GiD - The personal pre and post processor

From v 12.1.4d to 12.1.5d


What's new from version 12.1.4d to 12.1.5d
General:

  • Quality drawing preference renamed to Antialiasing, under Preferences --> Graphical --> System.
  • Antialiasing: disabled polygon antialiasing when using GiD Safe mode, i.e. software renderer, as it slows the rendering too much. Still lines and points are anti-aliased.
  • Background image: corrected new error for 'real-size' / geo-referenced images as background, which caused to draw only one triangle instead of the full quadrilateral


Preprocess:

  • Fixed bug when meshing entities in parallel. It made GiD crash in some cases.
  • Fixed bug writing groups information over faces of elements.
  • Fixed bug opening STEP files named with non-ASCII characters.


Post-process:

  • Screen-map textures: now when a texture is screen-mapped to a mesh, a result view can be drawn on another mesh. The other texture mapping techniques can already do this.
  • Screen-map textures: corrected an error with texture screen map for small images when the corners lie inside a triangle, now the texture is correctly placed and not stretched to the triangle nodes.
  • Screen-map textures: when selecting an image that is geo-referenced, instead of asking the user the image is projected automatically, using the geometrical information and in the normal direction of that information, instead.
  • Graphs: corrected error that changed the background color when the graphs window is opened.
  • Drawing preprocess model: now the pre-process opaque layers are drawn below the post-process opaque layers, so that the results are not covered by pre-process opaque layers.
  • Animate results window: corrected Tcl errors when changing delay time in the middle of the animation, maintaining the from-step to-step values when changing the results visualizations.
  • Local axes: corrected crash when drawing local axes
  • Result reading: corrected error when reading mesh and results when changing from pre- to post-process and the mesh was defined inside a group in a binary file.


Customization:

  • New GiD-Tcl event proc AfterLoadGIDProject { modelname }
  • New GiD-private Tcl event proc GiD_AfterChangeProblemtype { old_problemtype new_problemtype }
  • GiD_Info postprocess get is_mesh_variable_along_steps , to know if the postprocess mesh is constant along the time or not
  • package objarray updated from 1.2 to 1.3

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