infinity_constraint

This constraint keeps particles inside of a defined area by positioning
exiting particles on the other side of the area. In effect this makes
particles that moves outside the upper bound reenter at the lower bound and
vice versa.

datasets

Simulating particle movement in 2D space has many
application. The 'particles' package implements a particle simulator
based on the ideas behind the 'd3-force' 'JavaScript' library.
'particles' implements all forces defined in 'd3-force' as well as
others such as vector fields, traps, and attractors.

Thomas Pedersen

particles

A Graph Based Particle Simulator Based on D3-Force

Thomas Lin Pedersen

Andrei Kashcha

infinity_constraint function

The following parameters defines the training of the constraint and can be
passed along a call to <code>impose()</code><ul>
<li><code>xlim</code> : The left and right bound of the area</li>
<li><code>ylim</code> : The upper and lower bound of the area</li>
</ul>

Training parameters

Reposition particles outside a canvas so they wrap around — infinity_constraint

The following parameters defines the training of the constraint and can be
passed along a call to <code>impose()</code><ul>
<li><code>xlim</code> : The left and right bound of the area</li>
<li><code>ylim</code> : The upper and lower bound of the area</li>
</ul>

infinity_constraint: Reposition particles outside a canvas so they wrap around

Description

Arguments

Training parameters

See Also