SceneSetup

from panda3d.core import SceneSetup
class SceneSetup

Bases: TypedReferenceCount

This object holds the camera position, etc., and other general setup information for rendering a particular scene.

Inheritance diagram

Inheritance diagram of SceneSetup

__init__(*args, **kwargs)
getCameraNode()

C++ Interface: get_camera_node(SceneSetup self)

/**

  • Returns the camera used to render the scene.

*/

getCameraPath()

C++ Interface: get_camera_path(SceneSetup self)

/**

  • Returns the NodePath to the camera.

*/

getCameraTransform()

C++ Interface: get_camera_transform(SceneSetup self)

/**

  • Returns the position of the camera relative to the starting node.

*/

getClassType()

C++ Interface: get_class_type()

getCsTransform()

C++ Interface: get_cs_transform(SceneSetup self)

/**

  • Returns the transform from the camera’s coordinate system to the GSG’s

  • internal coordinate system.

*/

getCsWorldTransform()

C++ Interface: get_cs_world_transform(SceneSetup self)

/**

  • Returns the position from the starting node relative to the camera, in the

  • GSG’s internal coordinate system.

*/

getCullBounds()

C++ Interface: get_cull_bounds(SceneSetup self)

/**

  • Returns the bounding volume that should be used to perform view-frustum

  • culling (in the space of get_cull_center()). This is normally the current

  • lens’ bounding volume, but it may be overridden with

  • Camera::set_cull_bounds().

*/

getCullCenter()

C++ Interface: get_cull_center(SceneSetup self)

/**

  • Returns the point from which the culling operations will be performed.

  • This is normally the camera, but if camera->set_cull_center() has been

  • specified, it will be that special node instead.

*/

getDisplayRegion()

C++ Interface: get_display_region(SceneSetup self)

/**

  • Returns the display region for the scene.

*/

getInitialState()

C++ Interface: get_initial_state(SceneSetup self)

/**

  • Returns the initial state as set by a previous call to set_initial_state().

*/

getInverted()

C++ Interface: get_inverted(SceneSetup self)

/**

  • Returns the current setting of the inverted flag. When this is true, the

  • scene is rendered into the window upside-down, flipped like a mirror along

  • the X axis.

*/

getLens()

C++ Interface: get_lens(SceneSetup self)

/**

  • Returns the particular Lens used for rendering.

*/

getSceneRoot()

C++ Interface: get_scene_root(SceneSetup self)

/**

  • Returns the root node of the scene.

*/

getViewFrustum()

C++ Interface: get_view_frustum(SceneSetup self)

/**

  • Returns the initial state as set by a previous call to set_initial_state().

*/

getViewportHeight()

C++ Interface: get_viewport_height(SceneSetup self)

/**

  • Returns the height of the viewport (display region) in pixels.

*/

getViewportWidth()

C++ Interface: get_viewport_width(SceneSetup self)

/**

  • Returns the width of the viewport (display region) in pixels.

*/

getWorldTransform()

C++ Interface: get_world_transform(SceneSetup self)

/**

  • Returns the position of the starting node relative to the camera. This is

  • the inverse of the camera transform.

*/

get_camera_node()

C++ Interface: get_camera_node(SceneSetup self)

/**

  • Returns the camera used to render the scene.

*/

get_camera_path()

C++ Interface: get_camera_path(SceneSetup self)

/**

  • Returns the NodePath to the camera.

*/

get_camera_transform()

C++ Interface: get_camera_transform(SceneSetup self)

/**

  • Returns the position of the camera relative to the starting node.

*/

get_class_type()

C++ Interface: get_class_type()

get_cs_transform()

C++ Interface: get_cs_transform(SceneSetup self)

/**

  • Returns the transform from the camera’s coordinate system to the GSG’s

  • internal coordinate system.

*/

get_cs_world_transform()

C++ Interface: get_cs_world_transform(SceneSetup self)

/**

  • Returns the position from the starting node relative to the camera, in the

  • GSG’s internal coordinate system.

*/

get_cull_bounds()

C++ Interface: get_cull_bounds(SceneSetup self)

/**

  • Returns the bounding volume that should be used to perform view-frustum

  • culling (in the space of get_cull_center()). This is normally the current

  • lens’ bounding volume, but it may be overridden with

  • Camera::set_cull_bounds().

*/

get_cull_center()

C++ Interface: get_cull_center(SceneSetup self)

/**

  • Returns the point from which the culling operations will be performed.

  • This is normally the camera, but if camera->set_cull_center() has been

  • specified, it will be that special node instead.

*/

get_display_region()

C++ Interface: get_display_region(SceneSetup self)

/**

  • Returns the display region for the scene.

*/

get_initial_state()

C++ Interface: get_initial_state(SceneSetup self)

/**

  • Returns the initial state as set by a previous call to set_initial_state().

*/

get_inverted()

C++ Interface: get_inverted(SceneSetup self)

/**

  • Returns the current setting of the inverted flag. When this is true, the

  • scene is rendered into the window upside-down, flipped like a mirror along

  • the X axis.

*/

get_lens()

C++ Interface: get_lens(SceneSetup self)

/**

  • Returns the particular Lens used for rendering.

*/

get_scene_root()

C++ Interface: get_scene_root(SceneSetup self)

/**

  • Returns the root node of the scene.

*/

get_view_frustum()

C++ Interface: get_view_frustum(SceneSetup self)

/**

  • Returns the initial state as set by a previous call to set_initial_state().

*/

get_viewport_height()

C++ Interface: get_viewport_height(SceneSetup self)

/**

  • Returns the height of the viewport (display region) in pixels.

*/

get_viewport_width()

C++ Interface: get_viewport_width(SceneSetup self)

/**

  • Returns the width of the viewport (display region) in pixels.

*/

get_world_transform()

C++ Interface: get_world_transform(SceneSetup self)

/**

  • Returns the position of the starting node relative to the camera. This is

  • the inverse of the camera transform.

*/

setCameraNode()

C++ Interface: set_camera_node(const SceneSetup self, Camera camera_node)

/**

  • Specifies the camera used to render the scene.

*/

setCameraPath()

C++ Interface: set_camera_path(const SceneSetup self, const NodePath camera_path)

/**

  • Specifies the NodePath to the camera.

*/

setCameraTransform()

C++ Interface: set_camera_transform(const SceneSetup self, const TransformState camera_transform)

/**

  • Specifies the position of the camera relative to the starting node.

*/

setCsTransform()

C++ Interface: set_cs_transform(const SceneSetup self, const TransformState cs_transform)

/**

  • Specifies the transform from the camera’s coordinate system to the GSG’s

  • internal coordinate system.

*/

setCsWorldTransform()

C++ Interface: set_cs_world_transform(const SceneSetup self, const TransformState cs_world_transform)

/**

  • Specifies the position from the starting node relative to the camera, in

  • the GSG’s internal coordinate system.

*/

setDisplayRegion()

C++ Interface: set_display_region(const SceneSetup self, DisplayRegion display_region)

/**

  • Specifies the display region for the scene.

*/

setInitialState()

C++ Interface: set_initial_state(const SceneSetup self, const RenderState initial_state)

/**

  • Sets the initial state which is applied to all nodes in the scene, as if it

  • were set at the top of the scene graph.

*/

setInverted()

C++ Interface: set_inverted(const SceneSetup self, bool inverted)

/**

  • Changes the current setting of the inverted flag. When this is true, the

  • scene is rendered into the window upside-down and backwards, that is,

  • inverted as if viewed through a mirror placed on the floor.

*/

setLens()

C++ Interface: set_lens(const SceneSetup self, const Lens lens)

/**

  • Indicates the particular Lens used for rendering.

*/

setSceneRoot()

C++ Interface: set_scene_root(const SceneSetup self, const NodePath scene_root)

/**

  • Specifies the root node of the scene.

*/

setViewFrustum()

C++ Interface: set_view_frustum(const SceneSetup self, GeometricBoundingVolume view_frustum)

/**

  • Returns the camera’s cull bounds transformed to world space, or null if

  • view frustum culling is disabled.

*/

setViewportSize()

C++ Interface: set_viewport_size(const SceneSetup self, int width, int height)

/**

  • Specifies the size of the viewport (display region), in pixels.

*/

setWorldTransform()

C++ Interface: set_world_transform(const SceneSetup self, const TransformState world_transform)

/**

  • Specifies the position of the starting node relative to the camera. This

  • is the inverse of the camera transform.

*/

set_camera_node()

C++ Interface: set_camera_node(const SceneSetup self, Camera camera_node)

/**

  • Specifies the camera used to render the scene.

*/

set_camera_path()

C++ Interface: set_camera_path(const SceneSetup self, const NodePath camera_path)

/**

  • Specifies the NodePath to the camera.

*/

set_camera_transform()

C++ Interface: set_camera_transform(const SceneSetup self, const TransformState camera_transform)

/**

  • Specifies the position of the camera relative to the starting node.

*/

set_cs_transform()

C++ Interface: set_cs_transform(const SceneSetup self, const TransformState cs_transform)

/**

  • Specifies the transform from the camera’s coordinate system to the GSG’s

  • internal coordinate system.

*/

set_cs_world_transform()

C++ Interface: set_cs_world_transform(const SceneSetup self, const TransformState cs_world_transform)

/**

  • Specifies the position from the starting node relative to the camera, in

  • the GSG’s internal coordinate system.

*/

set_display_region()

C++ Interface: set_display_region(const SceneSetup self, DisplayRegion display_region)

/**

  • Specifies the display region for the scene.

*/

set_initial_state()

C++ Interface: set_initial_state(const SceneSetup self, const RenderState initial_state)

/**

  • Sets the initial state which is applied to all nodes in the scene, as if it

  • were set at the top of the scene graph.

*/

set_inverted()

C++ Interface: set_inverted(const SceneSetup self, bool inverted)

/**

  • Changes the current setting of the inverted flag. When this is true, the

  • scene is rendered into the window upside-down and backwards, that is,

  • inverted as if viewed through a mirror placed on the floor.

*/

set_lens()

C++ Interface: set_lens(const SceneSetup self, const Lens lens)

/**

  • Indicates the particular Lens used for rendering.

*/

set_scene_root()

C++ Interface: set_scene_root(const SceneSetup self, const NodePath scene_root)

/**

  • Specifies the root node of the scene.

*/

set_view_frustum()

C++ Interface: set_view_frustum(const SceneSetup self, GeometricBoundingVolume view_frustum)

/**

  • Returns the camera’s cull bounds transformed to world space, or null if

  • view frustum culling is disabled.

*/

set_viewport_size()

C++ Interface: set_viewport_size(const SceneSetup self, int width, int height)

/**

  • Specifies the size of the viewport (display region), in pixels.

*/

set_world_transform()

C++ Interface: set_world_transform(const SceneSetup self, const TransformState world_transform)

/**

  • Specifies the position of the starting node relative to the camera. This

  • is the inverse of the camera transform.

*/