Skip to end of metadata
Go to start of metadata

You are viewing an old version of this page. View the current version.

Compare with Current View Page History

« Previous Version 2 Next »

This set of parameters is only visible when the MultiBody's → “Simulation” option is set to “Active rigid body” or “Passive rigid body”.



 

Collision geometry

There are four different shapes:

  • “Sphere” creates a spherical collision hull around the object. This mode is very fast.
  • “Box” creates a bounding collision box around the object. This mode is very fast.
  • “Convex Hull” approximates the given shape with a bounding grid.
  • “Mesh” exactly represents the entire object.
Collision side

This entry is only available with “Collision geometry” set to “Mesh”. The object's normal directions define inside and outside:

  • With “Inside”, other rigid and soft bodies can only react with the object's inside.
  • With “Outside”, other rigid and soft bodies can only react with the object's outside.
@ density

A MultiBody can consist of several objects, but it is not possible to change the objects' masses individually. Therefore, mass is controlled indirectly via this parameter: density = mass / volume.

@ air Friction

 This is the amount of resistance caused by a surrounding atmosphere. High settings can stop an object completely.

@ Velocity

Here, the initial velocity of an → “Active rigid body” is defined. You can use any positive or negative value for the parameter's X, Y, and Z components. “@ Velocity” is measured in metres per second. Click on “+” for sliders.

@ Rotation W

Here, the initial angular velocity of an → “Active rigid body” is defined. You can use any positive (clockwise rotation) or negative (counterclockwise rotation) value for the parameter's X, Y, and Z components. “@ Velocity” is measured in degrees per second. Higher values make the object spin faster. Click on “+” for sliders.

@ object friction

Object friction occurs when bodies with uneven surfaces interact. “@ object friction” slows down the interacting objects and can even stop them completely. The maximum value is 1.0. RealFlow takes the average friction of all interacting rigid/soft bodies into account.

@ elasticity

This parameter makes an object bounce. The maximum value is 1.0.

  • No labels