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main.cpp
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main.cpp
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#include <stdio.h>
#include <stdlib.h>
#include <allegro5/allegro.h>
#include <allegro5/allegro_primitives.h>
#include <allegro5\allegro_font.h>
#include <allegro5\allegro_ttf.h>
#include "objects.h"
// VARIAVEIS GLOBAIS
const int WIDTH = 800; //Resolução X
const int HEIGHT = 480; //Resolução Y
enum KEYS { UP, DOWN, LEFT, RIGHT, ONE}; //Introduz as teclas primitivas do teclado
const int FPS = 60;
const int NUM_ZOMBIES = 7;
const int NUM_TIROS = 15;
const int NUM_ENERGIA = 4;
const int NUM_ELECTRONICS = 45;
const int LINHA_MAX = 5;
const int COL_MAX = 9;
const int WIDTH_PIXEL = WIDTH / LINHA_MAX; // Resoluçao X do pixel
const int HEIGHT_PIXEL = HEIGHT / COL_MAX; // Resoluçao Y do pixel
int timer_tiros;
int timer_zombie_speed;
int timer_zombie_start;
int timer_energia_speed;
int timer_energia_start;
int energia_armazenada = 0;
int tiros_tela = 0;
int V_ELT = 0;
int mapa[5][9] = // nao esta sendo utilizado (TALVEZ ira ser utilizado no futuro)
{
{0,0,0,0,0,0,0,0,1},
{0,0,0,0,0,0,0,0,1},
{0,0,0,0,0,0,0,0,1},
{0,0,0,0,0,0,0,0,1},
{0,0,0,0,0,0,0,0,1},
};
// PROTOTIPOS
void InitZombie (Zombies *zombie, int tamanho);
void DrawZombie (Zombies *zombie, int tamanho);
void StartZombie(Zombies *zombie, int tamanho);
void UpdateZombie(Zombies *zombie, int tamanho);
void InitElectronic(Electronics *resistor, int numero_electronics);
void DrawElectronic(Electronics *resistor, int numero_electronics);
void StartElectronic(Electronics *resistor, float mouse_x, float mouse_y);
void InitBullet(Tiros *tiro, int tamanho);
void DrawBullet(Tiros *tiro, int tamanho);
void FireBullet(Tiros *tiro, Zombies *zombie, Electronics *resistor, int numero_tiros, int numero_zombies, int numero_resistores);
void UpdateBullet(Tiros *tiro, int tamanho);
void ColisaoBulletZombie(Zombies *zombie, Tiros *tiro, int numero_zombies, int numero_tiros);
void ColisaoZombieElectronic (Zombies *zombie, Electronics *resistor, int numero_zombies, int numero_resistor);
void InitEnergia (Energia *energia, int tamanho);
void DrawEnergia (Energia *energia, int tamanho);
void StartEnergia(Energia *energia, int tamanho);
void UpdateEnergia(Energia *energia, int tamanho);
void PegaEnergia(Energia *energia, float mouse_x, float mouse_y, int numero_energia);
int TemZombie(Zombies *zombie, int tamanho);
int DaParaComprarResistor();
int main(void)
{
// VARIAVEIS PRIMITIVAS
bool done = false; // Variavel booleana para identificar se o programa terminou de ser executado
bool redraw = true; // Enquanto essa variavel for verdadeira, ira ser desenhado algo na tela
// STRUCTS DOS OBJETOS
Zombies zombie[NUM_ZOMBIES];
Electronics resistor[NUM_ELECTRONICS];
Tiros tiro[NUM_TIROS];
Energia energia[NUM_ENERGIA];
bool keys[4] = {false,false,false,false};
ALLEGRO_DISPLAY *display = NULL;
ALLEGRO_EVENT_QUEUE *event_queue = NULL;
ALLEGRO_TIMER *timer = NULL;
ALLEGRO_FONT *font18 = NULL;
if(!al_init()) // Inicializa o Allegro
{
printf("Erro ao iniciar o Allegro");
return -1;
}
display = al_create_display(WIDTH, HEIGHT);// Cria o display
if(!display)// Testa o display
{
printf("Erro ao iniciar o display");
return -1;
}
al_init_primitives_addon(); // Introduz os comandos primitivos(figuras geometricas) do Allegro
al_install_mouse(); // Introduz o comando do mouse
al_install_keyboard(); // Introduz o comando de teclas
al_init_font_addon();
al_init_ttf_addon();
event_queue = al_create_event_queue();
timer = al_create_timer(0.20 / FPS); // Define o tempo de atualizaçao do timer
srand(time(NULL));
InitZombie(zombie, NUM_ZOMBIES);
InitElectronic(resistor, NUM_ELECTRONICS);
InitEnergia(energia, NUM_ENERGIA);
InitBullet(tiro, NUM_TIROS);
font18 = al_load_font("arial.ttf", 18, 0);
al_register_event_source(event_queue, al_get_keyboard_event_source());
al_register_event_source(event_queue, al_get_display_event_source(display));
al_register_event_source(event_queue, al_get_mouse_event_source());
al_register_event_source(event_queue, al_get_timer_event_source(timer));
al_start_timer(timer); // Inicia o timer
while(!done)
{
ALLEGRO_EVENT ev;
al_wait_for_event(event_queue, &ev);
if(ev.type == ALLEGRO_EVENT_TIMER)
{
redraw=true;
ColisaoBulletZombie(zombie, tiro, NUM_ZOMBIES, NUM_TIROS);
ColisaoZombieElectronic(zombie, resistor, NUM_ZOMBIES, NUM_ELECTRONICS);
timer_tiros++; // subtimer tiros
timer_zombie_start++; // subtimer surgimento zombies
UpdateBullet(tiro, NUM_ZOMBIES);
timer_zombie_speed++; // subtimer zombies
timer_energia_speed++; // subtimer velocidade energias
timer_energia_start++; // subtimer surgimento energias
if(timer_zombie_start >= 10)
{
StartZombie(zombie, NUM_ZOMBIES);
timer_zombie_start = 0;
}
if(timer_tiros >= 200) // faz os Electronics atirarem numa velocidade constante
{
FireBullet(tiro, zombie, resistor, NUM_TIROS, NUM_ZOMBIES, NUM_ELECTRONICS);
timer_tiros = 0;
}
if(timer_zombie_speed >= 15) // faz os Zombies se movimentarem mais lentamente, pois a velocidade minima (1) ainda eh rapida
{
UpdateZombie(zombie, NUM_ZOMBIES);
timer_zombie_speed = 0;
}
if(timer_energia_start >= 1000)
{
StartEnergia(energia, NUM_ENERGIA);
timer_energia_start = 0;
}
if(timer_energia_speed >= 10) // faz as energias cairem mais lentamente
{
UpdateEnergia(energia, NUM_ENERGIA);
timer_energia_speed = 0;
}
}
else if(ev.type == ALLEGRO_EVENT_MOUSE_AXES)
{
PegaEnergia(energia, ev.mouse.x, ev.mouse.y, NUM_ENERGIA);
}
else if(ev.type == ALLEGRO_EVENT_MOUSE_BUTTON_DOWN)
{
if(ev.mouse.button & 1)
{
StartElectronic(resistor, ev.mouse.x, ev.mouse.y);
}
}
else if(ev.type == ALLEGRO_EVENT_KEY_DOWN)
{
switch(ev.keyboard.keycode)
{
case ALLEGRO_KEY_UP:
keys[UP] = true;
break;
case ALLEGRO_KEY_DOWN:
keys[DOWN] = true;
break;
keys[RIGHT] = true;
break;
case ALLEGRO_KEY_LEFT:
keys[LEFT] = true;
break;
case ALLEGRO_KEY_1:
keys[ONE] = true;
break;
case ALLEGRO_KEY_PAD_1:
keys[ONE] = true;
break;
}
}
else if(ev.type == ALLEGRO_EVENT_KEY_UP)
{
switch(ev.keyboard.keycode)
{
case ALLEGRO_KEY_UP:
keys[UP] = false;
break;
case ALLEGRO_KEY_DOWN:
keys[DOWN] = false;
break;
case ALLEGRO_KEY_RIGHT:
keys[RIGHT] = false;
break;
case ALLEGRO_KEY_LEFT:
keys[LEFT] = false;
break;
case ALLEGRO_KEY_1:
keys[ONE] = false;
break;
case ALLEGRO_KEY_PAD_1:
keys[ONE] = false;
break;
case ALLEGRO_KEY_ESCAPE:
done = true;
break;
}
}
else if(ev.type == ALLEGRO_EVENT_DISPLAY_CLOSE)
{
done = true;
}
if(redraw && al_is_event_queue_empty(event_queue)) // Se nenhum evento de teclado ou mouse ocorrer acontecerá isso
{
redraw=false;
DrawZombie(zombie, NUM_ZOMBIES);
DrawEnergia(energia, NUM_ENERGIA);
DrawElectronic(resistor, NUM_ELECTRONICS);
DrawBullet(tiro, NUM_ZOMBIES);
al_draw_textf(font18, al_map_rgb(255, 0, 255), 5, 5, 0, "Energia: %i", energia_armazenada);
al_draw_textf(font18, al_map_rgb(255, 0, 255), 500, 5, 0, "Posicao x: %d", ev.mouse.x);
al_draw_textf(font18, al_map_rgb(255, 0, 255), 300, 5, 0, "Tiros disparados: %i", tiros_tela);
for (int i=0; i<NUM_ZOMBIES; i++)
{
al_draw_textf(font18, al_map_rgb(255, 0, 255), 5+i*20, 450 , 0, "%i", zombie[i].live);
}
for (int i=0; i<NUM_TIROS; i++)
{
al_draw_textf(font18, al_map_rgb(255, 255, 255), 150+i*20, 450 , 0, "%i", tiro[i].live);
}
al_flip_display();
al_clear_to_color(al_map_rgb(0,0,0));
}
}
al_destroy_event_queue(event_queue);
al_destroy_display(display); //Fecha o display
return 0;
}
void InitZombie (Zombies *zombie, int tamanho)
{
for(int i = 0; i < tamanho; i++)
{
zombie[i].ID = ZOMBIES;
zombie[i].live = false;
zombie[i].speed = 1;
zombie[i].boundx = 3;
zombie[i].boundy = 3;
zombie[i].life = 100;
}
}
void DrawZombie (Zombies *zombie, int tamanho)
{
for(int i = 0; i < tamanho; i++)
{
if(zombie[i].live)
{
al_draw_filled_circle(zombie[i].x, zombie[i].y, 20, al_map_rgb(255, 0, 0));
}
}
}
void StartZombie(Zombies *zombie, int tamanho)
{
for(int i = 0; i < tamanho; i++)
{
if(!zombie[i].live)
{
if(rand() % 1000 == 0)
{
zombie[i].live = true;
printf("\nzombie %d\n", i);
zombie[i].x = WIDTH;
zombie[i].y = 45 + 96 * rand() % (HEIGHT);
}
}
}
}
void UpdateZombie(Zombies *zombie, int tamanho)
{
for(int i = 0; i < tamanho; i++)
{
if(zombie[i].live)
{
zombie[i].x -= zombie[i].speed;
if(zombie[i].x < 0)
zombie[i].live = false;
}
}
}
int TemZombie(Zombies *zombie, int tamanho)
{
for(int i = 0; i < tamanho; i++)
{
if(zombie[i].live)
return 1;
}
return 0;
}
void InitBullet(Tiros *tiro, int tamanho)
{
for(int k = 0; k < tamanho; k++)
{
tiro[k].ID = BULLETS;
tiro[k].live = false;
tiro[k].PODER = CALOR;
tiro[k].forca_tiro = 10;
tiro[k].speed = 1;
}
}
void DrawBullet(Tiros *tiro, int tamanho)
{
for(int k = 0; k < tamanho; k++)
{
if(tiro[k].live)
{
al_draw_filled_circle(tiro[k].x, tiro[k].y, 5, al_map_rgb(255, 255, 0));
}
}
}
void FireBullet(Tiros *tiro, Zombies *zombie, Electronics *resistor, int numero_tiros, int numero_zombies, int numero_resistores)
{
if (TemZombie(zombie, NUM_ZOMBIES))
{
for(int k = 0; k < numero_zombies; k++)
{
if(zombie[k].live)
{
for (int i = 0; i < numero_resistores; i++)
{
if(resistor[i].live)
{
for(int j = 0; j < numero_tiros; j++)
{
if(!tiro[j].live)
{
if(resistor[i].y != zombie[k].y)
{
tiro[j].live = false;
}
else
{
tiro[j].live = true;
tiro[j].x = resistor[i].x;
tiro[j].y = resistor[i].y;
printf("atirou %d no zombie %d na pos(%d, %d)\n", i, k, tiro[j].x, tiro[j].y);
tiros_tela++;
break;
}
}
}
}
// impede que varios tiros sejam disparados ao mesmo tempo
}
}
}
}
}
void UpdateBullet(Tiros *tiro, int tamanho)
{
for(int k = 0; k < tamanho; k++)
{
if(tiro[k].live)
{
tiro[k].x += tiro[k].speed;
}
if(tiro[k].x > WIDTH)
{
tiro[k].live = false;
tiro[k].x = 65;
}
}
}
void ColisaoBulletZombie(Zombies *zombie, Tiros *tiro, int numero_zombies, int numero_tiros)
{
for(int i = 0; i < numero_zombies; i++)
{
if(zombie[i].live)
{
for (int k = 0; k < numero_tiros; k++)
{
if(tiro[k].live)
{
if(tiro[k].x > zombie[i].x - zombie[i].boundx
&& tiro[k].x < zombie[i].x + zombie[i].boundx
&& tiro[k].y > zombie[i].y - zombie[i].boundy
&& tiro[k].y < zombie[i].y + zombie[i].boundy)
{
zombie[i].life -= 25;
printf("\ncolidiu tiro %d com zombie %d\n", k, i);
tiro[k].live = false;
if(zombie[i].life <= 0)
{
zombie[i].live = false;
zombie[i].life = 100;
}
}
}
}
}
}
}
void ColisaoZombieElectronic (Zombies *zombie, Electronics *resistor, int numero_zombies, int numero_resistor)
{
for(int i = 0; i < numero_zombies; i++)
{
if(zombie[i].live)
{
for(int k = 0; k < numero_resistor; k++)
{
if(resistor[k].live)
{
if(zombie[i].x < resistor[k].x + resistor[k].boundx
&& zombie[i].x > resistor[k].x - resistor[k].boundx
&& zombie[i].y < resistor[k].y + resistor[k].boundy
&& zombie[i].y > resistor[k].y - resistor[k].boundy)
{
resistor[k].live = false;
zombie[i].live = false;
}
}
}
}
}
}
void InitElectronic(Electronics *resistor, int numero_electronics)
{
for(int i = 0; i < numero_electronics; i++)
{
resistor[i].ID = ELECTRONICS;
resistor[i].life = 100;
resistor[i].boundx = 20;
resistor[i].boundy = 20;
resistor[i].live = false;
}
}
void DrawElectronic(Electronics *resistor, int numero_electronics)
{
for(int i = 0; i < numero_electronics; i++)
{
if(resistor[i].live)
al_draw_filled_circle(resistor[i].x, resistor[i].y, 20, al_map_rgb(0, 255, 0));
}
//al_draw_filled_circle(65, 96-51, 20, al_map_rgb(0, 255, 0));
//al_draw_filled_circle(65, 2*96-51, 20, al_map_rgb(0, 255, 0));
//al_draw_filled_circle(65, 3*96-51, 20, al_map_rgb(0, 255, 0));
//al_draw_filled_circle(65, 4*96-51, 20, al_map_rgb(0, 255, 0));
//al_draw_filled_circle(65, 5*96-51, 20, al_map_rgb(0, 255, 0));
}
void StartElectronic(Electronics *resistor, float mouse_x, float mouse_y)
{
if(DaParaComprarResistor())
{
// [LINHA] [COLUNA]
if(mouse_x < 100 && mouse_y < (2*96-51-40)) // [1] [1]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 65;
resistor[V_ELT].y = 96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x < 100 && mouse_y > (2*96-51-40) && mouse_y < (3*96-51-40)) // [2] [1]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 65;
resistor[V_ELT].y = 2*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x < 100 && mouse_y > (3*96-51-40) && mouse_y < (4*96-51-40)) // [3] [1]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 65;
resistor[V_ELT].y = 3*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x < 100 && mouse_y > (4*96-51-40) && mouse_y < (5*96-51-40)) // [4] [1]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 65;
resistor[V_ELT].y = 4*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x < 100 && mouse_y > (5*96-51-40)) // [5] [1]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 65;
resistor[V_ELT].y = 5*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 115 && mouse_x < 185 && mouse_y < (2*96-51-40)) // [1] [2]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 150;
resistor[V_ELT].y = 96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 115 && mouse_x < 185 && mouse_y > (2*96-51-40) && mouse_y < (3*96-51-40)) // [2] [2]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 150;
resistor[V_ELT].y = 2*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 115 && mouse_x < 185 && mouse_y > (3*96-51-40) && mouse_y < (4*96-51-40)) // [3] [2]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 150;
resistor[V_ELT].y = 3*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 115 && mouse_x < 185 && mouse_y > (4*96-51-40) && mouse_y < (5*96-51-40)) // [4] [2]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 150;
resistor[V_ELT].y = 4*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 115 && mouse_x < 185 && mouse_y > (5*96-51-40)) // [5] [2]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 150;
resistor[V_ELT].y = 5*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 200 && mouse_x < 270 && mouse_y < (2*96-51-40)) // [1] [3]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 235;
resistor[V_ELT].y = 96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 200 && mouse_x < 270 && mouse_y > (2*96-51) && mouse_y < (3*96-51-40)) // [2] [3]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 235;
resistor[V_ELT].y = 2*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 200 && mouse_x < 270 && mouse_y > (3*96-51) && mouse_y < (4*96-51-40)) // [3] [3]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 235;
resistor[V_ELT].y = 3*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 200 && mouse_x < 270 && mouse_y > (4*96-51) && mouse_y < (5*96-51-40)) // [4] [3]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 235;
resistor[V_ELT].y = 4*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 200 && mouse_x < 270 && mouse_y > (5*96-51-40)) // [5] [3]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 235;
resistor[V_ELT].y = 5*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 285 && mouse_x < 350 && mouse_y < (2*96-51-40)) // [1] [4]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 315;
resistor[V_ELT].y = 96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 285 && mouse_x < 350 && mouse_y > (2*96-51-40) && mouse_y < (3*96-51-40)) // [2] [4]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 315;
resistor[V_ELT].y = 2*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 285 && mouse_x < 350 && mouse_y > (3*96-51-40) && mouse_y < (4*96-51-40)) // [3] [4]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 315;
resistor[V_ELT].y = 3*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 285 && mouse_x < 350 && mouse_y > (4*96-51-40) && mouse_y < (5*96-51-40)) // [4] [4]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 315;
resistor[V_ELT].y = 4*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 285 && mouse_x < 350 && mouse_y > (5*96-51-40)) // [5] [4]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 315;
resistor[V_ELT].y = 5*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 365 && mouse_x < 435 && mouse_y < (2*96-51-40)) // [1] [5]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 400;
resistor[V_ELT].y = 96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 365 && mouse_x < 435 && mouse_y > (2*96-51-40) && mouse_y < (3*96-51-40)) // [2] [5]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 400;
resistor[V_ELT].y = 2*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 365 && mouse_x < 435 && mouse_y > (3*96-51-40) && mouse_y < (4*96-51-40)) // [3] [5]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 400;
resistor[V_ELT].y = 3*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 365 && mouse_x < 435 && mouse_y > (4*96-51-40) && mouse_y < (5*96-51-40)) // [4] [5]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 400;
resistor[V_ELT].y = 4*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 365 && mouse_x < 435 && mouse_y > (5*96-51-40)) // [5] [5]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 400;
resistor[V_ELT].y = 5*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 450 && mouse_x < 515 && mouse_y < (2*96-51-40)) // [1] [6]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 485;
resistor[V_ELT].y = 96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 450 && mouse_x < 515 && mouse_y > (2*96-51-40) && mouse_y < (3*96-51-40)) // [2] [6]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 485;
resistor[V_ELT].y = 2*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 450 && mouse_x < 515 && mouse_y > (3*96-51-40) && mouse_y < (4*96-51-40)) // [3] [6]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 485;
resistor[V_ELT].y = 3*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 450 && mouse_x < 515 && mouse_y > (4*96-51-40) && mouse_y < (5*96-51-40)) // [4] [6]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 485;
resistor[V_ELT].y = 4*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 450 && mouse_x < 515 && mouse_y > (5*96-51-40)) // [5] [6]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 485;
resistor[V_ELT].y = 5*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 535 && mouse_x < 605 && mouse_y < (2*96-51-40)) // [1] [7]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 570;
resistor[V_ELT].y = 96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 535 && mouse_x < 605 && mouse_y > (2*96-51-40) && mouse_y < (3*96-51-40)) // [2] [7]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 570;
resistor[V_ELT].y = 2*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 535 && mouse_x < 605 && mouse_y > (3*96-51-40) && mouse_y < (4*96-51-40)) // [3] [7]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 570;
resistor[V_ELT].y = 3*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 535 && mouse_x < 605 && mouse_y > (4*96-51-40) && mouse_y < (5*96-51-40)) // [4] [7]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 570;
resistor[V_ELT].y = 4*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 535 && mouse_x < 605 && mouse_y > (5*96-51-40)) // [5] [7]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 570;
resistor[V_ELT].y = 5*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 535 && mouse_x < 605 && mouse_y > (5*96-51-40)) // [5] [7]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 570;
resistor[V_ELT].y = 5*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 615 && mouse_x < 690 && mouse_y < (2*96-51-40)) // [1] [8]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 655;
resistor[V_ELT].y = 96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 615 && mouse_x < 690 && mouse_y > (2*96-51-40) && mouse_y < (3*96-51-40)) // [2] [8]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 655;
resistor[V_ELT].y = 2*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 615 && mouse_x < 690 && mouse_y > (3*96-51-40) && mouse_y < (4*96-51-40)) // [3] [8]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 655;
resistor[V_ELT].y = 3*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 615 && mouse_x < 690 && mouse_y > (4*96-51-40) && mouse_y < (5*96-51-40)) // [4] [8]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 655;
resistor[V_ELT].y = 4*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 615 && mouse_x < 690 && mouse_y > (5*96-51-40)) // [5] [8]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 655;
resistor[V_ELT].y = 5*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 705 && mouse_x < 775 && mouse_y < (2*96-51-40)) // [1] [9]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 740;
resistor[V_ELT].y = 96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 705 && mouse_x < 775 && mouse_y > (2*96-51-40) && mouse_y < (3*96-51-40)) // [2] [9]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 740;
resistor[V_ELT].y = 2*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 705 && mouse_x < 775 && mouse_y > (3*96-51-40) && mouse_y < (4*96-51-40)) // [3] [9]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 740;
resistor[V_ELT].y = 3*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 705 && mouse_x < 775 && mouse_y > (4*96-51-40) && mouse_y < (5*96-51-40)) // [4] [9]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 740;
resistor[V_ELT].y = 4*96-51;
energia_armazenada -= 100;
V_ELT++;
}
if(mouse_x > 705 && mouse_x < 775 && mouse_y > (5*96-51-40)) // [5] [9]
{
resistor[V_ELT].live = true;
resistor[V_ELT].x = 740;
resistor[V_ELT].y = 5*96-51;
energia_armazenada -= 100;
V_ELT++;
}
}
}
void InitEnergia (Energia *energia, int tamanho)
{
for(int i = 0; i < tamanho; i++)
{
energia[i].ID = ENERGIA;
energia[i].live = false;
energia[i].speed = 1;
}
}
void DrawEnergia (Energia *energia, int tamanho)
{
for(int i = 0; i < tamanho; i++)
{
if(energia[i].live)
{
al_draw_filled_circle(energia[i].x, energia[i].y, 5, al_map_rgb(255, 255, 255));
}
}
}
void StartEnergia(Energia *energia, int tamanho)
{
for(int i = 0; i < tamanho; i++)
{
if(!energia[i].live)
{
energia[i].live = true;
energia[i].x = rand() % (WIDTH);
energia[i].y = 0;
break;
}
}
}
void UpdateEnergia(Energia *energia, int tamanho)
{
for(int i = 0; i < tamanho; i++)
{
if(energia[i].live)
{
energia[i].y += energia[i].speed;
}
if(energia[i].y > HEIGHT)
{
energia[i].y = HEIGHT;
energia[i].live = false;
}
}
}
void PegaEnergia(Energia *energia, float mouse_x, float mouse_y, int numero_energia)
{
for(int i = 0; i < numero_energia; i++)
{
if (energia[i].live)
{
if(mouse_x > (energia[i].x-20)
&& mouse_x < (energia[i].x+20)
&& mouse_y < (energia[i].y+20)
&& mouse_y > (energia[i].y-20))
{
energia[i].live = false;
energia_armazenada += 25;
}
}
}
}
int DaParaComprarResistor()
{
if(energia_armazenada >= 100)
{
return 1;
}
return 0;
}