<input> |
|
|
|
Any |
<output> |
|
|
|
Any |
FirstBody |
|
The first body, keep unset to attach to the fixed world |
none |
Var(Physics.Body) |
SecondBody |
|
The second body, keep unset to attach to the fixed world |
none |
Var(Physics.Body) |
Static |
|
Static node, persist when not activated |
false |
Bool |
Enabled |
|
Can be used to toggle this node when it has static persistence |
true |
BoolVar(Bool) |
Space |
|
This determines in which space the constraint is setup, all other properties should be in the specified space |
ConstraintSpace::LocalToBodyCOM |
ConstraintSpace |
FirstPoint |
|
Body 1 constraint reference frame (space determined by Space) |
@f3(0 0 0) |
Float3Var(Float3) |
SecondPoint |
|
Body 2 constraint reference frame (space determined by Space) |
@f3(0 0 0) |
Float3Var(Float3) |
SliderAxis |
|
Axis along which movement is possible (direction) |
@f3(1 0 0) |
Float3Var(Float3) |
NormalAxis |
|
Perpendicular vector to define the frame |
@f3(0 1 0) |
Float3Var(Float3) |
LimitsMin |
|
Minimum limit of movement |
1.17549e-38 |
FloatVar(Float) |
LimitsMax |
|
Maximum limit of movement |
3.40282e+38 |
FloatVar(Float) |
LimitSpring |
|
When set, makes the limits soft |
{damping: 1 frequency: 0} |
{frequency: Float damping: Float}{stiffness: Float damping: Float}Var({frequency: Float damping: Float})Var({stiffness: Float damping: Float}) |
MaxFrictionForce |
|
Maximum amount of friction force to apply (N) when not driven by a motor |
0 |
FloatVar(Float) |
MotorSettings |
|
Motor settings around the sliding axis |
{maxForceLimit: 3.40282e+38 maxTorqueLimit: 3.40282e+38 minForceLimit: 1.17549e-38 minTorqueLimit: 1.17549e-38} |
{minForceLimit: Float maxForceLimit: Float minTorqueLimit: Float maxTorqueLimit: Float}Var({minForceLimit: Float maxForceLimit: Float minTorqueLimit: Float maxTorqueLimit: Float}) |
MotorSpringSettings |
|
Motor settings around the sliding axis |
{damping: 1 frequency: 0} |
{frequency: Float damping: Float}{stiffness: Float damping: Float}Var({frequency: Float damping: Float})Var({stiffness: Float damping: Float}) |