def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvFaceAddFaceAsAperture'],
['SvFaceAddInternalBoundary'],
['SvFaceArea'],
['SvFaceBoundingFace'],
['SvFaceByEdges'],
['SvFaceByVertices'],
['SvFaceByWire'],
['SvFaceByWires'],
['SvFaceCompactness'],
['SvFaceExternalBoundary'],
['SvFaceFacingToward'],
['SvFaceGridByDistances'],
['SvFaceGridByParameters'],
['SvFaceInternalBoundaries'],
['SvFaceInternalVertex'],
['SvFaceIsInside'],
['SvFaceNormalAtParameters'],
['SvFaceParametersAtVertex'],
['SvFaceTriangulate'],
['SvFaceTrimByWire'],
['SvFaceVertexByParameters'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvContractByParameters'],
['SvTopologyByImportedIPFS'],
['SvTopologyExportToIPFS'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvNeo4jGraphAddTopologicGraph'],
['SvNeo4jGraphByParameters'],
['SvNeo4jGraphDeleteAll'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvGraphAddEdge'],
['SvGraphAddVertex'],
['SvGraphAdjacentVertices'],
['SvGraphAllPaths'],
['SvGraphByTopology'],
['SvGraphConnect'],
['SvGraphContainsEdge'],
['SvGraphContainsVertex'],
['SvGraphDegreeSequence'],
['SvGraphDensity'],
['SvGraphDepthMap'],
['SvGraphDiameter'],
['SvGraphEdge'],
['SvGraphEdges'],
['SvGraphIsComplete'],
['SvGraphIsErdoesGallai'],
['SvGraphIsolatedVertices'],
['SvGraphMaximumDelta'],
['SvGraphMinimumDelta'],
['SvGraphMST'],
['SvGraphNearestVertex'],
['SvGraphPath'],
['SvGraphRemoveEdge'],
['SvGraphRemoveVertex'],
['SvGraphShortestPath'],
['SvGraphShortestPaths'],
['SvGraphTopologicalDistance'],
['SvGraphTopology'],
['SvGraphVertexDegree'],
['SvGraphVertices'],
['SvGraphVerticesAtKeyValue'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvShellByFaces'],
['SvShellExternalBoundary'],
['SvShellInternalBoundaries'],
['SvShellIsClosed'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvDictionaryByKeysValues'],
['SvDictionaryByMergedDictionaries'],
['SvDictionaryByObjectProperties'],
['SvDictionaryValueAtKey'],
['SvDictionaryKeys'],
['SvDictionaryValues'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvVertexByCoordinates'],
['SvVertexByObjectLocation'],
['SvVertexCoordinates'],
['SvVertexDistance'],
['SvVertexEnclosingCell'],
['SvVertexNearestVertex'],
])
def draw(self, context):
layout = self.layout
layout.operator_context = 'INVOKE_REGION_WIN'
if o3d is None:
layout.operator('node.sv_ex_pip_install', text="Install Open3d Library with PIP").package = "open3d"
else:
layout_draw_categories(self.layout, self.bl_label, node_cats['Utils'])
layout.menu("NODEVIEW_MT_Open3DPointCloudMenu")
layout.menu("NODEVIEW_MT_Open3DTriangleMeshMenu")
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvCellComplexByCells'],
['SvCellComplexByFaces'],
['SvCellComplexDecompose'],
['SvCellComplexExternalBoundary'],
['SvCellComplexInternalBoundaries'],
['SvCellComplexNonManifoldFaces'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvHBModelByTopology'],
['SvHBModelExportToHBJSON'],
['SvHBModelString'],
['SvHBConstructionSetByIdentifier'],
['SvHBConstructionSets'],
['SvHBProgramTypeByIdentifier'],
['SvHBProgramTypes']
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvWireByEdges'],
['SvWireCircle'],
['SvWireCycles'],
['SvWireIsClosed'],
['SvWireIsSimilar'],
['SvWireLength'],
['SvWireRectangle'],
['SvWireStar'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvTopologyAddApertures'],
['SvTopologyAddContent'],
['SvTopologyAdjacentTopologies'],
['SvTopologyAnalyze'],
['SvTopologyApertures'],
['SvTopologyBoolean'],
['SvTopologyBoundingBox'],
['SvTopologyByGeometry'],
['SvTopologyByImportedBRep'],
['SvTopologyByOCCTShape'],
['SvTopologyByString'],
['SvTopologyCenterOfMass'],
['SvTopologyCentroid'],
['SvTopologyContent'],
['SvTopologyContexts'],
['SvTopologyCopy'],
['SvTopologyDecodeInformation'],
['SvTopologyDictionary'],
['SvTopologyDimensionality'],
['SvTopologyDivide'],
['SvTopologyEncodeInformation'],
['SvTopologyExplode'],
['SvTopologyExportToBRep'],
['SvTopologyFilter'],
['SvTopologyGeometry'],
['SvTopologyIsSame'],
['SvTopologyMergeAll'],
['SvTopologyOCCTShape'],
['SvTopologyPlace'],
['SvTopologyRotate'],
['SvTopologyRemoveCollinearEdges'],
['SvTopologyRemoveContent'],
['SvTopologyRemoveCoplanarFaces'],
['SvTopologyScale'],
['SvTopologySelectSubTopology'],
['SvTopologySelfMerge'],
['SvTopologySetDictionary'],
['SvTopologySharedTopologies'],
['SvTopologyString'],
['SvTopologySubTopologies'],
['SvTopologySuperTopologies'],
['SvTopologyTransferDictionaries'],
['SvTopologyTransferDictionariesBySelectors'],
['SvTopologyTransform'],
['SvTopologyTranslate'],
['SvTopologyTriangulate'],
['SvTopologyType'],
['SvTopologyTypeID'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvEdgeByStartVertexEndVertex'],
['SvEdgeByVertices'],
['SvEdgeDirection'],
['SvEdgeEndVertex'],
['SvEdgeLength'],
['SvEdgeParameterAtVertex'],
['SvEdgeSharedVertices'],
['SvEdgeStartVertex'],
['SvEdgeVertexByDistance'],
['SvEdgeVertexByParameter'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvEnergyModelByImportedIFC'],
['SvTopologyByImportedIFC'],
['SvIFCReadFile'],
['SvIFCBuildingElements'],
['SvIFCClashDetection'],
['SvIFCConnectBuildingElements'],
['SvIFCCreateSpaces'],
['SvIFCAdd2ndLevelBoundaries'],
['SvIFCWriteFile'],
['SvHBJSONByIFC']
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvCellByFaces'],
['SvCellCone'],
['SvCellCylinder'],
['SvCellByLoft'],
['SvCellByShell'],
['SvCellByThickenedFace'],
['SvCellCompactness'],
['SvCellExternalBoundary'],
['SvCellInternalBoundaries'],
['SvCellInternalVertex'],
['SvCellIsInside'],
['SvCellPipe'],
['SvCellPrism'],
['SvCellSets'],
['SvCellSuperCells'],
['SvCellSurfaceArea'],
['SvCellVolume'],
])
def draw(self, context):
layout_draw_categories(self.layout, 'Topologic', [
['@ Vertex'],
['@ Edge'],
['@ Wire'],
['@ Face'],
['@ Shell'],
['@ Cell'],
['@ CellComplex'],
['@ Cluster'],
['@ Topology'],
['@ Aperture'],
['@ Color'],
['@ Context'],
['@ Dictionary'],
['@ Graph'],
['@ Openstudio'],
['@ Honeybee'],
['@ IFC'],
['@ Blockchain'],
['@ Neo4j'],
['@ About'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvEnergyModelByImportedIFC'],
['SvEnergyModelByImportedOSM'],
['SvEnergyModelByTopology'],
['SvEnergyModelByCype'],
['SvHBJSONByTopology'],
['SvEnergyModelExportToHBJSON'],
['SvEnergyModelColumnNames'],
['SvEnergyModelDefaultConstructionSets'],
['SvEnergyModelDefaultScheduleSets'],
['SvEnergyModelExportToGbXML'],
['SvEnergyModelExportToOSM'],
['SvEnergyModelQuery'],
['SvEnergyModelReportNames'],
['SvEnergyModelRowNames'],
['SvEnergyModelRunSimulation'],
['SvEnergyModelSpaceTypes'],
['SvEnergyModelSqlFile'],
['SvEnergyModelTableNames'],
['SvEnergyModelTopologies'],
['SvEnergyModelUnits'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvColorByValueInRange'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvContextByTopologyParameters'],
['SvContextTopology'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvApertureByTopologyContext'],
['SvApertureTopology'],
])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvClusterByTopologies'],
])
def draw(self, context):
layout_draw_categories(self.layout, self.bl_label, node_cats[self.bl_label])
def draw(self, context):
layout = self.layout
layout_draw_categories(self.layout, self.bl_label, [
['SvTopologicVersion'],
])
