Can you just try running the paraview from the build directory itself? I wouldn't think installation should have anything to do with it, but maybe I am wrong.
Utkarsh On Fri, Apr 10, 2009 at 9:19 AM, <[email protected]> wrote: > yes, I did. > > > > On Fri, 10 Apr 2009 08:25:44 -0400, Utkarsh Ayachit > <[email protected]> wrote: >> Out of curiosity, did you do a "make install" and are you running from >> the installed version of ParaView? If so, just to confirm, you redid >> the make install after building, right? >> >> Utkarsh >> >> On Fri, Apr 10, 2009 at 4:30 AM, <[email protected]> wrote: >>> Good morning Utkarsh, >>> >>> Here's the data replied by the import sys and print sys.path >>> It shows no old versions. I also included the filters with >>> dir(servermanager.filters) >>> >>> Python 2.5.1 (r251:54863, Dec 6 2008, 10:49:39) >>> [GCC 4.2.1 (SUSE Linux)] on linux2 >>>>>> from paraview.simple import * >>>>>> import sys >>>>>> print sys.path >>> ['/home/bart/bin/lib/paraview-3.5', '/usr/lib/python25.zip', >>> '/usr/lib64/python2.5', '/usr/lib64/python2.5/plat-linux2', >>> '/usr/lib64/python2.5/lib-tk', '/usr/lib64/python2.5/lib-dynload', >>> '/usr/lib64/python2.5/site-packages'] >>>>>> dir(servermanager.filters) >>> ['AlltoN', 'AnnotateTime', 'AppendAttributes', 'AppendDatasets', >>> 'AppendGeometry', 'Balance', 'BlockScalars', 'CacheKeeper', > 'Calculator', >>> 'CellCenters', 'CellDatatoPointData', 'Clean', 'CleantoGrid', >>> 'ClientServerMoveData', 'Clip', 'Clip(GenericDatasets)', >>> 'ComputeDerivatives', 'Connectivity', 'Contour', >>> 'Contour(GenericDatasets)', 'ConvertSelection', 'Crop', 'Curvature', >>> 'D3', >>> 'Decimate', 'Delaunay2D', 'Delaunay3D', 'Elevation', > 'ExtractAttributes', >>> 'ExtractBlock', 'ExtractCTHFragments', 'ExtractCTHParts', >>> 'ExtractCellsbyRegion', 'ExtractDatasets', 'ExtractEdges', >>> 'ExtractLevel', >>> 'ExtractSelection', 'ExtractSelection(internal)', 'ExtractSubset', >>> 'ExtractSurface', 'ExtractSurface(GenericDatasets)', >>> 'FFTofSelectionOverTime', 'FeatureEdges', 'GenerateIds', >>> 'GenerateQuadraturePoints', 'GenerateQuadratureSchemeDictionary', >>> 'GenerateSurfaceNormals', 'GeometryFilter', 'Glyph', >>> 'Glyph(CustomSource)', >>> 'Gradient', 'Gradient(Unstructured)', 'GradientMagnitude', >>> 'GroupDatasets', >>> 'Histogram', 'ImageShrink', 'IntegrateVariables', >>> 'InterpolatetoQuadraturePoints', 'IntersectCTHFragments', > 'LevelScalars', >>> 'LinearExtrusion', 'LoopSubdivision', 'MPIMoveData', 'MaskPoints', >>> 'Median', 'MergeBlocks', 'MeshQuality', 'MinMax', 'NormalGlyphs', >>> 'OctreeDepthLimit', 'OctreeDepthScalars', 'OrderedCompositeDistributor', >>> 'Outline', 'Outline(GenericDataSets)', 'Outline(curvilinear)', >>> 'OutlineCorners', 'ParticlePathlines', 'ParticleTracer', >>> 'PlotGlobalVariablesoverTime', 'PlotOverLine', 'PlotSelectionOverTime', >>> 'PointDatatoCellData', 'PolylinetoRectilinearGrid', 'ProbeLocation', >>> 'ProcessIdScalars', 'ProgrammableFilter', 'PythonCalculator', >>> 'QuadraturePointStatistics', 'QuadricClustering', 'RandomVectors', >>> 'RectilinearGridGeometryFilter', 'ReductionFilter', 'Reflect', >>> 'ResampleWithDataset', 'Ribbon', 'RotationalExtrusion', 'ScatterPlot', >>> 'Shrink', 'Slice', 'Slice(GenericDatasets)', 'Smooth', 'StreamTracer', >>> 'StreamTracer(CustomSource)', 'StreamTracer(GenericDatasets)', >>> 'Subdivide', >>> 'SurfaceFlow', 'SurfaceVectors', 'TableFFT', 'TableToPoints', >>> 'TableToStructuredGrid', 'TemporalCache', 'TemporalInterpolator', >>> 'TemporalShiftScale', 'TemporalSnaptoTimeStep', 'TemporalStatistics', >>> 'Tessellate', 'Tessellator(GenericDatasets)', 'Tetrahedralize', >>> 'TextureMaptoCylinder', 'TextureMaptoPlane', 'TextureMaptoSphere', >>> 'Threshold', 'Transform', 'TriangleStrips', 'Triangulate', 'Tube', >>> 'UpdateSuppressor2', 'Warp(scalar)', 'Warp(vector)', '__class__', >>> '__delattr__', '__dict__', '__doc__', '__getattribute__', '__hash__', >>> '__init__', '__module__', '__new__', '__reduce__', '__reduce_ex__', >>> '__repr__', '__setattr__', '__str__', >>> >>> Still, a lot of thanks for helping, would love to see it working in a >>> while >>> :) >>> >>> Bart >>> >>> On Thu, 9 Apr 2009 11:04:49 -0400, Utkarsh Ayachit >>> <[email protected]> wrote: >>>> Bart, >>>> >>>> Make sure your paraview is built as correctly. Then >>>> import sys >>>> print sys.path >>>> >>>> Ensure that the path does not include any old version of paraview >>>> libraries. If it does then you are ending up import old versions. >>>> >>>> Utkarsh >>>> >>>> On Thu, Apr 9, 2009 at 10:27 AM, <[email protected]> wrote: >>>>> hey Utkarsh, >>>>> >>>>> I'm sorry that my writing was a bit unclear, but I said that I can > find >>>>> the >>>>> .cxx and .h files, but I can't find them in the dir(servermanager) and >>>>> dir(servermanager.filters). >>>>> >>>>> The dataStamp.cmake contains this, (today indeed): >>>>> >>>>> # Do not edit! Generated by kwsysDateStamp.py >>>>> >>>>> # KWSys version date year component. Format is CCYY. >>>>> SET(KWSYS_DATE_STAMP_YEAR 2009) >>>>> >>>>> # KWSys version date month component. Format is MM. >>>>> SET(KWSYS_DATE_STAMP_MONTH 04) >>>>> >>>>> # KWSys version date day component. Format is DD. >>>>> SET(KWSYS_DATE_STAMP_DAY 09) >>>>> >>>>> >>>>> Bart >>>>> >>>>> >>>>> On Thu, 9 Apr 2009 10:16:19 -0400, Utkarsh Ayachit >>>>> <[email protected]> wrote: >>>>>> If there's no Servers/Filters/vtkAttributeDataToTableFilter.h and >>>>>> Servers/Filters/vtkAttributeDataToTableFilter.cxx then I am guessing >>>>>> you are not updating correctly. There may be some sticky tags set > with >>>>>> your CVS checkout. Can you look at >>>>>> ParaView3/VTK/Utilities/kwsys/kwsysDataStamp.cmake and verify that > the >>>>>> date mentioned is indeed today's? >>>>>> >>>>>> Utkarsh >>>>>> >>>>>> On Thu, Apr 9, 2009 at 9:39 AM, <[email protected]> wrote: >>>>>>> Hello again, >>>>>>> >>>>>>> I did ran it from the python shell, so that problem is fixed. >>>>>>> I just updated the CVS and built the update, but still not >>>>>>> AttributeDataToTableFilter :( >>>>>>> not in dir(servermanager.filters) nor in dir(servermanager) >>>>>>> >>>>>>> When looking for files I can find the >>> vtkAttributeDataToTableFilter.cxx >>>>>>> and >>>>>>> .h but this is not available as well. >>>>>>> >>>>>>> Bart >>>>>>> >>>>>>> >>>>>>> On Thu, 9 Apr 2009 09:21:14 -0400, Utkarsh Ayachit >>>>>>> <[email protected]> wrote: >>>>>>>> Oh, are you running the script through the python shell in the >>>>>>>> ParaView client? In that case, sorry, but you don't need the >>> Connect() >>>>>>>> :). I assumed you were using pvpython. >>>>>>>> >>>>>>>> Are you sure you built your paraview after updating? I just tried >>>>>>>> the >>>>>>>> CVS and I indeed have the AttributeDataToTableFilter. >>>>>>>> >>>>>>>> Utkarsh >>>>>>>> >>>>>>>> On Thu, Apr 9, 2009 at 9:18 AM, <[email protected]> >>>>>>>> wrote: >>>>>>>>> Ok, than that should be the problem I guess; >>>>>>>>> >>>>>>>>> Here's my "full" script, almost the same as provided before: >>>>>>>>> >>>>>>>>> from paraview import servermanager as sm >>>>>>>>> sm.Connect() >>>>>>>>> >>>>>>>>> >>>>>>> >>>>> >>> > ############################################################################################### >>>>>>>>> # create implicit device to populate Slice >>>>>>>>> impPlane = >>>>>>>>> sm.implicit_functions.Plane(registrationGroup='implicit_fuctions') >>>>>>>>> >>>>>>> >>>>> >>> > ############################################################################################### >>>>>>>>> >>>>>>>>> caseName = 'Case' >>>>>>>>> caseLocation = '/home/bart/Desktop/Test_Python/' >>>>>>>>> showScalarBar = 2 #0=none, 1=vertical, 2=horizontal >>>>>>>>> >>>>>>>>> #read data >>>>>>>>> VTKreader01 = >>>>>>>>> >>>>>>> >>>>> >>> > sm.sources.LegacyVTKreader(FileNames='/home/bart/Desktop/Test_Python/1/VTK/1_1000.vtk',registrationGroup='sources',registrationName='RR') >>>>>>>>> >>>>>>>>> Slice_in = >>>>>>>>> >>>>>>> >>>>> >>> > sm.filters.Slice(registrationGroup='sources',registrationName='slice02',Input=VTKreader01) >>>>>>>>> Slice_inprop = Slice_in.GetProperty('CutFunction') >>>>>>>>> domainSlice_in = Slice_inprop.GetDomain('proxy_list') >>>>>>>>> domainSlice_in.AddProxy(impPlane.SMProxy) >>>>>>>>> >>>>>>>>> cutplane_in = impPlane >>>>>>>>> cutplane_in.Normal = [0, 1, 0] >>>>>>>>> cutplane_in.Offset = 0 >>>>>>>>> cutplane_in.Origin = [0, 0, 0] >>>>>>>>> Slice_in.SliceType= cutplane_in >>>>>>>>> >>>>>>>>> Calculator01 = >>>>>>>>> >>>>>>> >>>>> >>> > sm.filters.Calculator(registrationGroup='sources',registrationName='calculator',Input=Slice_in) >>>>>>>>> Calculator01.ResultArrayName = 'Pt' >>>>>>>>> Calculator01.Function = '1.225*p+0.5*1.225*mag(U)^2' >>>>>>>>> Calculator01.AttributeMode = 1 # 1=pointdata,2=celldata >>>>>>>>> Calculator01.VectorVariable = ['U','U','0','1','2'] >>>>>>>>> Calculator01.ScalarVariable = >>>>>>>>> ['p','p','0','U_0','U','0','U_1','U','1','U_2','U','2'] >>>>>>>>> >>>>>>>>> filter1 = >>>>>>>>> >>>>>>> >>>>> >>> > sm.filters.IntegrateVariables(registrationGroup='sources',registrationName='Integrator',Input=Calculator01) >>>>>>>>> >>>>>>>>> ## AttributeDataToTableFilter converts any dataset to a vtkTable >>>>>>>>> which >>>>>>>>> can >>>>>>>>> be >>>>>>>>> ## written as a CSV file. One needs to choose which attribute to >>> save >>>>>>>>> as >>>>>>>>> well. >>>>>>>>> ## First save points. >>>>>>>>> convertor = >>>>>>>>> >>>>>>> >>>>> >>> > sm.filters.AttributeDataToTableFilter(Input=filter1,FieldAssociation="Points",AddMetaData=1) >>>>>>>>> csvWriter = sm.writers.CSVWriter(Input=convertor) >>>>>>>>> csvWriter.FileName = >>>>> "/home/bart/Desktop/Test_Python/output.points.csv" >>>>>>>>> >>>>>>>>> ## this writes the output. >>>>>>>>> csvWriter.UpdatePipeline() >>>>>>>>> >>>>>>>>> ### Now save cells. >>>>>>>>> convertor.FieldAssociation="Cells" >>>>>>>>> csvWriter = sm.writers.CSVWriter(Input=convertor) >>>>>>>>> csvWriter.FileName = >>>>>>>>> "/home/bart/Desktop/Test_Python/output.cells.csv" >>>>>>>>> >>>>>>>>> ### this writes the output. >>>>>>>>> csvWriter.UpdatePipeline() >>>>>>>>> >>>>>>>>> >>>>>>>>> when trying to Connect it gives: >>>>>>>>> Traceback (most recent call last): >>>>>>>>> File "<string>", line 2, in <module> >>>>>>>>> File >>>>>>>>> >>>>>>> >>>>> >>> > "/home/bart/ParaView3-bin/Utilities/VTKPythonWrapping/paraview/servermanager.py", >>>>>>>>> line 1861, in Connect >>>>>>>>> raise RuntimeError, "Cannot create a connection through >>>>>>>>> python. >>>>>>>>> Use >>>>>>>>> the >>>>>>>>> GUI to setup the connection." >>>>>>>>> RuntimeError: Cannot create a connection through python. Use the >>>>>>>>> GUI >>>>> to >>>>>>>>> setup the connection. >>>>>>>>> >>>>>>>>> Bart >>>>>>>>> >>>>>>>>> >>>>>>>>> >>>>>>>>> On Thu, 9 Apr 2009 09:13:58 -0400, Utkarsh Ayachit >>>>>>>>> <[email protected]> wrote: >>>>>>>>>> Can you give your full script? If you are not calling Connect() > at >>>>>>>>>> all, it won't work since Connect() is required. >>>>>>>>>> >>>>>>>>>> Utkarsh >>>>>>>>>> >>>>>>>>>> On Thu, Apr 9, 2009 at 9:08 AM, <[email protected]> >>>>>>>>>> wrote: >>>>>>>>>>> Utkarsh, >>>>>>>>>>> >>>>>>>>>>> I used the CVS from yesterday but it returns : >>>>>>>>>>> Traceback (most recent call last): >>>>>>>>>>> File "<string>", line 41, in <module> >>>>>>>>>>> AttributeError: 'PVModule' object has no attribute >>>>>>>>>>> 'AttributeDataToTableFilter' >>>>>>>>>>> >>>>>>>>>>> I have not used the following as the Connect part did not work, >>>>>>> perhaps >>>>>>>>>>> thats the cause? >>>>>>>>>>> I replaced the sm by servermanager. >>>>>>>>>>> from paraview import servermanager as sm >>>>>>>>>>> sm.Connect() >>>>>>>>>>> >>>>>>>>>>> Bart >>>>>>>>>>> >>>>>>>>>>> >>>>>>>>>>> On Thu, 9 Apr 2009 08:55:25 -0400, Utkarsh Ayachit >>>>>>>>>>> <[email protected]> wrote: >>>>>>>>>>>> Bart, >>>>>>>>>>>> >>>>>>>>>>>> Please cc the mailing list as well so other can use this >>>>> information >>>>>>>>>>>> as well as respond. >>>>>>>>>>>> >>>>>>>>>>>> I think one dubious statement I see in your code is: >>>>>>>>>>>> ## First save points. >>>>>>>>>>>> convertor = >>>>>>> sm.filters.AttributeDataToTableFilter(Input=filter1Output, >>>>>>>>>>>> FieldAssociation="Points", >>>>>>>>>>>> AddMetaData=1) >>>>>>>>>>>> >>>>>>>>>>>> You are setting the input to this filter be the data object >>>>> returned >>>>>>>>>>>> by using Fetch(). In ParaView python scripts the input to >>>>>>>>>>>> filters >>>>>>>>>>>> cannot be other data objects, but filters or sources. So, the >>>>> proper >>>>>>>>>>>> usage would be: >>>>>>>>>>>> >>>>>>>>>>>> convertor = > sm.filters.AttributeDataToTableFilter(Input=filter1, >>>>>>>>>>>> FieldAssociation="Points", >>>>>>>>>>>> AddMetaData=1) >>>>>>>>>>>> >>>>>>>>>>>> Does that solve the issue? Also creation of the representation >>>>>>>>>>>> is >>>>>>>>>>>> not >>>>>>>>>>>> necessary unless you are rendering into a view, which doesn't >>> seem >>>>>>>>>>>> to >>>>>>>>>>>> be the case. >>>>>>>>>>>> >>>>>>>>>>>> Utkarsh >>>>>>>>>>>> >>>>>>>>>>>> On Thu, Apr 9, 2009 at 8:32 AM, <[email protected]> >>>>>>>>>>>> wrote: >>>>>>>>>>>>> Dear Utkarsh, >>>>>>>>>>>>> >>>>>>>>>>>>> Thank you for your fast replies. I got the CVS version to > work, >>>>> but >>>>>>> I >>>>>>>>>>>>> am >>>>>>>>>>>>> still having some trouble to rewrite all the filters and >>>>> functions. >>>>>>>>>>>>> When running my code, see below, Paraview crashes and gives a >>>>>>>>>>>>> Segmentation >>>>>>>>>>>>> Fault. >>>>>>>>>>>>> I am not a real programming expert, so I tried to neglect the >>>>>>>>>>>>> representations of all filters. This removes the crash, but >>> still >>>>>>>>>>>>> posses >>>>>>>>>>>>> some problem with the code. The code was 1-to-1 copied from > the >>>>> 3.4 >>>>>>>>>>>>> version, which probably causes the errors. >>>>>>>>>>>>> Is there a way or manual to see the new options and maybe >>>>>>> conversions >>>>>>>>>>>>> between 3.4 and the CVS version ? >>>>>>>>>>>>> >>>>>>>>>>>>> Thanks in advance, >>>>>>>>>>>>> >>>>>>>>>>>>> Bart >>>>>>>>>>>>> >>>>>>>>>>>>> Attached code ( I removed all representation code and view >>>>>>> settings): >>>>>>>>>>>>> >>>>>>>>>>>>> >>>>>>>>>>>>> >>>>>>>>>>> >>>>>>>>> >>>>>>> >>>>> >>> > ############################################################################################### >>>>>>>>>>>>> # create implicit device to populate Slice >>>>>>>>>>>>> impPlane = >>>>>>>>>>>>> >>>>>>>>>>> >>>>>>>>> >>>>>>> >>>>> >>> > servermanager.implicit_functions.Plane(registrationGroup='implicit_fuctions') >>>>>>>>>>>>> impBox = >>>>>>>>>>>>> >>>>>>>>>>> >>>>>>>>> >>>>>>> >>>>> >>> > servermanager.implicit_functions.Box(registrationGroup='implicit_fuctions') >>>>>>>>>>>>> impSphere = >>>>>>>>>>>>> >>>>>>>>>>> >>>>>>>>> >>>>>>> >>>>> >>> > servermanager.implicit_functions.Sphere(registrationGroup='implicit_fuctions') >>>>>>>>>>>>> >>>>>>>>>>> >>>>>>>>> >>>>>>> >>>>> >>> > ############################################################################################### >>>>>>>>>>>>> >>>>>>>>>>>>> caseName = 'Case' >>>>>>>>>>>>> caseLocation = '/home/bart/Desktop/Test_Python/' >>>>>>>>>>>>> showScalarBar = 2 #0=none, 1=vertical, 2=horizontal >>>>>>>>>>>>> >>>>>>>>>>>>> #read data >>>>>>>>>>>>> VTKreader01 = >>>>>>>>>>>>> >>>>>>>>>>> >>>>>>>>> >>>>>>> >>>>> >>> > servermanager.sources.LegacyVTKreader(FileNames='/home/bart/Desktop/Test_Python/1/VTK/1_1000.vtk',registrationGroup='sources',registrationName='RR') >>>>>>>>>>>>> #repVTKreader01 = >>>>>>>>>>>>> >>>>>>>>>>> >>>>>>>>> >>>>>>> >>>>> >>> > servermanager.CreateRepresentation(VTKreader01,view,registrationGroup='representations') >>>>>>>>>>>>> #repVTKreader01.Visibility = 0 >>>>>>>>>>>>> #repVTKreader01.Representation = 3 >>>>>>>>>>>>> >>>>>>>>>>>>> Slice02 = >>>>>>>>>>>>> >>>>>>>>>>> >>>>>>>>> >>>>>>> >>>>> >>> > servermanager.filters.Slice(registrationGroup='sources',registrationName='slice02',Input=VTKreader01) >>>>>>>>>>>>> cfSlice02 = Slice02.GetProperty('CutFunction') >>>>>>>>>>>>> domainSlice02 = cfSlice02.GetDomain('proxy_list') >>>>>>>>>>>>> domainSlice02.AddProxy(impPlane.SMProxy) >>>>>>>>>>>>> domainSlice02.AddProxy(impBox.SMProxy) >>>>>>>>>>>>> domainSlice02.AddProxy(impSphere.SMProxy) >>>>>>>>>>>>> >>>>>>>>>>>>> cutplane02 = impPlane >>>>>>>>>>>>> cutplane02.Normal = [0, 1, 0] >>>>>>>>>>>>> cutplane02.Offset = 0 >>>>>>>>>>>>> cutplane02.Origin = [0, 0, 0] >>>>>>>>>>>>> >>>>>>>>>>>>> #set cutplane >>>>>>>>>>>>> Slice02.CutFunction= cutplane02 >>>>>>>>>>>>> >>>>>>>>>>>>> Calculator01 = >>>>>>>>>>>>> >>>>>>>>>>> >>>>>>>>> >>>>>>> >>>>> >>> > servermanager.filters.Calculator(registrationGroup='sources',registrationName='calculator',Input=Slice02) >>>>>>>>>>>>> Calculator01.ResultArrayName = 'Pt' >>>>>>>>>>>>> Calculator01.Function = '1.225*p+0.5*1.225*mag(U)^2' >>>>>>>>>>>>> Calculator01.AttributeMode = 1 # 1=pointdata,2=celldata >>>>>>>>>>>>> Calculator01.AddVectorVariable = ['U','U','0','1','2'] >>>>>>>>>>>>> Calculator01.AddScalarVariable = >>>>>>>>>>>>> ['p','p','0','U_0','U','0','U_1','U','1','U_2','U','2'] >>>>>>>>>>>>> >>>>>>>>>>>>> filter1 = >>>>>>>>>>>>> >>>>>>>>>>> >>>>>>>>> >>>>>>> >>>>> >>> > servermanager.filters.IntegrateAttributes(registrationGroup='sources',registrationName='Integrator',Input=Calculator01) >>>>>>>>>>>>> filter1Output = servermanager.Fetch(filter1) >>>>>>>>>>>>> #repfilter1 = >>>>>>>>>>>>> >>>>>>>>>>> >>>>>>>>> >>>>>>> >>>>> >>> > servermanager.CreateRepresentation(filter1,view,registrationGroup='representations') >>>>>>>>>>>>> >>>>>>>>>>>>> # From Utkarsh Ayachit: >>>>>>>>>>>>> from paraview import servermanager as sm >>>>>>>>>>>>> sm.Connect() >>>>>>>>>>>>> >>>>>>>>>>>>> ## AttributeDataToTableFilter converts any dataset to a >>>>>>>>>>>>> vtkTable >>>>>>>>>>>>> which >>>>>>>>>>>>> can >>>>>>>>>>>>> be >>>>>>>>>>>>> ## written as a CSV file. One needs to choose which attribute >>>>>>>>>>>>> to >>>>>>> save >>>>>>>>>>>>> as >>>>>>>>>>>>> well. >>>>>>>>>>>>> ## First save points. >>>>>>>>>>>>> convertor = >>>>>>>>>>>>> sm.filters.AttributeDataToTableFilter(Input=filter1Output, >>>>>>>>>>>>> FieldAssociation="Points", >>>>>>>>>>>>> AddMetaData=1) >>>>>>>>>>>>> csvWriter = sm.writers.CSVWriter(Input=convertor) >>>>>>>>>>>>> csvWriter.FileName = >>>>>>>>>>>>> "/home/bart/Afstuderen/Straight_Auto/output.points.csv" >>>>>>>>>>>>> >>>>>>>>>>>>> ## this writes the output. >>>>>>>>>>>>> csvWriter.UpdatePipeline() >>>>>>>>>>>>> >>>>>>>>>>>>> ## Now save cells. >>>>>>>>>>>>> convertor.FieldAssociation="Cells" >>>>>>>>>>>>> csvWriter = sm.writers.CSVWriter(Input=convertor) >>>>>>>>>>>>> csvWriter.FileName = >>>>>>>>>>>>> "/home/bart/Afstuderen/Straight_Auto/output.cells.csv" >>>>>>>>>>>>> >>>>>>>>>>>>> ## this writes the output. >>>>>>>>>>>>> csvWriter.UpdatePipeline() >>>>>>>>>>>>> >>>>>>>>>>>>> >>>>>>>>>>>>> >>>>>>>>>>> >>>>>>>>> >>>>>>> >>>>> >>> > _______________________________________________ Powered by www.kitware.com Visit other Kitware open-source projects at http://www.kitware.com/opensource/opensource.html Please keep messages on-topic and check the ParaView Wiki at: http://paraview.org/Wiki/ParaView Follow this link to subscribe/unsubscribe: http://www.paraview.org/mailman/listinfo/paraview
