$collisionjoints: Difference between revisions
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Tip:Use
Tip:If your model has no moving parts that need to collide, use
Warning:Collision meshes should be extremely low-poly in comparison to reference meshes, and even lod meshes. See collision mesh.
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{{warning|Collision meshes should be extremely low-poly in comparison to [[reference mesh]]es, and even [[lod mesh]]es. See [[collision mesh]].}} | {{warning|Collision meshes should be extremely low-poly in comparison to [[reference mesh]]es, and even [[lod mesh]]es. See [[collision mesh]].}} | ||
== | == Syntax == | ||
[[$collisionjoints]] <collision mesh SMD> | [[$collisionjoints]] <collision mesh SMD> | ||
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} | } | ||
==See also== | == See also == | ||
*[[VPhysics]] | *[[VPhysics]] | ||
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*[[$collisionmodel]] | *[[$collisionmodel]] | ||
[[Category:QC Commands| | [[Category:QC Commands|collisionjoints]] | ||
Revision as of 17:46, 28 April 2008
The QC command $collisionjoints is used to embed an animated and/or physically-simulated collision mesh in a model, for use in VPhysics calculations. It's most often used for ragdolls, but also works with canned animations.
Tip:Use vcollide_wireframe 1 to view collision meshes in-game.Tip:If your model has no moving parts that need to collide, use $collisionmodel.Warning:Collision meshes should be extremely low-poly in comparison to reference meshes, and even lod meshes. See collision mesh.Syntax
$collisionjoints <collision mesh SMD> { <options> }
Options
- All
$collisionmodeloptions, except$concave - This type of collision mesh is always concave...otherwise how could it be animated?
- $rootbone <string|bone>
- Overrides the SMD's root bone.
- Todo: Purpose.
- $jointskip <string|bone>
- Eliminates a joint in the skeleton that you don't want to use in collisions.
$jointmerge <string|bone1> <string|bone2>- Merges the vertex assignments for two joints.
$jointconstrain <string|bone> <axis> <allow_option> <min_angle> <max_angle> <friction>- Limits of the a bone's movement relative to its parent bone. See $jointconstrain for a full description.
$jointinertia <int|scale>- Per-bone
$inertia. $jointdamping <int|scale>- Per-bone
$damping. $jointrotdamping <int|scale>- Per-bone
$rotdamping. $jointmassbias <string|bone> <float|bias>- Mass is automatically distributed by volume, this lets you bias it per-bone.
- Todo: Difference from a weightmap.
$noselfcollisions- Disables collisions between bones in the same collision model for performance.
- Warning:Results in arms clipping through torsos and other weirdness if used improperly!
$jointcollide <string|bone1> <string|bone2>- If any
$jointcollidepairs are specified, only those joints collide with each other. $animatedfriction <animation_name?>- Used to animate the amount of friction on joints over time.
Example
$collisionjoints "bip01_phys.smd" { $mass 115.0 $inertia 2.00 $damping 0.01 $rotdamping 0.40 $rootbone "bip01_pelvis" $jointmerge "bip01_pelvis" "bip01_spine" $jointmassbias "bip01_l_arm2" 2.00 $jointconstrain "bip01_l_arm2" x limit 0.00 0.00 0.00 $jointconstrain "bip01_l_arm2" y limit 0.00 0.00 0.00 $jointconstrain "bip01_l_arm2" z limit -120.00 4.00 0.20 $jointrotdamping "bip01_head" 5.00 $jointconstrain "bip01_head" x limit -20.00 20.00 0.00 $jointconstrain "bip01_head" y limit -25.00 25.00 0.04 $jointconstrain "bip01_head" z limit -13.00 30.00 0.04 }