particle_track_child#

class ansys.fluent.core.generated.solver.settings_261.particle_track_child(name=None, parent=None)#

Bases: Group

‘child_object_type’ of particle_track.

Attributes

Attribute

Summary

name

A name for an object.

field

Particle line color by.

injections_list

Release from injections below.

range_options

Range using the min max options.

range

Range using the min max options.

style_attribute

The style attributes.

style_attributes

Specifies Track Style for graphic object.

vector_settings

Vector style.

vector_setting

Particle-tracks Vector Style Settings.

option

Check the Particle-tracks control options.

color_map

Coloring using the colormap panel.

annotations_list

The annotation objects to be added to this graphics object.

filter_settings

The filter settings.

filter_setting

Specifies Particle Tracks Filter Settings.

options

Check the control options.

track_single_particle_stream

Enable track single particle stream.

skip

A number to skip particle tracks.

coarsen

Coarsen level for particle tracks.

free_stream_particles

Free stream particles.

wall_film_particles

Wall film particles.

track_pdf_particles

Track pdf particles for tracks.

draw_mesh

Specifies whether you would like to display the mesh alongside your graphics object.

mesh_object

Properties for your mesh object.

display_state_name

Display state settings selection by name.

plot

Enable the plot option.

axes

Contains check buttons that allow you to set abscissa (-axis) or ordinate (-axis) characteristics.

curves

Line, marker style and color for Curves.

Methods

Method

Summary

display

Displays the selected graphics object type in the graphics viewer.

Included in:

Parent

Summary

particle_track

A particle tracks object is a named graphical visualization that displays the trajectory of discrete particles (or droplets, bubbles, etc.) tracked through the flow domain using the Discrete Phase Model (DPM). These tracks are computed based on forces such as drag, gravity, and other interactions with the continuous phase.