*settopologydisplayall

Syntax

*settopologydisplayall option

Type

HyperMesh Tcl Modify

Description

Sets the topology display of geometry.

Inputs

option

Determines how HyperMesh displays the topology:

Value Draw StyleDescription

0	wireframe geometry	Geometry is colored using the automatic option (the color switches between topology colors and component colors based on the panel you enter.)
1	wireframe geometry	Geometry is colored in its component color
2	wireframe geometry	Geometry (2D and 3D) is colored in topology colors (shared- green, T-junctions- yellow etc)
3	wireframe geometry	2D geometry is colored in topology colors. 3D geometry drawn in an "ignored geometry" color which is set in the options panel
4	wireframe geometry	3D geometry is colored in topology colors. 2D geometry is drawn in an "ignored geometry" color which is set in the options panel
5	wireframe geometry	Geometry edges (2D and 3D) are colored in topology colors, and if geometry is shaded the shading color is the component color
11	Shaded Geometry with surface edges	Geometry is colored in its component color
13	Shaded Geometry with surface edges	2D geometry is colored in topology colors. 3D geometry is drawn in the "ignored geometry" color, which is set in the options panel.
14	Shaded Geometry with surface edges and transparent faces on 3D geometry.	3D geometry is colored in topology colors. 2D geometry is drawn in the "ignored geometry" color, which is set in the options panel.
15	Shaded Geometry with surface edges, drawn in its component’s color.	Geometry edges (2D and 3D) are colored in topology colors, and if geometry is shaded the shading color is the component color.
20	Shaded Geometry without surface edges. 2D surfaces are shaded in the "2D faces color" set in the options panel.	Geometry is colored using the automatic option (the color switches between topology colors and component colors based on the panel you enter).
21	Shaded Geometry without surface edges.	Geometry is colored in its component’s color.
22	Shaded Geometry without surface edges and transparent faces on 3D geometry	Geometry edges(2D and 3D) are colored in topology colors (shared- green, T-junctions- yellow etc)
23	Shaded Geometry without surface edges.	2D geometry is colored in topology colors. 3D geometry is drawn in the "ignored geometry" color set in the options panel
24	Shaded Geometry without surface edges and transparent faces on 3D geometry.	3D geometry is colored in topology colors. 2D geometry is drawn in the "ignored geometry" color set in the options panel
25	Shaded Geometry without surface edges, drawn in its component’s color.	Geometry edges (2D and 3D) are colored in topology colors, and if geometry is shaded the shading color is the component color
30	Wireframe geometry with internal surface lines.	Geometry is colored using the automatic option (the color switches between topology colors and component colors based on the panel you enter).
31	Wireframe geometry with internal surface lines.	Geometry is colored in its component’s color.
32	Wireframe geometry with internal surface lines.	Geometry edges(2D and 3D) are colored in topology colors (shared- green, T-junctions- yellow etc)
33	Wireframe geometry with internal surface lines.	2D geometry is colored in topology colors. 3D geometry is drawn in the "ignored geometry" color set in the options panel.
34	Wireframe geometry with internal surface lines.	3D geometry is colored in topology colors. 2D geometry is drawn in the "ignored geometry" color set in the options panel.
35	Wireframe geometry with internal surface lines.	Geometry edges (2D and 3D) are colored in topology colors, and if geometry is shaded the shading color is the component color.

Errors

None.