#include "defines.h"
#include "identifiers/identifier.h"
#include "math/geometry.h"
#include "math/math_types.h"

typedef struct debug_grid_config {
	kname name;
	grid_orientation orientation;
	/** @brief The space count in the first dimension of the orientation from both directions outward from origin. */
	u32 segment_count_dim_0;
	/** @brief The space count in the second dimension of the orientation from both directions outward from origin. */
	u32 segment_count_dim_1;
	/** @brief How large each tile is on the both axes, relative to one unit (default = 1.0). */
	f32 segment_size;

	/** @brief Indicates if a third axis is to be rendered. */
	b8 use_third_axis;
} debug_grid_config;

typedef struct debug_grid {
	identifier id;
	kname name;
	grid_orientation orientation;
	/** @brief The space count in the first dimension of the orientation from both directions outward from origin. */
	u32 segment_count_dim_0;
	/** @brief The space count in the second dimension of the orientation from both directions outward from origin. */
	u32 segment_count_dim_1;
	/** @brief How large each tile is on the both axes, relative to one unit (default = 1.0). */
	f32 segment_size;

	/** @brief Indicates if a third axis is to be rendered. */
	b8 use_third_axis;

	vec3 origin;

	kgeometry geometry;
} debug_grid;

KAPI b8 debug_grid_create (const debug_grid_config *config, debug_grid *out_grid);
KAPI void debug_grid_destroy (debug_grid *grid);

KAPI b8 debug_grid_initialize (debug_grid *grid);
KAPI b8 debug_grid_load (debug_grid *grid);
KAPI b8 debug_grid_unload (debug_grid *grid);

KAPI b8 debug_grid_update (debug_grid *grid);