void play_events(game newGame, int *click, bool *gameOver)
{
MLV_Keyboard_button touche;
MLV_Button_state state;
MLV_Event event;
int mouseX, mouseY;
if (!click || !newGame) {
fprintf(stderr, "play_events parameters error");
exit(EXIT_FAILURE);
}
do {
//
// Récupère un évènement dans la file des évènements
// non traités.
//
event = MLV_get_event(
&touche, NULL, NULL,
NULL, NULL,
&mouseX, &mouseY, NULL,
&state
);
//
// Traite l'évènement s'il s'agit d'un évènement clavier
//
if (event == MLV_KEY || MLV_MOUSE_BUTTON) {
if (event == MLV_MOUSE_BUTTON && state == MLV_PRESSED) {
*click = get_car_with_mouse(mouseX, mouseY, newGame);
}
if (event == MLV_MOUSE_BUTTON && state == MLV_RELEASED) {
*click = -1;
}
if (event == MLV_MOUSE_MOTION && *click != -1) {
cpiece tmp = game_piece(newGame, *click);
int x = get_x(tmp);
int y = game_height(newGame) - get_y(tmp) - get_height(tmp);
if (mouseY > (y + get_height(tmp)) * RATIO)
play_move(newGame, *click, DOWN, 1);
else if (mouseY < y * RATIO)
play_move(newGame, *click, UP, 1);
else if (mouseX > (x + get_width(tmp)) * RATIO)
play_move(newGame, *click, RIGHT, 1);
else if (mouseX < x * RATIO)
play_move(newGame, *click, LEFT, 1);
}
if(event == MLV_KEY && touche == 'q') {
*gameOver = true;
}
}
} while (event != MLV_NONE);
}
int choose_game_type(int startx, int starty)
{
MLV_Event event;
int mouseX, mouseY;
starty += 50;
while (1) {
MLV_clear_window(MLV_COLOR_WHITE);
MLV_draw_text(startx, starty-50, "Please choose your game :", MLV_COLOR_RED);
MLV_draw_text_box(
startx, starty,
540, 50,
"Rush Hour",
10,
MLV_COLOR_BLACK, MLV_COLOR_BLACK, MLV_COLOR_WHITE,
MLV_TEXT_LEFT,
MLV_HORIZONTAL_CENTER, MLV_VERTICAL_CENTER
);
MLV_draw_text_box(
startx, starty + 50,
540, 50,
"Ane Rouge",
10,
MLV_COLOR_BLACK, MLV_COLOR_BLACK, MLV_COLOR_WHITE,
MLV_TEXT_LEFT,
MLV_HORIZONTAL_CENTER, MLV_VERTICAL_CENTER
);
do {
event = MLV_get_event(
NULL, NULL, NULL,
NULL, NULL,
&mouseX, &mouseY, NULL,
NULL
);
if (event == MLV_MOUSE_BUTTON) {
if (mouseX > startx && mouseX < (startx + 540) &&
mouseY > starty && mouseY < (starty + 50)) {
return RUSH;
}
if (mouseX > startx && mouseX < (startx + 540) &&
mouseY > (starty + 50) && mouseY < (starty + 50 + 50)) {
return ANE;
}
}
} while (event != MLV_NONE);
MLV_actualise_window();
MLV_delay_according_to_frame_rate();
}
}
int main(int argc, char const *argv[])
{
MLV_Keyboard_button sym=MLV_KEYBOARD_NONE;
MLV_Button_state state;
MLV_Event event = MLV_NONE;
int quit=0,i=1, flag_tir=0;
int testX=0;
int testY=rand() %650;
int ennemy_x[4]={50, 240, 430, 620};
MLV_create_window("Test", "test", 710, 710);
draw_window(testX, testY);
t_elem Vaisseau;
t_elem ennemy;
t_elem Missile; t_elem Missile2;
create_vaisseau(&Vaisseau);
create_ennemi(&ennemy);
create_missile(&Missile); create_missile(&Missile2);
draw(&Vaisseau);
srand(time(NULL));
//MLV_change_frame_rate( 500 );
// draw(&ennemy);
do {
event = MLV_get_event( &sym, NULL, NULL, NULL, NULL, NULL, NULL, NULL, &state);
switch( event ){
case MLV_NONE : // Aucun évènement récupéré
/*ennemy.y = ennemy.y+5;
if(ennemy.y > 700){
ennemy.y = -100;
ennemy.x = ennemy_x[rand() %4];
}
*/
/*if(MLV_get_time() == 3000)
{
draw(&ennemy);
}*/
testX += vitesse_defilement; // Affichage étoile
if(testX > 700){
testX=0;
testY=rand() %635;
}
if(flag_tir==2 ) // Tir 2
{
Missile.y=Missile.y-20;
Missile2.y=Missile2.y-20;
if(Missile.y>0)
draw(&Missile);
if(Missile2.y>0)
draw(&Missile2);
if(Missile2.y<-30)
{
flag_tir=0;
Missile.y=600;
Missile2.y=600; // Faire une fonction reset qui prend pos collision en param (quand on ferra la gestion des collisions )
}
}
if(flag_tir==1) // Tir 1
{
Missile.y=Missile.y-20;
draw(&Missile);
if(Missile.y<-30)
{
flag_tir=0;
Missile.y=600; // Faire une fonction reset qui prend pos collision en param (quand on ferra la gestion des collisions )
}
}
draw_window(testX, testY);
// draw(&ennemy);
draw(&Vaisseau);
break;
case MLV_KEY :
while((Vaisseau.x < 650 && MLV_get_keyboard_state( MLV_KEYBOARD_RIGHT ) == MLV_PRESSED )) // Bouge à droite
{
if(MLV_get_keyboard_state( MLV_KEYBOARD_SPACE ) == MLV_PRESSED)
{
if(flag_tir == 0){
Missile.x = Vaisseau.x;
flag_tir=1;
}
}
i++;
Acceleration(&Vaisseau, i, 1);
testX += vitesse_defilement;
if(testX > 700){
testX=0;
testY=rand() %635;
}
if(flag_tir==1)
{
Missile.y=Missile.y-20;
draw(&Missile);
if(Missile.y<-30)
{
flag_tir=0;
Missile.y=600;
}
}
draw_window(testX, testY);
draw(&Vaisseau);
}
while( MLV_get_keyboard_state( MLV_KEYBOARD_LEFT ) == MLV_PRESSED && Vaisseau.x > 20) // Bouge à gauche
{
if(MLV_get_keyboard_state( MLV_KEYBOARD_SPACE ) == MLV_PRESSED)
{
if(flag_tir==0)
Missile.x = Vaisseau.x;
flag_tir=1;
}
i++;
Acceleration(&Vaisseau, i, -1);
testX += vitesse_defilement;
if(testX > 700){
testX=0;
testY=rand() %635;
}
if(flag_tir==1)
{
Missile.y=Missile.y-20;
draw(&Missile);
if(Missile.y<-30)
{
flag_tir=0;
Missile.y=600;
}
}
draw_window(testX, testY);
draw(&Vaisseau);
}
if( MLV_get_keyboard_state( MLV_KEYBOARD_SPACE ) == MLV_PRESSED ){ // Tir
Missile.x = Vaisseau.x+17;
Missile2.x = Vaisseau.x+17;
if(flag_tir == 1)
{
flag_tir = 2;
}
if(flag_tir == 0)
{
flag_tir = 1;
}
}
default :
fprintf(stderr,"Erreur : la valeur de l'évènement récupéré est impossible.");
}
i=0;
} while( ! quit );
MLV_wait_seconds(10);
return 0;
}