CollisionHandlerPhysical

from panda3d.core import CollisionHandlerPhysical
class CollisionHandlerPhysical

Bases: CollisionHandlerEvent

The abstract base class for a number of CollisionHandlers that have some physical effect on their moving bodies: they need to update the nodes’ positions based on the effects of the collision.

Inheritance diagram

Inheritance diagram of CollisionHandlerPhysical

__init__(*args, **kwargs)
addCollider()

C++ Interface: add_collider(const CollisionHandlerPhysical self, const NodePath collider, const NodePath target) add_collider(const CollisionHandlerPhysical self, const NodePath collider, const NodePath target, DriveInterface drive_interface)

/**

  • Adds a new collider to the list with a NodePath that will be updated with

  • the collider’s new position, or updates the existing collider with a new

  • NodePath object.

*/

/**

  • Adds a new collider to the list with a NodePath that will be updated with

  • the collider’s new position, or updates the existing collider with a new

  • NodePath object.

  • The indicated DriveInterface will also be updated with the target’s new

  • transform each frame. This method should be used when the target is

  • directly controlled by a DriveInterface.

*/

add_collider()

C++ Interface: add_collider(const CollisionHandlerPhysical self, const NodePath collider, const NodePath target) add_collider(const CollisionHandlerPhysical self, const NodePath collider, const NodePath target, DriveInterface drive_interface)

/**

  • Adds a new collider to the list with a NodePath that will be updated with

  • the collider’s new position, or updates the existing collider with a new

  • NodePath object.

*/

/**

  • Adds a new collider to the list with a NodePath that will be updated with

  • the collider’s new position, or updates the existing collider with a new

  • NodePath object.

  • The indicated DriveInterface will also be updated with the target’s new

  • transform each frame. This method should be used when the target is

  • directly controlled by a DriveInterface.

*/

center
clearCenter()

C++ Interface: clear_center(const CollisionHandlerPhysical self)

/**

  • Clears the center NodePath specified with set_center.

*/

clearColliders()

C++ Interface: clear_colliders(const CollisionHandlerPhysical self)

/**

  • Completely empties the list of colliders this handler knows about.

*/

clear_center()

C++ Interface: clear_center(const CollisionHandlerPhysical self)

/**

  • Clears the center NodePath specified with set_center.

*/

clear_colliders()

C++ Interface: clear_colliders(const CollisionHandlerPhysical self)

/**

  • Completely empties the list of colliders this handler knows about.

*/

getCenter()

C++ Interface: get_center(CollisionHandlerPhysical self)

/**

  • Returns the NodePath specified with set_center, or the empty NodePath if

  • nothing has been specified.

*/

getClassType()

C++ Interface: get_class_type()

get_center()

C++ Interface: get_center(CollisionHandlerPhysical self)

/**

  • Returns the NodePath specified with set_center, or the empty NodePath if

  • nothing has been specified.

*/

get_class_type()

C++ Interface: get_class_type()

hasCenter()

C++ Interface: has_center(CollisionHandlerPhysical self)

/**

  • Returns true if a NodePath has been specified with set_center(), false

  • otherwise.

*/

hasCollider()

C++ Interface: has_collider(CollisionHandlerPhysical self, const NodePath collider)

/**

  • Returns true if the handler knows about the indicated collider, false

  • otherwise.

*/

hasContact()

C++ Interface: has_contact(CollisionHandlerPhysical self)

/**

  • Did the handler make any contacts with anything on the last collision pass?

  • Depending on how your world is setup, this can be used to tell if the

  • handler is out of the world (i.e. out of bounds). That is the original use

  • of this call.

*/

has_center()

C++ Interface: has_center(CollisionHandlerPhysical self)

/**

  • Returns true if a NodePath has been specified with set_center(), false

  • otherwise.

*/

has_collider()

C++ Interface: has_collider(CollisionHandlerPhysical self, const NodePath collider)

/**

  • Returns true if the handler knows about the indicated collider, false

  • otherwise.

*/

has_contact()

C++ Interface: has_contact(CollisionHandlerPhysical self)

/**

  • Did the handler make any contacts with anything on the last collision pass?

  • Depending on how your world is setup, this can be used to tell if the

  • handler is out of the world (i.e. out of bounds). That is the original use

  • of this call.

*/

removeCollider()

C++ Interface: remove_collider(const CollisionHandlerPhysical self, const NodePath collider)

/**

  • Removes the collider from the list of colliders that this handler knows

  • about.

*/

remove_collider()

C++ Interface: remove_collider(const CollisionHandlerPhysical self, const NodePath collider)

/**

  • Removes the collider from the list of colliders that this handler knows

  • about.

*/

setCenter()

C++ Interface: set_center(const CollisionHandlerPhysical self, const NodePath center)

/**

  • Specifies an arbitrary NodePath that the handler is always considered to be

  • facing. It does not detect collisions with surfaces that appear to be

  • facing away from this NodePath. This works best when the collision

  • surfaces in question are polygons.

*/

set_center()

C++ Interface: set_center(const CollisionHandlerPhysical self, const NodePath center)

/**

  • Specifies an arbitrary NodePath that the handler is always considered to be

  • facing. It does not detect collisions with surfaces that appear to be

  • facing away from this NodePath. This works best when the collision

  • surfaces in question are polygons.

*/