x_constraint

This constraint simply prevents particles from moving in the x direction. For
particles where the constraint evaluates to <code>NA</code> this constraint is ignored.
If the constraint is enforced the velocity in the x direction will be set to
<code>0</code>.

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

x_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>x</code> : The position on the x-axis to fix to. (tidy eval)</li>
<li><code>xmin</code> : The lowest permissible x-value. If <code>NULL</code> then <code>x</code> will be used. (tidy eval)</li>
<li><code>xmax</code> : The highest permissible x-value. If <code>NULL</code> then <code>x</code> will be used. (tidy eval)</li>
</ul>

Training parameters

Fixes particles to a horizontal position — x_constraint

The following parameters defines the training of the constraint and can be
passed along a call to <code>impose()</code><ul>
<li><code>x</code> : The position on the x-axis to fix to. (tidy eval)</li>
<li><code>xmin</code> : The lowest permissible x-value. If <code>NULL</code> then <code>x</code> will be used. (tidy eval)</li>
<li><code>xmax</code> : The highest permissible x-value. If <code>NULL</code> then <code>x</code> will be used. (tidy eval)</li>
</ul>

x_constraint: Fixes particles to a horizontal position

Description

Arguments

Training parameters

See Also