Movement Place On Ground

This article has multiple issues. Please help improve it or discuss these issues on the talk page. (Learn how and when to remove these template messages)

This article needs more links to other articles to help integrate it into the encyclopedia. Please help improve this article by adding links that are relevant to the context within the existing text.
January 2024

This article is an orphan, meaning that few or no articles link to it.
You can help by adding links to this article from other relevant articles.
January 2024

Generic Operator Options

Movement Place On Ground

Places a particle on the ground. This can be expensive if used unwisely. In order to optimize the speed of this operator, try to use reference control points or interpolation control points to

reference CP 1

If set, this control point will be checked for movement outside of a tolerance. If the CP moves more than the tolerance, all particles will be placed on the ground again, otherwise, no action will be taken.

reference CP 2

If set, this control point will be checked for movement outside of a tolerance. If the CP moves more than the tolerance, all particles will be placed on the ground again, otherwise, no action will be taken. The reason there are two reference CPs is so that a beam or line of particles can be created between two endpoints. Particles will only be reseated to the ground if one of the end points moves more than the tolerance.

CP movement tolerance

If set, the distance that must be moved by reference/interpolation CPs to trigger the operator to update

interpolation rate

If set, the time over which new ground samples as well as interpolation between positions will occur. If set to 1, for example, every one second a new ground position will be checked and the particle/s will move to that position over the following second, where upon a new sample will be taken.

interpolation distance tolerance cp

If set, the CP that will be checked for movement tolerance above and interpolation all particles ground position based on the CPs distance moved from that position. Note that only rate or distance CP can be used for interpolation and rate will be preferred over distance.