#pragma once

#include <stdint.h>

#include <math/math_defs.h>

typedef enum {
    // PRIMITIVE_TYPE_CONSTANT,
    // PRIMITIVE_TYPE_PLANE,
    PRIMITIVE_TYPE_SPHERE,
    PRIMITIVE_TYPE_CYLINDER,
    PRIMITIVE_TYPE_CONE,
    PRIMITIVE_TYPE_BOX,
    PRIMITIVE_TYPE_EXTRUDE,
    // PRIMITIVE_TYPE_MESH,
    // PRIMITIVE_TYPE_EXTRUDE_POLYLINE,
    // PRIMITIVE_TYPE_EXTRUDE_HELIXLINE,
    PRIMITIVE_TYPE_MAX_COUNT
} primitive_type;

typedef enum { AXIS_TYPE_EXTRUDE_POLYLINE, AXIS_TYPE_EXTRUDE_HELIXLINE, AXIS_TYPE_MAX_COUNT } axis_type;

typedef enum { PATTERN_TYPE_POLYLINE, PATTERN_TYPE_MAX_COUNT } pattern_type;

// point[0, 1, 2] must not be on the same line!
// iff point_number = 2, then the polyline will be seen as CCW
typedef struct {
    uint32_t  point_number;     // The point number of the polyline
    vector3d* points;           // The points of the polyline
    uint32_t  bulge_number;     // The bulge number of the polyline
    double*   bulges;           // The bulge of each edge
    vector3d  reference_normal; // The reference normal of the polyline
} polyline_axis_descriptor_t;

typedef struct {
    vector3d axis_start;        // The start point of the helix line
    vector3d axis_end;          // The end point of the helix line
    double   radius;            // The radius of the helix line
    double   advance_per_round; // he advance per round of the helix line
    vector3d start_direction;   // The direction from axisStart to start of the helix line
    bool     is_righthanded;    // {axis_start -> axis_end} as upward direction
} helixline_axis_descriptor_t;

// point[0, 1, 2] must not be on the same line!
typedef struct {
    uint32_t  point_number; // The point number of the polyline
    vector2d* points;       // The points of the polyline
    uint32_t  bulge_number; // The bulge number of the polyline
    double*   bulges;       // The bulge of each edge
    vector2d  anchor;       // the anchor point of the polyline, used as the origin of the axis
} polyline_pattern_descriptor_t;

                            // // Note : In profiles, The first polyline is outer boundary, and the ohters is internal holes
// typedef struct {
//     uint32_t               profile_number; // The profiles number of the extruded solid
//     polyline_descriptor_t* profiles;       // The profiles of the extruded solid
//     polyline_descriptor_t  axis;           // The axis of the extruded solid
// } extrude_polyline_descriptor_t;

// typedef struct {
//     uint32_t               profile_number; // The profiles number of the extruded solid
//     polyline_descriptor_t* profiles;       // The profiles of the extruded solid
//     helixline_descriptor_t axis;           // The axis of the extruded solid
// } extrude_helixline_descriptor_t;