The above was tested with the following versions of FC where the three lower ones were compiled with vtk7.0.0 using bernd's script (see viewtopic. The exception is:SIGSEGV 'segmentation violation' detected. *** Abort *** an exception was raised, but no catch was found. © Juergen Riegel, Werner Mayer, Yorik van Havre 2001-2016 Parameters :Code: Select all $ /opt/local/FreeCAD-0.17/bin/FreeCAD
#Paraview vtk to vti code
Write a python code generated by sources to out. write_python_code ( out, sources, bgcolor ) # Paraview is invoked by using backgroup process mechanism.īgcolor ( None or tuple ) – Background color. If False, this function returns immediately after Wait ( bool) – If True, this function returns after paraview stops. If path is not None, the file remains after stopping paraview. Is None, a temporary filepath is generated and use it. Path ( string or None) – The output filename. Sources ( list of PipelineNode) – Pipeline nodes to be output. show ( sources, path = None, wait = True, bgcolor = None ) # This class represents a VTI data source in XML format in paraview. Returns PipelineNode object representing a voxel data. VoxelData ( array, gui_name = None, offsets = ) # VTK stands for Visualization Toolkit, whichtogether with ParaView, a standalone 2D/3D visualization applicationrepresents an open-source multi-platform project backed by Kitware, Inc. This class represents a VTK data source in paraview. vti filename extension has its primary association with the ParaView/VTK XML Image Data (VTI) file type and format. VTK ( path, gui_name = None, file = None ) # You should construct the instance of this class by This class represents a pipeline node for thresholding. You should construct the instance of this classīy PipelineNode.clip_sphere(). This class represents a pipeline node for sphere clipping. SphereClip ( parent, center, radius, inside_out = True ) #
Parameters :Īrray ( numpy.ndarray) – An array of points. Returns PipelineNode object representing a polyline. Gui_name ( string) – The name shown in Pipeline Browser in paraview’s Parameters :Īrray ( nupmy.ndarray) – The pointcloud data.ĭim ( int) – The dimension of the space in which the static from_array ( array, dim = 3, gui_name = None ) #Ĭonstruct a pipeline node for pointcloud from an ndarray object. This is constructed by CSVReader and TableToPoints. Gui_name ( string or None) – The name shown in Pipeline Browser If you want to show a CSV file, please specify “,”. Path ( string) – The filepath of the pointcloud.ĭim ( int) – The dimension of the space in which the pointcloud lives.ĭelimiter ( string) – The delimiter of elements in a pointcloud file. This class represents a pointcloud data source in paraview. PointCloud ( path, dim = 3, delimiters = ' ', gui_name = None, file = None ) # If an float number is given, the threshold is (range, range).Ī new PipelineNode object for thresholding. Range ( tuple or float) – The upper and lower bounds Parameters :įield ( string) – The name of the field which have the Only the elements whose field are in the range when Self threshold ( field, range ) #Ĭreate a new pipeline node for thresholding whose parent Pointsize ( float) – The size of the points Returns : Width ( float) – The width of the lines Returns : If None, the minimal and maximal valuesĬolor ( tuple ) – The RGB values (0.0 to 1.0) Returns : Range ( tuple or None) – The upper and lower bounds Parameters :įield ( string or int) – The name of the field. SphereClip color_by ( field, range = None ) # If False, only the elements outside of the sphere isĪ new PipelineNode object for sphere clipping. Inside_out ( bool) – If True, only the elements Radius ( float) – The radius of the clipping sphere clip_sphere ( center, radius, inside_out = True ) #Ĭreate a new pipeline node to clip the object with aĬenter ( tuple ) – The center of the You should not create an instance of this class directly. This class is the base class for paraview interface classes. This class represents elements in a pipeline in ParaView.
You can use many methods of PipelineNode to adjust the visualization,Īnd you can construct a new pipeline node by the following methods:Ĭlass homcloud.paraview_interface. The objects of PipelineNode correspond the node of the pipeline,Īnd you can adjust visualization by these objects. A data object isįiltered by the chain of pipeline nodes, and the result is shown. The basic model of this module is “pipeline” model. This module provides the paraview interface from homcloud.interface module.
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