Method Cone

Cone(int, FloatRange, float, float)

Constrains angular motion about two axes within the specified range. Rotation around the third is unrestricted.

Declaration

public static Constraint Cone(int freeAxis, Math.FloatRange angularRange, float springFrequency = 74341.31, float dampingRatio = 2530.126)

Parameters

Type	Name	Description
int	freeAxis	The axis specifying the height of the cone within which the bodies may rotate.
Math.FloatRange	angularRange	The minimum required angle and maximum possible angle between the free axis and its bind pose orientation. A minimum value of zero produces a conical range of motion, while a minimum value greater than zero results in motion restricted to the intersection of the inner and outer cones.
float	springFrequency	The spring frequency used to relax this constraint.
float	dampingRatio	The damping ratio used to relax this constraint.

Returns

Type	Description
Constraint	A Constraint.

Cone(int, FloatRange, float3, float, float)

Constrains angular motion about two axes within the specified range. Rotation around the third is unrestricted.

Declaration

public static Constraint Cone(int freeAxis, Math.FloatRange angularRange, float3 impulseEventThreshold, float springFrequency = 74341.31, float dampingRatio = 2530.126)

Parameters

Type	Name	Description
int	freeAxis	The axis specifying the height of the cone within which the bodies may rotate.
Math.FloatRange	angularRange	The minimum required angle and maximum possible angle between the free axis and its bind pose orientation. A minimum value of zero produces a conical range of motion, while a minimum value greater than zero results in motion restricted to the intersection of the inner and outer cones.
float3	impulseEventThreshold	The minimum impulse needed to receive an impulse event for this constraint.
float	springFrequency	The spring frequency used to relax this constraint.
float	dampingRatio	The damping ratio used to relax this constraint.

Returns

Type	Description
Constraint	A Constraint.