GfsParticulate
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| where | where | ||
| + | * Id is the id number of the particle | ||
| + | * X, Y and Z are its initial position | ||
| + | * MASS is its mass | ||
| + | * VOLUME its volume | ||
| + | * Vx, Vz and Vz its initial velocity | ||
| + | * Fx, Fy and Fz the initial forces it experiences | ||
| - | - Id is the id number of the particle | + | |
| - | - X, Y and Z are its initial position | + | |
| - | - MASS is its mass | + | * [[GfsEvent]] |
| - | - VOLUME its volume | + | ** [[GfsParticle]] |
| - | - Vx, Vz and Vz its initial velocity | + | *** [[GfsParticulate]] |
| - | - Fx, Fy and Fz the initial forces it experiences | + | |
Revision as of 00:48, 22 March 2010
A GfsParticulate is a Lagrangian particle with a mass and a volume. It can also have an initial velocity and/or force. The object is derived from GfsParticle and similarly is to be used as a particle type when defining a list of Lagrangian particle (GfsParticleList).
The syntax as part of the GfsParticleList syntax is:
GfsParticleList ... GfsParticulate { Id X Y Z MASS VOLUME Vx Vy Vz Fx Fy Fz } ...
where
- Id is the id number of the particle
- X, Y and Z are its initial position
- MASS is its mass
- VOLUME its volume
- Vx, Vz and Vz its initial velocity
- Fx, Fy and Fz the initial forces it experiences
- GfsEvent
- GfsParticle
- GfsParticulate
- GfsParticle
