RPPointLight

from panda3d._rplight import RPPointLight

class RPPointLight

Bases: RPLight

This represents a point light, a light which has a position and radius. Checkout the RenderPipeline documentation for more information about this type of light.

Inheritance diagram

__init__(*args, **kwargs)

getInnerRadius()

C++ Interface: get_inner_radius(RPPointLight self)

/**

• @brief Returns the inner radius of the light

• @details This returns the inner radius of the light, previously set with

• RPPointLight::get_inner_radius.

• @return [description]

*/

getRadius()

C++ Interface: get_radius(RPPointLight self)

/**

• @brief Returns the lights radius

• @details This returns the lights radius previously set with

• RPPointLight::set_radius

• @return Light radius in world space

*/

get_inner_radius()

C++ Interface: get_inner_radius(RPPointLight self)

/**

• @brief Returns the inner radius of the light

• @details This returns the inner radius of the light, previously set with

• RPPointLight::get_inner_radius.

• @return [description]

*/

get_radius()

C++ Interface: get_radius(RPPointLight self)

/**

• @brief Returns the lights radius

• @details This returns the lights radius previously set with

• RPPointLight::set_radius

• @return Light radius in world space

*/

inner_radius

radius

setInnerRadius()

C++ Interface: set_inner_radius(const RPPointLight self, float inner_radius)

/**

• @brief Sets the inner radius of the light

• @details This sets the inner radius of the light. Anything greater than

• zero causes the light to get an area light. This has influence on the

• specular highlights of the light aswell as the shadows.

• The inner radius controls the size of the lights sphere size in world

• space units. A radius of 0 means the light has no inner radius, and the

• light will be have like an infinite small point light source.

• A radius greater than zero will cause the light to behave like it would be

• an emissive sphere with the given inner radius emitting light. This is

• more physically correct.

• @param inner_radius Inner-radius in world space

*/

setRadius()

C++ Interface: set_radius(const RPPointLight self, float radius)

/**

• @brief Sets the radius of the light

• @details This sets the radius of the light. It controls the lights

• influence. After a distance greater than this radius, the light influence

• is zero.

• @param radius Light radius in world space

*/

set_inner_radius()

C++ Interface: set_inner_radius(const RPPointLight self, float inner_radius)

/**

• @brief Sets the inner radius of the light

• @details This sets the inner radius of the light. Anything greater than

• zero causes the light to get an area light. This has influence on the

• specular highlights of the light aswell as the shadows.

• The inner radius controls the size of the lights sphere size in world

• space units. A radius of 0 means the light has no inner radius, and the

• light will be have like an infinite small point light source.

• A radius greater than zero will cause the light to behave like it would be

• an emissive sphere with the given inner radius emitting light. This is

• more physically correct.

• @param inner_radius Inner-radius in world space

*/

set_radius()

C++ Interface: set_radius(const RPPointLight self, float radius)

/**

• @brief Sets the radius of the light

• @details This sets the radius of the light. It controls the lights

• influence. After a distance greater than this radius, the light influence

• is zero.

• @param radius Light radius in world space

*/