Users:General FEM Analysis/Data Output/Rhinoceros
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< Users:General FEM Analysis | Data Output(Difference between revisions)
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|Output data is printed for every n''th'' step of the analysis. | |Output data is printed for every n''th'' step of the analysis. | ||
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| + | !RESTART_FILE | ||
| + | |''int'' (0) | ||
| + | |Restart file is generated. The parameters 1 (yes) and 0 (no) are valid. | ||
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|colspan="3" style="background:#efefef;"| Parameters for optimization data (readable, but no output created) | |colspan="3" style="background:#efefef;"| Parameters for optimization data (readable, but no output created) | ||
Latest revision as of 15:01, 6 September 2017
Contents |
General Description
The Rhino postprocessor is developed at the chair as a plug-in for Rhinoceros. More information about Rhinoceros is provided on their web page [1]. The visualization data of the respective inputfiles (out.georhino.txt , out.paramrhino.txt, out.paramlinesrhino.txt, out.post.res) can be manipulated.
Input Parameters
The block mainly consists of switches which can be set to a value equal 1 (on) or a value equals 0 (off).
| Block headline | ||
| Parameter | Values, Default(*) | Description |
|---|---|---|
| PC-OUT | int : RHINO | ID and type of output object. |
| Parameters for analysis data | ||
| Parameter | Values, Default(*) | Description |
| GEOM | int (0) | Output of mesh geometry and topology (output_file_name.georhino.txt). The parameters 1 (yes) and 0 (no) are valid. |
| DISP | int (0) | Output of nodal displacements (output_file_name.post.res). The parameters 1 (yes) and 0 (no) are valid. |
| STRESS | int (0) | Output of element stresses on the Gausspoints (output_file_name.post.res). The parameters 1 (yes) and 0 (no) are valid. |
| STRESS_LINES | int (0) | Output of brep-element stresses (output_file_name.post.res). The parameters 1 (yes) and 0 (no) are valid. (currently not working) |
| NODAL_STRESS | int (0) | Output of element stresses projected to the control points (output_file_name.post.res). The parameters 1 (yes) and 0 (no) are valid. |
| STRESS_DIRECTION | int (0) | Output of element stress directions (principle stress directions). The parameters 1 (yes) and 0 (no) are valid. |
| SUPPORT_FORCE | int (0) | Output of nodal support forces (output_file_name.post.res). The parameters 1 (yes) and 0 (no) are valid. |
| RESULT_MINMAX | int (0) | Output of minimal and maximal values of every result type (output_file_name.postinfo.res). The parameters 1 (yes) and 0 (no) are valid. (currently no output & not readable for RhinoPost) |
| Auxiliary parameters | ||
| Parameter | Values, Default(*) | Description |
| GAUSS_POINTS | int (0) | Output of the position of the Gauss points in parameter space. The parameters 1 (yes) and 0 (no) are valid. |
| GAUSS_POINTS_GEO | int (0) | Output of the position of the Gauss points in geometry space (output_file_name.georhino.text). The parameters 1 (yes) and 0 (no) are valid. |
| COUPLING_POINTS | int (0) | Output of the position of the coupling points in geometry space (output_file_name.georhino.text). The parameters 1 (yes) and 0 (no) are valid. |
| PAR_LINES | int (0) | if output_file_name.paramrhino.txt is printed (output_file_name.paramrhino.text). The parameters 1 (yes) and 0 (no) are valid. |
| PAR_TRIM | int (0) | if output_file_name.paramrhino.txt is printed (output_file_name.paramrhino.text). The parameters 1 (yes) and 0 (no) are valid. |
| FPN | int (0) | Switch output syntax to floating point data. The parameters 1 (yes) and 0 (no) are valid. |
| PREC | int (0) | Number of digits of floating point data. Parameters in the range from 1 to 16 are valid. |
| SUPPORT_POS | int (0) | Output of the position of the supports(currently only point and line supports) (output_file_name.georhino.text). The parameters 1 (yes) and 0 (no) are valid. |
| LOAD_POS | int (0) | Output of the position of the loads (currently only point and line loads) (output_file_name.georhino.text). The parameters 1 (yes) and 0 (no) are valid. |
| ELE_PROPS | int (0) | Output of specific data assigned to elements (currently only material data). The parameters 1 (yes) and 0 (no) are valid. |
| CROSS_SECTION | int (0) | Output of the base vectors of the cross section at every Gauss point (currently only for BEAM_3D_NURBS_KLRod) (output_file_name.post.res). The parameters 1 (yes) and 0 (no) are valid. |
| DELTA_DISP | int (0) | Output of the difference of the displacements w.r.t. the defined time step (nodal displacements - nodal displacements of time step int) (output_file_name.post.res). The parameters 1 (yes) and 0 (no) are valid. |
| GAUSS_POINTS_DISP | int (0) | Output of the displacements of the gauss points (currently: on Nurbs1D & Nurbs2D) (output_file_name.post.res). The parameters 1 (yes) and 0 (no) are valid. |
| GAUSS_POINTS_AREA | int (0) | Output of integration lengths in u- and v- direction and the integration area dA of the gauss points (currently: on Nurbs1D & Nurbs2D) (output_file_name.post.res). The parameters 1 (yes) and 0 (no) are valid. |
| OUTPUT_FILE_NAME | string (out) | Prefix of the output files. |
| OUTPUT_FREQUENCY | int (1) | Output data is printed for every nth step of the analysis. |
| RESTART_FILE | int (0) | Restart file is generated. The parameters 1 (yes) and 0 (no) are valid. |
| Parameters for optimization data (readable, but no output created) | ||
| Parameter | Values, Default(*) | Description |
| DESIGN_VARIABLE | int (0) | Output of design variables. The parameters 1 (yes) and 0 (no) are valid. |
| PURE_GRAD | int (0) | Output of pure gradients (not filtered). The parameter 1 (yes) and 0 (no) are valid. |
| SMOOTH_GRAD | int (0) | Output of smooth gradients. The parameters 1 (yes) and 0 (no) are valid. |
| SEARCH_DIRECTION | int (0) | Output of search direction. The parameters 1 (yes) and 0 (no) are valid. |
| DESIGN_UPDATE | int (0) | Output of design update. The parameters 1 (yes) and 0 (no) are valid. |
| VARIABLE_BOUND | int (0) | Output of variable bounds. The parameters 1 (yes) and 0 (no) are valid. |
| OPT_DESIGN | int (0) | Output of optimized design (mesh data). The parameters 1 (yes) and 0 (no) are valid. |
Input Example
Example of a complete input block:
PC-OUT 1 : RHINO (default) filename GEOM=1 !Geometry (e.g. NURBS surfaces) out.georhino.txt DISP=1 !Displacements on control points (=FE nodes) out.post.res STRESS=1 !Stresses at quadrature(evaluation) points (required for trimmed surfaces) out.post.res NODAL_STRESS=1 !Stresses mapped to control points (can be used for untrimmed surfaces) out.post.res !STRESS_LINES=1 !Stresses at boundary quadrature points (stresses can be visualized in Rhino by lines _|_ to surface) (long time no test) out.post.res GAUSS_POINTS=1 !Output of quadrature points in parameter space (recommended just for one patch) out.paramrhino.txt GAUSS_POINTS_GEO=1 !Output of quadrature points in geometry space out.georhino.txt COUPLING_POINTS=1 !Output of coupling points in geometry space out.georhino.txt !PAR_LINES=1 !Output of trimming curves in parameter space (file out.paramrhino.txt) out.paramrhino.txt PAR_TRIM=1 !Output of trimming curves in parameter space (file out.paramrhino.txt) out.paramrhino.txt PREC=5 !precision of float numbers FPN=1 !1 scientific notation; 0 fixed notation OUTPUT_FILE_NAME = benchmark_example !name of output files (e.g. "out" is replaced by "benchmark_example"
References
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