geo_glyph

Synopsis

take an array of glyphs as input and output glyphs at nodes using node data as an index into the glyph array

Input Ports

Output Ports

Description

geo_glyph takes an input field and an array of glyphs, and draws one glyph at each node location of the in_field. The glyph drawn is selected by using the data at that node as an index into the glyph array.

If normalize is off, floating point values are converted to integers by truncation. If normalize is on, the data range is mapped to the number of glyphs so that each glyph represents the same fraction of the data range.

If the data is out of the bounds of the glyph array, the minimum or maximum glyph is drawn, as appropriate.

The glyphs' colors are determined by the color parameters unless the glyphs themselves provide node data for coloring, and their size is scaled by the scale parameter. Their orientation is unchanged.

Input Ports

in_field

Mesh+Node_Data. The field on which the glyphs are plotted.

in_glyph

Mesh[]. The array glyphs to plot.

ui_parent

A port to connect to a user interface object that contains the macro's widgets. By default, it is connected to the default user interface object in the application in which the macro is instanced. (This default connection is not drawn.)

Parameters

scale

UIslider. Scales glyph size (X, Y and Z).

red

UIslider. Sets color for glyphs.

green

UIslider. Sets color for glyphs.

blue

UIslider. Sets color for glyphs.

normalize glyph index

UItoggle. When on (1), the range of the data is matched to the number of glyphs so that each glyph represents an equal part of the range. When off (0), the data is used directly as an index into the glyph array.

Output Ports

out_fld

Mesh+Node_Data. Contains the output glyphs.

out_obj

Renderable object corresponding to out_fld.

Example

Libraries.Examples.Visualization.geo_glyph
examples/g_glyph.v

File

v/modules.v

See also

• glyph

 




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