<function name="CalculateVelocityOffset" parent="PhysObj" type="classfunc"> <description>Calculates the linear and angular velocities on the center of mass for an offset force impulse. The outputs can be directly passed to <page>PhysObj:AddVelocity</page> and <page>PhysObj:AddAngleVelocity</page>, respectively. <description>Calculates the linear and angular velocities on the center of mass for an offset impulse. The outputs can be directly passed to <page>PhysObj:AddVelocity</page> and <page>PhysObj:AddAngleVelocity</page>, respectively. <warning>This will return zero length vectors if the physics object's motion is disabled. See <page>PhysObj:IsMotionEnabled</page>.</warning></description> <realm>Shared</realm> <args> <arg name="force" type="Vector">The initial force</arg>⤶ <arg name="pos" type="Vector">The location of the force in world coordinates</arg>⤶ <arg name="impulse" type="Vector">The impulse acting on the object in `kg*source_unit/s`. (World frame)</arg>⤶ <arg name="position" type="Vector">The location of the impulse in world coordinates (`source units`)</arg>⤶ </args> <rets> <ret name="" type="Vector">The calculated linear velocity from the force on the physics object's center of mass</ret>⤶ <ret name="" type="Vector">The calculated angular velocity from the force on the physics object's center of mass</ret>⤶ <ret name="" type="Vector">The calculated linear velocity from the impulse on the physics object's center of mass in `source_unit/s`. (World frame)</ret>⤶ <ret name="" type="Vector">The calculated angular velocity from the impulse on the physics object's center of mass in `degrees/s`. (Local frame)</ret>⤶ </rets> </function>