ccx2paraview v3.1.0

• Process FRD files and write output increment by increment.
• Open FRD only once to speed up the conversion.
• Tests: format time delta to mm:ss.
• Fixed steps processing in modal results conversion.
• Fixed bug in PVD file writer.

ccx2paraview v3.0.1

Fixed FRD reader's open file mode. File read in binary mode took a 25% more time.
Caught PermissionError in cache cleaner.
Merged code into a single file - for user's simplicity.
Updated README.

Since this release binary files will not be prepared, because no one binary release tool (pyinstaller, nuitka, cython3) can handle external VTK Python library correctly. So, please, use source code for your needs instead of binaries.

ccx2paraview v3.0.0

Full refactoring of .vtk/.vtu/.pvd writers - now they use native Python VTK library. Legacy .vtk format is fully supported - previously there was a problem with component names.

Convert .frd into both formats at once:
ccx2paraview.Converter(file_name, ['vtk', 'vtu']).run()

Von Mises and principal components are written as separate scalar fields. Tensor fields are exported as tensors with 6 components. It makes possible to apply TensorGlyph filter in Paraview.

Thanks to Nuitka - a new binary generation tool - ccx2paraview binaries are lightweight in comparison with the one generated by PyInstaller.

Perfect test results!

ccx2paraview v2.3.1

• Fixed os.path.relpath bug in Windows.
• Windows version was rebuilt with numpy.

ccx2paraview v2.3

Fixed bug with time steps and PVD writing.

ccx2paraview v2.2

Generation of PVD-file added:
https://www.paraview.org/Wiki/ParaView/Data_formats#PVD_File_Format

ccx2paraview v2.1

Fully refactored FRDParser!
Now it's much simpler, smaller and more readable.
Due to regular expressions it's more flexible and has no mistakes on all the CalculiX example models.
Binaries for Ubuntu and Windows are attached.
Catches UnicodeDecodeError and replaces undecoded symbols with space.