void gui_start() {
if (panJetpack == NULL) {
gui_init();
}
panJetpackBorder.pos_x = 5;
panJetpackBorder.pos_y = 5;
panJetpack.pos_x = 5;
panJetpack.pos_y = 5;
panHeart1.pos_x = screen_size.x - 5 - 3*bmap_width(bmapZorroLife) - 3 * 2;
panHeart2.pos_x = screen_size.x - 5 - 2*bmap_width(bmapZorroLife) - 2 * 2;
panHeart3.pos_x = screen_size.x - 5 - 1*bmap_width(bmapZorroLife) - 1 * 2;
panHeart1.pos_y = 5;
panHeart2.pos_y = 5;
panHeart3.pos_y = 5;
txtLifes.pos_x = panHeart1.pos_x - 20;
txtLifes.pos_y = 5;
panA4Cube.pos_x = (screen_size.x / 2) - (bmap_width(bmapA4Cube) / 2);
panA4Cube.pos_y = 5;
txtA4Cube.pos_x = panA4Cube.pos_x - 15;
txtA4Cube.pos_y = 10;
txtGameOver.pos_x = screen_size.x / 2;
txtGameOver.pos_y = screen_size.y / 2;
}
/**
* Calculates the normalization and scaling parameters of a uniformly scaled image
*
* bmapImg
* The image
*
* refNormX & -Y
* Double pointers, which receive the normalization factors for non-power-of-2 images
*
* refScaleX & -Y
* Double pointers, which receive the scaling factors for making the image fit the
* screen while being uniformly scaled
*/
void ppImageCalcScaling (BMAP* bmapImg, double* refNormX, double* refNormY, double* refScaleX, double* refScaleY)
{
if (bmapImg == NULL)
return;
double w = bmap_width(bmapImg);
double h = bmap_height(bmapImg);
// normalization factor for non-power-of-2 images
*refNormX = w / ppTrinary(bmapImg->finalwidth < 1, 1, bmapImg->finalwidth+2);
*refNormY = h / ppTrinary(bmapImg->finalheight < 1, 1, bmapImg->finalheight+2);
// bitmap- and screen aspect ratio
double bmapAspect = w / h;
double screenAspect = (double)screen_size.x / (double)screen_size.y;
// the aspect ratios are compared to determine if the image is relatively wider or
// taller than the screen. If the image is taller, it will be fitted on the x-axis and
// will be centered on the y-axis; and vice versa.
if (bmapAspect < screenAspect) // taller
{
*refScaleX = 1;
*refScaleY = bmapAspect / screenAspect;
}
else // wider
{
*refScaleX = screenAspect / bmapAspect;
*refScaleY = 1;
}
}
void game_hotkeys() {
panMute = pan_create("", 200);
panMute.bmap = bmapMute;
while(1) {
if (key_f9) {
while(key_f9) wait(1);
// Reposition because of possible resolution change
panMute.pos_x = screen_size.x - bmap_width(bmapMute) - 10;
panMute.pos_y = screen_size.y - bmap_height(bmapMute) - 10;
if ((master_vol == -1) || (master_vol > 0)) {
set(panMute, SHOW);
master_vol = 0;
} else {
reset(panMute, SHOW);
master_vol = 100;
}
}
wait(1);
}
}
void gameOver() {
isGameOver = 1;
endIngameGUI();
ent_remove(player);
panGameOver.pos_x = screen_size.x / 2 - bmap_width(bmapGameOver) / 2;
panGameOver.pos_y = screen_size.y / 2 - bmap_height(bmapGameOver) / 2;
set(panGameOver, SHOW);
vec_set(vecCamTmp, entHut.x);
int counter = 1000;
while(counter > 0) {
cam_angle +=0.005 * time_step;
camera.x = cos(cam_angle) * 768;
camera.y = sin(cam_angle) * 768;
vec_diff(vecCamTmp.x, nullvector, camera.x);
vec_to_angle(camera.pan, vecCamTmp);
counter--;
wait(1);
}
reset(panGameOver, SHOW);
isGameOver = 2;
//backToMenu();
}
