Constraint_SixDOF Properties

Angular X-axis constraint mode.

The friction of angular axis X.

The limits of the angular axis X.

The motor mode of angular axis X.

Damping when solving position target (0 = minimal damping, 1 = critical damping). Only used for position motors.

Oscillation frequency when solving position target (Hz). Should be in the range (0, 0.5 * simulation frequency]. When simulating at 60 Hz, 20 is a good value for a strong motor. Only used for position motors.

Force range to apply in case of a angular constraint (N). Usually this is -mMaxForceLimit unless you want a motor that can e.g. push but not pull. Not used when motor is an angular motor.

The target value of the angular axis X motor. It is a velocity or a position depending the mode.

Angular Y-axis constraint mode.

The friction of angular axis Y.

The limits of the angular axis Y.

The motor mode of angular axis Y.

Damping when solving position target (0 = minimal damping, 1 = critical damping). Only used for position motors.

Oscillation frequency when solving position target (Hz). Should be in the range (0, 0.5 * simulation frequency]. When simulating at 60 Hz, 20 is a good value for a strong motor. Only used for position motors.

Force range to apply in case of a angular constraint (N). Usually this is -mMaxForceLimit unless you want a motor that can e.g. push but not pull. Not used when motor is an angular motor.

The target value of the angular axis Y motor. It is a velocity or a position depending the mode.

Angular Z-axis constraint mode.

The friction of angular axis Z.

The limits of the angular axis Z.

The motor mode of angular axis Z.

Damping when solving position target (0 = minimal damping, 1 = critical damping). Only used for position motors.

Oscillation frequency when solving position target (Hz). Should be in the range (0, 0.5 * simulation frequency]. When simulating at 60 Hz, 20 is a good value for a strong motor. Only used for position motors.

Force range to apply in case of a angular constraint (N). Usually this is -mMaxForceLimit unless you want a motor that can e.g. push but not pull. Not used when motor is an angular motor.

The target value of the angular axis Z motor. It is a velocity or a position depending the mode.

The user data of the component.

Gets the base type of the object.

The first physical body used.

The second physical body used.

Whether the object is selectable in the scene view.

Whether the object supports cloning.

Whether the collision detection is enabled between the linked physical bodies.

Gets the collection of the child components.

Whether the object is created using a base type.

Whether to show the object in the editor.

Whether the object is disposed.

Gets or sets the configuration data of the object's settings in the editor.

Whether the object is read only in the editor.

Whether the object is read-only in the editor with respect to parent objects.

Whether the component is enabled. Any functionality of component is not works when it disabled.

Determines whether the object is attached to a hierarchy of the components and enabled. The object will be enabled only when all parents are enabled, and the property Enabled is enabled.

Determines when the object is attached to a hierarchy of the components, is enabled and the object if not part of a resource (it is usual object instance). The object will be enabled only when all parents are enabled, and the property Enabled is enabled.

Gets the object hierarchy control controller.

Linear X-axis constraint mode.

The friction of linear axis X.

The limits of the linear axis X.

The motor mode of linear axis X.

Damping when solving position target (0 = minimal damping, 1 = critical damping). Only used for position motors.

Oscillation frequency when solving position target (Hz). Should be in the range (0, 0.5 * simulation frequency]. When simulating at 60 Hz, 20 is a good value for a strong motor. Only used for position motors.

Force range to apply in case of a linear constraint (N). Usually this is -mMaxForceLimit unless you want a motor that can e.g. push but not pull. Not used when motor is an angular motor.

The target value of the linear axis X motor. It is a velocity or a position depending the mode.

Linear Y-axis constraint mode.

The friction of linear axis Y.

The limits of the linear axis Y.

The motor mode of linear axis Y.

Damping when solving position target (0 = minimal damping, 1 = critical damping). Only used for position motors.

Oscillation frequency when solving position target (Hz). Should be in the range (0, 0.5 * simulation frequency]. When simulating at 60 Hz, 20 is a good value for a strong motor. Only used for position motors.

Force range to apply in case of a linear constraint (N). Usually this is -mMaxForceLimit unless you want a motor that can e.g. push but not pull. Not used when motor is an angular motor.

The target value of the linear axis Y motor. It is a velocity or a position depending the mode.

Linear Z-axis constraint mode.

The friction of linear axis Z.

The limits of the linear axis Z.

The motor mode of linear axis Z.

Damping when solving position target (0 = minimal damping, 1 = critical damping). Only used for position motors.

Oscillation frequency when solving position target (Hz). Should be in the range (0, 0.5 * simulation frequency]. When simulating at 60 Hz, 20 is a good value for a strong motor. Only used for position motors.

Force range to apply in case of a linear constraint (N). Usually this is -mMaxForceLimit unless you want a motor that can e.g. push but not pull. Not used when motor is an angular motor.

The target value of the linear axis Z motor. It is a velocity or a position depending the mode.

The name of the component.

Whether to work in network server mode. It is false until the scene is not loaded.

Whether to enable synchronization of the component between server and clients.

Override for the number of position velocity iterations to run, the total amount of iterations is the max of Scene.PhysicsNumPositionSteps and this for all constraints in the island.

Override for the number of solver velocity iterations to run, the total amount of iterations is the max of Scene.PhysicsNumVelocitySteps and this for all constraints in the island.

Gets the parent object.

Gets the parent root object.

The lifetime of the component during the simulation.

Whether the object is placed in the detach queue from the parent.

Whether the object supports saving to a file.

The displaying mode of an on-screen label of the component in the scene editor.

Whether to enable the constraint in the simulation. The property can be used to implement a breakable constraint.

The position, rotation and scale of the object.

Simplier form of Transform.Value.

Object settings when used as a type.

Whether the object is visible in the scene.