Namespace: Motion

Methods

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<static> applyForce(dynObject, position, forceVector)

Apply force to a dynamic object. Force is ineffective against locked, semi-locked and permanetly static objects.

Parameters:

Name	Type	Description
dynObject	PhSim.DynObject
position	Vector
forceVector	Vector

Source:

• motion.js

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<static> rotate(dynObject, angle, point)

Parameters:

Name	Type	Description
dynObject	PhSim.DynObject
angle	Number
point	Vector

Source:

• motion.js

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<static> rotateTowards(dynObject, point)

Rotate dynamic object towards point

Parameters:

Name	Type	Description
dynObject	PhSim.DynObject
point	Vector

Source:

• motion.js

---

<static> setAngle(dynObject, angle)

Parameters:

Name	Type	Description
dynObject	PhSim.DynObject
angle	Number

Source:

• motion.js

---

<static> setPosition(o, position)

Apply a transformation to a dynamic object. Setting positions is ineffective against locked and permanetly static objects.

Parameters:

Name	Type	Description
o	PhSim.DynObject
position	Vector

Source:

• motion.js

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<static> setVelocity(dynObject, velocityVector)

Apply velocity to a dynamic object. Velocity does not effect locked, semi-locked objects or static objects.

Parameters:

Name	Type	Description
dynObject	PhSim.DynObject
velocityVector	Vector

Source:

• motion.js

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<static> translate(o, translationVector)

Apply a transformation to a dynamic object. Transformation does not move locked objects. However, it moves semi-locked objects and static objects.

Parameters:

Name	Type	Description
o	PhSimObject
translationVector	Vector

Source:

• motion.js