#include <lights.h>

Inheritance diagram for AlternatingDualRayOfLightObject:

Public Member Functions
	AlternatingDualRayOfLightObject (float x, float y, ObjectGeometry &geom, LightLevelMap *light_map, int16_t value, float ray_half_width=0.1f, float angular_speed=3.0f, float long_white_frame_dur=1.0f, float short_white_frame_dur=0.03f, int16_t white_frame_val=32767, std::string const &category="objects")
	AlternatingDualRayOfLightObject (Simulation simulation, float x, float y, LightLevelMap light_map, Configuration const &config, std::string const &category="objects")
void	render (SDL_Renderer *, b2WorldId) const override
	Renders the object on the given SDL renderer.
void	launch_user_step (float t) override
	Launches the user-defined step function.
void	update_light_map (LightLevelMap &l)
Public Member Functions inherited from Object
	Object (float _x, float _y, ObjectGeometry &_geom, std::string const &_category="objects")
	Constructs an Object.
	Object (Simulation *simulation, float _x, float _y, Configuration const &config, std::string const &_category="objects")
	Constructs an Object from a configuration entry.
virtual	~Object ()
	Destructor.
ObjectGeometry *	get_geometry ()
	Return the object's geometry.
virtual void	move (float x, float y, float theta=NAN)
	Move the object to a given coordinate.
virtual bool	is_tangible () const
	Returns whether this object is tangible (e.g. collisions, etc) or not.
virtual arena_polygons_t	generate_contours (std::size_t points_per_contour=0) const
	Return one or more polygonal contours that represent the geometry of the object.

Protected Member Functions
void	parse_configuration (Configuration const &config, Simulation *simulation) override
	Parse a provided configuration and set associated members values.

Additional Inherited Members
Public Attributes inherited from Object
float	x
	X position.
float	y
	Y position.
float	theta
	Orientation (in rad).
std::string	category
	Category of the object.
Protected Attributes inherited from Object
ObjectGeometry *	geom
	Geometry of the object.

Constructor & Destructor Documentation

◆ AlternatingDualRayOfLightObject() [1/2]

AlternatingDualRayOfLightObject::AlternatingDualRayOfLightObject	(	float	x,
		float	y,
		ObjectGeometry &	geom,
		LightLevelMap *	light_map,
		int16_t	value,
		float	ray_half_width = 0.1f,
		float	angular_speed = 3.0f,
		float	long_white_frame_dur = 1.0f,
		float	short_white_frame_dur = 0.03f,
		int16_t	white_frame_val = 32767,
		std::string const &	category = "objects" )

AlternatingDualRayOfLightObject::AlternatingDualRayOfLightObject	(	Simulation *	simulation,
		float	x,
		float	y,
		LightLevelMap *	light_map,
		Configuration const &	config,
		std::string const &	category = "objects" )

void AlternatingDualRayOfLightObject::launch_user_step ( float f )

overridevirtual

Launches the user-defined step function.

Parameters

t	current simulation time

Reimplemented from Object.

void AlternatingDualRayOfLightObject::parse_configuration	(	Configuration const &	config,
		Simulation *	simulation )

overrideprotectedvirtual

Parse a provided configuration and set associated members values.

Parameters

config Configuration entry describing the object properties.

Reimplemented from Object.

void AlternatingDualRayOfLightObject::render	(	SDL_Renderer *	renderer,
		b2WorldId	world_id ) const

inlineoverridevirtual

Renders the object on the given SDL renderer.

Parameters

renderer	Pointer to the SDL_Renderer.
world_id	The Box2D world identifier (unused in rendering).

Implements Object.

void AlternatingDualRayOfLightObject::update_light_map ( LightLevelMap & l )

The documentation for this class was generated from the following files: