146 lines
3.6 KiB
C
146 lines
3.6 KiB
C
#include <raylib.h>
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#include <stdio.h>
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#include <stdlib.h>
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// Global Constants
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#define BEZIER_POINTS 5
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#define LEFT KEY_LEFT
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#define RIGHT KEY_RIGHT
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#define DOWN KEY_DOWN
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#define UP KEY_UP
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#define JUMP KEY_SPACE
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#define DASH KEY_Z
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struct afterImage
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{
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Vector2 velocity;
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Vector2 pos;
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Vector2 top_vertices[BEZIER_POINTS+1];
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Vector2 bottom_vertices[BEZIER_POINTS+1];
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Vector2 left_vertices[BEZIER_POINTS+1];
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Vector2 right_vertices[BEZIER_POINTS+1];
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float opacity;
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Color color;
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struct afterImage *prev;
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struct afterImage *next;
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};
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struct kinematic_obj
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{
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Rectangle rect;
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Vector2 velocity;
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Vector2 pos;
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int ori_width;
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int ori_height;
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double dim_reduction[4];
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double set_dim_reduction[4];
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};
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struct kinematic_obj_node
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{
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struct kinematic_obj *obj;
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struct kinematic_obj_node *next;
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};
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enum PLAYER_STATE
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{
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IDLE = 0,
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JUMP_SQUAT,
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JUMPING,
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FALLING,
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LANDING,
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DASH_START,
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DASHING,
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DASH_END,
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RUN_START,
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RUNNING,
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RUN_END,
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TURN_AROUND
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};
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struct player_obj
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{
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struct kinematic_obj kinematic;
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enum PLAYER_STATE state;
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struct squishy_square *image;
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struct afterImage *after_img_head;
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struct afterImage *after_img_tail;
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};
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extern unsigned int PLAYER_SIZE;
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struct squishy_square
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{
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struct kinematic_obj *parent;
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Color color;
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Vector2 center;
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double top_offset;
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double bottom_offset;
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double left_offset;
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double right_offset;
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double target_offsets[4];
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Vector2 top_vertices[BEZIER_POINTS+1];
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Vector2 bottom_vertices[BEZIER_POINTS+1];
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Vector2 left_vertices[BEZIER_POINTS+1];
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Vector2 right_vertices[BEZIER_POINTS+1];
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};
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struct target_obj
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{
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double radius;
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struct kinematic_obj kinematic;
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};
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struct target_obj_node
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{
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struct target_obj *obj;
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struct target_obj_node *next;
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};
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// Object functions, kinematics.c
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struct kinematic_obj init_kinematic_obj(int width, int height);
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void move(struct kinematic_obj *obj, Vector2 acceleration);
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void set_position(struct kinematic_obj *obj, int x, int y);
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bool place_meeting(struct kinematic_obj *obj, Vector2 dir);
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void scale_rect(struct kinematic_obj *obj);
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void adjust_hitbox(struct kinematic_obj *obj);
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void add_kinematic_node(struct kinematic_obj *obj, struct kinematic_obj_node **HEAD);
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//struct kinematic_obj_node **get_list();
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void free_kinematic_list(struct kinematic_obj_node **HEAD);
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// Math functions, math.c
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double mag(Vector2 vec);
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int sign(double val);
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Vector2 dir(Vector2 vec);
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void approach(double *val, double target, float f);
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Vector2 center(Rectangle rect);
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// Linked list, linked_list.c
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void create_list(void);
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// Squishy Square functions, squishy.c
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struct squishy_square init_squishy_square(struct kinematic_obj *parent, Color color);
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void update_squishy(struct squishy_square *square);
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void draw_squishy(struct squishy_square *square);
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void set_squish_target_offset(struct squishy_square *square, unsigned int dir, int val);
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void draw_afterimages(struct player_obj *player);
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//Player stuff, player.c
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struct player_obj init_player_obj();
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void player_input_check(struct player_obj *player);
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void create_afterimage(struct player_obj *player, Color color);
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void remove_last_afterimage(struct player_obj *player);
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void free_afterimages(struct player_obj *player);
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//Target stuff, target.c
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struct target_obj init_target();
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void free_target_list(struct target_obj_node **HEAD);
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void add_target_node(struct target_obj *obj, struct target_obj_node **HEAD);
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bool collide_target(struct kinematic_obj *obj, struct target_obj *target);
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//Debug stuff, debug.c
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void state_string(char *str, enum PLAYER_STATE state);
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void display_input(char *dir); |