Changes

** getPosition() - '''Returns a Vector Object that represents the position of the Camera'''** getUp() - '''Returns a Vector Object that represents the orientation of Up'''** getDir() - '''Returns a Vector Object that is the direction the camera is facing'''** getLeft() - '''Returns a Vector Object that represents the orientation of Left'''** getLinearVel() - '''Returns a Vector that is the velocity that the camera is traveling at'''** getAngularVel() - '''Returns a Vector that contains the rotation velocity around the local (x, y, z) axis of the camera'''

** setPosition(vec) - '''Takes a Vector that sets the camera's position'''** setLookAtPoint(vec) - '''Takes a Vector that represents the point the camera will look at'''** setUpVector(vec) - '''Takes a vector that orients the camera Up'''** setLinearVel(vec) - ''' Takes a vector that is the camera's linear velocity'''** setAngularVec(vec) - '''Takes a vector that represents the camera's rotational velocity around local (x, y, z) axis'''

** rotateOnAxis(axis, angle) - '''Takes a vector and a number that represents a relative rotation to the camera's orientation'''** yaw(angle) - '''Takes a number that the camera will rotate around its Up vector'''** roll(angle) - '''Takes a number that the camera will rotate around its direction vector'''** pitch(angle) - '''Takes a number that the camera will rotate around its Left vector'''** update(timeElapsed) -'''Takes a number that represents the amount of milliseconds that passed since the last call to update. This function updates the position and rotation based on the set velocities'''