A collision sensor and forcefield The jit.phys.ghost object represents a sensor area defined by a basic collision shape in a physics world. The collision shape is either one of several simple shapes. Additionally a force field can be enabled to act on colliding objects. The direction vector of the force field can be either in world coordinates, or relative to the jit.phys.ghost object. Cycling '74 Jitter messages in TEXT_HERE TEXT_HERE ghost collision dict TEXT_HERE dumpout TEXT_HERE Update ghost forces and output collision dict TEXT_HERE Apply an impulse Apply an impulse (instantaneous force) to the colliding rigid bodies using the vector from the ghost object center to the rigid body center, scaled by amount. If amount is positive, bodies shoot away from the ghost center, if negative they are pulled into the ghost center. Impulse strength is inversely proportional to the distance between objects. Apply an impulse Apply an impulse (instantaneous force) to the colliding rigid bodies using a worldspace vector described by x, y, z. Optional args relative-x, relative-y, relative-z describe a relative position on the body where the force is applied, otherwise it's a central force. Clear all forces TEXT_HERE Apply a torque impulse Apply a torque impulse (instantaneous angular force) to the colliding rigid bodies using a worldspace vector described by x, y, z. Adjust the exponential scaling of distance curve Adjust the exponent of the central force scaling curve if central_mode is decrease or increase. The default of 1 gives a linear curve, greater than one exponential, and less than one logarithmic. Apply a central force TEXT_HERE Specifies how distance affects central force Specifies how rigid body distance from center affects the central force when enabled by central_force (default = decrease). Distance has no effect on central force TEXT_HERE Central force decreases with distance TEXT_HERE Central force increases with distance TEXT_HERE Specifies the format of the collisions dictionary Specifies the format of the collisions dictionary (default = simple) Report contact point positions and normals average TEXT_HERE All contact point position and normals reported TEXT_HERE Collision reporting enable Enables and disables collision dictionary reporting out the first outlet. Enable simulation Enable this ghost object in the physics simulation (default = 1). List of colliding objects The list of names that determine colliding objects for this ghost object; Valid attributes are all and default. Additional valid attributes are defined by the colliding objects'filterclass attribute. Apply force Apply a force to the colliding rigid bodies using the vector from the ghost object center to the rigid body center, scaled by amount. If amount is positive, bodies shoot away from the ghost center, if negative they are pulled into the ghost center. Instance name Specifies the name of the instance (default = UID). Ghost object position Ghost object in worldspace in the form x y z (default = 0. 0. 0.). Ghost object orientation as quaternion Ghost object orientation as a quaternion in the form x y z w (default = 0. 0. 0. 1.). Ghost object orientation as angle-axis Ghost object orientation as angle-axis in the form angle(in degrees) x y z (default = 0. 0. 0. 1.). Rotate Order TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE Ghost object orientation as Euler angles Ghost object orientation as Euler angles (in degrees) in the form x y z (default = 0. 0. 0.). Ghost object scaling factor The Ghost object scaling factor in the form x y z (default = 1. 1. 1.). Cannot be applied to concave shapes. Collision shape type Collision shape type (default = sphere). TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE TEXT_HERE Apply torque Apply a torque (angular force) to the colliding bodies using a 3D worldspace vector (default = 0 0 0). Name of the context the ghost object is bound to The name of a jit.phys.world context this ghost object is bound to.