Documentation: PathFindingComponent

Name	Type	Initial Value	Example Range	Description
Members
search_depth_max_no_goal	int	20	[0, 1e+006]	TODO: Comment
iterations_max_no_goal	int	1500	[0, 1e+006]	TODO: Comment
search_depth_max_with_goal	int	2500	[0, 1e+006]	TODO: Comment
iterations_max_with_goal	int	1500	[0, 1e+006]	TODO: Comment
cost_of_flying	float	20	[0, 100000]	TODO: Comment
distance_to_reach_node_x	int	2	[0, 200]	TODO: Comment
distance_to_reach_node_y	int	6	[0, 200]	TODO: Comment
frames_to_get_stuck	int	60	[0, 600]	TODO: Comment
frames_between_searches	int	30	[0, 300]	TODO: Comment
y_walking_compensation	float	0	[-100, 100]	TODO: Comment
can_fly	bool	true		TODO: Comment
can_walk	bool	true		TODO: Comment
can_jump	bool	false		TODO: Comment
can_dive	bool	false		TODO: Comment
can_swim_on_surface	bool	false		TODO: Comment
never_consider_line_of_sight	bool	false		if 1, we require a path to have an entity at the goal, having line of sight to the entity is not enough
space_required	float	0	[0, 20]	how far (in cells) must a point on our route be from the nearest wall to consider it passable?
max_jump_distance_from_camera	float	400	[0, 400]	TODO: Comment
jump_speed	float	200	[0, 1000]	TODO: Comment
initial_jump_lob	float	1	[0, 5]	TODO: Comment
initial_jump_max_distance_x	float	100	[0, 1000]	TODO: Comment
initial_jump_max_distance_y	float	80	[0, 1000]	TODO: Comment
read_state	int	0		Read only value to get mState as an integer. Used to detect when the worst cheesers are trying to cheese our beloved squidward.
Custom data types
jump_trajectories	VECTOR_JUMPPARAMS			TODO: Comment
Privates
input	PathFindingInput			TODO: Comment
job_result_receiver	MSG_QUEUE_PATH_FINDING_RESULT			TODO: Comment
waiting_for	bool	false		TODO: Comment
next_search_frame	int	0		TODO: Comment
path	VECTOR_PATHNODE			TODO: Comment
path_next_node	PathFindingResultNode			TODO: Comment
path_next_node_vector_to	vec2	(0, 0)		TODO: Comment
path_next_node_distance_to	float	0		TODO: Comment
path_previous_node	PathFindingNodeHandle			TODO: Comment
path_frames_stuck	int	0		TODO: Comment
path_is_stuck	bool	false		TODO: Comment
path_last_frame_with_job	int	0		TODO: Comment
mLogic	PathFindingLogic*			this defines what is an acceptable path
mFallbackLogic	PathFindingLogic*			we use this to define an acceptable path if mLogic doesn't return one
mSelectedLogic	PathFindingLogic*			TODO: Comment
mEnabled	bool	false		TODO: Comment
mState	PathFindingComponentState::Enum			TODO: Comment
mTimesStuck	int	0		TODO: Comment
mNextClearDontApproachListFrame	int	0		TODO: Comment
mNodeProximityCheckCorrectionY	float	0		TODO: Comment
debug_path	VECTOR_PATHNODE			TODO: Comment
jump_velocity_multiplier	LensValue<float>	1		TODO: Comment