Breaking changes

2024.2 Update 2

💡 BEHAVIOR CHANGE

• scene.hide Now accept a list of occurrences instead of a single occurrence
• scene.show Now accept a list of occurrences instead of a single occurrence
• scene.inverseVisibility Now accept a list of occurrences instead of a single occurrence
• scene.showOnly Now accept a list of occurrences instead of a single occurrence

2024.2 Update 1

❌ REMOVED FUNCTIONS

• core.pushAnalytic
• core.isInteractiveMode
• core.setInteractiveMode
• core.message
• core.askYesNo
• core.choose
• core.askString

➕ ADDED FUNCTIONS

• core.getLicenseError: Give the reason of license check failure

2024.2

💡 BEHAVIOR CHANGE

• algo.automaticUVMapping: Now have two new optional parameters allowing to set up the resolution and the padding
• algo.createVisibilityInformationAdvanced: Now has a level parameter, like algo.createVisibilityInformation
• algo.decimateTarget: Now takes an optional experimental parameter for hybrid memoryless approach
• algo.explodeConnectedMeshes: Now has an optional parameter allowing to split connected components along non-manifold edges
• algo.getFittingCylinder, algo.mapUvOnFittingCylinder: Theses function now take an optional forced direction vector
• algo.remeshSurfacicHoles: Algorithm was improved, new parameters were added
• algo.removeOccludedGeometries, algo.findOccludedPartOccurrences and algo.createVisibilityInformation: Now can create viewpoints on an hemisphere
• algo.removeOccludedGeometries, algo.findOccludedPartOccurrences and algo.removeOccludedGeometriesFromPoints: Viewpoints generation no longer creates a uv mapping of a grid of sphereCount × sphereCount on a sphere (density is higher on the poles than on the hemisphere) but creates a uniform distribution of sphereCount viewpoints on a sphere.
• algo.removeOccludedGeometries, algo.removeOccludedGeometriesAdvanced, algo.removeOccludedGeometriesFromPoints and algo.removeOccludedGeometriesFromViewPoints: These functions now take an optional list of occluders
• algo.unwrapUV: Now has two new parameters to control solver's behavior
• cad.createLoop: Now has a parameter allowing to merge isolated vertices in the loop
• cad.createRevolutionSurface: Now parameters defining the starting and ending angles are renamed and used as if they were in radians
• cad.invertFaces: Now has a parameter to invert loop orientation
• core.endUndoRedoStep: Now has an optional deleteIfEmpty parameter
• geom.fromTRS: Rotation vector should be passed in degrees instead of radians
• geom.toTRS: Rotation vector values are now returned in degrees
• material.createMaterialsFromMaps: Now returns info on the created material
• scene.createTorus: Now has a generateUV parameter like other scene.create___ functions
• scene.getAABB: Now takes an optional parameter allowing to compute more precise AABB
• scene.mergePartOccurrencesByFinalAssemblies: MergeHiddenPartsMode default value is now Destroy
• view.refreshViewer: Removed the parameters frameCount and forceUpdate that were unused

❌ REMOVED FUNCTIONS

• algo.combineMeshes: Use algo.combineMaterials and scene.mergePartOccurrencesto achieve the same result
• algo.deletePolygonalWeightAttribute
• algo.destroyElements
• algo.flattenUV
• algo.getEdgePolygons
• algo.getEdgeVertices
• algo.getEdges
• algo.getFreeEdges
• algo.getFreeVertices
• algo.getNormal
• algo.getPatches
• algo.getPolygonEdges
• algo.getPolygonVertices
• algo.getPolygons
• algo.getTessellationBoundaries
• algo.getTextureCoordinates
• algo.getVertexCoordinates
• algo.getVertexEdges
• algo.getVertexPolygons
• algo.getVertices
• algo.getVisiblePolygons
• algo.invertElements
• algo.relaxUV
• algo.retessellate: Use algo.tessellate instead
• algo.smoothUV
• algo.stitchUV
• algo.toEditableMesh
• algo.toStaticMesh
• cad.addToModel
• cad.createBoundedCurve
• cad.getBoundedCurveDefinition
• cad.getClosedShellOrientedDomains
• cad.getModelDomains
• cad.getOpenShellOrientedDomains
• cad.setPrecision
• core.addPreset
• core.executeCommand
• core.exportFunctionDialogScreen
• core.exportPresets
• core.generateHTMLDocumentation
• core.getEntityTypeFromString
• core.importPresets
• core.isFloatingLicense
• core.removeAllPresets
• core.removePreset
• core.savePreset
• core.updateDocumentation
• core.askYesNo
• core.choose
• core.askString
• core.updateDocumentation
• core.message
• io.exportSceneToDTPlatform
• io.exportSceneToReflect
• io.importSceneFromDTPlatform
• scene.selectPartsFromNoShow

❌ REMOVED TYPES

• algo.EdgeListList
• algo.EdgeList
• algo.ElementList
• algo.PatchList
• algo.Patch
• algo.PolygonListList
• algo.PolygonList
• algo.UVCoordList
• algo.UVCoord
• algo.VertexListList
• algo.VertexList
• core.Regex: Changed from struct to core.String

➕ ADDED FUNCTIONS

• algo.crackMeshEdges: Crack polygonal edges according to given criteria
• algo.dualContouring: Replace the tessellations of the selected parts by a retopology based on a dual-contouring
• algo.filletMesh: Fillet a mesh according to its Lines of Interest
• algo.getAllAxisFromCADModel: Return all the main axis contained in the CAD models given
• algo.getUVQualityMetrics: Compute UV mapping qualitative metrics.
• algo.getVisualComparisonFootprint: Compute the visual footprint of the difference between two sets of occurrences
• algo.identifySharpEdges: Mark as Lines Of Interest the sharp edges
• algo.mergeUVIslandsRelaxed: Minimizes the number of seams in the UV mapping by merging UV islands
• algo.meshBooleanOperation: Computes the boolean operation between the meshes of two occurrence lists
• algo.segmentMesh: Segment Mesh into clusters guided by edge sharpnesses
• cad.addBodyToModel: Add a body to the model
• cad.addEdgeToModel: Add an edge to the model
• cad.addOpenShellToModel: Add an open shell to the model
• cad.addPrecisionArea: Define a working area on the 2D projection of the surface to define a parametric precision
• cad.addVertexToModel: Add a vertex to the model
• cad.createBoundedLinearExtrusionBody: Create a linear extrusion body
• cad.createCurveExtrusionBody: Create a curve extrusion body
• cad.createLinearExtrusionBody: Create a linear extrusion body
• cad.createLoopFromCurve: Create a loop from a finite curve
• cad.createMultiExtrusionBody: Create a linear extrusion body
• cad.createRevolveExtrusionBody: Create a revolved extrusion body
• cad.endThreadBrepSession: Ends BrepSession on current thread
• cad.getClosedShellOrientedFaces: Get all orienteFaces contain in the closedShell
• cad.getCurveLength: Returns the length of the curve
• cad.getEdgeLength: Returns the length of the edge
• cad.getEdgeMaterial: Get the material of the edge, if any
• cad.getModelOpenShells: Get the list of open shells contained in a model
• cad.getModelPrecision: Get the precision used in a model
• cad.getOpenShellOrientedFaces: Get all orienteFaces contain in the openShell
• cad.getParametricPrecisionOnSurface: Returns the parametric precision of a surface from the input precision
• cad.getPrecision: Get the CAD precision
• cad.invertCoEdge: Invert a coedge
• cad.invertFaces: Invert faces
• cad.invertLoop: Invert a loop
• cad.isCurveFinite: If the curve is finite return true, return false otherwise
• cad.isSurfaceFinite: Return if the surface is finite
• cad.needPrecisionArea: Tells if it needs a working area on the surface
• cad.needTorusShapeCheck: Returns true if the torus has a shape (lemon or apple) corresponding to the provided points
• cad.setCoEdgeCurve2D: Set the curve 2D value of a coEdge
• cad.setCoEdgeSurface: Set the surface value of a coEdge
• cad.setCurveLimits: set the parametric space limits of a curve
• cad.setEdgeMaterial: Define an edge's material
• cad.setUnitLength: Set the CAD unity length property
• cad.startThreadBrepSession: Create a new BrepSession on current thread
• core.getLogFile: Get the path of the log file
• core.hasCustomProperty: Return true if the custom property was found on the occurrence
• core.lockEntityRegistration: Lock Entity registration, use with Caution. All entities created after this call will not be saved on .pxz file and will not be listed as existing entities on the Database. Be careful to not references these entities with other registered entities
• core.log: Log a message to Pixyz output
• core.parallelAddJob: Add a job to a parallel session
• core.parallelFinish: Ends a parallel session after waiting for all jobs to finish
• core.parallelStart: Starts a new parallel session
• core.removeModule: Remove a module added via getModuleDescFromXML
• core.unlockEntityRegistration: Unlock Entity registration
• geom.fromAffine: Create a Matrix from an Affine
• geom.getMaxScale: Get maximum matrix scale
• io.addAssetPaths: add directory paths to search assets in
• io.applyAutoTessellate: Handle auto tessellate options on given part, need to be complete
• io.clearAssetPaths: clear all asset paths
• io.findInDirectories: find the final path. This will search for the file in asset paths
• io.getAssetPaths: get user defined paths to find assets
• io.getExtensionPriority: get the priority of an extension from the pixyz importer
• io.importRemote3mxFile: Import a remote 3mx file
• io.listVariants: List all variants if file
• io.registerIOCallbacks: Register import and export callbacks
• io.setAssetPaths: replace paths to find assets
• material.convertFloat32To8BitsImage: Returns a new image from the given converter from 32bits float to a 8Bits (e.g. depth render map)
• material.createImageFromData: Import an Image from only its data
• material.fillUnusedPixels: Fill unused pixels by propagating and averaging used pixels
• material.filterAO: Filter an AO map using ATrous method
• material.getImagePixelColor: Returns the color of a given pixel in an image
• material.getImagesSizes: Returns the sizes of multiple images
• material.getMaterialPattern: Gets the MaterialPattern name of the material
• material.getPointsAndMaterialFromText: Returns list of 3D Points and a material from a string and fontname
• material.setCoeffOrTextureProperty: Set a CoeffOrTexture property
• material.setColorAlphaProperty: Set a ColorAlpha property
• material.setColorOrTextureProperty: Set a ColorOrTexture property
• polygonal.createMeshFromDefinitions: Create a new mesh from multiple MeshDefinition
• polygonal.createMeshFromText: Creates an occurrence from string
• polygonal.usePointGapFillerNormal: This triangulates a set of points and normals
• scene.addAnnotationGroup: Add a Annotation Group to the pmi component
• scene.addInParentInstances: Add an instance of prototype's child as child in current occurrence recursively
• scene.addMeshToAnnotation: Add a mesh and its material to a annotation
• scene.createAnnotationFromDefinition: Create Annotation from definition
• scene.createCapsule: Create a new capsule
• scene.createOccurrenceFromAnnotation: Convert a single annotation on an occurrence into an occurrence with mesh geometry
• scene.endModifyAllVariants: Call this function to disable the modifications of all variants at the same time
• scene.getBrepShape: Returns the Brep shape of a part
• scene.getHiddenPartOccurrences: Get hidden part occurrences
• scene.getPartialLoadingStatus: Get the current status of a partial loading component
• scene.getTessellationParameters: Get tessellation parameters
• scene.getVolume: Return the volume of the occurrence
• scene.getVolumes: Return the volume of a set of root occurrences
• scene.invertSelect: Invert occurrences to selection
• scene.setAnnotationToGroup: set Annotation to a Annotation Group
• scene.setReferencedDataComponentParent: Defines which referenced data is parent to the given component
• scene.setReferencedDataComponentPath: Defines which path the referenced data is at
• scene.startModifyAllVariants: Call this function to to enable the modifications of all variants at the same time
• scene.updateChildrenPrototypes: Update children prototypes of the given occurrence
• view.drawCappingPlane: Create an occurrence that holds the mesh of the surfaces that have been cut by the cutting plane
• view.getCameraFrontAxis: Get the front axis of the nth view matrix of a given viewer
• view.getCameraPosition: Get the position of the nth view matrix of a given viewer
• view.getCameraRightAxis: Get the right axis of the nth view matrix of a given viewer
• view.getCameraUpAxis: Get the up axis of the nth view matrix of a given viewer
• view.selectPrimitives: Select the primitives (polygons, surfaces) contained in the given rectangle
• view.setDefaultViewerId: Set default viewer id. This viewer will be used in other functions taking a Viewer as a parameter. Useful if a viewer needs to be shared across different contexts.
• view.startRecording: Record viewer in a file
• view.stopRecording: Stop recording video

⚠️ RENAMED FUNCTIONS

⚠️ RENAMED TYPES