConstraint("vertex0",V(_createIfToggleExtensionToBoundingBoxExpression("xLowerBoundingBox","0-xLowerExtension"),_createIfToggleExtensionToBoundingBoxExpression("yLowerBoundingBox","-0.0005-yLowerExtension"),0)))603 sketch.constraintManager().append(empro.geometry.FixedPositionConstraint("vertex1",V(_createIfToggleExtensionToBoundingBoxExpression("xUpperBoundingBox","0.014+xUpperExtension"),_createIfToggleExtensionToBoundingBoxExpression("yLowerBoundingBox","-0.0005-yLowerExtension"),0)))604 sketch.constraintManager().append(empro.geometry.FixedPositionConstraint("vertex2",V(_createIfToggleExtensionToBoundingBoxExpression("xUpperBoundingBox","0.014+xUpperExtension"),_createIfToggleExtensionToBoundingBoxExpression("yUpperBoundingBox","0.0133034+yUpperExtension"),0)))605 sketch.constraintManager().append(empro.geometry.FixedPositionConstraint("vertex3",V(_createIfToggleExtensionToBoundingBoxExpression("xLowerBoundingBox","0-xLowerExtension"),_createIfToggleExtensionToBoundingBoxExpression("yUpperBoundingBox","0.0133034+yUpperExtension"),0)))606 part=empro.geometry.Model()607 part.recipe.append(empro.geometry.Cover(sketch))608 part.coordinateSystem.anchorPoint = empro.geometry.CoordinateSystemPositionExpression(V(0,0,"(stack_tech_layer_1_Z) - (0)"))609 part.meshParameters=empro.mesh.ModelMeshParameters()610 try:611 mtrl = self.materials["closed_bottom"]612 if mtrl.details.materialType() == "Physical": 613 eProp = mtrl.details.electricProperties614 if eProp.propertyType() == "PEC" or eProp.parameters.parametersType() == "PEC":615 if topAssembly != None:616 bbox_3dcs = topAssembly.boundingBox()617 else:618 bbox_3dcs = empro.activeProject.geometry.boundingBox()619 SPAresabs=empro.activeProject.newPartModelingUnit.toReferenceUnits(1e-6)620 if (float(empro.core.Expression("((stack_tech_layer_1_Z) - (0))")) <= bbox_3dcs.lower.z + SPAresabs ) :621 part.meshParameters.includeInMesh=False622 empro.activeProject.parameters.setFormula( "zLowerExtension", "0 mm")623 except AttributeError:624 part.meshParameters.includeInMesh=False625 part.meshParameters.priority=140626 empro.toolkit.applyMaterial(part,self.materials["closed_bottom"])627 assembly.append(part)628 self.addShortcut(2,part)629 self._setAssemblyMeshSettings(assembly,0,0,0)630 assembly.name="closed_bottom"631 topAssembly.append(assembly)632 return symbPinData633 # End of create_geometry634 def _update_geoProgress(self):635 self.geoProgress+= 1636 if self.geoProgress % 1 == 0:637 progress = (self.geoProgress * 100)/1638 self._updateProgress(progress)639 def getMaskHeights(self,parameterized=False):640 mask_heights={}641 mask_heights_parameterized={}642 mask_heights[2]=(0.0005, 0.000545)643 mask_heights_parameterized[2]=("(mask_cond_Zmin) - (0)", "(mask_cond_Zmax) - (0)")644 if(parameterized):645 return mask_heights_parameterized646 else:647 return mask_heights648 def getMaskHeightsParameterized(self):649 return self.getMaskHeights(parameterized=True)650 def create_ports( self, topAssembly, includeInvalidPorts=True, symbPinData=None):651 self.setPortWarnings(includeInvalidPorts)652 V=empro.geometry.Vector3d653 L=empro.geometry.Line654 SPAresabs=empro.activeProject.newPartModelingUnit.toReferenceUnits(1e-6)655 if topAssembly != None:656 bbox_geom = topAssembly.boundingBox()657 else:658 bbox_geom = empro.activeProject.geometry.boundingBox()659 xLowerBoundary = float(bbox_geom.lower.x)660 xUpperBoundary = float(bbox_geom.upper.x)661 yLowerBoundary = float(bbox_geom.lower.y)662 yUpperBoundary = float(bbox_geom.upper.y)663 zLowerBoundary = float(bbox_geom.lower.z)664 zUpperBoundary = float(bbox_geom.upper.z)665 internalPortOnXLowerBoundary = False666 internalPortOnXUpperBoundary = False667 internalPortOnYLowerBoundary = False668 internalPortOnYUpperBoundary = False669 internalPortOnZLowerBoundary = False670 internalPortOnZUpperBoundary = False671 ports=[]672 waveguides={}673 portShortcutGroups=[]674 assembly=empro.geometry.Assembly()675 waveform=empro.waveform.Waveform("Broadband Pulse")676 waveform.shape=empro.waveform.MaximumFrequencyWaveformShape()677 self.waveforms["Broadband Pulse"]=waveform678 if getSessionVersion(self.session) >= 7:679 self.session.appendUniqueWaveforms(self.waveforms)680 else:681 for name,waveform in self.waveforms.items():682 empro.activeProject.waveforms.append(waveform)683 self.waveforms[name] = empro.activeProject.waveforms[len(empro.activeProject.waveforms)-1]684 feed=empro.components.Feed()685 feed.name="50 ohm Voltage Source"686 feed.impedance.resistance=50687 feed.waveform=self.waveforms["Broadband Pulse"]688 self.circuitComponentDefinitions[feed.name]=feed689 if getSessionVersion(self.session) >= 7:690 self.session.appendUniqueCircuitComponentDefinitions(self.circuitComponentDefinitions)691 else:692 for name,compDef in self.circuitComponentDefinitions.items():693 empro.activeProject.circuitComponentDefinitions.append(compDef)694 self.circuitComponentDefinitions[name] = empro.activeProject.circuitComponentDefinitions[len(empro.activeProject.circuitComponentDefinitions)-1]695 head=V("(0) - (0)","(0) - (0)","(((mask_cond_Zmax) + (mask_cond_Zmin)) / (2)) - (0)")696 tail=V("(0) - (0)","(0) - (0)","(stack_tech_layer_1_Z) - (0)")697 extent=empro.components.SheetExtent()698 extent.endPoint1Position=V("(0) - (0)","(-0.0005) - (0)","(stack_tech_layer_1_Z) - (0)")699 extent.endPoint2Position=V("(0) - (0)","(0.0005) - (0)","(((mask_cond_Zmax) + (mask_cond_Zmin)) / (2)) - (0)")700 port = self._create_internal_port("P1","50 ohm Voltage Source",head,tail,extent)701 portShortcutGroups.append((1,port))702 ports.append(port)703 self._set_extra_port_info(port, "inputOutput", 1, "P1", "Direct")704 headsAndTails = (head if isinstance(head, list) else [head]) + (tail if isinstance(tail, list) else [tail])705 for headOrTail in headsAndTails:706 if abs(float(headOrTail.x) - xLowerBoundary) < SPAresabs: internalPortOnXLowerBoundary = True707 if abs(float(headOrTail.x) - xUpperBoundary) < SPAresabs: internalPortOnXUpperBoundary = True708 if abs(float(headOrTail.y) - yLowerBoundary) < SPAresabs: internalPortOnYLowerBoundary = True709 if abs(float(headOrTail.y) - yUpperBoundary) < SPAresabs: internalPortOnYUpperBoundary = True710 if abs(float(headOrTail.z) - zLowerBoundary) < SPAresabs: internalPortOnZLowerBoundary = True711 if abs(float(headOrTail.z) - zUpperBoundary) < SPAresabs: internalPortOnZUpperBoundary = True712 head=V("(0.014) - (0)","(0) - (0)","(((mask_cond_Zmax) + (mask_cond_Zmin)) / (2)) - (0)")713 tail=V("(0.014) - (0)","(0) - (0)","(stack_tech_layer_1_Z) - (0)")714 extent=empro.components.SheetExtent()715 extent.endPoint1Position=V("(0.014) - (0)","(-0.0005) - (0)","(stack_tech_layer_1_Z) - (0)")716 extent.endPoint2Position=V("(0.014) - (0)","(0.0005) - (0)","(((mask_cond_Zmax) + (mask_cond_Zmin)) / (2)) - (0)")717 port = self._create_internal_port("P2","50 ohm Voltage Source",head,tail,extent)718 portShortcutGroups.append((1,port))719 ports.append(port)720 self._set_extra_port_info(port, "inputOutput", 2, "P2", "Direct")721 headsAndTails = (head if isinstance(head, list) else [head]) + (tail if isinstance(tail, list) else [tail])722 for headOrTail in headsAndTails:723 if abs(float(headOrTail.x) - xLowerBoundary) < SPAresabs: internalPortOnXLowerBoundary = True724 if abs(float(headOrTail.x) - xUpperBoundary) < SPAresabs: internalPortOnXUpperBoundary = True725 if abs(float(headOrTail.y) - yLowerBoundary) < SPAresabs: internalPortOnYLowerBoundary = True726 if abs(float(headOrTail.y) - yUpperBoundary) < SPAresabs: internalPortOnYUpperBoundary = True727 if abs(float(headOrTail.z) - zLowerBoundary) < SPAresabs: internalPortOnZLowerBoundary = True728 if abs(float(headOrTail.z) - zUpperBoundary) < SPAresabs: internalPortOnZUpperBoundary = True729 setPortNbToNameMappingInitialized()730 try:731 if getSessionVersion(self.session) >= 5:732 self.session.appendPortList(ports,None,portShortcutGroups)733 else:734 self.session.appendPortList(ports,self.groupList,portShortcutGroups)735 except AttributeError:736 empro.activeProject.circuitComponents().appendList(ports)737 for group,port in portShortcutGroups:738 self.addShortcut(group,port)739 for i in waveguides.keys():740 empro.activeProject.waveGuides.append(waveguides[i])741 assembly.name="waveguide_planes"742 self.session.hide_part(assembly)743 def create_grid_regions(self):744 gG = empro.activeProject.gridGenerator745 def create_parameters(self):746 self._create_parameter("stack_tech_layer_1_Z", "0 mm", "Z of topology level (level 1 of stack tech)",True,fixGridAxis='Z')747 self._create_parameter("stack_tech_layer_3_Z", "0.5 mm", "Z of topology level (level 3 of stack tech)",True,fixGridAxis='Z')748 self._create_parameter("stack_tech_layer_5_Z", "0.545 mm", "Z of topology level (level 5 of stack tech)",True,fixGridAxis='Z')749 self._create_parameter("lateralExtension","3.125 mm","Substrate LATERAL extension", True)750 self._create_parameter("verticalExtension","5 mm","Substrate VERTICAL extension", True)751 self._create_parameter("xLowerExtension", "lateralExtension", "Lower X extension", True)752 self._create_parameter("xUpperExtension", "lateralExtension", "Upper X extension", True)753 self._create_parameter("yLowerExtension", "lateralExtension", "Lower Y extension", True)754 self._create_parameter("yUpperExtension", "lateralExtension", "Upper Y extension", True)755 self._create_parameter("zLowerExtension", "verticalExtension", "Lower Z extension", True)756 self._create_parameter("zUpperExtension", "verticalExtension", "Upper Z extension", True)757 if get_ads_import_version() >= 11 :758 self._create_parameter("toggleExtensionToBoundingBox", 0, "toggle extension of gnd/substrate layers to bounding box of geometry", True)759 self._create_parameter("xLowerBoundingBox", 0.0, "lower X coordinate of bounding box of geometry (for extension of covers)", True)760 self._create_parameter("yLowerBoundingBox", 0.0, "lower Y coordinate of bounding box of geometry (for extension of covers)", True)761 self._create_parameter("zLowerBoundingBox", 0.0, "lower Z coordinate of bounding box of geometry (for extension of covers)", True)762 self._create_parameter("xUpperBoundingBox", 0.0, "upper X coordinate of bounding box of geometry (for extension of covers)", True)763 self._create_parameter("yUpperBoundingBox", 0.0, "upper Y coordinate of bounding box of geometry (for extension of covers)", True)764 self._create_parameter("zUpperBoundingBox", 0.0, "upper Z coordinate of bounding box of geometry (for extension of covers)", True)765 self._create_parameter("mask_cond_Zmin",str("0.5 mm"),"Zmin of mask cond",True,fixGridAxis='Z')766 self._create_parameter("mask_cond_Zmax",str("0.545 mm"),"Zmax of mask cond",True,fixGridAxis='Z')767def maxNbThreadsADS():768 maxNbThreads=0769 return maxNbThreads770g_portNbToName={}771g_portNbToNameInitialized=False772def portNbToName():773 if g_portNbToNameInitialized == True:774 return g_portNbToName775 raise RuntimeError("portNbToName used uninitialized")776def setPortNbToNameMappingInitialized( state = True ):777 global g_portNbToNameInitialized778 g_portNbToNameInitialized = True779def radiationPossible():780 return True...
copasi.py
Source:copasi.py
...49 return result50 def _create_problem(self):51 result = etree.Element('Problem')52 result.extend([53 self._create_parameter('AutomaticStepSize', 'bool', 0),54 self._create_parameter('StepNumber', 'unsignedInteger', 100),55 self._create_parameter('StepSize', 'float', self._max_time/100),56 self._create_parameter('Duration', 'float', self._max_time),57 self._create_parameter('TimeSeriesRequested', 'bool', 1),58 self._create_parameter('OutputStartTime', 'float', 0),59 self._create_parameter('Output Event', 'bool', 0),60 self._create_parameter('Start in Steady State', 'bool', 0)61 ])62 return result63 def _create_parameter(self, name, type_, value):64 result = etree.Element('Parameter')65 result.set('name', name)66 result.set('type', type_)67 result.set('value', str(value))68 return result69 def _create_method(self):70 result = etree.Element('Method')71 result.set('name', 'Stochastic (Gibson + Bruck)')72 result.set('type', 'DirectMethod')73 #result.set('name', 'Stochastic (Direct method)')74 #result.set('type', 'Stochastic')75 result.extend([76 self._create_parameter('Max Internal Steps', 'integer', '1000000'),77 self._create_parameter('Subtype', 'unsignedInteger', '2'),78 self._create_parameter('Use Random Seed', 'bool', '1'),79 self._create_parameter('Random Seed', 'unsignedInteger', '1')80 ])81 return result82class CopasiReport(object):83 def __init__(self, cascade_size):84 self._xml = self._create_report()85 self._xml.extend([86 self._create_comment(),87 self._create_table(cascade_size)88 ])89 def _create_report(self):90 result = etree.Element('Report')91 result.set('key', 'Report_benchmark')92 result.set('name', 'Time, Particle Numbers, Volumes, '93 'and Global Quantity Values')...
model_test.py
Source:model_test.py
...23 def tearDown(self):24 # Restore previous log level25 logger = logging.getLogger('pando.model')26 logger.setLevel(self.logLevel)27 def _create_parameter(self, name, model):28 p = pando.model.Parameter(name=name, uid=name.lower(), description=None, parameter_type=None)29 model.parameters[p.uid] = p30 return p31 def _create_repeater(self, name, model):32 p = pando.model.Repeater(name=name, uid=name.lower(), description=None, parameter_type=None)33 model.parameters[p.uid] = p34 return p35 def _generate_packet(self, model):36 packet = pando.model.Packet(name="Test", uid="test", description="",37 packet_type=pando.model.Packet.TELECOMMAND)38 packet.append_parameter(self._create_parameter("P1", model))39 repeater = self._create_repeater("P2", model)40 repeater.append_parameter(self._create_parameter("P3", model))41 packet.append_parameter(repeater)42 packet.append_parameter(self._create_parameter("P4", model))43 model.telecommands[packet.uid] = packet44 return packet45 def _generate_packet_with_nested_repeaters(self, model):46 packet = pando.model.Packet(name="Test", uid="test", description="",47 packet_type=pando.model.Packet.TELECOMMAND)48 packet.append_parameter(self._create_parameter("P1", model))49 repeater = self._create_repeater("G1", model)50 repeater.append_parameter(self._create_parameter("P2", model))51 repeater2 = self._create_repeater("G2", model)52 repeater2.append_parameter(self._create_parameter("P3", model))53 repeater2.append_parameter(self._create_parameter("P4", model))54 repeater.append_parameter(repeater2)55 packet.append_parameter(repeater)56 packet.append_parameter(self._create_parameter("P5", model))57 model.telecommands[packet.uid] = packet58 return packet59 def test_should_flatten_parameters(self):60 m = pando.model.Model()61 packet = self._generate_packet(m)62 parameters = packet.get_parameters_as_flattened_list()63 self.assertIsNotNone(parameters)64 self.assertEqual(len(parameters), 4)65 self.assertEqual(parameters[0].uid, "p1")66 self.assertEqual(parameters[1].uid, "p2")67 self.assertEqual(parameters[2].uid, "p3")68 self.assertEqual(parameters[3].uid, "p4")69 def test_should_have_correct_repeater_member_count(self):70 model = pando.model.Model()...
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