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  • Labels: limited the maximum amount of labels to be displayed to 5.000.
  • STL export: added option to select whether the quadrilaterals should be divided into two or four triangles
  • Graphs: new Point Complex Evolution graph, similar to 'Point Evolution' but for complex results, where both real and imaginary part of the result are displayed as 'x' and 'y' in the graph.
  • Icon bars: the contour options icons and the graphs icons have been grouped into two submenus, so the general view is less cluttered
  • Stream Lines: creation options are more visible now: View results --> Stream lines --> Single point / Along line / In a quadrilateral
  • Stream Lines: made the algorithm a bit faster for big meshes made and for the first stream line.
  • Show Min Max: added 'show minimum', 'show maximum' and ' show min max' options which shows the minimum result alone, the maximum result alone or both at once.
  • Contour Lines + VA / VBO: now contour lines are drawn in Vertex Array or Vertex Buffer Object mode.
  • Display vectors: first time fixed size vectors is used, the minimum size is 8.
  • results cache + several meshes: free results always except in the last meshgroup.
  • Postscript vectorial mode: if model is 2D no triangle discretization is done and so, smaller files are created.
  • GUI: added 'disable tooltips' preference
  • Remote display ( Linux): disabled Vertex Array / Vertex Buffer Object in remote visualization which caused GiD to crash.
  • Stream lines: faster search tree creation ( up to x4) for the first stream line.
  • Post state: solved bug which caused mesh styles to be read wrong.
  • Toolbar's buttons: now icons can be showed with short names or names alone.
  • Tooltips can be: showed as always, disabled or displayed at the bottom of the main window.
  • Import plug-in: added support for complex scalar and complex vector results, now they can be imported too.
  • Spheres: support for VA and VBO for faster drawing of nice spheres.
  • Standard (internal) gauss points (GP_TRIANGLE_1, GP_QUADRILATERAL_4, ...) should not be explictly explicitly defined to be used.
  • Delaunay: elements bigger than 10 times ( default) the mean size of elements are culled. Check Utilities --> Variables --> PostDelaunauCullBigElements to modify it.
  • Macros: Added macro to create a result with the minimum, maximum or average value of a scalar for all steps.
  • Create Results: added some single operator functions ( sqrt, log10, db10, db20, abs, exp, inverse (1/)) to Window-->Create Result...
  • Graphs: new tcl command GiD_Graph
  • ** GiD_Graph show --> shows the graphs
  • ** GiD_Graph hide --> hides the graphs
  • ** GiD_Graph list --> list the existant existent graphs
  • ** GiD_Graph clear --> deletes all graphs
  • ** GiD_Graph get <graph_name> --> gets the graph data of "graph_name", the same as the create data.
  • ** GiD_Graph delete <graph_name> --> deletes the graph "graph_name" causing an error if does not exists
  • ** GiD_Graph create <graph_name> <label_x> <label_y> <list_x_values> <list_y_values> <unit_x> <unit_y> --> creates the graph "graph_name" with the provided information, causing an error if the graph already exists.
  • Graphs: added discrete Fourier Transform of a Graphs. Uses the y values as real part and 0 as the imaginary part for the fft transformation. The graph created will use an index for the x axis and the real, imaginary or module of the dft result as the y axis. Check Options->Graphs>dFT->real , imaginary or module
  • Graphs: added discrete Fourier Transform of a Graphs. Uses the x values as real part, and the y values as imaginary part for the fft transformation. The graph created will use an index for the x axis and the real, imaginary or module of the dft result as the y axis. Also the graph created can have as x axis the real part and as y axis the imaginary part of the dft result. Check Options->Graphs>dFT complex->real , imaginary, module or complex
  • Read of postprocess files with GiD postprocess HDF5 format written by the GiDPost library, and postprocess files with Amelet HDF5 format.
  • Create Results: added option for operators +, , * and / which now accepts a scalar or vector ( both can be complex) as second operand check the window: Window->Create Result...
  • Create Results: added operators sqrt, log10, db10, db20, abs, exp, inverse (1/) which operates on one result. Only operators +, -, ** or */ accept scalars,vectors or results as second operand. SqrtAbs, Abs, Log10Abs, Exp, 1/ requires a result as second operator.

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Customization

  • $GID/plugins folder, recursivelly recursively load all tcl files with the same name as the folder.
  • GiD_Info group_entities
  • GiD_Cartesian get|set ngridpoints|boxsize|corner|dimension|coordinates|iscartesian <values>
  • Cartesian() GiD variables MinSizeMainGrid WeightStart WeightEnd GridUniform
  • BeforeMeshGeneration GiD-Tcl event now stop the generation when returning cancel
  • Tcl global variable ::GidPriv(PostSpaceDimension) to declare that our results is 2D (e.g. to integrate results in 2D projection)
  • package hdf5 updated from 1.0 to 1.2 (-vtype string|char allow creation of sets of strings, and unsigned chars)
  • package tablelist updated from 4.9.1 to 5.1
  • New -elementtype and -higherentity options in GiD_Info layer command

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  • BeforeDeleteLayer event: if it returns cancel the layer deletion is cancelled.
  • GiD_Geometry get/create now allow also contactsurface and contactvolumecontact-surface and contact-volume
  • New Tcl command GiD_BackgroundImage get|set show|filename|location <values>
  • Conditions: added #WIDTH# option in the value description to specify the length, in characters, of the entry used by the user to enter the value of the condition (already in GiD 10.1.0d but not acknowledged). For instance:

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