This commit add a new object to Analysis: AnalysisStats. AnalysisStats
contains list with 15 values (an example):
-0.000776373 <-- minimum X displacement
-7.74494e-06 <-- average X displacement
0.000774115 <-- maximum X displacement
-0.00416267 <-- minimum Y displacement
-0.00204191 <-- average Y displacement
0 <-- maximum Y displacement
-0.000775108 <-- minimum Z displacement
1.09288e-05 <-- average Z displacement
0.000775122 <-- maximum Z displacement
0 <-- minimum Abs displacement
0.00214509 <-- average Abs displacement
0.00430481 <-- maximum Abs displacement
0.390598 <-- minimum Von Mises Stress
0.93509 <-- average Von Mises Stress
1.47765 <-- maximum Von Mises Stress
Those values will be used to set field values in FEM results dialog
instead of currently used values returned by setNodeColorByResult
function.
Signed-off-by: Przemo Firszt <przemo@firszt.eu>
Existing code was producing invalid results:
a = 9876543212346789864323456.9543234578986432345678
>>> print "{:.13}".format(repr(a))
9.87654321234
>>> a
9.87654321234679e+24
The new converision should work fine:
>>> print "{:.13E}".format(a)
9.8765432123468E+24
Reported & fixed by ulrich1a
getccxVolumesByFace returns std::map<int, int> with ID of volume
and a number of face as per CalculiX definition. The same function is
accessible for python and returns list with the same information, like
this: [[229, 3], [230, 3], [233, 2], [238, 2]]
write_face_load produces something like this in the .inp file:
***********************************************************
** element + CalculiX face + load in [MPa]
** written by write_face_load function
*DLOAD
** Load on face Face2
229,P3,10.0
230,P3,10.0
233,P2,10.0
238,P2,10.0
Optimised by wmayer
Signed-off-by: wmayer
Signed-off-by: Przemo Firszt <przemo@firszt.eu>
Adding detailed information which function is responsible for
creating a proticular section of the .inp file should save
some guesswork. An example from the .inp file:
[..]
***********************************************************
** node sets for loads
** written by write_load_node_sets function
*NSET,NSET=FemConstraintForce
1,
3,
[..]
Signed-off-by: Przemo Firszt <przemo@firszt.eu>
The reason behind that change is that auxiliary variables,
like a file handle, should not be too visible. inpfile was
a good description, but we're handling only one file and there
is no need to use a descriptive variable name for it in every function.
It's enough that is used in write_calculix_input_file
Signed-off-by: Przemo Firszt <przemo@firszt.eu>
Also, there is no need to print material parameters to the console.
User can see that info in dialog box, in .inp file and it's also printed
to console after material has been set.
Signed-off-by: Przemo Firszt <przemo@firszt.eu>
