97 lines
4.0 KiB
C
97 lines
4.0 KiB
C
/* ************************************************************************** */
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/* */
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/* ::: :::::::: */
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/* fractol.h |o_o || | */
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/* +:+ +:+ +:+ */
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/* By: houtworm <codam@houtworm.net> +#+ +:+ +#+ */
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/* +#+#+#+#+#+ +#+ */
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/* Created: 2022/11/29 03:25:46 by houtworm #+# #+# */
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/* Updated: 2022/12/29 06:29:04 by djonker \___)=(___/ */
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/* */
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/* ************************************************************************** */
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#ifndef FRACTOL_H
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# define FRACTOL_H
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# include <unistd.h>
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# include <math.h>
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# include "libft/libft.h"
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# include "mlx/include/MLX42/MLX42.h"
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typedef struct s_cnbr
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{
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long double re; //Real Number
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long double im; //Imaginary Number
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} t_cnbr;
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typedef struct s_varlist
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{
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mlx_t *mlx; //mlx instance
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mlx_image_t *img; //mlx img
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mlx_image_t *font[30]; //mlx font image
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int w; //actual window width used everywhere
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int h; //actual window height used everywhere
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int fontnbr; //number printed strings on the screen
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char *fractal; //name of fractal used for title and info
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int fractalid; //int id of the fractal to faster compare
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char *cscheme; //name of current colorscheme to print
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int cschemeid; //id of current colorscheme to compare
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int cscale; //scale used to generate colorschemes
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int cshi; //used for shifting colors by 1
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int csha; //total amount of colors/shades
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int32_t colors[1530]; //colorscheme colors
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int iter; //number of iterations to do
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long long calc; //Number of calculations per frame
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long double xmax; //max number shown on the horizontal numberplane
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long double ymax; //max number shown on the vertical numberplane
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long double xmin; //min number shown on the horizontal numberplane
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long double ymin; //min number shown on the vertical numberplane
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long double xscale; //scale of visible numbers horizontal numberplane
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long double yscale; //scale of visible numbers vertical numberplane
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long double julre; //adjustable c value for x axis
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long double julim; //adjustable c value for y axis
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int xcur; //current x position of the mouse
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int ycur; //current y position of the mouse
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int psycho; //psycho mode toggle
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int help; //help screen toggle
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int info; //info screen toggle
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int redraw; //if true then redraw
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long double power; //for the mandelpower
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} t_varlist;
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typedef struct s_threads
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{
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t_varlist *vl;
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int x;
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int y;
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} t_threads;
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void mousehook(void *param);
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void scrollhook(double xdelta, double ydelta, void *param);
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void keyhook(mlx_key_data_t keydata, void *param);
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void keyhookextra(void *param);
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void keyhookmove(void *param);
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void keyhookfractal(void *param);
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void resizehook(int x, int y, void *param);
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void setcolorscheme(t_varlist *vl);
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void redrawimage(t_varlist *vl);
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void resetfractal(t_varlist *vl);
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void ft_error(int r);
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void showinfo(t_varlist *vl);
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void showhelp(t_varlist *vl);
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void justmove(t_varlist *vl, char dir);
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void zoomtomouse(t_varlist *vl);
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void zoomfrommouse(t_varlist *vl);
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void fractal(t_varlist *vl);
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void mandelbrot(t_varlist *vl, int x, int y, t_cnbr c);
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void mandelcloud(t_varlist *vl, int x, int y, t_cnbr c);
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void mandelfeather(t_varlist *vl, int x, int y, t_cnbr c);
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void julia(t_varlist *vl, int x, int y, t_cnbr z);
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void mandelpower(t_varlist *vl, int x, int y, t_cnbr c);
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void burningship(t_varlist *vl, int x, int y, t_cnbr c);
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void tricorn(t_varlist *vl, int x, int y, t_cnbr c);
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void rorschach(t_varlist *vl, int x, int y, t_cnbr c);
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void powerflower(t_varlist *vl, int x, int y, t_cnbr c);
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#endif
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