- for the first time ever you get now for every time step a result in FreeCAD
- this way also change output filename prefix to "FreeCAD" to avoid we depend on the default name Elmer gives and that was already changed in the past and to distinguish the *.vtu files from those created e.g. directly by ElmerGui
- also remove an unnecessary output to the case.sif file
- different time results were never output, only the final one
the reason is that the Output Intervals intervals property was missing
- a second reason was that the result scaling solver must be executed every time an output should be generated
- the BDF Order property is a transient-only property
- different time results were never output, only the final one
the reason is that the Output Intervals intervals property was missing
- a second reason was that the result scaling solver must be executed every time an output should be generated
- the BDF Order property is a transient-only property
- adds new equation "Deformation" (this name since the stress solver got in FreeCAD the misleading name "elasticity")
- this way change icon of elastic solver to make the difference clear
- uses the constraint for 2D magnetodynamics to perform e.g. Elmer's tutorial non. 15
- modify the Material manager to get rid of magnetization but keep the vectorial functionality because in future there will be support for e.g. birefringence materials etc.
- the writer.py is to large to keep the overview, thus sort out the handling of the different equations (also since more equations will be added)
- This PR sorts out the electrostatic equation handling as first step (more equations will follow once this is merged)
- when looking at the Elmer input file 'case.sif' it is extremely helpful to thee also the name of the material
Since the name is only form info, this does not change the actual simulation
- the Flux solver must be executed before Heat and Electrostatic
- the analysis can have multiple Flux equations -> write a unique solver name to case.sif
- the Flux equation can currently only take 2 possible values. Therefore provide them as enum
- as the name implies, it must be possible to set the heat to different bodies
- for this a selection dialog is necessary
- check that heat is not zero
- fix message that permittivity object was not handled
- set an expression, otherwise the user gets only "0.000" for the default of 8.8e-12
- use as unit the common "F/m" (this is also more user-friendly than "s^4*A^2 / (m^3*kg)")
- fix a ToDo
- load the results depending on the used cores, not always the multi-thread results
- avoid unnecessary console output - this info is already output in tasks.py
- handle number of cores as int to save in total 2 conversions
- the heat flux in the temperature constraint is not the heat flux from the heatflux constraint. The latter is in W/m² while the first one is W/mesh node
- with this property the linear solver is turned off. As consequence one can this way also disable the execution of an equation without the need to delete the equation object
- also add missing preconditioners
