Select Git revision
DefaultOptions.h
Forked from
gmsh / gmsh
Source project has a limited visibility.
-
Christophe Geuzaine authoredmove physical group definitions to new discrete entity created by compound meshing constraint, except for surfaces when we do the "magic" reclassification on the original surfaces
Christophe Geuzaine authoredmove physical group definitions to new discrete entity created by compound meshing constraint, except for surfaces when we do the "magic" reclassification on the original surfaces
DefaultOptions.h 104.17 KiB
// Gmsh - Copyright (C) 1997-2020 C. Geuzaine, J.-F. Remacle
//
// See the LICENSE.txt file for license information. Please report all
// issues on https://gitlab.onelab.info/gmsh/gmsh/issues.
#ifndef DEFAULT_OPTIONS_H
#define DEFAULT_OPTIONS_H
#include "GmshConfig.h"
#include "GmshDefines.h"
#include "Options.h"
// PLEASE RESPECT THE ALPHABETICAL ORDER WHEN
// INSERTING A NEW OPTION!
//
// Option Database (General, Geometry, Mesh, Post, View, Print), with
// default values. The first number defines the level of saving: O
// for the option file, S for the session file and F for the full
// listing:
#define S GMSH_SESSIONRC
#define O GMSH_OPTIONSRC
#define F GMSH_FULLRC
// STRINGS
StringXString GeneralOptions_String[] = {
{ F|O, "AxesFormatX" , opt_general_axes_format0 , "%.3g" ,
"Number format for X-axis (in standard C form)" },
{ F|O, "AxesFormatY" , opt_general_axes_format1 , "%.3g" ,
"Number format for Y-axis (in standard C form)" },
{ F|O, "AxesFormatZ" , opt_general_axes_format2 , "%.3g" ,
"Number format for Z-axis (in standard C form)" },
{ F|O, "AxesLabelX" , opt_general_axes_label0 , "" ,
"X-axis label" },
{ F|O, "AxesLabelY" , opt_general_axes_label1 , "" ,
"Y-axis label" },
{ F|O, "AxesLabelZ" , opt_general_axes_label2 , "" ,
"Z-axis label" },
{ F|O, "BackgroundImageFileName" , opt_general_background_image_filename , "" ,
"Background image file in JPEG, PNG or PDF format" },
{ F, "BuildInfo" , opt_general_build_info , "" ,
"Gmsh build information (read-only)" },
{ F, "BuildOptions" , opt_general_build_options , "" ,
"Gmsh build options (read-only)" },
{ F|O, "DefaultFileName" , opt_general_default_filename , "untitled.geo" ,
"Default project file name" },
{ F, "Display" , opt_general_display , "" ,
"X server to use (only for Unix versions)" },
{ F|O, "ErrorFileName" , opt_general_error_filename ,
#if defined(WIN32)
"gmsh-errors" ,
#else
".gmsh-errors" ,
#endif
"File into which the log is saved if a fatal error occurs" },
{ F|S, "ExecutableFileName", opt_general_executable_filename , "" ,
"File name of the Gmsh executable (read-only)"},
{ F, "FileName" , opt_general_filename , "" ,
"Current project file name (read-only)" },
{ F|S, "FltkTheme" , opt_general_gui_theme , "" ,
"FLTK user interface theme (try e.g. plastic or gtk+)" },
{ F|O, "GraphicsFont" , opt_general_graphics_font , "Helvetica" ,
"Font used in the graphic window" },
{ F|O, "GraphicsFontEngine" , opt_general_graphics_font_engine , "Native" , "Set graphics font engine (Native, Cairo)" },
{ F|O, "GraphicsFontTitle" , opt_general_graphics_font_title , "Helvetica" ,
"Font used in the graphic window for titles" },
{ F|S, "OptionsFileName" , opt_general_options_filename ,
#if defined(WIN32)
"gmsh-options" ,
#else
".gmsh-options" ,
#endif
"Option file created with `Tools->Options->Save'; automatically read on startup" },
{ F|S, "RecentFile0", opt_general_recent_file0 , "untitled.geo" ,
"Most recent opened file"},
{ F|S, "RecentFile1", opt_general_recent_file1 , "untitled.geo" ,
"2nd most recent opened file"},
{ F|S, "RecentFile2", opt_general_recent_file2 , "untitled.geo" ,
"3rd most recent opened file"},
{ F|S, "RecentFile3", opt_general_recent_file3 , "untitled.geo" ,
"4th most recent opened file"},
{ F|S, "RecentFile4", opt_general_recent_file4 , "untitled.geo" ,
"5th most recent opened file"},
{ F|S, "RecentFile5", opt_general_recent_file5 , "untitled.geo" ,
"6th most recent opened file"},
{ F|S, "RecentFile6", opt_general_recent_file6 , "untitled.geo" ,
"7th most recent opened file"},
{ F|S, "RecentFile7", opt_general_recent_file7 , "untitled.geo" ,
"8th most recent opened file"},
{ F|S, "RecentFile8", opt_general_recent_file8 , "untitled.geo" ,
"9th most recent opened file"},
{ F|S, "RecentFile9", opt_general_recent_file9 , "untitled.geo" ,
"10th most recent opened file"},
{ 0, "SessionFileName" , opt_general_session_filename ,
#if defined(WIN32)
"gmshrc" ,
#else
".gmshrc" ,
#endif
"Option file into which session specific information is saved; automatically "
"read on startup" },
{ F|O, "TextEditor" , opt_general_editor ,
#if defined(WIN32)
"notepad.exe '%s'" ,
#elif defined(__APPLE__)
"open -t '%s'" ,
#else
"gedit '%s'" ,
#endif
"System command to launch a text editor" },
{ F|S, "TmpFileName" , opt_general_tmp_filename ,
#if defined(WIN32)
"gmsh-tmp" ,
#else
".gmsh-tmp" ,
#endif
"Temporary file used by the geometry module" },
{ F, "Version" , opt_general_version , "" ,
"Gmsh version (read-only)" },
{ F, "WatchFilePattern", opt_general_watch_file_pattern , "" ,
"Pattern of files to merge as they become available"},
{ 0, 0 , 0 , "" , 0 }
} ;
StringXString GeometryOptions_String[] = {
{ F|O, "DoubleClickedPointCommand" , opt_geometry_double_clicked_point_command, "" , "Command parsed when double-clicking on a point" },
{ F|O, "DoubleClickedLineCommand" , opt_geometry_double_clicked_curve_command, "" ,
"Command parsed when double-clicking on a line" },
{ F|O, "DoubleClickedSurfaceCommand" , opt_geometry_double_clicked_surface_command, "" ,
"Command parsed when double-clicking on a surface" },
{ F|O, "DoubleClickedVolumeCommand" , opt_geometry_double_clicked_volume_command, "" ,
"Command parsed when double-clicking on a volume" },
{ F|O, "OCCTargetUnit" , opt_geometry_occ_target_unit , "" ,
"Length unit to which coordinates from STEP and IGES files are converted to when "
"imported by OpenCASCADE, e.g. 'M' for meters (leave empty to use OpenCASCADE "
"default bahavior)"},
{ 0, 0 , 0 , "" , 0 }
} ;
StringXString MeshOptions_String[] = {
{ 0, 0 , 0 , "" , 0 }
} ;
StringXString SolverOptions_String[] = {
{ F|S, "Executable0" , opt_solver_executable0 , "",
"System command to launch solver 0" },
{ F|S, "Executable1" , opt_solver_executable1 , "" ,
"System command to launch solver 1" },
{ F|S, "Executable2" , opt_solver_executable2 , "" ,
"System command to launch solver 2" },
{ F|S, "Executable3" , opt_solver_executable3 , "" ,
"System command to launch solver 3" },
{ F|S, "Executable4" , opt_solver_executable4 , "" ,
"System command to launch solver 4" },
{ F|S, "Executable5" , opt_solver_executable5 , "",
"System command to launch solver 5" },
{ F|S, "Executable6" , opt_solver_executable6 , "" ,
"System command to launch solver 6" },
{ F|S, "Executable7" , opt_solver_executable7 , "" ,
"System command to launch solver 7" },
{ F|S, "Executable8" , opt_solver_executable8 , "" ,
"System command to launch solver 8" },
{ F|S, "Executable9" , opt_solver_executable9 , "" ,
"System command to launch solver 9" },
{ F|S, "Name0" , opt_solver_name0 , "GetDP" ,
"Name of solver 0" },
{ F|S, "Name1" , opt_solver_name1 , "" ,
"Name of solver 1" },
{ F|S, "Name2" , opt_solver_name2 , "" ,
"Name of solver 2" },
{ F|S, "Name3" , opt_solver_name3 , "" ,
"Name of solver 3" },
{ F|S, "Name4" , opt_solver_name4 , "" ,
"Name of solver 4" },
{ F|S, "Name5" , opt_solver_name5 , "" ,
"Name of solver 5" },
{ F|S, "Name6" , opt_solver_name6 , "" ,
"Name of solver 6" },
{ F|S, "Name7" , opt_solver_name7 , "" ,
"Name of solver 7" },
{ F|S, "Name8" , opt_solver_name8 , "" ,
"Name of solver 8" },
{ F|S, "Name9" , opt_solver_name9 , "" ,
"Name of solver 9" },
{ F|S, "Extension0" , opt_solver_extension0 , ".pro" ,
"File extension for solver 0" },
{ F|S, "Extension1" , opt_solver_extension1 , "" ,
"File extension for solver 1" },
{ F|S, "Extension2" , opt_solver_extension2 , "" ,
"File extension for solver 2" },
{ F|S, "Extension3" , opt_solver_extension3 , "" , "File extension for solver 3" },
{ F|S, "Extension4" , opt_solver_extension4 , "" ,
"File extension for solver 4" },
{ F|S, "Extension5" , opt_solver_extension5 , "" ,
"File extension for solver 5" },
{ F|S, "Extension6" , opt_solver_extension6 , "" ,
"File extension for solver 6" },
{ F|S, "Extension7" , opt_solver_extension7 , "" ,
"File extension for solver 7" },
{ F|S, "Extension8" , opt_solver_extension8 , "" ,
"File extension for solver 8" },
{ F|S, "Extension9" , opt_solver_extension9 , "" ,
"File extension for solver 9" },
{ F|S, "OctaveInterpreter" , opt_solver_octave_interpreter , "octave" ,
"Name of the Octave interpreter (used to run .m files)" },
{ F|S, "PythonInterpreter" , opt_solver_python_interpreter , "python" ,
"Name of the Python interpreter (used to run .py files if they are not executable)" },
{ F|S, "RemoteLogin0" , opt_solver_remote_login0 , "",
"Command to login to a remote host to launch solver 0" },
{ F|S, "RemoteLogin1" , opt_solver_remote_login1 , "" ,
"Command to login to a remote host to launch solver 1" },
{ F|S, "RemoteLogin2" , opt_solver_remote_login2 , "" ,
"Command to login to a remote host to launch solver 2" },
{ F|S, "RemoteLogin3" , opt_solver_remote_login3 , "" ,
"Command to login to a remote host to launch solver 3" },
{ F|S, "RemoteLogin4" , opt_solver_remote_login4 , "" ,
"Command to login to a remote host to launch solver 4" },
{ F|S, "RemoteLogin5" , opt_solver_remote_login5 , "",
"Command to login to a remote host to launch solver 5" },
{ F|S, "RemoteLogin6" , opt_solver_remote_login6 , "" ,
"Command to login to a remote host to launch solver 6" },
{ F|S, "RemoteLogin7" , opt_solver_remote_login7 , "" ,
"Command to login to a remote host to launch solver 7" },
{ F|S, "RemoteLogin8" , opt_solver_remote_login8 , "" ,
"Command to login to a remote host to launch solver 8" },
{ F|S, "RemoteLogin9" , opt_solver_remote_login9 , "" ,
"Command to login to a remote host to launch solver 9" },
{ F|O, "SocketName" , opt_solver_socket_name ,
#if defined(WIN32) && !defined(__CYGWIN__)
"127.0.0.1:0" , // use TCP/IP sockets by default on Windows
#else
".gmshsock" , // otherwise use Unix sockets by default
#endif
"Base name of socket (UNIX socket if the name does not contain a colon, TCP/IP "
"otherwise, in the form 'host:baseport'; the actual name/port is constructed "
"by appending the unique client id. If baseport is 0 or is not provided, the "
"port is chosen automatically (recommended))"},
{ 0, 0 , 0 , "" , 0 }
} ;
StringXString PostProcessingOptions_String[] = {
{ F|O, "DoubleClickedGraphPointCommand" , opt_post_double_clicked_graph_point_command, "" ,
"Command parsed when double-clicking on a graph data point "
"(e.g. Merge Sprintf('file_%g.pos', PostProcessing.GraphPointX);)" },
{ F|O, "GraphPointCommand" , opt_post_double_clicked_graph_point_command, "" ,
"Synonym for `DoubleClickedGraphPointCommand'" },
{ 0, 0 , 0 , "" , 0 }
} ;
StringXString ViewOptions_String[] = {
{ F|O, "Attributes" , opt_view_attributes , "" ,
"Optional string attached to the view. If the string contains 'AlwaysVisible', "
"the view will not be hidden when new ones are merged."},
{ F|O, "AxesFormatX" , opt_view_axes_format0 , "%.3g" , "Number format for X-axis (in standard C form)" },
{ F|O, "AxesFormatY" , opt_view_axes_format1 , "%.3g" ,
"Number format for Y-axis (in standard C form)" },
{ F|O, "AxesFormatZ" , opt_view_axes_format2 , "%.3g" ,
"Number format for Z-axis (in standard C form)" },
{ F|O, "AxesLabelX" , opt_view_axes_label0 , "" ,
"X-axis label" },
{ F|O, "AxesLabelY" , opt_view_axes_label1 , "" ,
"Y-axis label" },
{ F|O, "AxesLabelZ" , opt_view_axes_label2 , "" ,
"Z-axis label" },
{ F|O, "DoubleClickedCommand" , opt_view_double_clicked_command , "" ,
"Command parsed when double-clicking on the view" },
{ F, "FileName" , opt_view_filename , "" ,
"Default post-processing view file name" },
{ F|O, "Format" , opt_view_format , "%.3g" ,
"Number format (in standard C form)" },
{ F|O, "GeneralizedRaiseX" , opt_view_gen_raise0 , "v0" ,
"Generalized elevation of the view along X-axis (in model coordinates, "
"using formula possibly containing x, y, z, s[tep], t[ime], v0, ... v8)" },
{ F|O, "GeneralizedRaiseY" , opt_view_gen_raise1 , "v1" ,
"Generalized elevation of the view along Y-axis (in model coordinates, "
"using formula possibly containing x, y, z, s[tep], t[ime], v0, ... v8)" },
{ F|O, "GeneralizedRaiseZ" , opt_view_gen_raise2 , "v2" ,
"Generalized elevation of the view along Z-axis (in model coordinates, "
"using formula possibly containing x, y, z, s[tep], t[ime], v0, ... v8)" },
{ F|O, "Group" , opt_view_group , "" ,
"Group to which this view belongs" },
{ F, "Name" , opt_view_name , "" ,
"Default post-processing view name" },
{ F|O, "Stipple0" , opt_view_stipple0 , "1*0x1F1F" ,
"First stippling pattern" },
{ F|O, "Stipple1" , opt_view_stipple1 , "1*0x3333" ,
"Second stippling pattern" },
{ F|O, "Stipple2" , opt_view_stipple2 , "1*0x087F" ,
"Third stippling pattern" },
{ F|O, "Stipple3" , opt_view_stipple3 , "1*0xCCCF" ,
"Fourth stippling pattern" },
{ F|O, "Stipple4" , opt_view_stipple4 , "2*0x1111" ,
"Fifth stippling pattern" },
{ F|O, "Stipple5" , opt_view_stipple5 , "2*0x0F0F" ,
"Sixth stippling pattern" },
{ F|O, "Stipple6" , opt_view_stipple6 , "1*0xCFFF" ,
"Seventh stippling pattern" },
{ F|O, "Stipple7" , opt_view_stipple7 , "2*0x0202" ,
"Eighth stippling pattern" },
{ F|O, "Stipple8" , opt_view_stipple8 , "2*0x087F" ,
"Ninth stippling pattern" },
{ F|O, "Stipple9" , opt_view_stipple9 , "1*0xFFFF" ,
"Tenth stippling pattern" },
{ 0, 0 , 0 , "" , 0 }
} ;
StringXString PrintOptions_String[] = {
{ F|O, "ParameterCommand" , opt_print_parameter_command ,
"Mesh.Clip=1; View.Clip=1; General.ClipWholeElements=1; "
"General.Clip0D=Print.Parameter; SetChanged;" ,
"Command parsed when the print parameter is changed" },
{ 0, 0 , 0 , "" , 0 }
} ;
// NUMBERS
StringXNumber GeneralOptions_Number[] = {
{ F|O, "AlphaBlending" , opt_general_alpha_blending , 1. ,
"Enable alpha blending (transparency) in post-processing views" },
{ F|O, "Antialiasing" , opt_general_antialiasing , 0. ,
"Use multisample antialiasing (will slow down rendering)" },
{ F|O, "ArrowHeadRadius" , opt_general_arrow_head_radius , 0.12 ,
"Relative radius of arrow head" },
{ F|O, "ArrowStemLength" , opt_general_arrow_stem_length , 0.56 ,
"Relative length of arrow stem" },
{ F|O, "ArrowStemRadius" , opt_general_arrow_stem_radius , 0.02 ,
"Relative radius of arrow stem" },
{ F|O, "Axes" , opt_general_axes , 0. ,
"Axes (0: none, 1: simple axes, 2: box, 3: full grid, 4: open grid, 5: ruler)" },
{ F|O, "AxesMikado" , opt_general_axes_mikado , 0. ,
"Mikado axes style" },
{ F|O, "AxesAutoPosition" , opt_general_axes_auto_position , 1. ,
"Position the axes automatically" },
{ F|O, "AxesForceValue" , opt_general_axes_force_value , 0. ,
"Force values on axes (otherwise use natural coordinates)" },
{ F|O, "AxesMaxX" , opt_general_axes_xmax , 1. ,
"Maximum X-axis coordinate" },
{ F|O, "AxesMaxY" , opt_general_axes_ymax , 1. ,
"Maximum Y-axis coordinate" },
{ F|O, "AxesMaxZ" , opt_general_axes_zmax , 1. ,
"Maximum Z-axis coordinate" },
{ F|O, "AxesMinX" , opt_general_axes_xmin , 0. ,
"Minimum X-axis coordinate" },
{ F|O, "AxesMinY" , opt_general_axes_ymin , 0. ,
"Minimum Y-axis coordinate" },
{ F|O, "AxesMinZ" , opt_general_axes_zmin , 0. ,
"Minimum Z-axis coordinate" },
{ F|O, "AxesTicsX" , opt_general_axes_tics0 , 5. ,
"Number of tics on the X-axis" },
{ F|O, "AxesTicsY" , opt_general_axes_tics1 , 5. ,
"Number of tics on the Y-axis" },
{ F|O, "AxesTicsZ" , opt_general_axes_tics2 , 5. ,
"Number of tics on the Z-axis" },
{ F|O, "AxesValueMaxX" , opt_general_axes_value_xmax , 1. ,
"Maximum X-axis forced value" },
{ F|O, "AxesValueMaxY" , opt_general_axes_value_ymax , 1. ,
"Maximum Y-axis forced value" },
{ F|O, "AxesValueMaxZ" , opt_general_axes_value_zmax , 1. ,
"Maximum Z-axis forced value" },
{ F|O, "AxesValueMinX" , opt_general_axes_value_xmin , 0. ,
"Minimum X-axis forced value" },
{ F|O, "AxesValueMinY" , opt_general_axes_value_ymin , 0. ,
"Minimum Y-axis forced value" },
{ F|O, "AxesValueMinZ" , opt_general_axes_value_zmin , 0. ,
"Minimum Z-axis forced value" },
{ F|O, "BackgroundGradient" , opt_general_background_gradient , 1. ,
"Draw background gradient (0: none, 1: vertical, 2: horizontal, 3: radial)" },
{ F|O, "BackgroundImage3D" , opt_general_background_image_3d , 0 ,
"Create background image in the 3D model (units = model units) or as "
"2D background (units = pixels)" },
{ F|O, "BackgroundImagePage" , opt_general_background_image_page , 0 ,
"Page to render in the background image (for multi-page PDFs)" },
{ F|O, "BackgroundImagePositionX" , opt_general_background_image_position0 , 0 ,
"X position of background image (for 2D background: < 0: measure from right window edge; "
">= 1e5: centered)" },
{ F|O, "BackgroundImagePositionY" , opt_general_background_image_position1 , 0 ,
"Y position of background image (for 2D background: < 0: measure from bottom window edge; "
">= 1e5: centered)" },
{ F|O, "BackgroundImageWidth" , opt_general_background_image_size0 , -1. ,
"Width of background image (0: actual width if height = 0, natural scaling if not; "
"-1: graphic window width)" },
{ F|O, "BackgroundImageHeight" , opt_general_background_image_size1 , -1 ,
"Height of background image (0: actual height if width = 0, natural scaling if not; "
"-1: graphic window height)" },
{ F|O, "BoundingBoxSize" , opt_general_lc, 1. , "Overall bounding box size (read-only)" },
{ F|O, "Camera" , opt_general_camera_mode, 0. ,
"Enable camera view mode" },
{ F|O, "CameraAperture" , opt_general_camera_aperture, 40. ,
"Camera aperture in degrees" },
{ F|O, "CameraEyeSeparationRatio" , opt_general_eye_sep_ratio, 1.5 ,
"Eye separation ratio in % for stereo rendering" },
{ F|O, "CameraFocalLengthRatio" , opt_general_focallength_ratio, 1.0 ,
"Camera Focal length ratio" },
{ F, "Clip0A" , opt_general_clip0a , 1.0 ,
"First coefficient in equation for clipping plane 0 (`A' in `AX+BY+CZ+D=0')" },
{ F, "Clip0B" , opt_general_clip0b , 0.0 ,
"Second coefficient in equation for clipping plane 0 (`B' in `AX+BY+CZ+D=0')" },
{ F, "Clip0C" , opt_general_clip0c , 0.0 ,
"Third coefficient in equation for clipping plane 0 (`C' in `AX+BY+CZ+D=0')" },
{ F, "Clip0D" , opt_general_clip0d , 0.0 ,
"Fourth coefficient in equation for clipping plane 0 (`D' in `AX+BY+CZ+D=0')" },
{ F, "Clip1A" , opt_general_clip1a , 0.0 ,
"First coefficient in equation for clipping plane 1" },
{ F, "Clip1B" , opt_general_clip1b , 1.0 ,
"Second coefficient in equation for clipping plane 1" },
{ F, "Clip1C" , opt_general_clip1c , 0.0 ,
"Third coefficient in equation for clipping plane 1" },
{ F, "Clip1D" , opt_general_clip1d , 0.0 ,
"Fourth coefficient in equation for clipping plane 1" },
{ F, "Clip2A" , opt_general_clip2a , 0.0 ,
"First coefficient in equation for clipping plane 2" },
{ F, "Clip2B" , opt_general_clip2b , 0.0 ,
"Second coefficient in equation for clipping plane 2" },
{ F, "Clip2C" , opt_general_clip2c , 1.0 ,
"Third coefficient in equation for clipping plane 2" },
{ F, "Clip2D" , opt_general_clip2d , 0.0 ,
"Fourth coefficient in equation for clipping plane 2" },
{ F, "Clip3A" , opt_general_clip3a , -1.0 ,
"First coefficient in equation for clipping plane 3" },
{ F, "Clip3B" , opt_general_clip3b , 0.0 ,
"Second coefficient in equation for clipping plane 3" },
{ F, "Clip3C" , opt_general_clip3c , 0.0 ,
"Third coefficient in equation for clipping plane 3" },
{ F, "Clip3D" , opt_general_clip3d , 1.0 ,
"Fourth coefficient in equation for clipping plane 3" },
{ F, "Clip4A" , opt_general_clip4a , 0.0 ,
"First coefficient in equation for clipping plane 4" },
{ F, "Clip4B" , opt_general_clip4b , -1.0 ,
"Second coefficient in equation for clipping plane 4" },
{ F, "Clip4C" , opt_general_clip4c , 0.0 ,
"Third coefficient in equation for clipping plane 4" },
{ F, "Clip4D" , opt_general_clip4d , 1.0 ,
"Fourth coefficient in equation for clipping plane 4" },
{ F, "Clip5A" , opt_general_clip5a , 0.0 ,
"First coefficient in equation for clipping plane 5" },
{ F, "Clip5B" , opt_general_clip5b , 0.0 ,
"Second coefficient in equation for clipping plane 5" },
{ F, "Clip5C" , opt_general_clip5c , -1.0 ,
"Third coefficient in equation for clipping plane 5" },
{ F, "Clip5D" , opt_general_clip5d , 1.0 ,
"Fourth coefficient in equation for clipping plane 5" },
{ F, "ClipFactor" , opt_general_clip_factor , 5.0 ,
"Near and far clipping plane distance factor (decrease value for better "
"z-buffer resolution)" },
{ F|O, "ClipOnlyDrawIntersectingVolume" ,
opt_general_clip_only_draw_intersecting_volume , 0. ,
"Only draw layer of elements that intersect the clipping plane" },
{ F|O, "ClipOnlyVolume" , opt_general_clip_only_volume , 0. ,
"Only clip volume elements" },
{ F|S, "ClipPositionX" , opt_general_clip_position0 , 650. ,
"Horizontal position (in pixels) of the upper left corner of the clipping "
"planes window" },
{ F|S, "ClipPositionY" , opt_general_clip_position1 , 150. , "Vertical position (in pixels) of the upper left corner of the clipping "
"planes window" },
{ F|O, "ClipWholeElements" , opt_general_clip_whole_elements , 0. ,
"Clip whole elements" },
{ F|S, "ColorScheme", opt_general_color_scheme , 1. ,
"Default color scheme for graphics (0: light, 1: default, 2: grayscale, 3: dark)" },
{ F|O, "ConfirmOverwrite" , opt_general_confirm_overwrite, 1. ,
"Ask confirmation before overwriting files?" },
{ F|S, "ContextPositionX" , opt_general_context_position0 , 650. ,
"Horizontal position (in pixels) of the upper left corner of the contextual "
"windows" },
{ F|S, "ContextPositionY" , opt_general_context_position1 , 150. ,
"Vertical position (in pixels) of the upper left corner of the contextual "
"windows" },
{ F|S, "DetachedMenu" , opt_general_detached_menu , 0. ,
"Should the menu window be detached from the graphic window?" },
{ F|O, "DisplayBorderFactor" , opt_general_display_border_factor , 0.2 ,
"Border factor for model display (0: model fits window size exactly)" },
{ F|O, "DoubleBuffer" , opt_general_double_buffer , 1. ,
"Use a double buffered graphic window (on Unix, should be set to 0 when "
"working on a remote host without GLX)" },
{ F|O, "DrawBoundingBoxes" , opt_general_draw_bounding_box, 0. ,
"Draw bounding boxes" },
{ F|O, "ExpertMode" , opt_general_expert_mode, 0. ,
"Enable expert mode (to disable all the messages meant for inexperienced "
"users)" },
{ F|S, "ExtraPositionX" , opt_general_extra_position0 , 650. ,
"Horizontal position (in pixels) of the upper left corner of the generic extra window" },
{ F|S, "ExtraPositionY" , opt_general_extra_position1 , 350. ,
"Vertical position (in pixels) of the upper left corner of the generic extra window" },
{ F|S, "ExtraHeight" , opt_general_extra_size1 , 100. ,
"Height (in pixels) of the generic extra window" },
{ F|S, "ExtraWidth" , opt_general_extra_size0 , 100. ,
"Width (in pixels) of the generic extra window" },
{ F|O, "FastRedraw" , opt_general_fast_redraw, 0. ,
"Draw simplified model while rotating, panning and zooming" },
{ F|S, "FieldPositionX" , opt_general_field_position0 , 650. ,
"Horizontal position (in pixels) of the upper left corner of the field window" },
{ F|S, "FieldPositionY" , opt_general_field_position1 , 550. ,
"Vertical position (in pixels) of the upper left corner of the field window" },
{ F|S, "FieldHeight" , opt_general_field_size1 , 320. ,
"Height (in pixels) of the field window" },
{ F|S, "FieldWidth" , opt_general_field_size0 , 420. ,
"Width (in pixels) of the field window" },
{ F|S, "FileChooserPositionX" , opt_general_file_chooser_position0 , 200. ,
"Horizontal position (in pixels) of the upper left corner of the file chooser "
"windows" },
{ F|S, "FileChooserPositionY" , opt_general_file_chooser_position1 , 200. ,
"Vertical position (in pixels) of the upper left corner of the file chooser "
"windows" },
{ F|S, "FltkColorScheme" , opt_general_gui_color_scheme , 0. ,
"FLTK user interface color theme (0: standard, 1:dark)" },
{ F|O, "FontSize" , opt_general_fontsize , -1. ,
"Size of the font in the user interface, in pixels (-1: automatic)" },
{ F|O, "GraphicsFontSize" , opt_general_graphics_fontsize , 15. ,
"Size of the font in the graphic window, in pixels" },
{ F|O, "GraphicsFontSizeTitle" , opt_general_graphics_fontsize_title , 18. ,
"Size of the font in the graphic window for titles, in pixels" },
{ F|S, "GraphicsHeight" , opt_general_graphics_size1 , 600. ,
"Height (in pixels) of the graphic window" },
{ F|S, "GraphicsPositionX" , opt_general_graphics_position0 , 50. ,
"Horizontal position (in pixels) of the upper left corner of the graphic "
"window" },
{ F|S, "GraphicsPositionY" , opt_general_graphics_position1 , 50. ,
"Vertical position (in pixels) of the upper left corner of the graphic "
"window" }, { F|S, "GraphicsWidth" , opt_general_graphics_size0 , 800. ,
"Width (in pixels) of the graphic window" },
{ F|S, "HighOrderToolsPositionX" , opt_general_hot_position0 , 650. ,
"Horizontal position (in pixels) of the upper left corner of the high-order "
"tools window" },
{ F|S, "HighOrderToolsPositionY" , opt_general_hot_position1 , 150. ,
"Vertical position (in pixels) of the upper left corner of the high-order "
"tools window" },
{ F|O, "HighResolutionGraphics" , opt_general_high_resolution_graphics , 1. ,
"Use high-resolution OpenGL graphics (e.g. for Macs with retina displays)" },
{ F|O, "HighResolutionPointSizeFactor" , opt_general_high_resolution_point_size_factor , 2. ,
"Point size factor when using high-resolution OpenGL graphics" },
{ F|O, "InitialModule", opt_general_initial_context, 0. ,
"Module launched on startup (0: automatic, 1: geometry, 2: mesh, 3: solver, "
"4: post-processing) " },
{ F|O, "InputScrolling" , opt_general_input_scrolling , 1. ,
"Enable numerical input scrolling in user interface (moving the mouse to change "
"numbers)" },
{ F|O, "Light0" , opt_general_light0 , 1. ,
"Enable light source 0" },
{ F|O, "Light0X" , opt_general_light00 , 0.65 ,
"X position of light source 0" },
{ F|O, "Light0Y" , opt_general_light01 , 0.65 ,
"Y position of light source 0" },
{ F|O, "Light0Z" , opt_general_light02 , 1.0 ,
"Z position of light source 0" },
{ F|O, "Light0W" , opt_general_light03 , 0.0 ,
"Divisor of the X, Y and Z coordinates of light source 0 (W=0 means "
"infinitely far source)" },
{ F|O, "Light1" , opt_general_light1 , 0.,
"Enable light source 1" },
{ F|O, "Light1X" , opt_general_light10 , 0.5 ,
"X position of light source 1" },
{ F|O, "Light1Y" , opt_general_light11 , 0.3 ,
"Y position of light source 1" },
{ F|O, "Light1Z" , opt_general_light12 , 1.0 ,
"Z position of light source 1" },
{ F|O, "Light1W" , opt_general_light13 , 0.0 ,
"Divisor of the X, Y and Z coordinates of light source 1 (W=0 means infinitely "
"far source)" },
{ F|O, "Light2" , opt_general_light2 , 0.,
"Enable light source 2" },
{ F|O, "Light2X" , opt_general_light20 , 0.5 ,
"X position of light source 2" },
{ F|O, "Light2Y" , opt_general_light21 , 0.3 ,
"Y position of light source 2" },
{ F|O, "Light2Z" , opt_general_light22 , 1.0 ,
"Z position of light source 2" },
{ F|O, "Light2W" , opt_general_light23 , 0.0 ,
"Divisor of the X, Y and Z coordinates of light source 2 (W=0 means infinitely "
"far source)" },
{ F|O, "Light3" , opt_general_light3 , 0.,
"Enable light source 3" },
{ F|O, "Light3X" , opt_general_light30 , 0.5 ,
"X position of light source 3" },
{ F|O, "Light3Y" , opt_general_light31 , 0.3 ,
"Y position of light source 3" },
{ F|O, "Light3Z" , opt_general_light32 , 1.0 ,
"Z position of light source 3" },
{ F|O, "Light3W" , opt_general_light33 , 0.0 ,
"Divisor of the X, Y and Z coordinates of light source 3 (W=0 means infinitely "
"far source)" },
{ F|O, "Light4" , opt_general_light4 , 0.,
"Enable light source 4" },
{ F|O, "Light4X" , opt_general_light40 , 0.5 ,
"X position of light source 4" },
{ F|O, "Light4Y" , opt_general_light41 , 0.3 , "Y position of light source 4" },
{ F|O, "Light4Z" , opt_general_light42 , 1.0 ,
"Z position of light source 4" },
{ F|O, "Light4W" , opt_general_light43 , 0.0 ,
"Divisor of the X, Y and Z coordinates of light source 4 (W=0 means infinitely "
"far source)" },
{ F|O, "Light5" , opt_general_light5 , 0.,
"Enable light source 5" },
{ F|O, "Light5X" , opt_general_light50 , 0.5 ,
"X position of light source 5" },
{ F|O, "Light5Y" , opt_general_light51 , 0.3 ,
"Y position of light source 5" },
{ F|O, "Light5Z" , opt_general_light52 , 1.0 ,
"Z position of light source 5" },
{ F|O, "Light5W" , opt_general_light53 , 0.0 ,
"Divisor of the X, Y and Z coordinates of light source 5 (W=0 means infinitely "
"far source)" },
{ F|O, "LineWidth" , opt_general_line_width , 1.0 ,
"Display width of lines (in pixels)" },
{ F|S, "ManipulatorPositionX" , opt_general_manip_position0 , 650. ,
"Horizontal position (in pixels) of the upper left corner of the manipulator "
"window" },
{ F|S, "ManipulatorPositionY" , opt_general_manip_position1 , 150. ,
"Vertical position (in pixels) of the upper left corner of the manipulator "
"window" },
{ F, "MaxX" , opt_general_xmax , 0. ,
"Maximum model coordinate along the X-axis (read-only)" },
{ F, "MaxY" , opt_general_ymax , 0. ,
"Maximum model coordinate along the Y-axis (read-only)" },
{ F, "MaxZ" , opt_general_zmax , 0. ,
"Maximum model coordinate along the Z-axis (read-only)" },
{ F|S, "MenuWidth" , opt_general_menu_size0 , 200. ,
"Width (in pixels) of the menu tree" },
{ F|S, "MenuHeight" , opt_general_menu_size1 , 200. ,
"Height (in pixels) of the (detached) menu tree" },
{ F|S, "MenuPositionX" , opt_general_menu_position0 , 400. ,
"Horizontal position (in pixels) of the (detached) menu tree" },
{ F|S, "MenuPositionY" , opt_general_menu_position1 , 400. ,
"Vertical position (in pixels) of the (detached) menu tree" },
{ F|O, "MessageFontSize" , opt_general_message_fontsize , -1. ,
"Size of the font in the message window, in pixels (-1: automatic)" },
{ F|S, "MessageHeight" , opt_general_message_size , 300. ,
"Height (in pixels) of the message console when it is visible (should be > 0)" },
{ F, "MinX" , opt_general_xmin , 0. ,
"Minimum model coordinate along the X-axis (read-only)" },
{ F, "MinY" , opt_general_ymin , 0. ,
"Minimum model coordinate along the Y-axis (read-only)" },
{ F, "MinZ" , opt_general_zmin , 0. ,
"Minimum model coordinate along the Z-axis (read-only)" },
{ F|O, "MouseHoverMeshes" , opt_general_mouse_hover_meshes , 0. ,
"Enable mouse hover on meshes" },
{ F|O, "MouseSelection" , opt_general_mouse_selection , 1. ,
"Enable mouse selection" },
{ F|O, "MouseInvertZoom" , opt_general_mouse_invert_zoom , 0. ,
"Invert mouse wheel zoom direction" },
{ F|S, "NativeFileChooser" , opt_general_native_file_chooser ,
#if defined(__APPLE__) || defined(WIN32)
1. ,
#else
0. ,
#endif
"Use the native file chooser?" },
{ F|S, "NonModalWindows" , opt_general_non_modal_windows , 1. ,
"Force all control windows to be on top of the graphic window "
"(\"non-modal\")" },
{ F|O, "NoPopup" , opt_general_nopopup , 0. ,
"Disable interactive dialog windows in scripts (and use default values "
"instead)" }, { F|O, "NumThreads" , opt_general_num_threads , 1. ,
"Set (maximum) number of threads (0: use system default, i.e. OMP_NUM_THREADS)" },
{ F|S, "OptionsPositionX" , opt_general_option_position0 , 650. ,
"Horizontal position (in pixels) of the upper left corner of the option "
"window" },
{ F|S, "OptionsPositionY" , opt_general_option_position1 , 150. ,
"Vertical position (in pixels) of the upper left corner of the option window" },
{ F|O, "Orthographic" , opt_general_orthographic , 1. ,
"Orthographic projection mode (0: perspective projection)" },
{ F|S, "PluginPositionX" , opt_general_plugin_position0 , 650. ,
"Horizontal position (in pixels) of the upper left corner of the plugin "
"window" },
{ F|S, "PluginPositionY" , opt_general_plugin_position1 , 550. ,
"Vertical position (in pixels) of the upper left corner of the plugin window" },
{ F|S, "PluginHeight" , opt_general_plugin_size1 , 320. ,
"Height (in pixels) of the plugin window" },
{ F|S, "PluginWidth" , opt_general_plugin_size0 , 420. ,
"Width (in pixels) of the plugin window" },
{ F|O, "PointSize" , opt_general_point_size , 3. ,
"Display size of points (in pixels)" },
{ F|O, "PolygonOffsetAlwaysOn" , opt_general_polygon_offset_always , 0. ,
"Always apply polygon offset, instead of trying to detect when it is required" },
{ F|O, "PolygonOffsetFactor" , opt_general_polygon_offset_factor ,
#if defined(__APPLE__)
0.5 ,
#else
1.0 ,
#endif
"Polygon offset factor (offset = factor * DZ + r * units)" },
{ F|O, "PolygonOffsetUnits" , opt_general_polygon_offset_units , 1. ,
"Polygon offset units (offset = factor * DZ + r * units)" },
{ F|O, "ProgressMeterStep" , opt_general_progress_meter_step , 10. ,
"Increment (in percent) of the progress meter bar" },
{ F|O, "QuadricSubdivisions" , opt_general_quadric_subdivisions, 6. ,
"Number of subdivisions used to draw points or lines as spheres or cylinders" },
{ F, "RotationX" , opt_general_rotation0 , 0.0 ,
"First Euler angle (used if Trackball=0)" },
{ F, "RotationY" , opt_general_rotation1 , 0.0 ,
"Second Euler angle (used if Trackball=0)" },
{ F, "RotationZ" , opt_general_rotation2 , 0.0 ,
"Third Euler angle (used if Trackball=0)" },
{ F|O, "RotationCenterGravity" , opt_general_rotation_center_cg , 1. ,
"Rotate around the (pseudo) center of mass instead of (RotationCenterX, "
"RotationCenterY, RotationCenterZ)" },
{ F, "RotationCenterX" , opt_general_rotation_center0 , 0.0 ,
"X coordinate of the center of rotation" },
{ F, "RotationCenterY" , opt_general_rotation_center1 , 0.0 ,
"Y coordinate of the center of rotation" },
{ F, "RotationCenterZ" , opt_general_rotation_center2 , 0.0 ,
"Z coordinate of the center of rotation" },
{ F|S, "SaveOptions" , opt_general_options_save, 0. ,
"Automatically save current options in General.OptionsFileName (1) or per model (2)"
"each time you quit Gmsh?" },
{ F|S, "SaveSession" , opt_general_session_save, 1. ,
"Automatically save session specific information in General.SessionFileName "
"each time you quit Gmsh?" },
{ F, "ScaleX" , opt_general_scale0 , 1.0 ,
"X-axis scale factor" },
{ F, "ScaleY" , opt_general_scale1 , 1.0 ,
"Y-axis scale factor" },
{ F, "ScaleZ" , opt_general_scale2 , 1.0 ,
"Z-axis scale factor" },
{ F|O, "Shininess" , opt_general_shine , 0.4 ,
"Material shininess" },
{ F|O, "ShininessExponent" , opt_general_shine_exponent , 40. , "Material shininess exponent (between 0 and 128)" },
{ F|O, "ShowModuleMenu" , opt_general_show_module_menu , 1. ,
"Show the standard Gmsh menu in the tree" },
{ F|O, "ShowOptionsOnStartup", opt_general_show_options_on_startup, 0. ,
"Show option window on startup" },
{ F|O, "ShowMessagesOnStartup", opt_general_show_messages_on_startup, 0. ,
"Show message window on startup" },
{ F|O, "SmallAxes" , opt_general_small_axes , 1. ,
"Display the small axes" },
{ F|O, "SmallAxesPositionX" , opt_general_small_axes_position0 , -60. ,
"X position (in pixels) of small axes (< 0: measure from right window edge; >= 1e5:"
" centered)" },
{ F|O, "SmallAxesPositionY" , opt_general_small_axes_position1 , -40. ,
"Y position (in pixels) of small axes (< 0: measure from bottom window edge; >= 1e5:"
" centered)" },
{ F|O, "SmallAxesSize" , opt_general_small_axes_size , 30. ,
"Size (in pixels) of small axes" },
{ F|S, "StatisticsPositionX" , opt_general_statistics_position0 , 650. ,
"Horizontal position (in pixels) of the upper left corner of the statistic "
"window" },
{ F|S, "StatisticsPositionY" , opt_general_statistics_position1 , 150. ,
"Vertical position (in pixels) of the upper left corner of the statistic"
" window" },
{ F|O, "Stereo" , opt_general_stereo_mode , 0. ,
"Use stereo rendering" },
{ F|S, "SystemMenuBar" , opt_general_system_menu_bar , 1. ,
"Use the system menu bar on Mac OS X?" },
{ F|O, "Terminal" , opt_general_terminal , 0. ,
"Should information be printed on the terminal (if available)?" },
{ F|O, "Tooltips" , opt_general_tooltips , 1. ,
"Show tooltips in the user interface" },
{ F|O, "Trackball" , opt_general_trackball , 1. ,
"Use trackball rotation mode" },
{ F|O, "TrackballHyperbolicSheet" , opt_general_trackball_hyperbolic_sheet , 1. ,
"Use hyperbolic sheet away from trackball center for z-rotations" },
{ F, "TrackballQuaternion0" , opt_general_quaternion0 , 0.0 ,
"First trackball quaternion component (used if General.Trackball=1)" },
{ F, "TrackballQuaternion1" , opt_general_quaternion1 , 0.0 ,
"Second trackball quaternion component (used if General.Trackball=1)" },
{ F, "TrackballQuaternion2" , opt_general_quaternion2 , 0.0 ,
"Third trackball quaternion component (used if General.Trackball=1)" },
{ F, "TrackballQuaternion3" , opt_general_quaternion3 , 1.0 ,
"Fourth trackball quaternion component (used if General.Trackball=1)" },
{ F, "TranslationX" , opt_general_translation0 , 0.0 ,
"X-axis translation (in model units)" },
{ F, "TranslationY" , opt_general_translation1 , 0.0 ,
"Y-axis translation (in model units)" },
{ F, "TranslationZ" , opt_general_translation2 , 0.0 ,
"Z-axis translation (in model units)" },
{ F|O, "VectorType" , opt_general_vector_type , 4 ,
"Default vector display type (for normals, etc.)" },
{ F|O, "Verbosity" , opt_general_verbosity , 5. ,
"Level of information printed during processing (0: no information)" },
{ F|S, "VisibilityPositionX" , opt_general_visibility_position0 , 650. ,
"Horizontal position (in pixels) of the upper left corner of the visibility "
"window" },
{ F|S, "VisibilityPositionY" , opt_general_visibility_position1 , 150. ,
"Vertical position (in pixels) of the upper left corner of the visibility "
"window" },
{ F|O, "ZoomFactor" , opt_general_zoom_factor , 4.0 ,
"Middle mouse button zoom acceleration factor" },
{ 0, 0 , 0 , 0. , 0 }
} ;
StringXNumber GeometryOptions_Number[] = {
{ F|O, "AutoCoherence" , opt_geometry_auto_coherence , 1. , "Should all duplicate entities be automatically removed with the built-in "
"geometry kernel? (If AutoCoherence == 2, also remove degenerate entities.) The "
"option has no effect with the OpenCASCADE kernel"},
{ F, "Clip" , opt_geometry_clip , 0.,
"Enable clipping planes? (Plane[i]=2^i, i=0,...,5)" },
{ F|O, "CopyMeshingMethod" , opt_geometry_copy_meshing_method, 0. ,
"Copy meshing method (unstructured or transfinite) when duplicating geometrical entities?" },
{ F, "DoubleClickedEntityTag" , opt_geometry_double_clicked_entity_tag, 0. ,
"Tag of last double-clicked geometrical entity" },
{ F|O, "ExactExtrusion" , opt_geometry_exact_extrusion, 1. ,
"Use exact extrusion formula in interpolations (set to 0 to allow "
"geometrical transformations of extruded entities)" },
{ F|O, "ExtrudeReturnLateralEntities" , opt_geometry_extrude_return_lateral, 1. ,
"Add lateral entities in lists returned by extrusion commands?" },
{ F|O, "ExtrudeSplinePoints" , opt_geometry_extrude_spline_points, 5. ,
"Number of control points for splines created during extrusion" },
{ F|O, "HighlightOrphans" , opt_geometry_highlight_orphans, 0. ,
"Highlight orphan entities (lines connected to a single surface, etc.)?" },
{ F|O, "LabelType" , opt_geometry_label_type , 0. ,
"Type of entity label (0: description, 1: elementary number, 2: physical number)" },
{ F|O, "Light" , opt_geometry_light , 1. ,
"Enable lighting for the geometry" },
{ F|O, "LightTwoSide" , opt_geometry_light_two_side , 1. ,
"Light both sides of surfaces (leads to slower rendering)" },
{ F|O, "Lines" , opt_geometry_curves , 1. ,
"Display geometry curves?" },
{ F|O, "LineNumbers" , opt_geometry_curves_num , 0. ,
"Display curve numbers?" },
{ F|O, "LineSelectWidth" , opt_geometry_curve_sel_width , 3. ,
"Display width of selected curves (in pixels)" },
{ F|O, "LineType" , opt_geometry_curve_type , 0. ,
"Display curves as solid color segments (0), 3D cylinders (1) or tapered "
"cylinders (2)" },
{ F|O, "LineWidth" , opt_geometry_curve_width , 2. ,
"Display width of lines (in pixels)" },
{ F|O, "MatchGeomAndMesh" , opt_geometry_match_geom_and_mesh, 0 ,
"Matches geometries and meshes" },
{ F|O, "MatchMeshScaleFactor" , opt_geometry_match_mesh_scale_factor, 1 ,
"Rescaling factor for the mesh to correspond to size of the geometry" },
{ F|O, "MatchMeshTolerance", opt_geometry_match_mesh_tolerance, 1e-6,
"Tolerance for matching mesh and geometry"},
{ F|O, "Normals" , opt_geometry_normals , 0. ,
"Display size of normal vectors (in pixels)" },
{ F|O, "NumSubEdges" , opt_geometry_num_sub_edges , 40. ,
"Number of edge subdivisions between control points when displaying curves" },
{ F|O, "OCCAutoFix" , opt_geometry_occ_auto_fix , 1. ,
"Automatically fix orientation of wires, faces, shells and volumes when creating "
"new entities with the OpenCASCADE kernel" },
{ F|O, "OCCBooleanPreserveNumbering" , opt_geometry_occ_boolean_preserve_numbering , 1. ,
"Try to preserve the numbering of entities through OpenCASCADE boolean operations" },
{ F|O, "OCCDisableStl" , opt_geometry_occ_disable_stl , 0. ,
"Disable STL creation in OpenCASCADE kernel" },
{ F|O, "OCCFixDegenerated" , opt_geometry_occ_fix_degenerated , 0. ,
"Fix degenerated edges/faces when importing STEP, IGES and BRep models with the "
"OpenCASCADE kernel" },
{ F|O, "OCCFixSmallEdges" , opt_geometry_occ_fix_small_edges , 0. ,
"Fix small edges when importing STEP, IGES and BRep models with the "
"OpenCASCADE kernel" },
{ F|O, "OCCFixSmallFaces" , opt_geometry_occ_fix_small_faces , 0. ,
"Fix small faces when importing STEP, IGES and BRep models with the "
"OpenCASCADE kernel" },
{ F|O, "OCCImportLabels" , opt_geometry_occ_import_labels , 1. ,
"Import labels and colors when importing STEP models with the OpenCASCADE kernel" }, { F|O, "OCCMakeSolids" , opt_geometry_occ_make_solids , 0. ,
"Fix shells and make solids when importing STEP, IGES and BRep models with the "
"OpenCASCADE kernel" },
{ F|O, "OCCParallel" , opt_geometry_occ_parallel , 0. ,
"Use multi-threaded OpenCASCADE boolean operators" },
{ F|O, "OCCScaling" , opt_geometry_occ_scaling , 1. ,
"Scale STEP, IGES and BRep models by the given factor when importing them with the "
"OpenCASCADE kernel" },
{ F|O, "OCCSewFaces" , opt_geometry_occ_sew_faces , 0. ,
"Sew faces when importing STEP, IGES and BRep models with the OpenCASCADE kernel" },
{ F|O, "OCCUnionUnify" , opt_geometry_occ_union_unify , 1. ,
"Try to unify faces and edges (remove internal seams) which lie on the same geometry "
"after performing a boolean union with the OpenCASCADE kernel" },
{ F, "OffsetX" , opt_geometry_offset0 , 0. ,
"Model display offset along X-axis (in model coordinates)" },
{ F, "OffsetY" , opt_geometry_offset1 , 0. ,
"Model display offset along Y-axis (in model coordinates)" },
{ F, "OffsetZ" , opt_geometry_offset2 , 0. ,
"Model display offset along Z-axis (in model coordinates)" },
{ F|O, "OldCircle" , opt_geometry_old_circle , 0. ,
"Use old circle description (compatibility option for old Gmsh geometries)" },
{ F|O, "OldRuledSurface" , opt_geometry_old_ruled_surface , 0. ,
"Use old 3-sided ruled surface interpolation (compatibility option for old Gmsh geometries)" },
{ F|O, "OldNewReg" , opt_geometry_old_newreg , 1. ,
"Use old newreg definition for geometrical transformations (compatibility "
"option for old Gmsh geometries)" },
{ F|O, "Points" , opt_geometry_points , 1. ,
"Display geometry points?" },
{ F|O, "PointNumbers" , opt_geometry_points_num , 0. ,
"Display points numbers?" },
{ F|O, "PointSelectSize" , opt_geometry_point_sel_size , 6. ,
"Display size of selected points (in pixels)" },
{ F|O, "PointSize" , opt_geometry_point_size , 4. ,
"Display size of points (in pixels)" },
{ F|O, "PointType" , opt_geometry_point_type , 0. ,
"Display points as solid color dots (0) or 3D spheres (1)" },
{ F|O, "ReparamOnFaceRobust" , opt_geometry_reparam_on_face_robust, 0 ,
"Use projection for reparametrization of a point classified on GEdge on a GFace" },
{ F|O, "ScalingFactor" , opt_geometry_scaling_factor , 1.0 ,
"Global geometry scaling factor" },
{ F|O, "OrientedPhysicals" , opt_geometry_oriented_physicals, 1. ,
"Use sign of elementary entity in physical definition as orientation indicator" },
{ F|O, "SnapX" , opt_geometry_snap0 , 0.1 ,
"Snapping grid spacing along the X-axis" },
{ F|O, "SnapY" , opt_geometry_snap1 , 0.1 ,
"Snapping grid spacing along the Y-axis" },
{ F|O, "SnapZ" , opt_geometry_snap2 , 0.1 ,
"Snapping grid spacing along the Z-axis" },
{ F|O, "Surfaces" , opt_geometry_surfaces , 0. ,
"Display geometry surfaces?" },
{ F|O, "SurfaceNumbers" , opt_geometry_surfaces_num , 0. ,
"Display surface numbers?" },
{ F|O, "SurfaceType" , opt_geometry_surface_type , 0. ,
"Surface display type (0: cross, 1: wireframe, 2: solid)" },
{ F|O, "Tangents" , opt_geometry_tangents , 0. ,
"Display size of tangent vectors (in pixels)" },
{ F|O, "Tolerance" , opt_geometry_tolerance, 1.e-8 ,
"Geometrical tolerance" },
{ F|O, "ToleranceBoolean" , opt_geometry_tolerance_boolean, 0. ,
"Geometrical tolerance for boolean operations" },
{ F, "Transform" , opt_geometry_transform , 0. ,
"Transform model display coordinates (0: no, 1: scale)" },
{ F, "TransformXX" , opt_geometry_transform00 , 1. ,
"Element (1,1) of the 3x3 model display transformation matrix" },
{ F, "TransformXY" , opt_geometry_transform01 , 0. , "Element (1,2) of the 3x3 model display transformation matrix" },
{ F, "TransformXZ" , opt_geometry_transform02 , 0. ,
"Element (1,3) of the 3x3 model display transformation matrix" },
{ F, "TransformYX" , opt_geometry_transform10 , 0. ,
"Element (2,1) of the 3x3 model display transformation matrix" },
{ F, "TransformYY" , opt_geometry_transform11 , 1. ,
"Element (2,2) of the 3x3 model display transformation matrix" },
{ F, "TransformYZ" , opt_geometry_transform12 , 0. ,
"Element (2,3) of the 3x3 model display transformation matrix" },
{ F, "TransformZX" , opt_geometry_transform20 , 0. ,
"Element (3,1) of the 3x3 model display transformation matrix" },
{ F, "TransformZY" , opt_geometry_transform21 , 0. ,
"Element (3,2) of the 3x3 model display transformation matrix" },
{ F, "TransformZZ" , opt_geometry_transform22 , 1. ,
"Element (3,3) of the 3x3 model display transformation matrix" },
{ F|O, "Volumes" , opt_geometry_volumes , 0. ,
"Display geometry volumes? (not implemented yet)" },
{ F|O, "VolumeNumbers" , opt_geometry_volumes_num , 0. ,
"Display volume numbers? (not implemented yet)" },
{ 0, 0 , 0 , 0. , 0 }
} ;
StringXNumber MeshOptions_Number[] = {
{ F|O, "Algorithm" , opt_mesh_algo2d , ALGO_2D_FRONTAL ,
"2D mesh algorithm (1: MeshAdapt, 2: Automatic, 5: Delaunay, 6: Frontal-Delaunay, "
"7: BAMG, 8: Frontal-Delaunay for Quads, 9: Packing of Parallelograms)" },
{ F|O, "Algorithm3D" , opt_mesh_algo3d , ALGO_3D_DELAUNAY ,
"3D mesh algorithm (1: Delaunay, 4: Frontal, 7: MMG3D, 9: R-tree, 10: HXT)" },
{ F|O, "AlgorithmSwitchOnFailure" , opt_mesh_algo_switch_on_failure , 1 ,
"Switch meshing algorithm on failure? (Currently only for 2D Delaunay-based "
"algorithms, switching to MeshAdapt)"},
{ F|O, "AngleSmoothNormals" , opt_mesh_angle_smooth_normals , 30.0 ,
"Threshold angle below which normals are not smoothed" },
{ F|O, "AngleToleranceFacetOverlap" , opt_mesh_angle_tolerance_facet_overlap , 0.1,
"Consider connected facets as overlapping when the dihedral angle between the facets is "
"smaller than the user's defined tolerance" },
{ F|O, "AnisoMax" , opt_mesh_aniso_max, 1.e33,
"Maximum anisotropy of the mesh" },
{ F|O, "AllowSwapAngle" , opt_mesh_allow_swap_edge_angle , 10.0 ,
"Threshold angle (in degrees) between faces normals under which we allow "
"an edge swap" },
{ F|O, "BdfFieldFormat" , opt_mesh_bdf_field_format , 1. ,
"Field format for Nastran BDF files (0: free, 1: small, 2: large)" },
{ F|O, "Binary" , opt_mesh_binary , 0. ,
"Write mesh files in binary format (if possible)" },
{ F|O, "BoundaryLayerFanPoints" , opt_mesh_boundary_layer_fan_points, 5. ,
"Number of points (per Pi radians) for 2D boundary layer fans" },
{ F|O, "CgnsImportOrder" , opt_mesh_cgns_import_order , 1. ,
"Order of the mesh to be created by coarsening CGNS structured zones (1 to "
"4)" },
{ F|O, "CgnsImportIgnoreBC" , opt_mesh_cgns_import_ignore_bc , 0. ,
"Ignore information in ZoneBC structures when reading a CGNS file" },
{ F|O, "CgnsImportIgnoreSolution" , opt_mesh_cgns_import_ignore_solution , 0. ,
"Ignore solution when reading a CGNS file" },
{ F|O, "CgnsConstructTopology" , opt_mesh_cgns_construct_topology , 0. ,
"Reconstruct the model topology (BREP) after reading a CGNS file" },
{ F|O, "CgnsExportCPEX0045" , opt_mesh_cgns_export_cpex0045 , 0. ,
"Use the CPEX0045 convention when exporting a high-order mesh to CGNS" },
{ F|O, "CharacteristicLengthExtendFromBoundary" ,
opt_mesh_lc_extend_from_boundary, 1. ,
"Extend computation of mesh element sizes from the boundaries into the interior "
"(for 3D Delaunay, use 1: longest or 2: shortest surface edge length)"},
{ F|O, "CharacteristicLengthFactor" , opt_mesh_lc_factor , 1.0 ,
"Factor applied to all mesh element sizes" },
{ F|O, "CharacteristicLengthMin" , opt_mesh_lc_min, 0.0 ,
"Minimum mesh element size" }, { F|O, "CharacteristicLengthMax" , opt_mesh_lc_max, 1.e22,
"Maximum mesh element size" },
{ F|O, "CharacteristicLengthFromCurvature" , opt_mesh_lc_from_curvature , 0. ,
"Automatically compute mesh element sizes from curvature" },
{ F|O, "CharacteristicLengthFromPoints" , opt_mesh_lc_from_points , 1. ,
"Compute mesh element sizes from values given at geometry points" },
{ F, "Clip" , opt_mesh_clip , 0.,
"Enable clipping planes? (Plane[i]=2^i, i=0,...,5)" },
{ F|O, "ColorCarousel" , opt_mesh_color_carousel , 1. ,
"Mesh coloring (0: by element type, 1: by elementary entity, 2: by physical "
"entity, 3: by partition)" },
{ F|O, "CompoundClassify" , opt_mesh_compound_classify , 1. ,
"How are surface mesh elements classified on compounds? (0: on the new discrete "
"surface, 1: on the original geometrical surfaces - incompatible with e.g. high-order "
"meshing)" },
{ F|O, "CompoundCharacteristicLengthFactor" , opt_mesh_compound_lc_factor , 0.5 ,
"Mesh size factor applied to compound parts" },
{ F, "CpuTime" , opt_mesh_cpu_time , 0. ,
"CPU time (in seconds) for the generation of the current mesh (read-only)" },
{ F|O, "DrawSkinOnly" , opt_mesh_draw_skin_only , 0. ,
"Draw only the skin of 3D meshes?" },
{ F|O, "Dual" , opt_mesh_dual , 0. ,
"Display the dual mesh obtained by barycentric subdivision" },
{ F|O, "ElementOrder" , opt_mesh_order , 1. ,
// "Order" is a reserved token in the parser
"Element order (1: first order elements)" },
{ F|O, "Explode" , opt_mesh_explode , 1.0 ,
"Element shrinking factor (between 0 and 1)" },
{ F|O, "FlexibleTransfinite" , opt_mesh_flexible_transfinite , 0 ,
"Allow transfinite constraints to be modified for Blossom or by global mesh size factor" },
{ F|O, "NewtonConvergenceTestXYZ" , opt_mesh_newton_convergence_test_xyz , 0. ,
"Force inverse surface mapping algorithm (Newton-Raphson) to converge in real "
"coordinates (experimental)" },
{ F|O, "Format" , opt_mesh_file_format , FORMAT_AUTO ,
"Mesh output format (1: msh, 2: unv, 10: auto, 16: vtk, 19: vrml, 21: mail, "
"26: pos stat, 27: stl, 28: p3d, 30: mesh, 31: bdf, 32: cgns, 33: med, 34: diff, "
"38: ir3, 39: inp, 40: ply2, 41: celum, 42: su2, 47: tochnog, 49: neu, 50: matlab)" },
{ F|O, "Hexahedra" , opt_mesh_hexahedra , 1. ,
"Display mesh hexahedra?" },
{ F|O, "HighOrderIterMax", opt_mesh_ho_iter_max, 100,
"Maximum number of iterations in high-order optimization pass"},
{ F|O, "HighOrderNumLayers", opt_mesh_ho_nlayers, 6.,
"Number of layers around a problematic element to consider for high-order optimization"},
{ F|O, "HighOrderOptimize" , opt_mesh_ho_optimize , 0.,
"Optimize high-order meshes? (0: none, 1: optimization, 2: elastic+optimization, "
"3: elastic, 4: fast curving)" },
{ F|O, "HighOrderPassMax", opt_mesh_ho_pass_max, 25,
"Maximum number of high-order optimization passes (moving barrier)"},
{ F|O, "HighOrderPeriodic" , opt_mesh_ho_periodic , 0.,
"Correct high-order optimization for periodic connections?" },
{ F|O, "HighOrderPoissonRatio", opt_mesh_ho_poisson, 0.33,
"Poisson ratio of the material used in the elastic smoother for high-order meshes "
"(between -1.0 and 0.5, excluded)"},
{ F|O, "HighOrderPrimSurfMesh", opt_mesh_ho_prim_surf_mesh, 0,
"Try to fix flipped surface mesh elements in high-order optimizer?"},
{ F|O, "HighOrderDistCAD", opt_mesh_ho_dist_cad, 0,
"Try to optimize distance to CAD in high-order optimizer?"},
{ F|O, "HighOrderThresholdMin", opt_mesh_ho_threshold_min, 0.1,
"Minimum threshold for high-order element optimization"},
{ F|O, "HighOrderThresholdMax", opt_mesh_ho_threshold_max, 2.0,
"Maximum threshold for high-order element optimization"},
{ F|O, "LabelSampling" , opt_mesh_label_sampling , 1. ,
"Label sampling rate (display one label every `LabelSampling' elements)" },
{ F|O, "LabelType" , opt_mesh_label_type , 0. ,
"Type of element label (0: element number, 1: elementary entity number, "
"2: physical entity number, 3: partition number, 4: coordinates)" }, { F|O, "LcIntegrationPrecision" , opt_mesh_lc_integration_precision, 1.e-9 ,
"Accuracy of evaluation of the LC field for 1D mesh generation" },
{ F|O, "Light" , opt_mesh_light , 1. ,
"Enable lighting for the mesh" },
{ F|O, "LightLines" , opt_mesh_light_lines , 2. ,
"Enable lighting for mesh edges (0: no, 1: surfaces, 2: surfaces+volumes" },
{ F|O, "LightTwoSide" , opt_mesh_light_two_side , 1. ,
"Light both sides of surfaces (leads to slower rendering)" },
{ F|O, "Lines" , opt_mesh_lines , 0. ,
"Display mesh lines (1D elements)?" },
{ F|O, "LineNumbers" , opt_mesh_lines_num , 0. ,
"Display mesh line numbers?" },
{ F|O, "LineWidth" , opt_mesh_line_width , 1.0 ,
"Display width of mesh lines (in pixels)" },
{ F|O, "MaxIterDelaunay3D" , opt_mesh_max_iter_delaunay_3d, 0,
"Maximum number of point insertion iterations in 3D Delaunay mesher "
"(0: unlimited)" },
{ F|O, "MaxNumThreads1D" , opt_mesh_max_num_threads_1d , 0. ,
"Maximum number of threads for 1D meshing (0: use default)" },
{ F|O, "MaxNumThreads2D" , opt_mesh_max_num_threads_2d , 0. ,
"Maximum number of threads for 2D meshing (0: use default)" },
{ F|O, "MaxNumThreads3D" , opt_mesh_max_num_threads_3d , 0. ,
"Maximum number of threads for 3D meshing (0: use default)" },
{ F|O, "MaxRetries" , opt_mesh_max_retries , 10 ,
"Maximum number of times meshing is retried on curves and surfaces with a "
"pending mesh"},
{ F|O, "MeshOnlyVisible" , opt_mesh_mesh_only_visible, 0. ,
"Mesh only visible entities (experimental)" },
{ F|O, "MetisAlgorithm" , opt_mesh_partition_metis_algorithm, 1. ,
"METIS partitioning algorithm 'ptype' (1: Recursive, 2: K-way)" },
{ F|O, "MetisEdgeMatching" , opt_mesh_partition_metis_edge_matching, 2. ,
"METIS edge matching type 'ctype' (1: Random, 2: Sorted Heavy-Edge)" },
{ F|O, "MetisMaxLoadImbalance" , opt_mesh_partition_metis_max_load_imbalance, -1. ,
"METIS maximum load imbalance 'ufactor' (-1: default, i.e. 30 for K-way and 1 "
"for Recursive)" },
{ F|O, "MetisObjective" , opt_mesh_partition_metis_objective, 1. ,
"METIS objective type 'objtype' (1: min. edge-cut, 2: min. communication volume)" },
{ F|O, "MetisMinConn" , opt_mesh_partition_metis_min_conn, -1. ,
"METIS minimize maximum connectivity of partitions 'minconn' (-1: default)" },
{ F|O, "MetisRefinementAlgorithm" , opt_mesh_partition_metis_refinement_algorithm, 2. ,
"METIS algorithm for k-way refinement 'rtype' (1: FM-based cut, 2: Greedy, "
"3: Two-sided node FM, 4: One-sided node FM)" },
{ F|O, "MinimumCirclePoints" , opt_mesh_min_circ_points, 7. ,
"Minimum number of nodes used to mesh circles and ellipses" },
{ F|O, "MinimumCurvePoints" , opt_mesh_min_curv_points, 3. ,
"Minimum number of points used to mesh curves other than lines, circles and "
"ellipses"},
{ F|O, "MinimumElementsPerTwoPi" , opt_mesh_min_elements_2pi, 6. ,
"Minimum number of elements per 2 * Pi radians when the mesh size is adapted "
"to the curvature" },
{ F|O, "MshFileVersion" , opt_mesh_msh_file_version , 4.1 ,
"Version of the MSH file format to use" },
{ F|O, "MedFileMinorVersion" , opt_mesh_med_file_minor_version , -1. ,
"Minor version of the MED file format to use (-1: use minor version of the MED library)" },
{ F|O, "MedImportGroupsOfNodes" , opt_mesh_med_import_groups_of_nodes , 0. ,
"Import groups of nodes (0: no; 1: create geometrical point for each node)?" },
{ F|O, "MedSingleModel" , opt_mesh_med_single_model , 0. ,
"Import MED meshes in the current model, even if several MED mesh names exist" },
{ F|O, "PartitionHexWeight" , opt_mesh_partition_hex_weight , -1 ,
"Weight of hexahedral element for METIS load balancing (-1: automatic)" },
{ F|O, "PartitionLineWeight" , opt_mesh_partition_line_weight , -1 ,
"Weight of line element for METIS load balancing (-1: automatic)" },
{ F|O, "PartitionPrismWeight" , opt_mesh_partition_pri_weight , -1 ,
"Weight of prismatic element (wedge) for METIS load balancing (-1: automatic)" },
{ F|O, "PartitionPyramidWeight" , opt_mesh_partition_pyr_weight , -1 ,
"Weight of pyramidal element for METIS load balancing (-1: automatic)" },
{ F|O, "PartitionQuadWeight" , opt_mesh_partition_qua_weight , -1 ,
"Weight of quadrangle for METIS load balancing (-1: automatic)" },
{ F|O, "PartitionTrihedronWeight" , opt_mesh_partition_trih_weight , 0 , "Weight of trihedron element for METIS load balancing (-1: automatic)" },
{ F|O, "PartitionTetWeight" , opt_mesh_partition_tet_weight , -1 ,
"Weight of tetrahedral element for METIS load balancing (-1: automatic)" },
{ F|O, "PartitionTriWeight" , opt_mesh_partition_tri_weight , -1 ,
"Weight of triangle element for METIS load balancing (-1: automatic)" },
{ F|O, "PartitionCreateTopology" , opt_mesh_partition_create_topology , 1 ,
"Create boundary representation of partitions" },
{ F|O, "PartitionCreatePhysicals" , opt_mesh_partition_create_physicals , 1 ,
"Create physical groups for partitions, based on existing physical groups" },
{ F|O, "PartitionCreateGhostCells" , opt_mesh_partition_create_ghost_cells , 0 ,
"Create ghost cells, i.e. create for each partition a ghost entity containing "
"elements connected to neighboring partitions by at least one node." },
{ F|O, "PartitionSplitMeshFiles" , opt_mesh_partition_split_mesh_files , 0 ,
"Write one file for each mesh partition" },
{ F|O, "PartitionTopologyFile" , opt_mesh_partition_save_topology_file , 0 ,
"Write a .pro file with the partition topology" },
{ F|O, "PartitionOldStyleMsh2" , opt_mesh_partition_old_style_msh2 , 1 ,
"Write partitioned meshes in MSH2 format using old style (i.e. by not "
"referencing new partitioned entities, except on partition boundaries), "
"for backward compatibility" },
{ F, "NbHexahedra" , opt_mesh_nb_hexahedra , 0. ,
"Number of hexahedra in the current mesh (read-only)" },
{ F, "NbNodes" , opt_mesh_nb_nodes , 0. ,
"Number of nodes in the current mesh (read-only)" },
{ F|O, "NbPartitions" , opt_mesh_partition_num, 0. ,
"Number of partitions" },
{ F, "NbPrisms" , opt_mesh_nb_prisms , 0. ,
"Number of prisms in the current mesh (read-only)" },
{ F, "NbPyramids" , opt_mesh_nb_pyramids , 0. ,
"Number of pyramids in the current mesh (read-only)" },
{ F, "NbTrihedra" , opt_mesh_nb_trihedra , 0. ,
"Number of trihedra in the current mesh (read-only)" },
{ F, "NbQuadrangles" , opt_mesh_nb_quadrangles , 0. ,
"Number of quadrangles in the current mesh (read-only)" },
{ F, "NbTetrahedra" , opt_mesh_nb_tetrahedra , 0. ,
"Number of tetrahedra in the current mesh (read-only)" },
{ F, "NbTriangles" , opt_mesh_nb_triangles , 0. ,
"Number of triangles in the current mesh (read-only)" },
{ F|O, "Normals" , opt_mesh_normals , 0.0 ,
"Display size of normal vectors (in pixels)" },
{ F|O, "NumSubEdges" , opt_mesh_num_sub_edges , 2. ,
"Number of edge subdivisions when displaying high-order elements" },
{ F|O, "Optimize" , opt_mesh_optimize , 1. ,
"Optimize the mesh to improve the quality of tetrahedral elements" },
{ F|O, "OptimizeThreshold" , opt_mesh_optimize_threshold , 0.3 ,
"Optimize tetrahedra that have a quality below ... " },
{ F|O, "OptimizeNetgen" , opt_mesh_optimize_netgen , 0 ,
"Optimize the mesh using Netgen to improve the quality of tetrahedral "
"elements" },
{ F|O, "Points" , opt_mesh_points , 0. ,
"Display mesh nodes (vertices)?" },
{ F|O, "PointNumbers" , opt_mesh_points_num , 0. ,
"Display mesh node numbers?" },
{ F|O, "PointSize" , opt_mesh_point_size , 4. ,
"Display size of mesh nodes (in pixels)" },
{ F|O, "PointType" , opt_mesh_point_type , 0. ,
"Display mesh nodes as solid color dots (0) or 3D spheres (1)" },
{ F|O, "Prisms" , opt_mesh_prisms , 1. ,
"Display mesh prisms?" },
{ F|O, "Pyramids" , opt_mesh_pyramids , 1. ,
"Display mesh pyramids?" },
{ F|O, "Trihedra" , opt_mesh_trihedra , 1. ,
"Display mesh trihedra?" },
{ F|O, "Quadrangles" , opt_mesh_quadrangles , 1. ,
"Display mesh quadrangles?" },
{ F|O, "QualityInf" , opt_mesh_quality_inf , 0.0 , "Only display elements whose quality measure is greater than QualityInf" },
{ F|O, "QualitySup" , opt_mesh_quality_sup , 0.0 ,
"Only display elements whose quality measure is smaller than QualitySup" },
{ F|O, "QualityType" , opt_mesh_quality_type , 2. ,
"Type of quality measure (0: SICN~signed inverse condition number, "
"1: SIGE~signed inverse gradient error, 2: gamma~vol/sum_face/max_edge, "
"3: Disto~minJ/maxJ"},
{ F|O, "RadiusInf" , opt_mesh_radius_inf , 0.0 ,
"Only display elements whose longest edge is greater than RadiusInf" },
{ F|O, "RadiusSup" , opt_mesh_radius_sup , 0.0 ,
"Only display elements whose longest edge is smaller than RadiusSup" },
{ F|O, "RandomFactor" , opt_mesh_rand_factor , 1.e-9 ,
"Random factor used in the 2D meshing algorithm (should be increased if "
"RandomFactor * size(triangle)/size(model) approaches machine accuracy)" },
{ F|O, "RandomFactor3D" , opt_mesh_rand_factor3d , 1.e-12 ,
"Random factor used in the 3D meshing algorithm" },
{ F|O, "RandomSeed" , opt_mesh_random_seed , 1. ,
"Seed of pseudo-random number generator" },
{ F|O, "PreserveNumberingMsh2" , opt_mesh_preserve_numbering_msh2 , 0. ,
"Preserve element numbering in MSH2 format (will break meshes with multiple "
"physical groups for a single elementary entity)"},
{ F|O, "IgnorePeriodicity" , opt_mesh_ignore_periodicity , 0. ,
"Ignore alignment of periodic boundaries when reading the mesh in MSH2 format "
"(used by ParaView plugin)"},
#if defined(HAVE_BLOSSOM)
{ F|O, "RecombinationAlgorithm" , opt_mesh_algo_recombine , 1 ,
#else
{ F|O, "RecombinationAlgorithm" , opt_mesh_algo_recombine , 0 ,
#endif
"Mesh recombination algorithm (0: simple, 1: blossom, 2: simple full-quad, "
"3: blossom full-quad)" },
{ F|O, "RecombineAll" , opt_mesh_recombine_all , 0 ,
"Apply recombination algorithm to all surfaces, ignoring per-surface spec" },
{ F|O, "RecombineOptimizeTopology" , opt_mesh_recombine_optimize_topology , 5 ,
"Number of topological optimization passes (removal of diamonds, ...) of "
"recombined surface meshes" },
{ F|O, "Recombine3DAll" , opt_mesh_recombine3d_all , 0 ,
"Apply recombination3D algorithm to all volumes, ignoring per-volume spec "
"(experimental)" },
{ F|O, "Recombine3DLevel" , opt_mesh_recombine3d_level , 0 ,
"3d recombination level (0: hex, 1: hex+prisms, 2: hex+prism+pyramids) "
"(experimental)" },
{ F|O, "Recombine3DConformity" , opt_mesh_recombine3d_conformity , 0 ,
"3d recombination conformity type (0: nonconforming, 1: trihedra, "
"2: pyramids+trihedra, 3:pyramids+hexSplit+trihedra, 4:hexSplit+trihedra)"
"(experimental)" },
{ F|O, "RefineSteps" , opt_mesh_refine_steps , 10 ,
"Number of refinement steps in the MeshAdapt-based 2D algorithms" },
{ F|O, "Renumber" , opt_mesh_renumber , 1 ,
"Renumber nodes and elements in a continuous sequence after mesh generation" },
{ F, "SaveAll" , opt_mesh_save_all , 0. ,
"Save all elements, even if they don't belong to physical groups" },
{ F|O, "SaveElementTagType" , opt_mesh_save_element_tag_type , 1. ,
"Type of the element tag saved in mesh formats that don't support saving "
"physical or partition ids (1: elementary, 2: physical, 3: partition)" },
{ F|O, "SaveTopology" , opt_mesh_save_topology, 0. ,
"Save model topology in MSH2 output files (this is always saved in MSH3)" },
{ F|O, "SaveParametric" , opt_mesh_save_parametric , 0. ,
"Save parametric coordinates of nodes" },
{ F|O, "SaveGroupsOfNodes" , opt_mesh_save_groups_of_nodes , 0. ,
"Save groups of nodes for each physical line and surface (for UNV, INP and Tochnog "
"mesh formats)" },
{ F|O, "ScalingFactor" , opt_mesh_scaling_factor , 1.0 ,
"Global scaling factor applied to the saved mesh" },
{ F|O, "SecondOrderExperimental" , opt_mesh_second_order_experimental , 0. ,
"Use experimental code to generate second order mesh" },
{ F|O, "SecondOrderIncomplete" , opt_mesh_second_order_incomplete , 0. , "Create incomplete second order elements? (8-node quads, 20-node hexas, etc.)" },
{ F|O, "SecondOrderLinear" , opt_mesh_second_order_linear , 0. ,
"Should second order nodes (as well as nodes generated with subdivision algorithms) "
"simply be created by linear interpolation?" },
{ F|O, "Smoothing" , opt_mesh_nb_smoothing , 1. ,
"Number of smoothing steps applied to the final mesh" },
{ F|O, "SmoothCrossField" , opt_mesh_smooth_cross_field , 0. ,
"Apply n barycentric smoothing passes to the 3D cross field" },
{ F|O, "CrossFieldClosestPoint" , opt_mesh_cross_field_closest_point , 1. ,
"Use closest point to compute 2D crossfield" },
{ F|O, "SmoothNormals" , opt_mesh_smooth_normals , 0. ,
"Smooth the mesh normals?" },
{ F|O, "SmoothRatio" , opt_mesh_smooth_ratio , 1.8 ,
"Ratio between mesh sizes at nodes of a same edge (used in BAMG)" },
{ F|O, "StlAngularDeflection" , opt_mesh_stl_angular_deflection , 0.35 ,
"Maximum angular deflection when creating STL representation of surfaces "
"(currently only used with the OpenCASCADE kernel)"},
{ F|O, "StlLinearDeflection" , opt_mesh_stl_linear_deflection , 0.01 ,
"Maximum linear deflection when creating STL representation of surfaces "
"(currently only used with the OpenCASCADE kernel)"},
{ F|O, "StlOneSolidPerSurface" , opt_mesh_stl_one_solid_per_surface, 0. ,
"Create one solid per surface when exporting STL files? (0: single solid, "
"1: one solid per face, 2: one solid per physical surface)" },
{ F|O, "StlRemoveDuplicateTriangles" , opt_mesh_stl_remove_duplicate_triangles, 0. ,
"Remove duplicate triangles when importing STL files?" },
{ F|O, "SubdivisionAlgorithm" , opt_mesh_algo_subdivide , 0 ,
"Mesh subdivision algorithm (0: none, 1: all quadrangles, 2: all hexahedra)" },
{ F|O, "SurfaceEdges" , opt_mesh_surfaces_edges , 1. ,
"Display edges of surface mesh?" },
{ F|O, "SurfaceFaces" , opt_mesh_surfaces_faces , 0. ,
"Display faces of surface mesh?" },
{ F|O, "SurfaceNumbers" , opt_mesh_surfaces_num , 0. ,
"Display surface mesh element numbers?" },
{ F|O, "SwitchElementTags", opt_mesh_switch_elem_tags, 0. ,
"Invert elementary and physical tags when reading the mesh"},
{ F|O, "Tangents" , opt_mesh_tangents , 0.0 ,
"Display size of tangent vectors (in pixels)" },
{ F|O, "Tetrahedra" , opt_mesh_tetrahedra , 1. ,
"Display mesh tetrahedra?" },
{ F|O, "ToleranceEdgeLength" , opt_mesh_tolerance_edge_length, 0.0,
"Skip a model edge in mesh generation if its length is less than user's "
"defined tolerance" },
{ F|O, "ToleranceInitialDelaunay" , opt_mesh_tolerance_initial_delaunay, 1.e-8,
"Tolerance for initial 3D Delaunay mesher" },
{ F|O, "Triangles" , opt_mesh_triangles , 1. ,
"Display mesh triangles?" },
{ F|O, "UnvStrictFormat" , opt_mesh_unv_strict_format , 1 ,
"Use strict format specification for UNV files, with 'D' for exponents (instead of "
"'E' as used by some tools)" },
{ F|O, "VolumeEdges" , opt_mesh_volumes_edges , 1. ,
"Display edges of volume mesh?" },
{ F|O, "VolumeFaces" , opt_mesh_volumes_faces , 0. ,
"Display faces of volume mesh?" },
{ F|O, "VolumeNumbers" , opt_mesh_volumes_num , 0. ,
"Display volume mesh element numbers?" },
{ F|O, "Voronoi" , opt_mesh_voronoi , 0. ,
"Display the voronoi diagram" },
{ F|O, "ZoneDefinition" , opt_mesh_zone_definition , 0. ,
"Method for defining a zone (0: single zone, 1: by partition, 2: by physical)" },
{ 0, 0 , 0 , 0. , 0 }
} ;
StringXNumber SolverOptions_Number[] = {
{ F|O, "AlwaysListen" , opt_solver_listen , 0. ,
"Always listen to incoming connection requests?" }, { F|O, "AutoArchiveOutputFiles" , opt_solver_auto_archive_output_files , 0. ,
"Automatically archive output files after each computation" },
{ F|O, "AutoCheck" , opt_solver_auto_check , 1. ,
"Automatically check model every time a parameter is changed" },
{ F|O, "AutoLoadDatabase" , opt_solver_auto_load_database , 0. ,
"Automatically load the ONELAB database when launching a solver" },
{ F|O, "AutoSaveDatabase" , opt_solver_auto_save_database , 1. ,
"Automatically save the ONELAB database after each computation" },
{ F|O, "AutoMesh" , opt_solver_auto_mesh , 2. ,
"Automatically mesh (0: never; 1: if geometry changed, but use existing "
"mesh on disk if available; 2: if geometry changed; -1: the geometry script "
"creates the mesh)" },
{ F|O, "AutoMergeFile" , opt_solver_auto_merge_file , 1. ,
"Automatically merge result files" },
{ F|O, "AutoShowViews" , opt_solver_auto_show_views , 2. ,
"Automcatically show newly merged results (0: none; 1: all; 2: last one)" },
{ F|O, "AutoShowLastStep" , opt_solver_auto_show_last_step , 1. ,
"Automatically show the last step in newly merged results, if there are "
"more than 2 steps" },
{ F|O, "Plugins" , opt_solver_plugins , 0. ,
"Enable default solver plugins?" },
{ F|O, "ShowInvisibleParameters" , opt_solver_show_invisible_parameters , 0. ,
"Show all parameters, even those marked invisible" },
{ F|O, "Timeout" , opt_solver_timeout , 5. ,
"Time (in seconds) before closing the socket if no connection is happening" },
{ 0, 0 , 0 , 0. , 0 }
} ;
StringXNumber PostProcessingOptions_Number[] = {
{ F|O, "AnimationDelay" , opt_post_anim_delay , 0.1 ,
"Delay (in seconds) between frames in automatic animation mode" },
{ F|O, "AnimationCycle" , opt_post_anim_cycle , 0. ,
"Cycle through time steps (0) or views (1) for animations" },
{ F|O, "AnimationStep" , opt_post_anim_step , 1. ,
"Step increment for animations" },
{ F|O, "CombineRemoveOriginal" , opt_post_combine_remove_orig , 1. ,
"Remove original views after a Combine operation" },
{ F|O, "CombineCopyOptions" , opt_post_combine_copy_options , 1. ,
"Copy options during Combine operation" },
{ F, "DoubleClickedGraphPointX" , opt_post_double_clicked_graph_point_x , 0. ,
"Abscissa of last double-clicked graph point" },
{ F, "DoubleClickedGraphPointY" , opt_post_double_clicked_graph_point_y , 0. ,
"Ordinate of last double-clicked graph point" },
{ F, "DoubleClickedView" , opt_post_double_clicked_view, 0. ,
"Index of last double-clicked view" },
{ F|O, "ForceElementData" , opt_post_force_element_data , 0. ,
"Try to force saving datasets as ElementData" },
{ F|O, "ForceNodeData" , opt_post_force_node_data , 0. ,
"Try to force saving datasets as NodeData" },
{ F|O, "Format" , opt_post_file_format , 10. ,
"Default file format for post-processing views (0: ASCII view, 1: binary "
"view, 2: parsed view, 3: STL triangulation, 4: raw text, 5: Gmsh mesh, 6: MED file, "
"10: automatic)" },
{ F, "GraphPointX" , opt_post_double_clicked_graph_point_x , 0. ,
"Synonym for `DoubleClickedGraphPointX'" },
{ F, "GraphPointY" , opt_post_double_clicked_graph_point_y , 0. ,
"Synonym for `DoubleClickedGraphPointY'" },
{ F|O, "HorizontalScales" , opt_post_horizontal_scales , 1. ,
"Display value scales horizontally" },
{ F|O, "Link" , opt_post_link , 0. , "Post-processing view links (0: apply next option changes to selected views, "
"1: force same options for all selected views)" },
{ F, "NbViews" , opt_post_nb_views , 0. ,
"Current number of views merged (read-only)" },
{ F|O, "Plugins" , opt_post_plugins , 1. ,
"Enable default post-processing plugins?" },
{ F|O, "SaveInterpolationMatrices" , opt_post_save_interpolation_matrices , 1. ,
"Save the interpolation matrices when exporting model-based data" },
{ F|O, "SaveMesh" , opt_post_save_mesh , 1. ,
"Save the mesh when exporting model-based data" },
{ F|O, "Smoothing" , opt_post_smooth , 0. ,
"Apply (non-reversible) smoothing to post-processing view when merged" },
{ 0, 0 , 0 , 0. }
} ;
StringXNumber ViewOptions_Number[] = {
{ F|O, "AbscissaRangeType" , opt_view_abscissa_range_type , 1 ,
"Ascissa scale range type (1: default, 2: custom)" },
{ F|O, "AdaptVisualizationGrid" , opt_view_adapt_visualization_grid , 0. ,
"Use adaptive visualization grid (for high-order elements)?" },
{ F|O, "AngleSmoothNormals" , opt_view_angle_smooth_normals , 30.0 ,
"Threshold angle below which normals are not smoothed" },
{ F|O, "ArrowSizeMax" , opt_view_arrow_size_max , 60. ,
"Maximum display size of arrows (in pixels)" },
{ F|O, "ArrowSizeMin" , opt_view_arrow_size_min , 0. ,
"Minimum display size of arrows (in pixels)" },
{ F|O, "AutoPosition" , opt_view_auto_position , 1. ,
"Position the scale or 2D plot automatically (0: manual, 1: automatic, 2: top left, "
"3: top right, 4: bottom left, 5: bottom right, 6: top, 7: bottom, 8: left, 9: right, "
"10: full, 11: top third, 12: in model coordinates)" },
{ F|O, "Axes" , opt_view_axes , 0 ,
"Axes (0: none, 1: simple axes, 2: box, 3: full grid, 4: open grid, 5: ruler)" },
{ F|O, "AxesMikado" , opt_view_axes_mikado , 0. ,
"Mikado axes style" },
{ F|O, "AxesAutoPosition" , opt_view_axes_auto_position , 1. ,
"Position the axes automatically" },
{ F|O, "AxesMaxX" , opt_view_axes_xmax , 1. ,
"Maximum X-axis coordinate" },
{ F|O, "AxesMaxY" , opt_view_axes_ymax , 1. ,
"Maximum Y-axis coordinate" },
{ F|O, "AxesMaxZ" , opt_view_axes_zmax , 1. ,
"Maximum Z-axis coordinate" },
{ F|O, "AxesMinX" , opt_view_axes_xmin , 0. ,
"Minimum X-axis coordinate" },
{ F|O, "AxesMinY" , opt_view_axes_ymin , 0. ,
"Minimum Y-axis coordinate" },
{ F|O, "AxesMinZ" , opt_view_axes_zmin , 0. ,
"Minimum Z-axis coordinate" },
{ F|O, "AxesTicsX" , opt_view_axes_tics0 , 5. ,
"Number of tics on the X-axis" },
{ F|O, "AxesTicsY" , opt_view_axes_tics1 , 5. ,
"Number of tics on the Y-axis" },
{ F|O, "AxesTicsZ" , opt_view_axes_tics2 , 5. ,
"Number of tics on the Z-axis" },
{ F|O, "Boundary" , opt_view_boundary , 0. ,
"Draw the `N minus b'-dimensional boundary of the element (N: element "
"dimension, b: option value)" },
{ F|O, "CenterGlyphs" , opt_view_center_glyphs , 0,
"Center glyphs (arrows, numbers, etc.)? (0: left, 1: centered, 2: right)" },
{ F, "Clip" , opt_view_clip , 0.,
"Enable clipping planes? (Plane[i]=2^i, i=0,...,5)" },
{ F|O, "Closed" , opt_view_closed , 0,
"Close the subtree containing this view" },
{ F|O, "ColormapAlpha" , opt_view_colormap_alpha , 1.0 , "Colormap alpha channel value (used only if != 1)" },
{ F|O, "ColormapAlphaPower" , opt_view_colormap_alpha_power , 0.0 ,
"Colormap alpha channel power" },
{ F|O, "ColormapBeta" , opt_view_colormap_beta , 0.0 ,
"Colormap beta parameter (gamma = 1-beta)" },
{ F|O, "ColormapBias" , opt_view_colormap_bias , 0.0 ,
"Colormap bias" },
{ F|O, "ColormapCurvature" , opt_view_colormap_curvature , 0.0 ,
"Colormap curvature or slope coefficient" },
{ F|O, "ColormapInvert" , opt_view_colormap_invert , 0. ,
"Invert the color values, i.e., replace x with (255-x) in the colormap?" },
{ F|O, "ColormapNumber" , opt_view_colormap_number , 2. ,
"Default colormap number (0: black, 1: vis5d, 2: jet, 3: lucie, 4: rainbow, "
"5: emc2000, 6: incadescent, 7: hot, 8: pink, 9: grayscale, 10: french, "
"11: hsv, 12: spectrum, 13: bone, 14: spring, 15: summer, 16: autumm, "
"17: winter, 18: cool, 19: copper, 20: magma, 21: inferno, 22: plasma, "
"23: viridis)"},
{ F|O, "ColormapRotation" , opt_view_colormap_rotation , 0. ,
"Incremental colormap rotation" },
{ F|O, "ColormapSwap" , opt_view_colormap_swap , 0. ,
"Swap the min/max values in the colormap?" },
{ F|O, "ComponentMap0" , opt_view_component_map0 , 0,
"Forced component 0 (if View.ForceComponents > 0)" },
{ F|O, "ComponentMap1" , opt_view_component_map1 , 1,
"Forced component 1 (if View.ForceComponents > 0)" },
{ F|O, "ComponentMap2" , opt_view_component_map2 , 2,
"Forced component 2 (if View.ForceComponents > 0)" },
{ F|O, "ComponentMap3" , opt_view_component_map3 , 3,
"Forced component 3 (if View.ForceComponents > 0)" },
{ F|O, "ComponentMap4" , opt_view_component_map4 , 4,
"Forced component 4 (if View.ForceComponents > 0)" },
{ F|O, "ComponentMap5" , opt_view_component_map5 , 5,
"Forced component 5 (if View.ForceComponents > 0)" },
{ F|O, "ComponentMap6" , opt_view_component_map6 , 6,
"Forced component 6 (if View.ForceComponents > 0)" },
{ F|O, "ComponentMap7" , opt_view_component_map7 , 7,
"Forced component 7 (if View.ForceComponents > 0)" },
{ F|O, "ComponentMap8" , opt_view_component_map8 , 8,
"Forced component 8 (if View.ForceComponents > 0)" },
{ F, "CustomAbscissaMax" , opt_view_custom_abscissa_max , 0. ,
"User-defined maximum abscissa value" },
{ F, "CustomAbscissaMin" , opt_view_custom_abscissa_min , 0. ,
"User-defined minimum abscissa value" },
{ F, "CustomMax" , opt_view_custom_max , 0. ,
"User-defined maximum value to be displayed" },
{ F, "CustomMin" , opt_view_custom_min , 0. ,
"User-defined minimum value to be displayed" },
{ F|O, "DisplacementFactor" , opt_view_displacement_factor , 1. ,
"Displacement amplification" },
{ F|O, "DrawHexahedra" , opt_view_draw_hexahedra , 1. ,
"Display post-processing hexahedra?" },
{ F|O, "DrawLines" , opt_view_draw_lines , 1. ,
"Display post-processing lines?" },
{ F|O, "DrawPoints" , opt_view_draw_points , 1. ,
"Display post-processing points?" },
{ F|O, "DrawPrisms" , opt_view_draw_prisms , 1. ,
"Display post-processing prisms?" },
{ F|O, "DrawPyramids" , opt_view_draw_pyramids , 1. ,
"Display post-processing pyramids?" },
{ F|O, "DrawTrihedra" , opt_view_draw_trihedra , 1. ,
"Display post-processing trihedra?" },
{ F|O, "DrawQuadrangles" , opt_view_draw_quadrangles , 1. ,
"Display post-processing quadrangles?" },
{ F|O, "DrawScalars" , opt_view_draw_scalars , 1. ,
"Display scalar values?" },
{ F|O, "DrawSkinOnly" , opt_view_draw_skin_only , 0. ,
"Draw only the skin of 3D scalar views?" },
{ F|O, "DrawStrings" , opt_view_draw_strings , 1. ,
"Display post-processing annotation strings?" }, { F|O, "DrawTensors" , opt_view_draw_tensors , 1. ,
"Display tensor values?" },
{ F|O, "DrawTetrahedra" , opt_view_draw_tetrahedra , 1. ,
"Display post-processing tetrahedra?" },
{ F|O, "DrawTriangles" , opt_view_draw_triangles , 1. ,
"Display post-processing triangles?" },
{ F|O, "DrawVectors" , opt_view_draw_vectors , 1. ,
"Display vector values?" },
{ F|O, "Explode" , opt_view_explode , 1. ,
"Element shrinking factor (between 0 and 1)" },
{ F|O, "ExternalView" , opt_view_external_view , -1. ,
"Index of the view used to color vector fields (-1: self)" },
{ F|O, "FakeTransparency" , opt_view_fake_transparency , 0. ,
"Use fake transparency (cheaper than the real thing, but incorrect)" },
{ F|O, "ForceNumComponents" , opt_view_force_num_components , 0. ,
"Force number of components to display (see View.ComponentMapN for mapping)" },
{ F|O, "GeneralizedRaiseFactor" , opt_view_gen_raise_factor , 1. ,
"Generalized raise amplification factor" },
{ F|O, "GeneralizedRaiseView" , opt_view_gen_raise_view , -1. ,
"Index of the view used for generalized raise (-1: self)" },
{ F|O, "GlyphLocation" , opt_view_glyph_location , 1,
"Glyph (arrow, number, etc.) location (1: center of gravity, 2: node)" },
{ F|O, "Height" , opt_view_size1 , 200. ,
"Height (in pixels) of the scale or 2D plot" },
{ F|O, "IntervalsType" , opt_view_intervals_type , 2 ,
"Type of interval display (1: iso, 2: continuous, 3: discrete, 4: numeric)" },
{ F|O, "Light" , opt_view_light , 1. ,
"Enable lighting for the view" },
{ F|O, "LightLines" , opt_view_light_lines , 1. ,
"Light element edges" },
{ F|O, "LightTwoSide" , opt_view_light_two_side , 1. ,
"Light both sides of surfaces (leads to slower rendering)" },
{ F|O, "LineType" , opt_view_line_type , 0. ,
"Display lines as solid color segments (0) or 3D cylinders (1)" },
{ F|O, "LineWidth" , opt_view_line_width , 1.0 ,
"Display width of lines (in pixels)" },
{ F|O, "MaxRecursionLevel" , opt_view_max_recursion_level , 0. ,
"Maximum recursion level for adaptive views" },
{ F, "Max" , opt_view_max , 0. ,
"Maximum value in the view (read-only)" },
{ F, "MaxVisible" , opt_view_max_visible , 0. ,
"Maximum value in the visible parts of the view, taking current time step "
"and tensor display type into account (read-only)" },
{ F, "MaxX" , opt_view_xmax , 0. ,
"Maximum view coordinate along the X-axis (read-only)" },
{ F, "MaxY" , opt_view_ymax , 0. ,
"Maximum view coordinate along the Y-axis (read-only)" },
{ F, "MaxZ" , opt_view_zmax , 0. ,
"Maximum view coordinate along the Z-axis (read-only)" },
{ F, "Min" , opt_view_min , 0. ,
"Minimum value in the view (read-only)" },
{ F, "MinVisible" , opt_view_min_visible , 0. ,
"Minimum value in the visible parts of the view, taking current time step "
"and tensor display type into account (read-only)" },
{ F, "MinX" , opt_view_xmin , 0. ,
"Minimum view coordinate along the X-axis (read-only)" },
{ F, "MinY" , opt_view_ymin , 0. ,
"Minimum view coordinate along the Y-axis (read-only)" },
{ F, "MinZ" , opt_view_zmin , 0. ,
"Minimum view coordinate along the Z-axis (read-only)" },
{ F|O, "NbIso" , opt_view_nb_iso , 10. ,
"Number of intervals" }, { F, "NbTimeStep" , opt_view_nb_timestep , 1. ,
"Number of time steps in the view (do not change this!)" },
{ F, "NormalRaise" , opt_view_normal_raise , 0. ,
"Elevation of the view along the normal (in model coordinates)" },
{ F|O, "Normals" , opt_view_normals , 0. ,
"Display size of normal vectors (in pixels)" },
{ F, "OffsetX" , opt_view_offset0 , 0. ,
"Translation of the view along X-axis (in model coordinates)" },
{ F, "OffsetY" , opt_view_offset1 , 0. ,
"Translation of the view along Y-axis (in model coordinates)" },
{ F, "OffsetZ" , opt_view_offset2 , 0. ,
"Translation of the view along Z-axis (in model coordinates)" },
{ F|O, "PointSize" , opt_view_point_size , 3. ,
"Display size of points (in pixels)" },
{ F|O, "PointType" , opt_view_point_type , 0. ,
"Display points as solid color dots (0), 3D spheres (1), scaled dots "
"(2) or scaled spheres (3)" },
{ F|O, "PositionX" , opt_view_position0 , 100. ,
"X position (in pixels) of the scale or 2D plot (< 0: measure from right "
"edge; >= 1e5: centered)" },
{ F|O, "PositionY" , opt_view_position1 , 50. ,
"Y position (in pixels) of the scale or 2D plot (< 0: measure from bottom "
"edge; >= 1e5: centered)" },
{ F, "RaiseX" , opt_view_raise0 , 0. ,
"Elevation of the view along X-axis (in model coordinates)" },
{ F, "RaiseY" , opt_view_raise1 , 0. ,
"Elevation of the view along Y-axis (in model coordinates)" },
{ F, "RaiseZ" , opt_view_raise2 , 0. ,
"Elevation of the view along Z-axis (in model coordinates)" },
{ F|O, "RangeType" , opt_view_range_type , 1 ,
"Value scale range type (1: default, 2: custom, 3: per time step)" },
{ F|O, "Sampling" , opt_view_sampling , 1. ,
"Element sampling rate (draw one out every `Sampling' elements)" },
{ F|O, "SaturateValues" , opt_view_saturate_values , 0. ,
"Saturate the view values to custom min and max (1: true, 0: false)" },
{ F|O, "ScaleType" , opt_view_scale_type , 1 ,
"Value scale type (1: linear, 2: logarithmic, 3: double logarithmic)" },
{ F|O, "ShowElement" , opt_view_show_element , 0. ,
"Show element boundaries?" },
{ F|O, "ShowScale" , opt_view_show_scale , 1. ,
"Show value scale?" },
{ F|O, "ShowTime" , opt_view_show_time , 3. ,
"Time display mode (0: none, 1: time series, 2: harmonic data, 3: automatic, "
"4: step data, 5: multi-step data, 6: real eigenvalues, 7: complex eigenvalues)" },
{ F|O, "SmoothNormals" , opt_view_smooth_normals , 0. ,
"Smooth the normals?" },
{ F|O, "Stipple" , opt_view_use_stipple , 0. ,
"Stipple curves in 2D and line plots?" },
{ F|O, "Tangents" , opt_view_tangents , 0. ,
"Display size of tangent vectors (in pixels)" },
{ F|O, "TargetError" , opt_view_target_error , 0.01 ,
"Target representation error for adaptive views" },
{ F|O, "TensorType" , opt_view_tensor_type , 1. ,
"Tensor display type (1: Von-Mises, 2: maximum eigenvalue, 3: minimum eigenvalue, "
"4: eigenvectors, 5: ellipse, 6: ellipsoid, 7: frame)"},
{ F, "TimeStep" , opt_view_timestep , 0. ,
"Current time step displayed" },
{ F, "Time" , opt_view_time , -1. ,
"Current time displayed (if positive, sets the time step corresponding "
"the given time value)" },
{ F, "TransformXX" , opt_view_transform00 , 1. ,
"Element (1,1) of the 3x3 coordinate transformation matrix" },
{ F, "TransformXY" , opt_view_transform01 , 0. ,
"Element (1,2) of the 3x3 coordinate transformation matrix" },
{ F, "TransformXZ" , opt_view_transform02 , 0. , "Element (1,3) of the 3x3 coordinate transformation matrix" },
{ F, "TransformYX" , opt_view_transform10 , 0. ,
"Element (2,1) of the 3x3 coordinate transformation matrix" },
{ F, "TransformYY" , opt_view_transform11 , 1. ,
"Element (2,2) of the 3x3 coordinate transformation matrix" },
{ F, "TransformYZ" , opt_view_transform12 , 0. ,
"Element (2,3) of the 3x3 coordinate transformation matrix" },
{ F, "TransformZX" , opt_view_transform20 , 0. ,
"Element (3,1) of the 3x3 coordinate transformation matrix" },
{ F, "TransformZY" , opt_view_transform21 , 0. ,
"Element (3,2) of the 3x3 coordinate transformation matrix" },
{ F, "TransformZZ" , opt_view_transform22 , 1. ,
"Element (3,3) of the 3x3 coordinate transformation matrix" },
{ F, "Type" , opt_view_type , 1 ,
"Type of plot (1: 3D, 2: 2D space, 3: 2D time, 4: 2D)" },
{ F|O, "UseGeneralizedRaise" , opt_view_use_gen_raise , 0 ,
"Use generalized raise?" },
{ F|O, "VectorType" , opt_view_vector_type , 4 ,
"Vector display type (1: segment, 2: arrow, 3: pyramid, 4: 3D arrow, "
"5: displacement, 6: comet)" },
{ F, "Visible" , opt_view_visible , 1. ,
"Is the view visible?" },
{ F|O, "Width" , opt_view_size0 , 300. ,
"Width (in pixels) of the scale or 2D plot" },
{ 0, 0 , 0 , 0. , 0 }
} ;
StringXNumber PrintOptions_Number[] = {
{ F|O, "Parameter" , opt_print_parameter , 0. ,
"Current value of the print parameter" },
{ F|O, "ParameterFirst" , opt_print_parameter_first , -1. ,
"First value of print parameter in loop" },
{ F|O, "ParameterLast" , opt_print_parameter_last , 1. ,
"Last value of print parameter in loop" },
{ F|O, "ParameterSteps" , opt_print_parameter_steps , 10. ,
"Number of steps in loop over print parameter" },
{ F|O, "Background" , opt_print_background , 0. ,
"Print background (gradient and image)?" },
{ F|O, "CompositeWindows" , opt_print_composite_windows , 0. ,
"Composite all window tiles in the same output image (for bitmap output only)" },
{ F|O, "PgfTwoDim" , opt_print_pgf_two_dim , 1. ,
"Output PGF format for two dimensions. Mostly irrelevant if `PgfExportAxis=0`. "
"Default `1` (yes)." },
{ F|O, "PgfExportAxis" , opt_print_pgf_export_axis , 0. ,
"Include axis in export pgf code (not in the png). Default `0` (no)." },
{ F|O, "PgfHorizontalBar" , opt_print_pgf_horiz_bar , 0. ,
"Use a horizontal color bar in the pgf output. Default `0` (no)." },
{ F|O, "DeleteTemporaryFiles" , opt_print_delete_tmp_files , 1. ,
"Delete temporary files used during printing" },
{ F|O, "EpsBestRoot" , opt_print_eps_best_root , 1. ,
"Try to minimize primitive splitting in BSP tree sorted PostScript/PDF output" },
{ F|O, "EpsCompress" , opt_print_eps_compress , 0. ,
"Compress PostScript/PDF output using zlib" },
{ F|O, "EpsLineWidthFactor" , opt_print_eps_line_width_factor , 1.0 ,
"Width factor for lines in PostScript/PDF output" },
{ F|O, "EpsOcclusionCulling" , opt_print_eps_occlusion_culling , 1. ,
"Cull occluded primitives (to reduce PostScript/PDF file size)" },
{ F|O, "EpsPointSizeFactor" , opt_print_eps_point_size_factor , 1.0 ,
"Size factor for points in PostScript/PDF output" }, { F|O, "EpsPS3Shading" , opt_print_eps_ps3shading , 0. ,
"Enable PostScript Level 3 shading" },
{ F|O, "EpsQuality" , opt_print_eps_quality , 1. ,
"PostScript/PDF quality (0: bitmap, 1: vector (simple sort), 2: vector "
"(accurate sort), 3: vector (unsorted)" },
{ F|O, "Format" , opt_print_file_format , FORMAT_AUTO ,
"File format (10: automatic)" },
{ F|O, "GeoLabels" , opt_print_geo_labels , 1. ,
"Save labels in unrolled Gmsh geometries" },
{ F|O, "GeoOnlyPhysicals" , opt_print_geo_only_physicals , 0. ,
"Only save entities that belong to physical groups" },
{ F|O, "GifDither" , opt_print_gif_dither , 0. ,
"Apply dithering to GIF output" },
{ F|O, "GifInterlace" , opt_print_gif_interlace , 0. ,
"Interlace GIF output" },
{ F|O, "GifSort" , opt_print_gif_sort , 1. ,
"Sort the colormap in GIF output" },
{ F|O, "GifTransparent" , opt_print_gif_transparent , 0. ,
"Output transparent GIF image" },
{ F|O, "Height" , opt_print_height , -1. ,
"Height of printed image; use (possibly scaled) current height if < 0" },
{ F|O, "JpegQuality" , opt_print_jpeg_quality , 100. ,
"JPEG quality (between 1 and 100)" },
{ F|O, "JpegSmoothing" , opt_print_jpeg_smoothing , 0. ,
"JPEG smoothing (between 0 and 100)" },
{ F|O, "PostElementary" , opt_print_pos_elementary , 1. ,
"Save elementary region tags in mesh statistics exported as "
"post-processing views" },
{ F|O, "PostElement" , opt_print_pos_element , 0. ,
"Save element numbers in mesh statistics exported as post-processing views" },
{ F|O, "PostGamma" , opt_print_pos_gamma , 0. ,
"Save Gamma quality measure in mesh statistics exported as "
"post-processing views" },
{ F|O, "PostEta" , opt_print_pos_eta , 0. ,
"Save Eta quality measure in mesh statistics exported as "
"post-processing views" },
{ F|O, "PostSICN" , opt_print_pos_SICN , 0. ,
"Save SICN (signed inverse condition number) quality measure in mesh "
"statistics exported as post-processing views" },
{ F|O, "PostSIGE" , opt_print_pos_SIGE , 0. ,
"Save SIGE (signed inverse gradient error) quality measure in mesh "
"statistics exported as post-processing views" },
{ F|O, "PostDisto" , opt_print_pos_disto , 0. ,
"Save Disto quality measure in mesh statistics exported as "
"post-processing views" },
{ F|O, "TexAsEquation" , opt_print_tex_as_equation , 0. ,
"Print all TeX strings as equations" },
{ F|O, "Text" , opt_print_text , 1. ,
"Print text strings?" },
{ F|O, "X3dCompatibility" , opt_print_x3d_compatibility, 0. ,
"Produce highly compatible X3D output (no scale bar)" },
{ F|O, "X3dPrecision" , opt_print_x3d_precision , 1.e-9 ,
"Precision of X3D output" },
{ F|O, "X3dRemoveInnerBorders" , opt_print_x3d_remove_inner_borders , 0. ,
"Remove inner borders in X3D output" },
{ F|O, "X3dTransparency" , opt_print_x3d_transparency , 0. ,
"Transparency for X3D output" },
{ F|O, "X3dSurfaces" , opt_print_x3d_surfaces, 1. ,
"Save surfaces in CAD X3D output (0: no, 1: yes in a single X3D object,"
"2: one X3D object per geometrical surface, 3: one X3D object per"
"physical surface)"},
{ F|O, "X3dEdges" , opt_print_x3d_edges, 0. ,
"Save edges in CAD X3D output (0: no, 1: yes in a single X3D object," "2: one X3D object per geometrical edge, 3: one X3D object per"
"physical edge)"},
{ F|O, "X3dVertices" , opt_print_x3d_vertices, 0. ,
"Save vertices in CAD X3D output (0: no, 1: yes)"},
{ F|O, "Width" , opt_print_width , -1. ,
"Width of printed image; use (possibly scaled) current width if < 0)" },
{ 0, 0 , 0 , 0. }
} ;
// COLORS
// CONTRARY TO THE PRECEDING OPTIONS, THE ORDERING OF COLOR OPTIONS MATTERS !
// Solid Works (light blue to light gray): 94,198,255 -> 232,232,232
// Catia (dark grey-blue to light gray-blue): 63,62,119 -> 181,182,202
StringXColor GeneralOptions_Color[] = {
{ F|O, "Background" , opt_general_color_background ,
{255, 255, 255, 255}, {255, 255, 255, 255}, {245, 245, 245, 255}, {0, 0, 0, 255},
"Background color" },
{ F|O, "BackgroundGradient" , opt_general_color_background_gradient ,
{255, 255, 255, 255}, {208, 215, 255, 255}, {185, 185, 185, 255}, {0, 0, 0, 255},
"Background gradient color" },
{ F|O, "Foreground" , opt_general_color_foreground ,
{85, 85, 85, 255}, {85, 85, 85, 255}, {85, 85, 85, 255}, {170, 170, 170, 255},
"Foreground color" },
{ F|O, "Text" , opt_general_color_text ,
{0, 0, 0, 255}, {0, 0, 0, 255}, {0, 0, 0, 255}, {245, 245, 245, 255},
"Text color" },
{ F|O, "Axes" , opt_general_color_axes ,
{0, 0, 0, 255}, {0, 0, 0, 255}, {0, 0, 0, 255}, {245, 245, 245, 255},
"Axes color" },
{ F|O, "SmallAxes" , opt_general_color_small_axes ,
{0, 0, 0, 255}, {0, 0, 0, 255}, {0, 0, 0, 255}, {245, 245, 245, 255},
"Small axes color" },
{ F|O, "AmbientLight" , opt_general_color_ambient_light,
{25, 25, 25, 255}, {25, 25, 25, 255}, {25, 25, 25, 255}, {25, 25, 25, 255},
"Ambient light color" },
{ F|O, "DiffuseLight" , opt_general_color_diffuse_light,
{255, 255, 255, 255}, {255, 255, 255, 255}, {255, 255, 255, 255}, {255, 255, 255, 255},
"Diffuse light color" },
{ F|O, "SpecularLight" , opt_general_color_specular_light,
{255, 255, 255, 255}, {255, 255, 255, 255}, {255, 255, 255, 255}, {255, 255, 255, 255},
"Specular light color" },
{ 0, 0 , 0 , {0, 0, 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0} , {0, 0, 0, 0} , 0 }
} ;
StringXColor GeometryOptions_Color[] = {
{ F|O, "Points" , opt_geometry_color_points ,
{90, 90, 90, 255}, {90, 90, 90, 255}, {0, 0, 0, 255}, {178, 178, 178, 255},
"Normal geometry point color" },
{ F|O, "Lines" , opt_geometry_color_curves ,
{0, 0, 255, 255}, {0, 0, 255, 255}, {0, 0, 0, 255}, {0, 0, 255, 255},
"Normal geometry curve color" },
{ F|O, "Surfaces" , opt_geometry_color_surfaces ,
{128, 128, 128, 255}, {128, 128, 128, 255}, {0, 0, 0, 255}, {128, 128, 128, 255},
"Normal geometry surface color" },
{ F|O, "Volumes" , opt_geometry_color_volumes ,
{255, 255, 0, 255}, {255, 255, 0, 255}, {0, 0, 0, 255}, {255, 255, 0, 255},
"Normal geometry volume color" },
{ F|O, "Selection" , opt_geometry_color_selection ,
{255, 0, 0, 255}, {255, 0, 0, 255}, {255, 0, 0, 255}, {255, 0, 0, 255},
"Selected geometry color" },
{ F|O, "HighlightZero" , opt_geometry_color_highlight0 ,
{255, 0, 0, 255}, {255, 0, 0, 255}, {255, 0, 0, 255}, {255, 0, 0, 255},
"Highlight 0 color" },
{ F|O, "HighlightOne" , opt_geometry_color_highlight1 ,
{255, 150, 0, 255}, {255, 150, 0, 255}, {255, 150, 0, 255}, {255, 150, 0, 255}, "Highlight 1 color" },
{ F|O, "HighlightTwo" , opt_geometry_color_highlight2 ,
{255, 255, 0, 255}, {255, 255, 0, 255}, {255, 255, 0, 255}, {255, 255, 0, 255},
"Highlight 2 color" },
{ F|O, "Tangents" , opt_geometry_color_tangents ,
{255, 255, 0, 255}, {255, 255, 0, 255}, {0, 0, 0, 255}, {255, 255, 0, 255},
"Tangent geometry vectors color" },
{ F|O, "Normals" , opt_geometry_color_normals ,
{255, 0, 0, 255}, {255, 0, 0, 255}, {0, 0, 0, 255}, {255, 0, 0, 255},
"Normal geometry vectors color" },
{ F|O, "Projection" , opt_geometry_color_projection ,
{0, 255, 0, 255}, {0, 255, 0, 255}, {0, 0, 0, 255}, {0, 255, 0, 255},
"Projection surface color" },
{ 0, 0 , 0 , {0, 0, 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0} , 0 }
} ;
#define COLW {210, 210, 210, 255}
#define COLT {160, 150, 255, 255}
#define COLQ {130, 120, 225, 255}
#define COLP {232, 210, 23, 255}
#define COLY {217, 113, 38, 255}
#define COLR {20, 255, 0, 255}
#define COL0 {255, 120, 0, 255}
#define COL2 {255, 160, 0, 255}
#define COL4 {255, 200, 0, 255}
#define COL6 {255, 240, 0, 255}
#define COL8 {228, 255, 0, 255}
#define COL10 {188, 255, 0, 255}
#define COL12 {148, 255, 0, 255}
#define COL14 {108, 255, 0, 255}
#define COL16 {68, 255, 0, 255}
#define COL18 {0, 255, 52, 255}
#define COL1 {0, 255, 132, 255}
#define COL3 {0, 255, 192, 255}
#define COL5 {0, 216, 255, 255}
#define COL7 {0, 176, 255, 255}
#define COL9 {0, 116, 255, 255}
#define COL11 {0, 76, 255, 255}
#define COL13 {24, 0, 255, 255}
#define COL15 {84, 0, 255, 255}
#define COL17 {104, 0, 255, 255}
#define COL19 {184, 0, 255, 255}
StringXColor MeshOptions_Color[] = {
{ F|O, "Points" , opt_mesh_color_nodes ,
{0, 0, 255, 255}, {0, 0, 255, 255}, {0, 0, 0, 255}, {0, 0, 255, 255},
"Mesh node color" },
{ F|O, "PointsSup" , opt_mesh_color_nodes_sup ,
{255, 0, 255, 255}, {255, 0, 255, 255}, {0, 0, 0, 255}, {255, 0, 255, 255},
"Second order mesh node color" },
{ F|O, "Lines" , opt_mesh_color_lines ,
{0, 0, 0, 255}, {0, 0, 0, 255}, {0, 0, 0, 255}, {0, 0, 0, 255},
"Mesh line color" },
{ F|O, "Triangles" , opt_mesh_color_triangles ,
COLT, COLT, COLW, COLT,
"Mesh triangle color (if Mesh.ColorCarousel=0)" },
{ F|O, "Quadrangles" , opt_mesh_color_quadrangles ,
COLQ, COLQ, COLW, COLQ,
"Mesh quadrangle color (if Mesh.ColorCarousel=0)" },
{ F|O, "Tetrahedra" , opt_mesh_color_tetrahedra ,
COLT, COLT, COLW, COLT,
"Mesh tetrahedron color (if Mesh.ColorCarousel=0)" },
{ F|O, "Hexahedra" , opt_mesh_color_hexahedra ,
COLQ, COLQ, COLW, COLQ,
"Mesh hexahedron color (if Mesh.ColorCarousel=0)" },
{ F|O, "Prisms" , opt_mesh_color_prisms ,
COLP, COLP, COLW, COLP,
"Mesh prism color (if Mesh.ColorCarousel=0)" },
{ F|O, "Pyramids" , opt_mesh_color_pyramid , COLY, COLY, COLW, COLY,
"Mesh pyramid color (if Mesh.ColorCarousel=0)" },
{ F|O, "Trihedra" , opt_mesh_color_trihedron ,
COLR, COLR, COLW, COLR,
"Mesh trihedron color (if Mesh.ColorCarousel=0)" },
{ F|O, "Tangents" , opt_mesh_color_tangents ,
{255, 255, 0, 255}, {255, 255, 0, 255}, {0, 0, 0, 255}, {255, 255, 0, 255},
"Tangent mesh vector color" },
{ F|O, "Normals" , opt_mesh_color_normals ,
{255, 0, 0, 255}, {255, 0, 0, 255}, {0, 0, 0, 255}, {255, 0, 0, 255},
"Normal mesh vector color" },
{ F|O, "Zero" , opt_mesh_color_0 , COL0, COL0, COLW, COL0,
"Color 0 in color carousel" },
{ F|O, "One" , opt_mesh_color_1 , COL1, COL1, COLW, COL1,
"Color 1 in color carousel" },
{ F|O, "Two" , opt_mesh_color_2 , COL2, COL2, COLW, COL2,
"Color 2 in color carousel" },
{ F|O, "Three" , opt_mesh_color_3 , COL3, COL3, COLW, COL3,
"Color 3 in color carousel" },
{ F|O, "Four" , opt_mesh_color_4 , COL4, COL4, COLW, COL4,
"Color 4 in color carousel" },
{ F|O, "Five" , opt_mesh_color_5 , COL5, COL5, COLW, COL5,
"Color 5 in color carousel" },
{ F|O, "Six" , opt_mesh_color_6 , COL6, COL6, COLW, COL6,
"Color 6 in color carousel" },
{ F|O, "Seven" , opt_mesh_color_7 , COL7, COL7, COLW, COL7,
"Color 7 in color carousel" },
{ F|O, "Eight" , opt_mesh_color_8 , COL8, COL8, COLW, COL8,
"Color 8 in color carousel" },
{ F|O, "Nine" , opt_mesh_color_9 , COL9, COL9, COLW, COL9,
"Color 9 in color carousel" },
{ F|O, "Ten" , opt_mesh_color_10, COL10, COL10, COLW, COL10,
"Color 10 in color carousel" },
{ F|O, "Eleven" , opt_mesh_color_11, COL11, COL11, COLW, COL11,
"Color 11 in color carousel" },
{ F|O, "Twelve" , opt_mesh_color_12, COL12, COL12, COLW, COL12,
"Color 12 in color carousel" },
{ F|O, "Thirteen" , opt_mesh_color_13, COL13, COL13, COLW, COL13,
"Color 13 in color carousel" },
{ F|O, "Fourteen" , opt_mesh_color_14, COL14, COL14, COLW, COL14,
"Color 14 in color carousel" },
{ F|O, "Fifteen" , opt_mesh_color_15, COL15, COL15, COLW, COL15,
"Color 15 in color carousel" },
{ F|O, "Sixteen" , opt_mesh_color_16, COL16, COL16, COLW, COL16,
"Color 16 in color carousel" },
{ F|O, "Seventeen", opt_mesh_color_17, COL17, COL17, COLW, COL17,
"Color 17 in color carousel" },
{ F|O, "Eighteen" , opt_mesh_color_18, COL18, COL18, COLW, COL18,
"Color 18 in color carousel" },
{ F|O, "Nineteen" , opt_mesh_color_19, COL19, COL19, COLW, COL19,
"Color 19 in color carousel" },
{ 0, 0 , 0 , {0, 0, 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0} , {0, 0, 0, 0} , 0 }
} ;
StringXColor SolverOptions_Color[] = {
{ 0, 0 , 0 , {0, 0, 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0} , 0 }
} ;
StringXColor PostProcessingOptions_Color[] = {
{ 0, 0 , 0 , {0, 0, 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0} , 0 }
} ;
#define ELECOL {0, 0, 0, 255}, {0, 0, 0, 255}, {0, 0, 0, 255}, {245, 245, 245, 255}
StringXColor ViewOptions_Color[] = {
{ F|O, "Points" , opt_view_color_points , ELECOL, "Point color" },
{ F|O, "Lines" , opt_view_color_lines , ELECOL, "Line color" },
{ F|O, "Triangles" , opt_view_color_triangles , ELECOL, "Triangle color" },
{ F|O, "Quadrangles" , opt_view_color_quadrangles , ELECOL, "Quadrangle color" },
{ F|O, "Tetrahedra" , opt_view_color_tetrahedra , ELECOL, "Tetrahedron color" }, { F|O, "Hexahedra" , opt_view_color_hexahedra , ELECOL, "Hexahedron color" },
{ F|O, "Prisms" , opt_view_color_prisms , ELECOL, "Prism color" },
{ F|O, "Pyramids" , opt_view_color_pyramids , ELECOL, "Pyramid color" },
{ F|O, "Trihedra" , opt_view_color_trihedra , ELECOL, "Trihedron color" },
{ F|O, "Tangents" , opt_view_color_tangents ,
{255, 255, 0, 255}, {255, 255, 0, 255}, {0, 0, 0, 255}, {255, 255, 0, 255},
"Tangent vector color" },
{ F|O, "Normals" , opt_view_color_normals ,
{255, 0, 0, 255}, {255, 0, 0, 255}, {0, 0, 0, 255}, {255, 0, 0, 255},
"Normal vector color" },
{ F|O, "Text2D" , opt_view_color_text2d , ELECOL, "2D text color" },
{ F|O, "Text3D" , opt_view_color_text3d , ELECOL, "3D text color" },
{ F|O, "Axes" , opt_view_color_axes , ELECOL, "Axes color" },
{ F|O, "Background2D" , opt_view_color_background2d ,
{255, 255, 255, 200}, {255, 255, 255, 200}, {255, 255, 255, 200}, {245, 245, 245, 200},
"Bacground color for 2D plots" },
{ 0, 0 , 0 , {0, 0, 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0} , 0 }
} ;
StringXColor PrintOptions_Color[] = {
{ 0, 0 , 0 , {0, 0, 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0}, {0, 0, 0, 0} , 0 }
} ;
#undef S
#undef O
#undef F
#endif