/*Updates map portion of screen*/
void update_map(screen_t* my_screen){
car_t* player = &my_screen->vw.player;
car_t* cpu = my_screen->vw.cpu;
int i;
int xblit = cord2px(player->bound_box.x);
int yblit = cord2px(player->bound_box.y);
pthread_mutex_lock(&my_screen->sems.pcar_mux);
blit(my_screen->map.background, screen, xblit -10, yblit-10, xblit-10, yblit-10, cord2px(player->bound_box.w)+20, cord2px(player->bound_box.h)+20);
for(i = 0; i<CPUCARS; i++){
if(cpu[i].alive){
pthread_mutex_lock(&my_screen->sems.cpucar_mux[i]);
xblit = cord2px(cpu[i].bound_box.x);
yblit = cord2px(cpu[i].bound_box.y);
blit(my_screen->map.background, screen, xblit-10, yblit-10, xblit-10, yblit-10, cord2px(cpu[i].bound_box.w)+20, cord2px(cpu[i].bound_box.h)+20);
}
}
for(i=0;i<CPUCARS; i++)
if(cpu[i].alive){
rotate_sprite(screen, cpu[i].sprite, carx2px(cpu[i].pos.x), cary2px(cpu[i].pos.y), ftofix(cpu[i].angle*256/360));
pthread_mutex_unlock(&my_screen->sems.cpucar_mux[i]);
}
rotate_sprite(screen, player->sprite, carx2px(player->pos.x), cary2px(player->pos.y), ftofix(player->angle*256/360));
pthread_mutex_unlock(&my_screen->sems.pcar_mux);
}
/********************************************//**
* \brief Affiche les obstacles - ATTENTION ILS TOURNENT TOUS
*
* \param page BITMAP* Buffer d'affichage
* \param images BITMAP** Tableau de BITAMAP -> obstacles
* \param scroll_x int
* \param nbr_obstacle int Taille du tableau d'obstacles
* \param obstacle t_obstacle* Info des obstacles
* \return void
*
***********************************************/
void afficher_obstacle(BITMAP* page,BITMAP** images,int scroll_x, int nbr_obstacle,t_obstacle* obstacle)
{
int i;
for (i = 0 ; i < nbr_obstacle ; i ++ )
{
if (obstacle[i].type != 2)
rotate_sprite(page,images[obstacle[i].type],obstacle[i].coord.x-scroll_x,obstacle[i].coord.y,itofix(scroll_x));
else
{
draw_sprite(page,images[obstacle[i].type],obstacle[i].coord.x-scroll_x,obstacle[i].coord.y);
rotate_sprite(page,images[obstacle[i].type],obstacle[i].coord2.x-scroll_x,obstacle[i].coord2.y,itofix(64*2));
}
}
}
void printaTabuleiro(JOGO_T *jogo){
rotate_sprite( jogo->bmpbuffer, jogo->tabuleiro.imagem,
jogo->tabuleiro.bmpx0, jogo->tabuleiro.bmpy0, itofix(ANGULO_INT));
/*draw_sprite(jogo->bmpbuffer, jogo->tabuleiro.imagem,
jogo->tabuleiro.bmpx0 , jogo->tabuleiro.bmpy0);*/
}
/********************************************//**
* \brief Affiche les bonus sur le buffer
*
* \param page BITMAP* Buffer d'affichage
* \param images BITMAP** Tableau d'images
* \param scroll_x int Scroll de l'ecran
* \param nbr_bonus int Nb de bonus (ie taille du tableau)
* \param bonus t_bonus* Donnees des bonus
* \return void
*
***********************************************/
void afficher_bonus(BITMAP* page,BITMAP** images,int scroll_x,int nbr_bonus, t_bonus* bonus)
{
int i;
for (i=0 ; i<nbr_bonus ; i ++ )
{
if (bonus[i].vivant)
rotate_sprite(page,images[bonus[i].type],bonus[i].coord.x-scroll_x,bonus[i].coord.y,itofix(scroll_x));
}
}
void Animation::drawRotatedFrame(BITMAP *dest, int frame, int x, int y, int angle, bool vflip)
{
BITMAP *src = getFrame(frame);
if (vflip) {
rotate_sprite_v_flip(dest, src, x, y, itofix(angle));
} else {
rotate_sprite(dest, src, x, y, itofix(angle));
}
}
void draw_crusher(BITMAP *bmp)
{
static fixed angle = 0;
int x, y, x1, y1, x2, y2;
x = crusher.x+crusher.w/2-get_bitmap(BMP_CRUSHER)->w/2;
y = crusher.y+crusher.h/2-get_bitmap(BMP_CRUSHER)->h/2+8;
/* crusher body */
draw_sprite(bmp, get_bitmap(BMP_CRUSHER), x, y);
/* crusher motor */
draw_sprite(bmp, get_bitmap(BMP_CRUSHER_MOTOR),
x1 = x-get_bitmap(BMP_CRUSHER_MOTOR)->w+1+rand()%3-1,
y1 = y+rand()%3-1);
/* crusher pulley */
rotate_sprite(bmp, get_bitmap(BMP_CRUSHER_PULLEY),
x2 = x+17-get_bitmap(BMP_CRUSHER_PULLEY)->w/2+rand()%3-1,
y2 = y+13-get_bitmap(BMP_CRUSHER_PULLEY)->h/2+rand()%3-1,
angle);
/* strap */
do_line(bmp, x1+12, y1+8,
x2+get_bitmap(BMP_CRUSHER_PULLEY)->w/2-1, y2,
makecol(0, 0, 0), strap_proc);
do_line(bmp, x1+12, y1+18,
x2+get_bitmap(BMP_CRUSHER_PULLEY)->w/2-1,
y2+get_bitmap(BMP_CRUSHER_PULLEY)->h-1,
makecol(0, 0, 0), strap_proc);
angle = fadd(angle, itofix(16));
if (angle > itofix(256))
angle = fsub(angle, itofix(256));
/* scorer */
draw_sprite(bmp, get_bitmap(BMP_SCORER),
x+get_bitmap(BMP_CRUSHER)->w,
y+get_bitmap(BMP_CRUSHER)->h-get_bitmap(BMP_SCORER)->h);
/* alarm */
if (alarm_time_blue >= 0) {
masked_blit(get_bitmap(BMP_SCORER_ALARM), bmp, 0, 0,
x+get_bitmap(BMP_CRUSHER)->w+63,
y+get_bitmap(BMP_CRUSHER)->h-get_bitmap(BMP_SCORER)->h+27, 8, 9);
}
if (alarm_time_red >= 0) {
masked_blit(get_bitmap(BMP_SCORER_ALARM), bmp,
get_bitmap(BMP_SCORER_ALARM)->w-8, 0,
x+get_bitmap(BMP_CRUSHER)->w+75,
y+get_bitmap(BMP_CRUSHER)->h-get_bitmap(BMP_SCORER)->h+27, 8, 9);
}
}
/*Updates User Interface portion of screen*/
void update_ui(screen_t* my_screen){
car_t *player = &my_screen->vw.player;
double angle;
int i;
masked_blit(my_screen->ui.redspeedmeter, screen, 0, 0, 0, MAP_H, my_screen->ui.redspeedmeter->w, my_screen->ui.redspeedmeter->h);
pthread_mutex_lock(&my_screen->sems.pcar_mux);
angle = - 135 + player->vel * 3.6;
rotate_sprite(screen, my_screen->ui.needle, 66, MAP_H, ftofix(angle*256/360));
pthread_mutex_unlock(&my_screen->sems.pcar_mux);
for(i=0;i<CPUCARS; i++){
if(my_screen->vw.cpu[i].alive){
masked_blit(my_screen->ui.speedmeter, screen, 0, 0, UI_W -my_screen->ui.speedmeter->w *(1+i), MAP_H, my_screen->ui.speedmeter->w, my_screen->ui.speedmeter->h);
pthread_mutex_lock(&my_screen->sems.cpucar_mux[i]);
angle = - 135 + my_screen->vw.cpu[i].vel * 3.6;
rotate_sprite(screen, my_screen->ui.little_needle, UI_W -my_screen->ui.speedmeter->w *(1+i) + 49, MAP_H, ftofix(angle*256/360));
pthread_mutex_unlock(&my_screen->sems.cpucar_mux[i]);
}
}
}
Player::Player(int _bodyColor, int _faceColor, int _lengthX, int _lengthY, int _maxHealth):
Object(_lengthX, _lengthY, 4),
C(bodyColor), C(faceColor),
dir(rand() % 4), C(maxHealth) {
health = maxHealth;
rectfill(sprites[0], 0, 0, lengthX, lengthY, bodyColor);
rectfill(sprites[0], 7 * lengthX / 8, lengthY / 5,
lengthX, 4 * lengthY / 5,
faceColor);
for(int i = 1; i < 4; i++)
rotate_sprite(sprites[i], sprites[0], 0, 0, ftofix(i * 64));
}
void actualiser_bitmap_collision(float*mapx,t_listePerso* lp)
{
int i;
clear_to_color(collision,makecol(255,0,255));
masked_blit(niveau,collision,*mapx,0,0,0,SCREEN_W,SCREEN_H);
for (i=0; i<MAXI; i++)
{
if (lp->perso[i]!=NULL)
{
rotate_sprite(collision,lp->perso[i]->hitbox,lp->perso[i]->x,lp->perso[i]->y,ftofix(lp->perso[i]->angle));
}
}
}
void updateexplosion(int num)
{
int x, y,i;
for(i=0;i<MAXBULLET;i++){
if (!explosions[num]->alive) continue ;
//draw explosion (maxframe) times
if (explosions[num]->curframe++ < explosions[num]->maxframe)
{
x = explosions[num]->x;
y = explosions[num]->y;
//draw explosion in enemy window
rotate_sprite(buffer, explode_bmp,
x + rand()%10 - 20, y + rand()%10 - 20,
itofix(rand()%255));
//draw explosion in "my" window if enemy is visible
x = scrollx[!num] + SCROLLW/2;
y = scrolly[!num] + SCROLLH/2;
if (inside(x, y,
scrollx[num], scrolly[num],
scrollx[num] + SCROLLW, scrolly[num] + SCROLLH))
{
//but only draw if explosion is active
if (explosions[num]->alive)
rotate_sprite(buffer, explode_bmp,
startx[num]+x-scrollx[num] + rand()%10 - 20,
starty[num]+y-scrolly[num] + rand()%10 - 20,
itofix(rand()%255));
}
}
else
{
explosions[num]->alive = 0;
explosions[num]->curframe = 0;
}
}
}
void player_bullets_draw(player_bullet *b, int liczba, BITMAP *bufor)
{
for (int i = 0; i < liczba; i++)
{
clear_to_color(b[i].obraz_rot, makecol(255, 0, 255));
rotate_sprite(b[i].obraz_rot, b[i].obraz,
(b[i].obraz_rot->w - b[i].obraz->w) / 2,
(b[i].obraz_rot->h - b[i].obraz->h) / 2,
itofix((int) (256.0 * b[i].rot / (2.0 * pi))));
masked_blit(b[i].obraz_rot, bufor, 0, 0,
ex(b[i].h * sin(b[i].a)) / 2 - b[i].obraz_rot->w / 2,
ey(b[i].h * cos(b[i].a)) / 2 - b[i].obraz_rot->h / 2,
b[i].obraz_rot->w, b[i].obraz_rot->h);
}
}
void pon_tortuga(int x1,int y1,int orientacion){
switch (orientacion){
case 0: draw_sprite(buffer2, im_tortuga, 0,0);
break;
//case 1: rotate_sprite(buffer2,im_tortuga,0,0,itofix(64));
// break;
//case 2: rotate_sprite(buffer2,im_tortuga,0,0,itofix(128));
// break;
//case 3: rotate_sprite(buffer2,im_tortuga,0,0,itofix(192));
// break;
default:rotate_sprite(buffer2,im_tortuga,0,0,itofix(orientacion));break;
}
blit(buffer2, screen, 0,0,x1,y1,64,70);
}
void affichage(float*mapx,t_listePerso* lp)
{
int i;
blit(fond,page,*mapx/10,0,0,0,SCREEN_W,SCREEN_H);
masked_blit(niveau,page,*mapx,0,0,0,SCREEN_W,SCREEN_H);
for (i=0; i<MAXI; i++)
{
if (lp->perso[i]!=NULL)
{
rotate_sprite(page,oiseau[lp->perso[i]->imgcourante],lp->perso[i]->x,lp->perso[i]->y,ftofix(lp->perso[i]->angle));
}
}
// affichage sur le buffer
blit(page,screen,0,0,0,0,SCREEN_W,SCREEN_H);
}
void desenha_fumante(BITMAP *buffer, BITMAP *smoking, BITMAP *smoking_not,
BITMAP *gear, int fumante, int passos, int passos_total, int offset) {
if (estado_global[fumante] == Fazendo) {
int x = 550;
int y = offset;
BITMAP *tmp = create_bitmap(SCREEN_W, SCREEN_H);
blit(buffer, tmp, 0, 0, 0, 0, buffer->w, buffer->h);
fixed ang;
// Anda até o centro
for (passos = 0; passos < passos_total; ++passos, x-=10) {
blit(tmp, buffer, 0, 0, 0, 0, buffer->w, buffer->h);
draw_sprite(buffer, smoking_not, x, y);
blit(buffer, screen, 0, 0, 0, 0, buffer->w, buffer->h);
rest_callback(75, callback);
}
// Faz o cigarro
for (ang = 0, passos = 0; passos < passos_total*3; ang += 37, ++passos) {
blit(tmp, buffer, 0, 0, 0, 0, buffer->w, buffer->h);
draw_sprite(buffer, smoking_not, x, y);
rotate_sprite(buffer, gear, x-50, y+50, itofix(ang));
blit(buffer, screen, 0, 0, 0, 0, buffer->w, buffer->h);
rest_callback(40, callback);
}
// Volta a posicao
for (passos = 0; passos < passos_total; ++passos, x+=10) {
blit(tmp, buffer, 0, 0, 0, 0, buffer->w, buffer->h);
draw_sprite(buffer, smoking_not, x, y);
blit(buffer, screen, 0, 0, 0, 0, buffer->w, buffer->h);
rest_callback(75, callback);
}
}
}
/********************************************//**
* \brief Affiche les eclats sur le buffer
*
* \param eclat_perso[ECLAT_PERSO_NB_MAX] t_eclat_perso
* \param sprites t_sprite*
* \param scroll int
* \return void
*
***********************************************/
void eclat_perso_blit(t_eclat_perso eclat_perso[ECLAT_PERSO_NB_MAX], t_sprite *sprites, int scroll)
{
int i;
for (i = 0; i < ECLAT_PERSO_NB_PAR_PERSO; ++i)
{
if (eclat_perso[i].isActive)
{
BITMAP *ptr;
if (eclat_perso[i].isActive == 1)
ptr = sprites->eclat1;
else
ptr = sprites->eclat2;
rotate_sprite(sprites->page, ptr, eclat_perso[i].pos.x-scroll, eclat_perso[i].pos.y,
itofix((scroll/2)%256));
}
}
}
void Personnage::afficher(BITMAP* buffer)
{
BITMAP* aff;
switch(pos)
{
case 0:case 2:
aff = img[0];
break;
case 1:
aff = img[1];
break;
case 3:
aff = img[2];
}
rotate_sprite(buffer,aff,(SCREEN_W-img[0]->w)/2,(SCREEN_H-img[0]->h)/2,itofix(a));
}
//draw with rotation
void sprite::drawframe(BITMAP *dest, int angle) {
if (!this->image) return;
//create scratch frame if necessary
if (!this->frame) {
this->frame = create_bitmap(this->width, this->height);
}
//first, draw frame normally but send it to the scratch frame image
int fx = this->animstartx + (this->curframe % this->animcolumns) * this->width;
int fy = this->animstarty + (this->curframe / this->animcolumns) * this->height;
blit(this->image, this->frame, fx, fy, 0, 0, this->width, this->height);
//draw rotated image in scratch frame onto dest
//adjust for Allegro's 16.16 fixed trig (256 / 360 = 0.7) then divide by 2 radians
rotate_sprite(dest, this->frame, (int)this->x, (int)this->y,
itofix((int)(angle / 0.7f / 2.0f)));
}
void draw_all_stations(station *stacje, int n, BITMAP *bufor)
{
for (int i = 0; i < n; i++)
{
if (!stacje[i].zywa)
continue;
clear_to_color(stacje[i].budynek_rot, makecol(255, 0, 255));
rotate_sprite(stacje[i].budynek_rot, stacje[i].budynek,
(stacje[i].budynek_rot->w - stacje[i].budynek->w) / 2,
(stacje[i].budynek_rot->h - stacje[i].budynek->h) / 2,
itofix((int) (256.0 * stacje[i].a / (2.0 * pi))));
masked_blit(stacje[i].budynek_rot, bufor, 0, 0,
ex(stacje[i].h * sin(stacje[i].a)) / 2
- stacje[i].budynek_rot->w / 2,
ey(stacje[i].h * cos(stacje[i].a)) / 2
- stacje[i].budynek_rot->h / 2,
stacje[i].budynek_rot->w, stacje[i].budynek_rot->h);
}
}
Ship* get_ship(int x, int y)
{
SDL_Surface *fb = SDL_GetVideoSurface();
int bpp = fb->pitch / fb->w;
Ship* ship = malloc(sizeof(Ship));
ship->pos = malloc(sizeof(Vector));
set_vector(ship->pos, x, y);
ship->v = malloc(sizeof(Vector));
set_vector(ship->v, 0, 0);
ship->dv = 2;
ship->rot = 0;
ship->vrot = 0;
ship->arot = 0.5;
ship->bullets = new_array(sizeof (Bullet));
ship->particles = new_array(sizeof(Particle));
if (!ship_sprite){
bmp_file *bmp = read_bmp("Sprites/ship.bmp");
ship_sprite = malloc(sizeof(Sprite));
ship_sprite->pixels = convert_bmp_to_pixels(bmp, 4);
ship_sprite->w = get_bmp_width(bmp);
ship_sprite->h = get_bmp_height(bmp);
ship_sprite->bpp = 4;//get_bmp_bits_per_pixel(bmp);
free_bmp(bmp);
}
ship->sprite = *ship_sprite;
int rrad = ship->sprite.w/sin(45); //rotation buffer width and height
Sprite rotBuffer = {malloc(sizeof(int) * rrad * rrad), rrad, rrad, bpp};
memset(rotBuffer.pixels, 0, sizeof(int) * rrad * rrad);
rotate_sprite(ship->sprite, rotBuffer, 0);
ship->rot_buffer = rotBuffer;
ship->rainbow = SDL_CreateRGBSurface(SDL_SWSURFACE, fb->w, fb->h, 8*fb->pitch/fb->w, 0, 0, 0, 0);
int bytes = fb->h * fb->pitch;
memset(ship->rainbow->pixels, 0, bytes);
reset_keys();
return ship;
}
void tur_draw_turret(BITMAP *dest, turret_t *turret)
{
int x, y;
float bx, by;
int i;
x = turret->x * 32;
y = turret->y * 32;
/* XXX/DEBUG: SHOW ANGLE */
bx = x + turret->bitmap->w/2;
by = y + turret->bitmap->h/2;
drawing_mode(DRAW_MODE_TRANS,NULL,0,0);
set_trans_blender(0,0,0,100);
for (i = 0; i < turret->range; i += 10) {
float result;
result = fixtof(fixcos(turret->angle));
by -= result * 10;
result = fixtof(fixsin(turret->angle));
bx += result * 10;
//putpixel(dest, bx, by, makecol(255,255,0));
//putpixel(dest, bx+1, by, makecol(255,255,0));
}
solid_mode();
/* ---- */
/* range */
drawing_mode(DRAW_MODE_TRANS,NULL,0,0);
set_trans_blender(0,0,0,60);
//circle(dest, turret->x * 32 + 16, turret->y * 32 + 16, turret->range, makecol(200,200,200));
/*circlefill(dest, turret->x * 32 + 16, turret->y * 32 + 16, turret->range, makecol(200,200,200));*/
solid_mode();
/* turret */
rotate_sprite(dest, turret->bitmap, turret->x * 32, turret->y * 32, turret->angle);
}
void update(){
draw_sprite( screen, buffer, 0, 0);
draw_sprite( buffer, scene1, 0, 0);
if(flip==0){draw_sprite(buffer,bobby, 600, 600); flip=1; loop=1;}
if(flip==1 && loop==0){draw_sprite_h_flip(buffer,bobby, 600, 600); flip=0;}
loop=0;
angle=angle+5;
rotate_sprite(buffer, bobby, 400, 600, itofix(angle));
stretch_sprite(buffer, bobby, 500, 600, w, h);
stretch_sprite(buffer, bobby, 300, 600, w, 50);
stretch_sprite(buffer, bobby, 200, 600, 50, h);
w++;
h++;
if(w==75){w=25;}
if(h==75){h=25;}
rest(100);
}
void cmd_run(Ttoken *t) {
Tscript_object *o;
int loops;
static int i = 0;
loops = atoi(t->word);
cycle_count = 0;
while(loops && !script_done) {
while(cycle_count > 0 && loops && !script_done) {
logic_count ++;
poll_music();
// update objects
o = objects;
while(o != NULL) {
if (!o->line) {
o->x += o->vx;
o->y += o->vy;
}
o = (Tscript_object *) o->next;
}
if (key[KEY_ESC]) script_done = -1;
i ++;
loops --;
cycle_count --;
}
// let other processes play
yield_timeslice();
// blit buffer to swap buffer
blit(buffer, swap_buffer, 0, 0, 0, 0, 160, 120);
// draw objects
o = objects;
while(o != NULL) {
if (o->bmp[0] != NULL) {
int frame = (o->frames ? logic_count % o->frames : 0);
if (o->dir == 1)
draw_sprite_h_flip(swap_buffer, o->bmp[frame], o->x, o->y);
else if (o->dir == 0)
draw_sprite(swap_buffer, o->bmp[frame], o->x, o->y);
else // rotate
rotate_sprite(swap_buffer, o->bmp[frame], o->x, o->y, itofix(-8*i));
}
else if (o->line) {
line(swap_buffer, ((Tscript_object *)o->line_from)->x + o->x,
((Tscript_object *)o->line_from)->y + o->y,
((Tscript_object *)o->line_to)->x + o->vx,
((Tscript_object *)o->line_to)->y + o->vy,
1);
}
o = (Tscript_object *) o->next;
}
// blit to screen
blit_to_screen(swap_buffer);
}
}
void Bitmap::RotateBlt(Bitmap *src, int dst_x, int dst_y, fixed_t angle)
{
BITMAP *al_src_bmp = src->_alBitmap;
rotate_sprite(_alBitmap, al_src_bmp, dst_x, dst_y, angle);
}
void KaboHaze::animate(Frame *space)
{
STACKTRACE;
// IMPORTANT: physics must not be changed, that is, NON-LOCAL variable must not
// be changed in this subroutine !
// Reason: the TimeWarp engine can decide to skip animations in case of low
// frame-rate, thus, leading to a desynch between computers!
/*
Aaaaah, lots of work to do for a simple job, namely, create a transparent overlay
of the shield onto the host:
- Init (see constructor):
Take the host-ship picture.
Create a (blurred) mask image of it.
Draw the shield and
Overlay the mask.
- Animate:
Scale and draw the masked shield,
Rotate and
Draw transparent onto the screen.
*/
if (!host)
return;
//if ( state == 0 )
// return;
// the host can die in-between calculate and animate, therefore I use this; it's
// not allowed to change state of this presence though; that's done only in
// calculate().
// Create a rotated copy of the shield sprite ... but only, if such a thing
// does not exist, yet ! The purpose of this is, to spread the amount of
// calculations over different frames, and to limit them to when they're
// needed.
int wshield = shield_bmp[0]->w;
int hshield = shield_bmp[0]->h;
if ( !shield_bmp[shield_sprite_index] ) {
shield_bmp[shield_sprite_index] = create_bitmap(wshield, hshield);
// important otherwise it contains artefacts
clear_to_color(shield_bmp[shield_sprite_index], 0);
rotate_sprite(shield_bmp[shield_sprite_index], shield_bmp[0], 0, 0, iround((1<<24)*(host->angle + 0.5*PI)/PI2) );
// result is in sprite_bmp[sprite_index] ( nice conventions, huh !)
}
//sprite_index = 0; // also needed - for collision detection??
// note, I've turned the collision of, since collide_flag_anyone = 0, but
// otherwise, the collision detector would use this sprite_index to access
// a ship sprite that doesnt exist !!
// next, animate ...
// first, reserve space for the target image, but ... how big should it be?
// well, as big as the ship_bmp, but then, zoomed in space:
int wfinal = int(wshield * space_zoom);
int hfinal = int(hshield * space_zoom);
BITMAP *final_bmp;
final_bmp = create_bitmap(wfinal, hfinal);
// scale/draw a shield:
stretch_blit(shield_bmp[shield_sprite_index], final_bmp, 0, 0, wshield, hshield, 0, 0, wfinal, hfinal );
// result is in final_bmp
// I need to calculate screen coordinates (using the original bmp size).
// double xhost = host->normal_pos().x;
// double yhost = host->normal_pos().y;
Vector2 Vcorner;
Vcorner = corner(host->normal_pos(), Vector2(wshield, hshield) );
//wcorner(xhost, wshield);
int xplot = iround(Vcorner.x);
//hcorner(yhost, hshield);
int yplot = iround(Vcorner.y);
// these routines are the standard way to calculate screen coordinates !
// local
double power_scaled = power / 10.0;
if ( power_scaled > 1.0 )
power_scaled = 1.0; // max brightness.
// change the brightness of the shield:
int brightness = int(255 * power_scaled);
set_add_blender(0, 0, 0, brightness);
draw_trans_sprite(space->surface, final_bmp, xplot, yplot);
space->add_box(xplot, yplot, wshield, hshield);
// also, draw a (few) flashes, at twice the brightness:
brightness = 255;
for ( int i = 0; i < int(power); ++i ) {
int dx, dy;
dx = wshield;
dy = hshield;
int icheck = 0;
for (;;) {
++icheck;
if (icheck > 100)
break; // too bad !!
//graphics
dy = rand() % hshield;
if (edge_left[dy] == -1)
continue;
if ( !(rand() % 2) ) //graphics
dx = edge_left[dy];
else
dx = edge_right[dy];
}
dx -= wshield / 2;
dy -= hshield / 2;
double a = host->angle + 0.5*PI;
// rotated around the center
int dx2 = iround(wshield/2 + dx * cos(a) - dy * sin(a));
int dy2 = iround(hshield/2 + dy * cos(a) + dx * sin(a));
dx = iround( dx2 * space_zoom);
dy = iround( dy2 * space_zoom);
int x = xplot + dx;
int y = yplot + dy;
tw_putpixel(space->surface, x, y, tw_makecol(brightness,brightness,0) );
space->add_pixel(x, y);
}
// release the temporary bitmap:
destroy_bitmap(final_bmp);
}
void IAGSEngine::BlitSpriteRotated(int x, int y, BITMAP *bmp, int angle) {
rotate_sprite(abuf, bmp, x, y, itofix(angle));
}
int init_vaisseau_data(struct vaisseau_data *v, struct vaisseau_gfx *gfx,
float mass, float thrust_max, int anglestep,
int max_fuel, int speed_fuel_down, int speed_fuel_up,
int max_shield_force, int speed_shield_force_down,
int speed_shield_force_up) {
v->thrust_max = ftofix(thrust_max);
v->mass = ftofix(mass);
v->anglestep = anglestep;
v->max_fuel = max_fuel;
v->speed_fuel_down = speed_fuel_down;
v->speed_fuel_up = speed_fuel_up;
v->max_shield_force = max_shield_force;
v->speed_shield_force_down = speed_shield_force_down;
v->speed_shield_force_up = speed_shield_force_down;
int i;
for (i = 0; i < MAX_TIR; i++) {
v->tir[i].x = 0;
v->tir[i].y = 0;
v->tir[i].xposprecise = itofix(0);
v->tir[i].yposprecise = itofix(0);
v->tir[i].dx = itofix(0);
v->tir[i].dy = itofix(0);
v->tir[i].free = true;
}
for (i = 0; i < MAX_TIR; i++) {
v->backtir[i].x = 0;
v->backtir[i].y = 0;
v->backtir[i].xposprecise = itofix(0);
v->backtir[i].yposprecise = itofix(0);
v->backtir[i].dx = itofix(0);
v->backtir[i].dy = itofix(0);
v->backtir[i].free = true;
}
for (i = 0; i < 8; i++) {
v->debris[i].x = 0;
v->debris[i].y = 0;
v->debris[i].xposprecise = itofix(0);
v->debris[i].yposprecise = itofix(0);
v->debris[i].ax = itofix(0);
v->debris[i].ay = itofix(0);
v->debris[i].vx = itofix(0);
v->debris[i].vy = itofix(0);
v->debris[i].impultion = itofix(0);
v->debris[i].angle = 0;
v->debris[i].active = false;
}
v->gfx = gfx;
v->sprite_ptr = gfx->sprite;
v->sprite_buffer_rota =
al_create_bitmap(32, 32); // create ALLEGRO_BITMAP pour le sprite
if (!v->sprite_buffer_rota)
return -1;
clear_bitmap(v->sprite_buffer_rota); // On nettoye
int num_frames = (360 / anglestep) + 1; // Add one frame for handling rounding errors
v->coll_map.init(32, 32, num_frames);
for (int frame = 0; frame < num_frames; frame++) {
double angle = v->anglestep * frame;
clear_bitmap(v->sprite_buffer_rota);
rotate_sprite(v->sprite_buffer_rota, v->sprite_ptr, 0, 0, angle);
ALLEGRO_LOCKED_REGION *reg = al_lock_bitmap(
v->sprite_buffer_rota, ALLEGRO_PIXEL_FORMAT_ANY, ALLEGRO_LOCK_READONLY);
assert(reg);
for (int y = 0; y < 32; y++) {
for (int x = 0; x < 32; x++) {
auto pixel = get_pixel(reg, x, y);
v->coll_map.set_pixel(x, y, frame, is_nonblack_pixel(pixel));
}
}
al_unlock_bitmap(v->sprite_buffer_rota);
}
return 0;
}
int demo_2() {
static struct tmu_td tmu_badclouds, tmu_badfactory, tmu_clearscreen;
static struct tmu_vertex badclouds_src_vtx[TMU_MESH_MAXSIZE][TMU_MESH_MAXSIZE];
static struct tmu_vertex badclouds_dst_vtx[TMU_MESH_MAXSIZE][TMU_MESH_MAXSIZE];
static struct tmu_vertex badfactory_src_vtx[TMU_MESH_MAXSIZE][TMU_MESH_MAXSIZE];
static struct tmu_vertex badfactory_dst_vtx[TMU_MESH_MAXSIZE][TMU_MESH_MAXSIZE];
static short int black = 0x0000;
static struct tmu_vertex src_clr_vertices[TMU_MESH_MAXSIZE][TMU_MESH_MAXSIZE];
static struct tmu_vertex dst_clr_vertices[TMU_MESH_MAXSIZE][TMU_MESH_MAXSIZE];
int quit = 0 , x = 0;
//unsigned int x , y ;
//unsigned short int * vga_position;
//Initialization
sprites_init();
sprites_load(badclouds_raw,badclouds_raw_len,0x001F,138,100,0);
sprites_load(badclouds_raw,badclouds_raw_len,0x001F,138,100,1);
sprites_load(badclouds_raw,badclouds_raw_len,0x001F,138,100,2);
sprites_load(badclouds_raw,badclouds_raw_len,0x001F,138,100,3);
sprites_load(badclouds_raw,badclouds_raw_len,0x001F,138,100,4);
sprites_load(badfactory_raw,badfactory_raw_len,0x001F,100,100,0);
/* debug_sprite(&sprite_data[0]);
debug_sprite(&sprite_data[1]);
debug_sprite(&sprite_data[2]);
debug_sprite(&sprite_data[3]);
debug_sprite(&sprite_data[4]);
*/
init_sprite(&badclouds_src_vtx[0][0] , &badclouds_dst_vtx[0][0] , &sprite_data[0]);
init_sprite(&badfactory_src_vtx[0][0] , &badfactory_dst_vtx[0][0] , &sprite_data[5]);
/* for ( x = 0; x <= HMESHLAST; x++) {
for ( y = 0; y <= VMESHLAST; y++) {
badclouds_src_vtx[x][y].x = x * 138;
badclouds_src_vtx[x][y].y = y * 100;
badclouds_src_vtx[x][y].x = x * 138;
badclouds_src_vtx[x][y].y = y * 100;
}
}
*/
src_clr_vertices[0][0].x = 0;
src_clr_vertices[0][0].y = 0;
src_clr_vertices[1][0].x = 640;
src_clr_vertices[1][0].y = 0;
src_clr_vertices[0][1].x = 0;
src_clr_vertices[0][1].y = 480;
src_clr_vertices[1][1].x = 640;
src_clr_vertices[1][1].y = 480;
dst_clr_vertices[0][0].x = 0 - 30;
dst_clr_vertices[0][0].y = 0 - 23;
dst_clr_vertices[1][0].x = 640 + 30 ;
dst_clr_vertices[1][0].y = 0 - 23;
dst_clr_vertices[0][1].x = 0 - 30;
dst_clr_vertices[0][1].y = 480 + 23;
dst_clr_vertices[1][1].x = 640 + 30;
dst_clr_vertices[1][1].y = 480 + 23;
//tmu_clearscreen.flags = 0;
tmu_badclouds.flags = TMU_CTL_CHROMAKEY;
tmu_clearscreen.hmeshlast = 1;
tmu_clearscreen.vmeshlast = 1;
tmu_clearscreen.brightness = 60;
tmu_clearscreen.chromakey = 0;
tmu_clearscreen.srcmesh = &src_clr_vertices[0][0];
tmu_clearscreen.srchres = vga_hres;
tmu_clearscreen.srcvres = vga_vres;
tmu_clearscreen.dstmesh = &dst_clr_vertices[0][0];
tmu_clearscreen.dsthres = vga_hres;
tmu_clearscreen.dstvres = vga_vres;
tmu_clearscreen.profile = 0;
tmu_clearscreen.callback = tmu_complete;
tmu_clearscreen.user = NULL;
tmu_badclouds.flags = TMU_CTL_CHROMAKEY;
tmu_badclouds.hmeshlast = HMESHLAST;
tmu_badclouds.vmeshlast = VMESHLAST;
tmu_badclouds.brightness = 62;
tmu_badclouds.chromakey = CHROMAKEY;
tmu_badclouds.srcmesh = &badclouds_src_vtx[0][0];
tmu_badclouds.srchres = 138;
tmu_badclouds.srcvres = 100;
tmu_badclouds.dstmesh = &badclouds_dst_vtx[0][0];
tmu_badclouds.dsthres = vga_hres;
tmu_badclouds.dstvres = vga_vres;
tmu_badclouds.profile = 0;
tmu_badclouds.callback = tmu_complete;
tmu_badclouds.user = NULL;
tmu_badfactory.flags = TMU_CTL_CHROMAKEY;
tmu_badfactory.hmeshlast = HMESHLAST;
tmu_badfactory.vmeshlast = VMESHLAST;
tmu_badfactory.brightness = 62;
tmu_badfactory.chromakey = CHROMAKEY;
tmu_badfactory.srcmesh = &badclouds_src_vtx[0][0];
tmu_badfactory.srchres = 100;
tmu_badfactory.srcvres = 100;
tmu_badfactory.dstmesh = &badclouds_dst_vtx[0][0];
tmu_badfactory.dsthres = vga_hres;
tmu_badfactory.dstvres = vga_vres;
tmu_badfactory.profile = 0;
tmu_badfactory.callback = tmu_complete;
tmu_badfactory.user = NULL;
x = 0;
frames = 0;
while(quit < 10)
{
tmu_clearscreen.srcfbuf = vga_lastbuffer;
tmu_clearscreen.dstfbuf = vga_backbuffer;
tmu_wait = 0;
tmu_submit_task(&tmu_clearscreen);
while(!tmu_wait);
//update_sprite(tmu_badclouds.dstmesh ,&sprite_data[x/20], 320 , 240 , frames);
if (x/40 == 5) {
init_sprite(tmu_badfactory.srcmesh,tmu_badclouds.dstmesh ,&sprite_data[x/40]);
scale_sprite(tmu_badfactory.dstmesh , (100 + COS[frames])/10 , (100 + COS[frames])/10 );
rotate_sprite(tmu_badfactory.dstmesh , frames);
move_sprite(tmu_badfactory.dstmesh , 320 , 240);
tmu_badfactory.srcfbuf = sprite_data[x/40].data;
tmu_badfactory.dstfbuf = vga_backbuffer;
} else {
init_sprite(tmu_badclouds.srcmesh,tmu_badclouds.dstmesh ,&sprite_data[x/40]);
scale_sprite(tmu_badclouds.dstmesh , (100 + COS[frames])/10 , (100 + COS[frames])/10 );
rotate_sprite(tmu_badclouds.dstmesh , frames);
move_sprite(tmu_badclouds.dstmesh , 320 , 240);
tmu_badclouds.srcfbuf = sprite_data[x/40].data;
tmu_badclouds.dstfbuf = vga_backbuffer;
}
/*
tmu_clearscreen.srcfbuf = &black;
tmu_clearscreen.dstfbuf = vga_backbuffer;
tmu_wait = 0;
tmu_submit_task(&tmu_clearscreen);
while(!tmu_wait);
*/
tmu_wait = 0;
tmu_submit_task(&tmu_badclouds);
while(!tmu_wait);
flush_bridge_cache();
vga_swap_buffers();
// demo_sleep(10);
x += 1;
frames+=5;
if (frames > 360) frames = frames - 360;
if (x == 240) {x = 0;quit++;}
}
return 0;
}
void Stage::render(BITMAP *buffer)
{
clear_to_color(buffer, makecol(75, 75, 75));
if (bmpDrawOn)
for (vector<Body*>::iterator it = world->bodyList.begin(); it != world->bodyList.end(); ++it)
{
Body *b = *it;
BITMAP *bmp = b->bmp;
if (!bmp)
continue;
Point p = b->getAllegPosition();
int x = p.x - (bmp->w / 2);
int y = p.y - (bmp->h / 2);
rotate_sprite(buffer, bmp, x, y, b->getAllegAngle());
}
if (freeDraw->On)
draw_sprite(buffer, freeDraw->bmp, 0, 0);
if (customBox->On)
draw_sprite(buffer, customBox->bmp, 0, 0);
if (customCircle->On)
draw_sprite(buffer, customCircle->bmp, 0, 0);
if (customPolygon->On)
draw_sprite(buffer, customPolygon->bmp, 0, 0);
/*************************************************************************************************/
//Menu
if (!cleanModeOn)
{
textprintf_centre_ex(buffer, font, SCREEN_W / 2, 40, GREEN, -1, "Hold TAB for menu");
textprintf_ex(buffer, font, 10, 15, GRAY, -1, "Body type:");
switch (bodyType)
{
case Random:
textprintf_ex(buffer, font, 100, 15, BLUE, -1, "Random");
break;
case Box:
textprintf_ex(buffer, font, 100, 15, YELLOW, -1, "Box");
break;
case Circle:
textprintf_ex(buffer, font, 100, 15, YELLOW, -1, "Circle");
break;
case Free_Draw:
textprintf_ex(buffer, font, 100, 15, PURPLE, -1, "Free Draw");
break;
case Custom_Box:
textprintf_ex(buffer, font, 100, 15, PURPLE, -1, "Custom Box");
break;
case Custom_Circle:
textprintf_ex(buffer, font, 100, 15, PURPLE, -1, "Custom Circle");
break;
case Custom_Polygon:
textprintf_ex(buffer, font, 100, 15, PURPLE, -1, "Custom Polygon");
break;
default:
break;
}
textprintf_ex(buffer, font, 230, 15, GRAY, -1, "Static mode:");
if (world->staticModeOn)
textprintf_ex(buffer, font, 340, 15, GREEN, -1, "On");
else
textprintf_ex(buffer, font, 340, 15, RED, -1, "Off");
textprintf_ex(buffer, font, 400, 15, GRAY, -1, "Mouse lock:");
if (mouseLockOn)
textprintf_ex(buffer, font, 500, 15, GREEN, -1, "On");
else
textprintf_ex(buffer, font, 500, 15, RED, -1, "Off");
textprintf_ex(buffer, font, 600, 15, GRAY, -1, "Gravity: %.2f, %.2f", gravity.x, gravity.y);
if (!world->simulateOn)
textprintf_centre_ex(buffer, font, SCREEN_W / 2, 65, YELLOW, -1, "PAUSED");
textprintf_ex(buffer, font, 10, 40, GRAY, -1, "Bodies:");
textprintf_ex(buffer, font, 70, 40, world->bodyList.size() > 400 ? RED : GRAY, -1, "%d", world->bodyList.size());
dt = (int) (gtime - dt);
if (dt == 0) dt = 1;
int fps = 60 / dt;
dt = gtime;
textprintf_ex(buffer, font, 10, 65, GRAY, -1, "Approx. FPS:");
textprintf_ex(buffer, font, 110, 65, fps < 60 ? fps < (60 / 2) ? RED : YELLOW : GREEN, -1, "%d", fps);
if (menuOn)
{
textprintf_ex(buffer, font, 10, 85, WHITE, -1, "Press keys 0-9 to choose options");
textprintf_ex(buffer, font, 10, 100, WHITE, -1, "0 : Reset");
textprintf_ex(buffer, font, 10, 110, WHITE, -1, "1 : Random bodies");
textprintf_ex(buffer, font, 10, 120, WHITE, -1, "2 : Box");
textprintf_ex(buffer, font, 10, 130, WHITE, -1, "3 : Circle");
textprintf_ex(buffer, font, 10, 140, WHITE, -1, "4 : Free draw");
textprintf_ex(buffer, font, 10, 150, WHITE, -1, "5 : Custom Box");
textprintf_ex(buffer, font, 10, 160, WHITE, -1, "6 : Destroy last body");
textprintf_ex(buffer, font, 10, 170, WHITE, -1, "7 : Toggle static mode");
textprintf_ex(buffer, font, 10, 180, WHITE, -1, "8 : Pause");
textprintf_ex(buffer, font, 10, 190, WHITE, -1, "9 : Toggle Mouse lock");
textprintf_ex(buffer, font, 10, 205, WHITE, -1, "MB1 : Make bodies");
textprintf_ex(buffer, font, 10, 215, WHITE, -1, "MB2 : Make bombs");
textprintf_ex(buffer, font, 10, 235, WHITE, -1, "H : Hide all text");
textprintf_ex(buffer, font, 10, 245, WHITE, -1, "C : Toggle cursor");
textprintf_ex(buffer, font, 10, 255, WHITE, -1, "A : Auto dump bodies");
textprintf_ex(buffer, font, 10, 265, WHITE, -1, "N : Destroy last non-static body");
textprintf_ex(buffer, font, 10, 275, WHITE, -1, "M : Destroy all non-static body");
textprintf_ex(buffer, font, 10, 285, WHITE, -1, "S : Toggle small bodies");
textprintf_ex(buffer, font, 10, 295, WHITE, -1, "V : Custom polygon");
textprintf_ex(buffer, font, 10, 305, WHITE, -1, "X : Custom circle");
textprintf_ex(buffer, font, 10, 315, WHITE, -1, "P : Pyramid show");
textprintf_ex(buffer, font, 10, 325, WHITE, -1, "Arrow keys : Adjust gravity");
}
}
/*************************************************************************************************/
if (cursorOn)
draw_sprite(buffer, mouse_sprite, mouse_x, mouse_y);
}
///////////////////////////////////////////////////////////////////
//
// Function Name: refreshbmps
// Description: Repaints the edges with new router coordinates.
//
///////////////////////////////////////////////////////////////////
void Edge::refreshbmps(bool useThread) {
double dist, doubR1X, doubR1Y, doubR2X, doubR2Y;
painted_usage = 0.0;
painted_percent = -1;
currX = 0;
currY = 0;
if (useThread) {
r1x = threadZero->getRouterAt(sourceIndex)
->getXPixel(); // set coordinates of routers
r1y = threadZero->getRouterAt(sourceIndex)->getYPixel();
r2x = threadZero->getRouterAt(destinationIndex)->getXPixel();
r2y = threadZero->getRouterAt(destinationIndex)->getYPixel();
} else {
r1x = topoRouters[sourceIndex]->getXPixel(); // set coordinates of routers
r1y = topoRouters[sourceIndex]->getYPixel();
r2x = topoRouters[destinationIndex]->getXPixel();
r2y = topoRouters[destinationIndex]->getYPixel();
}
if (!useThread && r3x == r1x && r3y == r1y && r4x == r2x && r4y == r2y)
return;
else {
r3x = r1x;
r3y = r1y;
r4x = r2x;
r4y = r2y;
if (r2x == r1x) { // straight up and down
invunitX = 1.0;
invunitY = 0.0;
dist = abs(r2y - r1y);
} else if (r2y == r1y) { // slope actually 0
invunitX = 0.0;
invunitY = 1.0;
dist = abs(r2x - r1x);
} else {
doubR1X = r1x;
doubR1Y = r1y;
doubR2X = r2x;
doubR2Y = r2y;
dist =
sqrt((doubR2X - doubR1X) * (doubR2X - doubR1X) +
(doubR2Y - doubR1Y) * (doubR2Y - doubR1Y)); // distance formula
invunitX = -(r2y - r1y) / dist; // condense to inverse unit vector
invunitY = (r2x - r1x) / dist;
}
double angle =
atan((double)(r2y - r1y) / (double)(r2x - r1x)) * (256) / (2 * M_PI);
if ((r1x == r2x || r1y == r2y) && sourceIndex > destinationIndex) {
r1x -= 5 * invunitX;
r1y -= 5 * invunitY;
r2x -= 5 * invunitX;
r2y -= 5 * invunitY;
} else {
r1x += 5 * invunitX;
r1y += 5 * invunitY;
r2x += 5 * invunitX;
r2y += 5 * invunitY;
}
if (r2x < r1x) angle += 128.0;
// for bitmap edges
int distInt = ceil(dist);
ALLEGRO_BITMAP *temp_bmp = al_create_bitmap(distInt, 13);
ALLEGRO_BITMAP *temp_bmp2 = al_create_bitmap(distInt, distInt);
if (r1x < r2x)
putX = r1x;
else
putX = r2x;
if (r1y < r2y)
putY = r1y;
else
putY = r2y;
int copyX = ((distInt - abs(r2x - r1x)) / 2) - 7;
int copyY = ((distInt - abs(r2y - r1y)) / 2) - 7;
if (copyX < 0) copyX = 0;
if (copyY < 0) copyY = 0;
for (int b = 0; b < 14; b++) {
al_clear_to_color(temp_bmp, makecol(255, 0, 255));
stretch_blit(tailOriginals[b], temp_bmp, 0, 0, tailOriginals[b]->w,
tailOriginals[b]->h, 15, 0, tailOriginals[b]->w,
temp_bmp->h);
stretch_blit(arrowOriginals[b], temp_bmp, 0, 0, arrowOriginals[b]->w,
arrowOriginals[b]->h, distInt - 15 - arrowOriginals[b]->w, 0,
arrowOriginals[b]->w, temp_bmp->h);
stretch_blit(edgeOriginals[b], temp_bmp, 0, 0, edgeOriginals[b]->w,
edgeOriginals[b]->h, 15 + tailOriginals[b]->w, 0,
distInt - 30 - arrowOriginals[b]->w - tailOriginals[b]->w,
temp_bmp->h);
al_clear_to_color(temp_bmp2, makecol(255, 0, 255));
rotate_sprite(temp_bmp2, temp_bmp, 0, (temp_bmp2->h) / 2, itofix(angle));
al_destroy_bitmap(edgeBmps[b]);
edgeBmps[b] = al_create_bitmap(abs(r2x - r1x) + 14, abs(r2y - r1y) + 14);
al_clear_to_color(edgeBmps[b], makecol(255, 0, 255));
blit(temp_bmp2, edgeBmps[b], copyX, copyY, 0, 0, edgeBmps[0]->w,
edgeBmps[0]->h);
}
al_destroy_bitmap(temp_bmp);
al_destroy_bitmap(temp_bmp2);
// end for bitmap edges
}
}
void alienrocket::drawTo(BITMAP* b, BITMAP* f[]){
if(color > 14){ color = 0; }
if(fired){ rotate_sprite(b, f[color], fixtoi(x), fixtoi(y), angle); }
color++;
}