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display_init.c
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display_init.c
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#include "config.h"
#include "allegro.h"
#include <math.h>
#include "globvars.h"
#include "palette.h"
#include "stuff.h"
#include "display.h"
enum
{
FLIP_H,
FLIP_V,
FLIP_VH
};
extern RLE_SPRITE *white_RLE; // menu
extern volatile unsigned char ticked;
extern BITMAP *display;
//extern RGB palet [256];
extern RGB palet [256];
extern RLE_SPRITE *player_icon_RLE;
extern RLE_SPRITE *eRLE_player [S_PLAYER_RLES];
extern RLE_SPRITE *eRLE_small1 [S_ENEMY_RLES];
extern RLE_SPRITE *eRLE_large1 [L_ENEMY_RLES];
extern RLE_SPRITE *eRLE_large2 [L_ENEMY2_RLES];
BITMAP *new_bitmap(int x, int y, const char errtxt []);
void bordered_poly4(BITMAP *target, int x1, int y1, int x2, int y2, int x3, int y3, int x4, int y4, int col, int border_col);
void bordered_poly6(BITMAP *target, int x1, int y1, int x2, int y2, int x3, int y3, int x4, int y4, int x5, int y5, int x6, int y6, int col, int border_col);
void bordered_triangle(BITMAP *target, int x1, int y1, int x2, int y2, int x3, int y3, int col, int border_col);
void fast_bordered_poly4(BITMAP *target, int x1, int y1, int x2, int y2, int x3, int y3, int x4, int y4, int col, int border_col, int fillx, int filly);
void fast_bordered_triangle(BITMAP *target, int x1, int y1, int x2, int y2, int x3, int y3, int col, int border_col, int fillx, int filly);
void new_rle_struct(BITMAP *source, const char errtxt [], struct RLE_STRUCT *str, int bl);
void prepare_barrels(void);
void prepare_enemy_bullets(void);
void prepare_platform_rles(void);
void prepare_s_enemy_rles(void);
void prepare_player_rles(void);
void prepare_l_enemy_rles(void);
void prepare_trans_rles(void);
void prepare_blades(void);
void prepare_circles(void);
void fix_outline(BITMAP *source);
void fix_trans(BITMAP *source);
void coat_sprite(BITMAP *target, int col);
void coat_file_sprite_xy(BITMAP *target, int col, int x1, int y1, int x2, int y2);
void prepare_flowers(void);
void extract_rle_struct(BITMAP *source, int x1, int y1, int x2, int y2, const char errtxt [], struct RLE_STRUCT *str, int bl);
void extract_rle_struct2(BITMAP *source, struct RLE_STRUCT *str, int x_source, int y_source, int x, int y, int b1);
void prepare_underlay(void);
void new_rle_struct_colours(BITMAP *source, const char errtxt [], struct RLE_STRUCT str [SMALL_ROTATIONS] [9], int bl, int index2, int col1, int col2);
//extern struct RLE_STRUCT sdart_bullet [SMALL_ROTATIONS] [9];
//extern RLE_SPRITE *trans_RLE [TRANS_RLES];
extern RLE_SPRITE *RLE_circle [RLE_CIRCLES] [9];
extern RLE_SPRITE *RLE_bcircle [3] [RLE_BCIRCLES];
extern RLE_SPRITE *RLE_ccircle_basic [4] [RLE_CCIRCLES];
extern RLE_SPRITE *RLE_ccircle_4cols [4] [RLE_CCIRCLES];
extern RLE_SPRITE *RLE_ccircle_3cols [4] [RLE_CCIRCLES];
extern RLE_SPRITE *RLE_small_shock [4] [30];
extern RLE_SPRITE *RLE_large_shock [4] [50];
extern RLE_SPRITE *RLE_huge_shock [4] [50];
extern RLE_SPRITE *RLE_ibullet [4] [IBULLETS];
extern RLE_SPRITE *RLE_ibullet_2 [3] [IBULLETS_2];
extern RLE_SPRITE *RLE_ibullet_rgb [IBULLETS_3];
extern RLE_SPRITE *RLE_ring [RLE_RINGS];
extern RLE_SPRITE *RLE_bright_ring [RLE_RINGS];
extern struct RLE_STRUCT RLE_barrel1 [SMALL_ROTATIONS];
BITMAP *load_up_bitmap(const char fname []);
RLE_SPRITE *extract_rle_sprite(BITMAP *source, int x_source, int y_source, int x, int y);
RLE_SPRITE *extract_flip_rle_sprite(BITMAP *source, int x_source, int y_source, int x, int y, int flip_type);
RLE_SPRITE *sized_rle_sprite(BITMAP *source, int x, int y, const char errtxt []);
RLE_SPRITE *new_rle_sprite(BITMAP *source, const char errtxt []);
extern int beam_colours [4] [5];
/*
Basic display init functions.
*/
/*
Call during start-up.
*/
void prepare_display(void)
{
define_palette();
// set_palette(palet [0]);
set_palette(palet);
clear_to_color(screen, COL_OUTLINE);
DATAFILE *datf = load_datafile("gfx//garden.dat");
if (datf == NULL)
{
set_gfx_mode(GFX_TEXT, 0, 0, 0, 0);
allegro_message("Error: Couldn't find data.dat! \n");
allegro_message("\n\r");
exit(1);
}
// int i, j;
font = (FONT *)datf[0].dat;
/*
splash bitmap
*/
/*
RGB splash_palette [256];
BITMAP *splash_bitmap = load_bitmap("gfx//splash.bmp", splash_palette);
if (splash_bitmap == NULL)
{
set_gfx_mode(GFX_TEXT, 0, 0, 0, 0);
allegro_message("Failed to load in bitmap! (File not found?) \n%s", "splash.bmp");
exit(1);
}
*/
/* BITMAP *wait_bitmap = load_bitmap("gfx//wait.bmp", splash_palette);
if (wait_bitmap == NULL)
{
set_gfx_mode(GFX_TEXT, 0, 0, 0, 0);
allegro_message("Failed to load in bitmap! (File not found?) \n%s", "wait.bmp");
exit(1);
}*/
vsync();
clear_to_color(screen, 0);
rectfill(screen, 100, 0, 700, 600, COL_BACK1);
textprintf_centre_ex(screen, font, 400, 300, -1, -1, "loading . . .");
/*
int l = 0;
int ly = 10;
for (l = 0; l < 900000; l ++)
{
if (key [KEY_ESC])
exit(1);
if ((l >> 10) != (l / 1024))
{
textprintf_ex(screen, font, 40, ly, -1, -1, "%i %i %i", l, l >> 10, l / 1024);
ly += 10;
}
}*/
/*
end splash
*/
//#define FIX_FONT
#ifdef FIX_FONT
int i, j;
BITMAP *font_bitmap = load_up_bitmap("g_font4.bmp");
int back_col = getpixel(font_bitmap, 0, 0);
int back_col2 = getpixel(font_bitmap, 1, 0);
int out_col = getpixel(font_bitmap, 17, 4);
int white_col = getpixel(font_bitmap, 18, 4);
// int lgrey_col = getpixel(font_bitmap, 8, 19);
for (i = 0; i < font_bitmap->w; i ++)
{
for (j = 0; j < font_bitmap->h; j ++)
{
if (getpixel(font_bitmap, i, j) == back_col
|| getpixel(font_bitmap, i, j) == back_col2)
{
putpixel(font_bitmap, i, j, 255);
continue;
}
if (getpixel(font_bitmap, i, j) == out_col)
{
putpixel(font_bitmap, i, j, COL_OUTLINE);
continue;
}
if (getpixel(font_bitmap, i, j) == white_col)
{
putpixel(font_bitmap, i, j, COL_WHITE);
continue;
}
/* if (getpixel(font_bitmap, i, j) == lgrey_col)
{
putpixel(font_bitmap, i, j, COL_LGREY);
continue;*/
}
}
save_bitmap("g_font3.bmp", font_bitmap, palet);
#endif
drawing_mode(DRAW_MODE_SOLID, NULL, 0, 0);
//prepare_trans_rles();
prepare_s_enemy_rles();
prepare_player_rles();
prepare_circles();
prepare_barrels();
prepare_l_enemy_rles();
// prepare_enemy_bullets();
// prepare_platform_rles();
display = new_bitmap(600, 600, "Display");
BITMAP *temp_white_bitmap = load_up_bitmap("gfx//white.bmp");
fix_outline(temp_white_bitmap);
white_RLE = extract_rle_sprite(temp_white_bitmap, 1, 1, 280, 53);
destroy_bitmap(temp_white_bitmap);
}
void prepare_circles(void)
{
// int cx, cy, ci, cs, ca, cd, cj, cn;
int i, j;
BITMAP *temp_bitmap;
for (i = 0; i < RLE_BCIRCLES; i ++)
{
temp_bitmap = new_bitmap((i + 1) * 2, (i + 1) * 2, "prepare bcircles");
clear_bitmap(temp_bitmap);
for (j = 0; j < 3; j ++)
{
circlefill(temp_bitmap, i + 1, i + 1, i, COL_BCIRCLE_1 + j);
circle(temp_bitmap, i + 1, i + 1, i, COL_BCIRCLE_OUT_1 + j);
RLE_bcircle [j] [i] = get_rle_sprite(temp_bitmap);
}
destroy_bitmap(temp_bitmap);
}
int rad;
for (i = 0; i < RLE_CCIRCLES; i ++)
{
temp_bitmap = new_bitmap((i + 1) * 2, (i + 1) * 2, "prepare ccircles");
clear_bitmap(temp_bitmap);
for (j = 0; j < 4; j ++)
{
rad = i;
circlefill(temp_bitmap, i + 1, i + 1, rad, beam_colours [j] [0]);
rad *= 0.90;
if (rad > 0)
circlefill(temp_bitmap, i + 1, i + 1, rad, beam_colours [j] [1]);
rad *= 0.90;
if (rad > 0)
circlefill(temp_bitmap, i + 1, i + 1, rad, beam_colours [j] [2]);
RLE_ccircle_3cols [j] [i] = get_rle_sprite(temp_bitmap);
rad *= 0.90;
if (rad > 0)
circlefill(temp_bitmap, i + 1, i + 1, rad, beam_colours [j] [3]);
/*
for (ci = 0; ci < 3 + i; ci ++)
{
ca = grand(ANGLE_1);
cd = i - grand(3) - grand(3);
cx = i + 1 + xpart(ca, cd);
cy = i + 1 + ypart(ca, cd);
cs = 1 + grand(3) + grand(i / 10);
if (cs > i/2)
cs = i/2;
cn = cs;
if (cn > 5)
cn = 5;
for (cj = 0; cj < cn; cj ++)
{
circlefill(temp_bitmap, cx, cy, cj, beam_colours [j] [5 - cj]);
}
}
*/
RLE_ccircle_4cols [j] [i] = get_rle_sprite(temp_bitmap);
rad *= 0.90;
if (rad > 0)
circlefill(temp_bitmap, i + 1, i + 1, rad, beam_colours [j] [4]);
RLE_ccircle_basic [j] [i] = get_rle_sprite(temp_bitmap);
}
destroy_bitmap(temp_bitmap);
}
int rad2;
for (i = 0; i < 30; i ++)
{
rad = i + 15; // see below
temp_bitmap = new_bitmap((rad + 1) * 2, (rad + 1) * 2, "prepare small_shock");
clear_bitmap(temp_bitmap);
for (j = 0; j < 4; j ++)
{
rad = i + 15; // see above
rad2 = rad;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [0]);
if (i < 22)
{
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [2]);
}
if (i < 22 && 0)
{
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [4]);
}
if (i < 22)
{
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [3]);
}
if (i < 24)
{
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [2]);
}
if (i < 26)
{
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [1]);
}
if (i < 28)
{
rad2 -= 2;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [0]);
}
rad2 -= 2;
if (rad2 > -1)
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, 0);
RLE_small_shock [j] [i] = get_rle_sprite(temp_bitmap);
}
destroy_bitmap(temp_bitmap);
}
for (i = 0; i < 50; i ++)
{
rad = i + 25; // see below
temp_bitmap = new_bitmap((rad + 1) * 2, (rad + 1) * 2, "prepare large_shock");
clear_bitmap(temp_bitmap);
for (j = 0; j < 4; j ++)
{
rad = i + 25; // see above
rad2 = rad;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [0]);
if (i < 42)
{
rad2 --;
if (i < 32)
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [2]);
}
if (i < 42 && 0)
{
rad2 --;
if (i < 34)
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [4]);
}
if (i < 42)
{
rad2 --;
if (i < 36)
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [3]);
}
if (i < 44)
{
rad2 --;
if (i < 38)
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [2]);
}
if (i < 46)
{
rad2 --;
if (i < 40)
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [1]);
}
if (i < 48)
{
rad2 -= 2;
if (i < 42)
rad2 -= 2;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [0]);
}
rad2 -= 2;
if (i < 44)
rad2 -= 2;
if (rad2 > -1)
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, 0);
RLE_large_shock [j] [i] = get_rle_sprite(temp_bitmap);
}
destroy_bitmap(temp_bitmap);
}
for (i = 0; i < 50; i ++)
{
rad = i + 50; // see below
temp_bitmap = new_bitmap((rad + 1) * 2, (rad + 1) * 2, "prepare huge_shock");
clear_bitmap(temp_bitmap);
for (j = 0; j < 3; j ++)
{
rad = i + 50; // see above
rad2 = rad;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [0]);
if (i < 42)
{
rad2 --;
if (i < 32)
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [2]);
}
if (i < 42 && 0)
{
rad2 --;
if (i < 34)
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [4]);
}
if (i < 42)
{
rad2 --;
if (i < 36)
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [3]);
}
if (i < 44)
{
rad2 --;
if (i < 38)
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [2]);
}
if (i < 46)
{
rad2 --;
if (i < 40)
rad2 --;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [1]);
}
if (i < 48)
{
rad2 -= 2;
if (i < 42)
rad2 -= 2;
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, beam_colours [j] [0]);
}
rad2 -= 2;
if (i < 44)
rad2 -= 2;
if (rad2 > -1)
circlefill(temp_bitmap, rad + 1, rad + 1, rad2, 0);
RLE_huge_shock [j] [i] = get_rle_sprite(temp_bitmap);
}
destroy_bitmap(temp_bitmap);
}
temp_bitmap = new_bitmap(13, 13, "prepare ibullets");
#define IB_CENTRE 6
for (j = 0; j < 4; j ++)
{
for (i = 0; i < IBULLETS; i ++)
{
rad = IBULLETS - i;
clear_bitmap(temp_bitmap);
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, IBULLETS, beam_colours [j] [0]);
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, IBULLETS - 1, beam_colours [j] [2]);
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, IBULLETS - 2, beam_colours [j] [4]);
if (rad > 0)
{
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, rad, beam_colours [j] [2]);
rad --;
if (rad > 0)
{
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, rad, beam_colours [j] [0]);
rad --;
if (rad > 0)
{
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, rad, beam_colours [j] [2]);
rad --;
if (rad > 0)
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, rad, beam_colours [j] [4]);
}
}
}
RLE_ibullet [j] [i] = get_rle_sprite(temp_bitmap);
}
}
int col1, col2;
int second_col1, second_col2;
for (j = 0; j < 3; j ++)
{
switch(j)
{
default: col1 = 0; col2 = 1; break;
case 1: col1 = 0; col2 = 2; break;
case 2: col1 = 1; col2 = 2; break;
}
for (i = 0; i < IBULLETS_2; i ++)
{
rad = IBULLETS - i;
if (rad < 1)
rad += IBULLETS;
clear_bitmap(temp_bitmap);
if (i < IBULLETS)
{
second_col1 = col1;
second_col2 = col2;
}
else
{
second_col1 = col2;
second_col2 = col1;
}
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, IBULLETS, TRANS_RED1 + (TRANS_DIFFERENCE * second_col1));
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, IBULLETS - 1, TRANS_RED3 + (TRANS_DIFFERENCE * second_col1));
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, IBULLETS - 2, TRANS_RED5 + (TRANS_DIFFERENCE * second_col1));
if (rad > 0)
{
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, rad, TRANS_RED3 + (TRANS_DIFFERENCE * second_col2));
rad --;
if (rad > 0)
{
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, rad, TRANS_RED1 + (TRANS_DIFFERENCE * second_col2));
rad --;
if (rad > 0)
{
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, rad, TRANS_RED3 + (TRANS_DIFFERENCE * second_col2));
rad --;
if (rad > 0)
circlefill(temp_bitmap, IB_CENTRE, IB_CENTRE, rad, TRANS_RED5 + (TRANS_DIFFERENCE * second_col2));
}
}
}
RLE_ibullet_2 [j] [i] = get_rle_sprite(temp_bitmap);
}
}
destroy_bitmap(temp_bitmap);
for (i = 0; i < RLE_RINGS; i ++)
{
rad = i + 3;
temp_bitmap = new_bitmap((rad + 1) * 2, (rad + 1) * 2, "prepare rings");
clear_bitmap(temp_bitmap);
//for (j = 0; j < 3; j ++)
{
circlefill(temp_bitmap, rad + 1, rad + 1, rad, TRANS_RED1);
circlefill(temp_bitmap, rad + 1, rad + 1, rad - 1, TRANS_RED2);
circlefill(temp_bitmap, rad + 1, rad + 1, rad - 2, TRANS_RED1);
circlefill(temp_bitmap, rad + 1, rad + 1, rad - 3, 0);
RLE_ring [i] = get_rle_sprite(temp_bitmap);
}
destroy_bitmap(temp_bitmap);
}
for (i = 0; i < RLE_RINGS; i ++)
{
rad = i + 3;
temp_bitmap = new_bitmap((rad + 1) * 2, (rad + 1) * 2, "prepare bright rings");
clear_bitmap(temp_bitmap);
//for (j = 0; j < 3; j ++)
{
circlefill(temp_bitmap, rad + 1, rad + 1, rad, TRANS_RED1);
circlefill(temp_bitmap, rad + 1, rad + 1, rad - 1, TRANS_RED2);
circlefill(temp_bitmap, rad + 1, rad + 1, rad - 2, TRANS_RED3);
circlefill(temp_bitmap, rad + 1, rad + 1, rad - 3, TRANS_RED2);
circlefill(temp_bitmap, rad + 1, rad + 1, rad - 4, TRANS_RED1);
circlefill(temp_bitmap, rad + 1, rad + 1, rad - 5, 0);
RLE_bright_ring [i] = get_rle_sprite(temp_bitmap);
}
destroy_bitmap(temp_bitmap);
}
}
void prepare_player_rles(void)
{
BITMAP *file_bitmap = load_up_bitmap("gfx//player.bmp");
fix_outline(file_bitmap);
eRLE_player [S_PLAYER1_1] = extract_rle_sprite(file_bitmap, 1, 1, 33, 30);
eRLE_player [S_PLAYER1_2] = extract_rle_sprite(file_bitmap, 35, 1, 33, 30);
eRLE_player [S_PLAYER1_3] = extract_rle_sprite(file_bitmap, 69, 1, 33, 30);
eRLE_player [S_PLAYER2_1] = extract_rle_sprite(file_bitmap, 1, 32, 39, 28);
eRLE_player [S_PLAYER2_2] = extract_rle_sprite(file_bitmap, 41, 32, 41, 29);
eRLE_player [S_PLAYER2_3] = extract_rle_sprite(file_bitmap, 83, 32, 43, 30);
eRLE_player [S_PLAYER3_1] = extract_rle_sprite(file_bitmap, 141, 3, 45, 28);
eRLE_player [S_PLAYER4_1] = extract_rle_sprite(file_bitmap, 107, 3, 33, 12);
eRLE_player [S_PLAYER4_2] = extract_rle_sprite(file_bitmap, 281, 53, 33, 12);
eRLE_player [S_PLAYER4_3] = extract_rle_sprite(file_bitmap, 315, 53, 33, 13);
eRLE_player [S_PLAYER4_1L] = extract_rle_sprite(file_bitmap, 31, 72, 33, 16);
eRLE_player [S_PLAYER4_2L] = extract_rle_sprite(file_bitmap, 64, 72, 33, 17);
eRLE_player [S_PLAYER4_3L] = extract_rle_sprite(file_bitmap, 97, 72, 33, 18);
eRLE_player [S_PLAYER5_1] = extract_rle_sprite(file_bitmap, 238, 6, 35, 36);
eRLE_player [S_PLAYER5_2] = extract_rle_sprite(file_bitmap, 275, 6, 33, 37);
eRLE_player [S_PLAYER5_3] = extract_rle_sprite(file_bitmap, 312, 6, 31, 38);
eRLE_player [S_PLAYER6_1] = extract_rle_sprite(file_bitmap, 425, 49, 33, 33);
/*
eRLE_small1 [S_ENEMY_SWOOPER1_1] = extract_rle_sprite(file_bitmap, 1, 1, 31, 32);
eRLE_small1 [S_ENEMY_SWOOPER1_2] = extract_rle_sprite(file_bitmap, 33, 1, 33, 32);
eRLE_small1 [S_ENEMY_SWOOPER1_3] = extract_rle_sprite(file_bitmap, 67, 1, 35, 32);
eRLE_small1 [S_ENEMY_SWOOPER1_4] = extract_rle_sprite(file_bitmap, 103, 1, 37, 34);
eRLE_small1 [S_ENEMY_DARTER1_MAIN] = extract_rle_sprite(file_bitmap, 141, 1, 49, 51);
eRLE_small1 [S_ENEMY_DARTER1_CENTRE] = extract_rle_sprite(file_bitmap, 219, 1, 27, 28);
eRLE_small1 [S_ENEMY_DARTER1_TOP] = extract_rle_sprite(file_bitmap, 191, 1, 27, 14);
eRLE_small1 [S_ENEMY_DARTER1_INNER_L] = extract_rle_sprite(file_bitmap, 192, 16, 14, 41);
eRLE_small1 [S_ENEMY_DARTER1_OUTER_L] = extract_rle_sprite(file_bitmap, 207, 16, 9, 31);
eRLE_small1 [S_ENEMY_DARTER1_INNER_R] = extract_flip_rle_sprite(file_bitmap, 192, 16, 14, 41, FLIP_H);
eRLE_small1 [S_ENEMY_DARTER1_OUTER_R] = extract_flip_rle_sprite(file_bitmap, 207, 16, 9, 31, FLIP_H);
*/
destroy_bitmap(file_bitmap);
}
void prepare_s_enemy_rles(void)
{
BITMAP *file_bitmap = load_up_bitmap("gfx//small.bmp");
fix_outline(file_bitmap);
eRLE_small1 [S_ENEMY_FIGHTER] = extract_rle_sprite(file_bitmap, 1, 1, 29, 27);
eRLE_small1 [S_ENEMY_FIGHTER_2] = extract_rle_sprite(file_bitmap, 31, 1, 29, 27);
eRLE_small1 [S_ENEMY_FIGHTER_3] = extract_rle_sprite(file_bitmap, 61, 1, 31, 28);
eRLE_small1 [S_ENEMY_FIGHTER2] = extract_rle_sprite(file_bitmap, 93, 1, 41, 27);
eRLE_small1 [S_ENEMY_FIGHTER2_2] = extract_rle_sprite(file_bitmap, 135, 1, 41, 27);
eRLE_small1 [S_ENEMY_FIGHTER2_3] = extract_rle_sprite(file_bitmap, 177, 1, 41, 27);
eRLE_small1 [S_ENEMY_FIGHTER2_4] = extract_rle_sprite(file_bitmap, 219, 1, 43, 27);
eRLE_small1 [S_ENEMY_FIGHTER3] = extract_rle_sprite(file_bitmap, 1, 29, 35, 32);
eRLE_small1 [S_ENEMY_FIGHTER3_2] = extract_rle_sprite(file_bitmap, 37, 31, 37, 32);
eRLE_small1 [S_ENEMY_FIGHTER3_3] = extract_rle_sprite(file_bitmap, 75, 31, 39, 32);
eRLE_small1 [S_ENEMY_FIGHTER4] = extract_rle_sprite(file_bitmap, 115, 31, 39, 29);
eRLE_small1 [S_ENEMY_MACHINE] = extract_rle_sprite(file_bitmap, 155, 30, 43, 39);
eRLE_small1 [S_ENEMY_MACHINE_2] = extract_rle_sprite(file_bitmap, 199, 30, 47, 39);
eRLE_small1 [S_ENEMY_MACHINE_3] = extract_rle_sprite(file_bitmap, 247, 30, 51, 40);
eRLE_small1 [S_ENEMY_MACHINE_4] = extract_rle_sprite(file_bitmap, 300, 30, 55, 41);
eRLE_small1 [S_ENEMY_MACHINE2] = extract_rle_sprite(file_bitmap, 356, 1, 85, 43);
eRLE_small1 [S_ENEMY_MACHINE2_2] = extract_rle_sprite(file_bitmap, 359, 47, 87, 44);
eRLE_small1 [S_ENEMY_MACHINE2_3] = extract_rle_sprite(file_bitmap, 442, 1, 89, 45);
eRLE_small1 [S_ENEMY_MACHINE2_4] = extract_rle_sprite(file_bitmap, 450, 47, 91, 46);
eRLE_small1 [S_ENEMY_FIGHTER5] = extract_rle_sprite(file_bitmap, 534, 2, 39, 32);
eRLE_small1 [S_ENEMY_FIGHTER5_2] = extract_rle_sprite(file_bitmap, 574, 2, 41, 33);
eRLE_small1 [S_ENEMY_FIGHTER5_3] = extract_rle_sprite(file_bitmap, 616, 2, 43, 34);
eRLE_small1 [S_ENEMY_FIGHTER6] = extract_rle_sprite(file_bitmap, 543, 39, 37, 33);
eRLE_small1 [S_ENEMY_MEDIUM] = extract_rle_sprite(file_bitmap, 660, 2, 41, 53);
eRLE_small1 [S_ENEMY_MEDIUM_2] = extract_rle_sprite(file_bitmap, 702, 2, 42, 54);
eRLE_small1 [S_ENEMY_MEDIUM_3] = extract_rle_sprite(file_bitmap, 745, 2, 42, 55);
eRLE_small1 [S_ENEMY_MEDIUM_4] = extract_rle_sprite(file_bitmap, 788, 2, 42, 56);
eRLE_small1 [S_ENEMY_RISER] = extract_rle_sprite(file_bitmap, 831, 2, 37, 48);
eRLE_small1 [S_ENEMY_RISER_2] = extract_rle_sprite(file_bitmap, 869, 2, 37, 48);
eRLE_small1 [S_ENEMY_RISER_3] = extract_rle_sprite(file_bitmap, 907, 2, 37, 48);
eRLE_small1 [S_ENEMY_RISER_4] = extract_rle_sprite(file_bitmap, 945, 2, 37, 48);
eRLE_small1 [S_ENEMY_RISER_5] = extract_rle_sprite(file_bitmap, 983, 2, 37, 48);
eRLE_small1 [S_ENEMY_MACHINE3] = extract_rle_sprite(file_bitmap, 1023, 1, 65, 56);
eRLE_small1 [S_ENEMY_MACHINE3_2] = extract_rle_sprite(file_bitmap, 1089, 1, 67, 57);
eRLE_small1 [S_ENEMY_MACHINE3_3] = extract_rle_sprite(file_bitmap, 1157, 1, 69, 58);
eRLE_small1 [S_ENEMY_MACHINE3_4] = extract_rle_sprite(file_bitmap, 1228, 1, 71, 59);
eRLE_small1 [S_ENEMY_FIGHTER7] = extract_rle_sprite(file_bitmap, 1301, 1, 43, 27);
eRLE_small1 [S_ENEMY_FIGHTER8] = extract_rle_sprite(file_bitmap, 1301, 29, 27, 24);
/*
eRLE_small1 [S_ENEMY_SWOOPER1_1] = extract_rle_sprite(file_bitmap, 1, 1, 31, 32);
eRLE_small1 [S_ENEMY_SWOOPER1_2] = extract_rle_sprite(file_bitmap, 33, 1, 33, 32);
eRLE_small1 [S_ENEMY_SWOOPER1_3] = extract_rle_sprite(file_bitmap, 67, 1, 35, 32);
eRLE_small1 [S_ENEMY_SWOOPER1_4] = extract_rle_sprite(file_bitmap, 103, 1, 37, 34);
eRLE_small1 [S_ENEMY_DARTER1_MAIN] = extract_rle_sprite(file_bitmap, 141, 1, 49, 51);
eRLE_small1 [S_ENEMY_DARTER1_CENTRE] = extract_rle_sprite(file_bitmap, 219, 1, 27, 28);
eRLE_small1 [S_ENEMY_DARTER1_TOP] = extract_rle_sprite(file_bitmap, 191, 1, 27, 14);
eRLE_small1 [S_ENEMY_DARTER1_INNER_L] = extract_rle_sprite(file_bitmap, 192, 16, 14, 41);
eRLE_small1 [S_ENEMY_DARTER1_OUTER_L] = extract_rle_sprite(file_bitmap, 207, 16, 9, 31);
eRLE_small1 [S_ENEMY_DARTER1_INNER_R] = extract_flip_rle_sprite(file_bitmap, 192, 16, 14, 41, FLIP_H);
eRLE_small1 [S_ENEMY_DARTER1_OUTER_R] = extract_flip_rle_sprite(file_bitmap, 207, 16, 9, 31, FLIP_H);
*/
destroy_bitmap(file_bitmap);
}
void prepare_l_enemy_rles(void)
{
// this will 'coat' a section of a bitmap file with outline pixels. Because doing it manually with the GIMP is a pain.
#ifdef FIXING
RGB temp_palette [256];
BITMAP *temp_bitmap = load_bitmap("gfx//large.bmp", temp_palette);
// set_palette(temp_palette);
int col = getpixel(temp_bitmap, 2058, 23);
coat_file_sprite_xy(temp_bitmap, col, 2200, 0, 2474, 199);
save_bitmap("olarge.bmp", temp_bitmap, temp_palette);
#endif
BITMAP *file_bitmap = load_up_bitmap("gfx//large.bmp");
fix_outline(file_bitmap);
eRLE_large1 [L_ENEMY_DOUBLE] = extract_rle_sprite(file_bitmap, 1, 1, 65, 73);
eRLE_large1 [L_ENEMY_DOME] = extract_rle_sprite(file_bitmap, 67, 1, 69, 116);
eRLE_large1 [L_ENEMY_BIG] = extract_rle_sprite(file_bitmap, 138, 1, 79, 138);
eRLE_large1 [L_ENEMY_BIG2] = extract_rle_sprite(file_bitmap, 219, 1, 145, 132);
eRLE_large1 [L_ENEMY_DOUBLE2] = extract_rle_sprite(file_bitmap, 365, 1, 145, 94);
eRLE_large1 [L_ENEMY_DOUBLE3] = extract_rle_sprite(file_bitmap, 365, 113, 163, 81);
eRLE_large1 [L_ENEMY_BIG3] = extract_rle_sprite(file_bitmap, 144, 142, 179, 103);
eRLE_large1 [L_ENEMY_BOSS1_1] = extract_rle_sprite(file_bitmap, 512, 8, 297, 133);
eRLE_large1 [L_ENEMY_DOME2] = extract_rle_sprite(file_bitmap, 1, 118, 79, 96);
eRLE_large1 [L_ENEMY_WIDE1] = extract_rle_sprite(file_bitmap, 531, 144, 151, 52);
eRLE_large1 [L_ENEMY_WIDE1_2] = extract_rle_sprite(file_bitmap, 530, 197, 153, 52);
eRLE_large1 [L_ENEMY_WIDE1_3] = extract_rle_sprite(file_bitmap, 683, 144, 155, 52);
eRLE_large1 [L_ENEMY_WIDE1_4] = extract_rle_sprite(file_bitmap, 684, 197, 157, 52);
eRLE_large1 [L_ENEMY_BIG4] = extract_rle_sprite(file_bitmap, 810, 2, 121, 99);
eRLE_large1 [L_ENEMY_DOUBLE4] = extract_rle_sprite(file_bitmap, 933, 5, 193, 107);
eRLE_large1 [L_ENEMY_DOME3] = extract_rle_sprite(file_bitmap, 845, 111, 83, 99);
destroy_bitmap(file_bitmap);
file_bitmap = load_up_bitmap("gfx//large2.bmp");
fix_outline(file_bitmap);
eRLE_large2 [L_ENEMY2_BOSS1_2] = extract_rle_sprite(file_bitmap, 2, 3, 297, 124);
eRLE_large2 [L_ENEMY2_BOSS1_3] = extract_rle_sprite(file_bitmap, 2, 132, 297, 134);
eRLE_large2 [L_ENEMY2_BOSS2_1] = extract_rle_sprite(file_bitmap, 2, 270, 321, 218);
eRLE_large2 [L_ENEMY2_BOSS2_2] = extract_rle_sprite(file_bitmap, 9, 494, 107, 70);
eRLE_large2 [L_ENEMY2_BOSS3_1] = extract_rle_sprite(file_bitmap, 119, 490, 295, 170);
eRLE_large2 [L_ENEMY2_BOSS3_2] = extract_rle_sprite(file_bitmap, 2, 663, 289, 172);
eRLE_large2 [L_ENEMY2_BOSS3_0] = extract_rle_sprite(file_bitmap, 4, 840, 257, 126);
/* blit(file_bitmap, screen, 0, 0, 0, 0, 800, 600);
do
{
rest(20);
} while(!key [KEY_8]);*/
destroy_bitmap(file_bitmap);
}
void prepare_trans_rles(void)
{
BITMAP *file_bitmap = load_up_bitmap("gfx//trans.bmp");
fix_trans(file_bitmap);
/*
extract_rle_struct2(file_bitmap, RLE_mg_shock, 1, 1, 1, 1, 0);
extract_rle_struct2(file_bitmap, RLE_mg_shock, 3, 1, 3, 3, 1);
extract_rle_struct2(file_bitmap, RLE_mg_shock, 7, 1, 7, 7, 2);
extract_rle_struct2(file_bitmap, RLE_mg_shock, 15, 1, 9, 9, 3);
extract_rle_struct2(file_bitmap, RLE_mg_shock, 25, 1, 11, 11, 4);
extract_rle_struct2(file_bitmap, RLE_mg_shock, 37, 1, 13, 13, 5);
extract_rle_struct2(file_bitmap, RLE_mg_shock, 51, 1, 17, 17, 6);
extract_rle_struct2(file_bitmap, RLE_mg_shock, 69, 1, 19, 19, 7);
extract_rle_struct2(file_bitmap, RLE_mg_shock, 89, 1, 21, 21, 8);
*/
destroy_bitmap(file_bitmap);
}
void prepare_barrels(void)
{
int i;
BITMAP *temp_bitmap;
temp_bitmap = new_bitmap(20, 20, "prepare_barrels1");
int inc = ANGLE_1 / SMALL_ROTATIONS;
int angle;
for (i = 0; i < SMALL_ROTATIONS; i ++)
{
clear_bitmap(temp_bitmap);
angle = i * inc;
bordered_poly4(temp_bitmap,
10 + xpart(angle + ANGLE_16, 4), 10 + ypart(angle + ANGLE_16, 4),
10 + xpart(angle - ANGLE_16, 4), 10 + ypart(angle - ANGLE_16, 4),
10 - xpart(angle + ANGLE_16, 4), 10 - ypart(angle + ANGLE_16, 4),
10 - xpart(angle - ANGLE_16, 4), 10 - ypart(angle - ANGLE_16, 4),
COL_COL4, COL_COL1);
// circlefill(temp_bitmap, 10, 10, 5, COL_BACK2);
new_rle_struct(temp_bitmap, "barrel1 RLE", &RLE_barrel1 [i], -1);
} // end for i
destroy_bitmap(temp_bitmap);
}
/*
void prepare_enemy_bullets(void)
{
int i;//, o;
BITMAP *temp_bitmap;
temp_bitmap = new_bitmap(50, 50, "prepare_glass_bullets");
int inc = ANGLE_1 / SMALL_ROTATIONS;
int angle;
for (i = 0; i < SMALL_ROTATIONS; i ++)
{
clear_bitmap(temp_bitmap);
angle = i * inc;
bordered_poly4(temp_bitmap,
25 + xpart(angle, 23), 25 + ypart(angle, 23),
25 + xpart(angle + ANGLE_8, 11), 25 + ypart(angle + ANGLE_8, 11),
25, 25,
25 + xpart(angle - ANGLE_8, 11), 25 + ypart(angle - ANGLE_8, 11),
col, border);
new_rle_struct_colours(temp_bitmap, "prepare dart bullets", dart_bullet, -1, i, TCOL_B1, TCOL_B5);
// Now let's make small darts:
clear_bitmap(temp_bitmap);
angle = i * inc;
bordered_poly4(temp_bitmap,
25 + xpart(angle, 17), 25 + ypart(angle, 17),
25 + xpart(angle + ANGLE_8, 7), 25 + ypart(angle + ANGLE_8, 7),
25, 25,
25 + xpart(angle - ANGLE_8, 7), 25 + ypart(angle - ANGLE_8, 7),
col, border);
new_rle_struct_colours(temp_bitmap, "prepare sdart bullets", sdart_bullet, -1, i, TCOL_B1, TCOL_B5);
// now let's do circles!!
int j;
for (i = 0; i < RLE_CIRCLES; i ++)
{
temp_bitmap = new_bitmap((i + 1) * 2, (i + 1) * 2, "prepare circles");
clear_bitmap(temp_bitmap);
// clear_to_color(temp_bitmap, TRANS_YELLOW_OUT);
for (j = 0; j < 9; j ++)
{
circlefill(temp_bitmap, i + 1, i + 1, i, 28 + j * 26);
circle(temp_bitmap, i + 1, i + 1, i, 15 + j * 26);
RLE_circle [i] [j] = get_rle_sprite(temp_bitmap);
}
destroy_bitmap(temp_bitmap);
}
// now it's beam time!
temp_bitmap = new_bitmap(60, 60, "prepare beams");
for (i = 0; i < SMALL_ROTATIONS; i ++)
{
clear_bitmap(temp_bitmap);
angle = i * inc;
fast_bordered_poly4(temp_bitmap,
30 + xpart(angle, 25) + xpart(angle + ANGLE_4, 4), 30 + ypart(angle, 25) + ypart(angle + ANGLE_4, 4),
30 + xpart(angle, 25) + xpart(angle - ANGLE_4, 4), 30 + ypart(angle, 25) + ypart(angle - ANGLE_4, 4),
30 - xpart(angle, 25) + xpart(angle - ANGLE_4, 4), 30 - ypart(angle, 25) + ypart(angle - ANGLE_4, 4),