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Board.h
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Board.h
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#include "Character.h"
FILE *file;
BITMAP *buffer;
BITMAP *scoreTable;
BITMAP *backMenu;
typedef struct
{
BITMAP *ground;
BITMAP *metaground;
BITMAP *numbers[14];
BITMAP *light[3];
BITMAP *tryitout;
}MiniGame;
MiniGame semaforo;
typedef struct
{
char type[6];
int score;
} Locker;
Locker locker[51]; // Arreglo de estructuras, que representa cada casilla dentro del tablero
typedef struct
{
char type[6];
int value;
int position;
} MetaMap;
MetaMap parameters[12]; // Arreglo de estructuras, que representa el meta archivo con las casillas y sus posiciones
typedef struct
{
BITMAP *frame[15];
int moveFrame;
int cnstFrame;
int step_x;
int metax;
int step_y;
int metay;
int fault;
int hydra;
int event;
int score;
char *name;
}PJ;
PJ players[5];
typedef struct
{
BITMAP *cursor;
BITMAP *background[24];
int moveGround;
BITMAP *buffer;
BITMAP *tablero;
BITMAP *lockerIcon[9];
BITMAP *frame;
BITMAP *clickDice;
BITMAP *diceFace[6];
BITMAP *playerName[5];
BITMAP *msg[14];
MIDI *soundtrack;
SAMPLE *dices;
}Board;
Board ventana3;
int Turno = 0;
int Steps = 0;
int Guess = 0;
int msg = 0;
int x = 0;
int winner = 0;
int exitGame2=0;
int exitWinners=0;
int pass[3];
int tryitout[3];
int Attemp = 3;
int window3(int finish);
void setUp3();
void printMSG();
void motionMaster3();
void motionGround3();
void setPosition();
void clickDice();
void setScore();
void readFile();
void printLocker();
void setLocker();
void doSomething();
void trafficLight();
void checkAttemp();
int winners(int finish);
int winnerMe(int finish);
void exitMe2();
void randomMap();
int window3(int finish)
{
if (finish==0)
{
window2(finish);
}
if (finish == 0 && exitGame==0)
{
if (mapSelect==1)
readFile();
else
{
randomMap();
printf("\nEntro a randomMap");
}
setUp3();
printLocker();
play_midi(ventana3.soundtrack, 1);
}
while (finish == 0 && exitGame==0 && winner==0 && exitGame2==0)
{
motionMaster3();
motionGround3();
draw_sprite(ventana3.buffer, ventana3.tablero, 0, 0);
draw_sprite(ventana3.buffer, ventana3.playerName[Turno], 978, 50);
if (players[Turno].event==0)
{
setPosition();
if (players[Turno].fault==0)
{
printMSG();
clickDice();
}
else
players[Turno].fault--;
}
else
{
setPosition();
if (msg==0)
{
draw_sprite(ventana3.buffer, ventana3.msg[9], 992, 122);
blit(ventana3.buffer, screen, 0, 0, 0, 0, 1300, 700);
rest(1500);
msg=1;
}
trafficLight();
}
exitMe2();
draw_sprite(ventana3.buffer, ventana3.cursor, mouse_x, mouse_y);
blit(ventana3.buffer, screen, 0, 0, 0, 0, 1300, 700);
}
finish = winners(finish);
return finish;
}
void setUp3 ()
{
ventana3.buffer = create_bitmap(1300, 700);
ventana3.frame = create_bitmap(1300, 700);
ventana3.cursor = load_bitmap("Acces/mouse.bmp", NULL);
ventana3.soundtrack = load_midi("Soundtrack/TheBaseballs_Umbrella.mid");
ventana3.dices = load_wav("Effect/ShakeDice.wav");
ventana3.moveGround=0;
srand(time(NULL));
char* word = (char *)malloc(10240 * sizeof(char));
char* aux = (char *)malloc(10240 * sizeof(char));
int i;
for (i=0; i < 24; i++)
{
strcpy(word, "Board/Cube/");
sprintf(aux, "%d", i);
strcat(word, aux);
strcat(word, ".bmp");
ventana3.background[i] = load_bitmap(word,NULL);
}
ventana3.tablero = load_bitmap("Board/board2.bmp", NULL);
ventana3.clickDice = load_bitmap("Board/ClickMe2.bmp", NULL);
ventana3.diceFace[0] = load_bitmap("Acces/face1.bmp", NULL);
ventana3.diceFace[1] = load_bitmap("Acces/face2.bmp", NULL);
ventana3.diceFace[2] = load_bitmap("Acces/face3.bmp", NULL);
ventana3.diceFace[3] = load_bitmap("Acces/face4.bmp", NULL);
ventana3.diceFace[4] = load_bitmap("Acces/face5.bmp", NULL);
ventana3.diceFace[5] = load_bitmap("Acces/face6.bmp", NULL);
ventana3.playerName[0] = load_bitmap("Board/Player1.bmp",NULL);
ventana3.playerName[1] = load_bitmap("Board/Player2.bmp",NULL);
ventana3.playerName[2] = load_bitmap("Board/Player3.bmp",NULL);
ventana3.playerName[3] = load_bitmap("Board/Player4.bmp",NULL);
ventana3.playerName[4] = load_bitmap("Board/Player5.bmp",NULL);
ventana3.lockerIcon[0] = load_bitmap("Locker/teleport.bmp", NULL);
ventana3.lockerIcon[1] = load_bitmap("Locker/bridge.bmp", NULL);
ventana3.lockerIcon[2] = load_bitmap("Locker/timer.bmp", NULL);
ventana3.lockerIcon[3] = load_bitmap("Locker/tunel.bmp", NULL);
ventana3.lockerIcon[4] = load_bitmap("Locker/HailHydra.bmp", NULL);
ventana3.lockerIcon[5] = load_bitmap("Locker/lights.bmp", NULL);
ventana3.lockerIcon[6] = load_bitmap("Locker/ravine.bmp", NULL);
ventana3.lockerIcon[7] = load_bitmap("Locker/Prison.bmp", NULL);
ventana3.lockerIcon[8] = load_bitmap("Locker/victory.bmp", NULL);
ventana3.msg[0] = load_bitmap("Board/MsgMeta.bmp", NULL);
ventana3.msg[1] = load_bitmap("Board/attemp1.bmp", NULL);
ventana3.msg[2] = load_bitmap("Board/attemp2.bmp", NULL);
ventana3.msg[3] = load_bitmap("Board/attemp3.bmp", NULL);
ventana3.msg[4] = load_bitmap("Board/MsgAvanza.bmp", NULL);
ventana3.msg[5] = load_bitmap("Board/MsgBack.bmp", NULL);
ventana3.msg[6] = load_bitmap("Board/MsgDice.bmp", NULL);
ventana3.msg[7] = load_bitmap("Board/MsgGoodJob.bmp", NULL);
ventana3.msg[8] = load_bitmap("Board/MsgHydra.bmp", NULL);
ventana3.msg[9] = load_bitmap("Board/MsgSemaforo.bmp", NULL);
ventana3.msg[10] = load_bitmap("Board/MsgTeleport.bmp", NULL);
ventana3.msg[11] = load_bitmap("Board/MsgTurno1.bmp", NULL);
ventana3.msg[12] = load_bitmap("Board/MsgTurno2.bmp", NULL);
ventana3.msg[13] = load_bitmap("Board/MsgClickMe.bmp", NULL);
for (i = 0; i < ventana2.playersCant + 1; i++)
{
printf("\nThe bug is here, i: %d", i);
switch(ventana2.orderChamp[i])
{
case 0:
players[i].frame[0] = load_bitmap("Board/Albert/0.bmp", NULL);
players[i].frame[1] = load_bitmap("Board/Albert/1.bmp", NULL);
players[i].frame[2] = load_bitmap("Board/Albert/2.bmp", NULL);
players[i].frame[3] = load_bitmap("Board/Albert/3.bmp", NULL);
players[i].frame[4] = load_bitmap("Board/Albert/4.bmp", NULL);
players[i].frame[5] = load_bitmap("Board/Albert/5.bmp", NULL);
players[i].frame[6] = load_bitmap("Board/Albert/6.bmp", NULL);
players[i].frame[7] = load_bitmap("Board/Albert/7.bmp", NULL);
players[i].frame[8] = load_bitmap("Board/Albert/8.bmp", NULL);
players[i].frame[9] = load_bitmap("Board/Albert/9.bmp", NULL);
players[i].frame[10] = load_bitmap("Board/Albert/10.bmp", NULL);
players[i].frame[11] = load_bitmap("Board/Albert/11.bmp", NULL);
players[i].frame[12] = load_bitmap("Board/Albert/12.bmp", NULL);
players[i].frame[13] = load_bitmap("Board/Albert/13.bmp", NULL);
players[i].frame[14] = load_bitmap("Board/Albert/14.bmp", NULL);
players[i].cnstFrame = 0;
players[i].moveFrame = 0;
players[i].score = 1;
players[i].fault = 0;
players[i].event=0;
players[i].hydra = 0;
players[i].step_x = 0;
players[i].step_y = 26;
players[i].metax = 0;
players[i].metay = 26;
players[i].name = (char *)malloc(10240 * sizeof(char));
strcpy(players[i].name,ventana2.playerName[i]);
break;
case 1:
players[i].frame[0] = load_bitmap("Board/Marie/0.bmp", NULL);
players[i].frame[1] = load_bitmap("Board/Marie/1.bmp", NULL);
players[i].frame[2] = load_bitmap("Board/Marie/2.bmp", NULL);
players[i].frame[3] = load_bitmap("Board/Marie/3.bmp", NULL);
players[i].frame[4] = load_bitmap("Board/Marie/4.bmp", NULL);
players[i].frame[5] = load_bitmap("Board/Marie/5.bmp", NULL);
players[i].frame[6] = load_bitmap("Board/Marie/6.bmp", NULL);
players[i].frame[7] = load_bitmap("Board/Marie/7.bmp", NULL);
players[i].frame[8] = load_bitmap("Board/Marie/8.bmp", NULL);
players[i].frame[9] = load_bitmap("Board/Marie/9.bmp", NULL);
players[i].frame[10] = load_bitmap("Board/Marie/10.bmp", NULL);
players[i].frame[11] = load_bitmap("Board/Marie/11.bmp", NULL);
players[i].frame[12] = load_bitmap("Board/Marie/12.bmp", NULL);
players[i].frame[13] = load_bitmap("Board/Marie/13.bmp", NULL);
players[i].frame[14] = load_bitmap("Board/Marie/14.bmp", NULL);
players[i].cnstFrame = 0;
players[i].moveFrame = 0;
players[i].score = 1;
players[i].fault = 0;
players[i].event=0;
players[i].hydra = 0;
players[i].step_x = 34;
players[i].step_y = 34;
players[i].metax = 34;
players[i].metay = 34;
players[i].name = (char *)malloc(10240 * sizeof(char));
strcpy(players[i].name,ventana2.playerName[i]);
break;
case 2:
players[i].frame[0] = load_bitmap("Board/Darwin/0.bmp", NULL);
players[i].frame[1] = load_bitmap("Board/Darwin/1.bmp", NULL);
players[i].frame[2] = load_bitmap("Board/Darwin/2.bmp", NULL);
players[i].frame[3] = load_bitmap("Board/Darwin/3.bmp", NULL);
players[i].frame[4] = load_bitmap("Board/Darwin/4.bmp", NULL);
players[i].frame[5] = load_bitmap("Board/Darwin/5.bmp", NULL);
players[i].frame[6] = load_bitmap("Board/Darwin/6.bmp", NULL);
players[i].frame[7] = load_bitmap("Board/Darwin/7.bmp", NULL);
players[i].frame[8] = load_bitmap("Board/Darwin/8.bmp", NULL);
players[i].frame[9] = load_bitmap("Board/Darwin/9.bmp", NULL);
players[i].frame[10] = load_bitmap("Board/Darwin/10.bmp", NULL);
players[i].frame[11] = load_bitmap("Board/Darwin/11.bmp", NULL);
players[i].frame[12] = load_bitmap("Board/Darwin/12.bmp", NULL);
players[i].frame[13] = load_bitmap("Board/Darwin/13.bmp", NULL);
players[i].frame[14] = load_bitmap("Board/Darwin/14.bmp", NULL);
players[i].cnstFrame = 0;
players[i].moveFrame = 0;
players[i].score = 1;
players[i].fault = 0;
players[i].event=0;
players[i].hydra = 0;
players[i].step_x = 57;
players[i].step_y = 31;
players[i].metax = 57;
players[i].metay = 31;
players[i].name = (char *)malloc(10240 * sizeof(char));
strcpy(players[i].name,ventana2.playerName[i]);
break;
case 3:
players[i].frame[0] = load_bitmap("Board/Tesla/0.bmp", NULL);
players[i].frame[1] = load_bitmap("Board/Tesla/1.bmp", NULL);
players[i].frame[2] = load_bitmap("Board/Tesla/2.bmp", NULL);
players[i].frame[3] = load_bitmap("Board/Tesla/3.bmp", NULL);
players[i].frame[4] = load_bitmap("Board/Tesla/4.bmp", NULL);
players[i].frame[5] = load_bitmap("Board/Tesla/5.bmp", NULL);
players[i].frame[6] = load_bitmap("Board/Tesla/6.bmp", NULL);
players[i].frame[7] = load_bitmap("Board/Tesla/7.bmp", NULL);
players[i].frame[8] = load_bitmap("Board/Tesla/8.bmp", NULL);
players[i].frame[9] = load_bitmap("Board/Tesla/9.bmp", NULL);
players[i].frame[10] = load_bitmap("Board/Tesla/10.bmp", NULL);
players[i].frame[11] = load_bitmap("Board/Tesla/11.bmp", NULL);
players[i].frame[12] = load_bitmap("Board/Tesla/12.bmp", NULL);
players[i].frame[13] = load_bitmap("Board/Tesla/13.bmp", NULL);
players[i].frame[14] = load_bitmap("Board/Tesla/14.bmp", NULL);
players[i].cnstFrame = 0;
players[i].moveFrame = 0;
players[i].score = 1;
players[i].fault = 0;
players[i].event=0;
players[i].hydra = 0;
players[i].step_x = 34;
players[i].step_y = 73;
players[i].metax = 34;
players[i].metay = 73;
players[i].name = (char *)malloc(10240 * sizeof(char));
strcpy(players[i].name,ventana2.playerName[i]);
break;
case 4:
players[i].frame[0] = load_bitmap("Board/Newton/0.bmp", NULL);
players[i].frame[1] = load_bitmap("Board/Newton/1.bmp", NULL);
players[i].frame[2] = load_bitmap("Board/Newton/2.bmp", NULL);
players[i].frame[3] = load_bitmap("Board/Newton/3.bmp", NULL);
players[i].frame[4] = load_bitmap("Board/Newton/4.bmp", NULL);
players[i].frame[5] = load_bitmap("Board/Newton/5.bmp", NULL);
players[i].frame[6] = load_bitmap("Board/Newton/6.bmp", NULL);
players[i].frame[7] = load_bitmap("Board/Newton/7.bmp", NULL);
players[i].frame[8] = load_bitmap("Board/Newton/8.bmp", NULL);
players[i].frame[9] = load_bitmap("Board/Newton/9.bmp", NULL);
players[i].frame[10] = load_bitmap("Board/Newton/10.bmp", NULL);
players[i].frame[11] = load_bitmap("Board/Newton/11.bmp", NULL);
players[i].frame[12] = load_bitmap("Board/Newton/12.bmp", NULL);
players[i].frame[13] = load_bitmap("Board/Newton/13.bmp", NULL);
players[i].frame[14] = load_bitmap("Board/Newton/14.bmp", NULL);
players[i].cnstFrame = 0;
players[i].moveFrame = 0;
players[i].score = 1;
players[i].fault = 0;
players[i].event=0;
players[i].hydra = 0;
players[i].step_x = 11;
players[i].step_y = 69;
players[i].metax = 11;
players[i].metay = 69;
players[i].name = (char *)malloc(10240 * sizeof(char));
strcpy(players[i].name,ventana2.playerName[i]);
break;
}
}
semaforo.ground = load_bitmap ("Board/TrafficLight.bmp", NULL);
semaforo.metaground = load_bitmap ("Board/TrafficLight.bmp", NULL);
semaforo.numbers[0] = load_bitmap ("Board/0.bmp", NULL);
semaforo.numbers[1] = load_bitmap ("Board/1.bmp", NULL);
semaforo.numbers[2] = load_bitmap ("Board/2.bmp", NULL);
semaforo.numbers[3] = load_bitmap ("Board/3.bmp", NULL);
semaforo.numbers[4] = load_bitmap ("Board/4.bmp", NULL);
semaforo.numbers[5] = load_bitmap ("Board/5.bmp", NULL);
semaforo.numbers[6] = load_bitmap ("Board/6.bmp", NULL);
semaforo.numbers[7] = load_bitmap ("Board/7.bmp", NULL);
semaforo.numbers[8] = load_bitmap ("Board/8.bmp", NULL);
semaforo.numbers[9] = load_bitmap ("Board/9.bmp", NULL);
semaforo.numbers[10] = load_bitmap ("Board/10.bmp", NULL);
semaforo.numbers[11] = load_bitmap ("Board/11.bmp", NULL);
semaforo.numbers[12] = load_bitmap ("Board/12.bmp", NULL);
semaforo.numbers[13] = load_bitmap ("Board/try.bmp", NULL);
semaforo.light[0] = load_bitmap("Board/Green.bmp", NULL);
semaforo.light[1] = load_bitmap("Board/Yellow.bmp", NULL);
semaforo.light[2] = load_bitmap("Board/Red.bmp", NULL);
semaforo.tryitout = load_bitmap("Board/TryItOut2.bmp", NULL);
for (i=0; i < 3; i++)
{
pass[i]=0;
tryitout[i]=0;
}
draw_sprite(ventana3.tablero, ventana3.diceFace[0], 1005, 315);
draw_sprite(ventana3.tablero, ventana3.diceFace[0], 1145, 315);
}
void printMSG()
{
draw_sprite(ventana3.buffer, ventana3.msg[13], 992, 122);
if (players[Turno].fault==2)
draw_sprite(ventana3.buffer, ventana3.msg[12], 992, 122);
if (players[Turno].fault==1)
draw_sprite(ventana3.buffer, ventana3.msg[11], 992, 122);
if (players[Turno].hydra==1)
{
draw_sprite(ventana3.buffer, ventana3.msg[8], 992, 122);
switch(x)
{
case 2:
draw_sprite(ventana3.buffer, semaforo.numbers[2], 1168, 158);
break;
case 3:
draw_sprite(ventana3.buffer, semaforo.numbers[3], 1168, 158);
break;
case 4:
draw_sprite(ventana3.buffer, semaforo.numbers[4], 1168, 158);
break;
case 5:
draw_sprite(ventana3.buffer, semaforo.numbers[5], 1168, 158);
break;
case 6:
draw_sprite(ventana3.buffer, semaforo.numbers[6], 1168, 158);
break;
case 7:
draw_sprite(ventana3.buffer, semaforo.numbers[7], 1168, 158);
break;
case 8:
draw_sprite(ventana3.buffer, semaforo.numbers[8], 1168, 158);
break;
case 9:
draw_sprite(ventana3.buffer, semaforo.numbers[9], 1168, 158);
break;
case 10:
draw_sprite(ventana3.buffer, semaforo.numbers[10], 1168, 158);
break;
case 11:
draw_sprite(ventana3.buffer, semaforo.numbers[11], 1168, 158);
break;
case 12:
draw_sprite(ventana3.buffer, semaforo.numbers[12], 1168, 158);
break;
}
}
}
void clickDice()
{
if (mouse_x > 1052 && mouse_x < 1208 && mouse_y > 250 && mouse_y < 281)
{
draw_sprite(ventana3.buffer, ventana3.clickDice, 1038, 238);
if (mouse_b&1)
{
int i, dice1, dice2;
play_sample(ventana3.dices, 200, 0, 1000, 0);
for (i=0; i < 5; i++)
{
dice1 = rand()%6;
dice2 = rand()%6;
draw_sprite(ventana3.buffer, ventana3.diceFace[dice1], 1005, 315);
draw_sprite(ventana3.buffer, ventana3.diceFace[dice2], 1145, 315);
blit(ventana3.buffer, screen, 0, 0, 0, 0, 1300, 700);
rest(200);
}
draw_sprite(ventana3.tablero, ventana3.diceFace[dice1], 1005, 315);
draw_sprite(ventana3.tablero, ventana3.diceFace[dice2], 1145, 315);
Steps = dice1 + dice2 +2;
if (players[Turno].hydra==1)
{
if (Steps==Guess)
{
//blit(ventana3.msg[1], screen, 0, 0, 440, 35, 1300, 700);
//rest(2000);
players[Turno].hydra=0;
draw_sprite(ventana3.buffer, ventana3.msg[7], 992, 122);
blit(ventana3.buffer, screen, 0, 0, 0, 0, 1300, 700);
rest(1500);
Steps=1;
setScore();
}
}
else
{
setScore();
doSomething();
}
if (Turno < ventana2.playersCant)
Turno++;
else
Turno=0;
rest(1000);
}
}
}
void motionMaster3()
{
int i;
if (ventana3.moveGround>240)
ventana3.moveGround=0;
else
ventana3.moveGround++;
for (i = 0; i < ventana2.playersCant + 1; i++)
{
if (players[i].moveFrame>140)
players[i].moveFrame=0;
else
players[i].moveFrame++;
}
}
void motionGround3()
{
if (ventana3.moveGround<240)
draw_sprite(ventana3.buffer, ventana3.background[ventana3.moveGround/10], 0, 0);
}
void setPosition()
{
int i;
for (i=0; i < ventana2.playersCant +1 ; i++)
{
if (players[i].moveFrame%10)
players[i].cnstFrame = players[i].moveFrame/10;
draw_sprite(ventana3.buffer, players[i].frame[players[i].cnstFrame], players[i].step_x , players[i].step_y);
}
}
void readFile () // Complete - > // Lee el archivo que contiene las casillas y sus valores
{
int i=0;
char *row = (char*)malloc(10240*sizeof(char));
char *aux = (char *)malloc(10240*sizeof(char));
file = fopen("casillas.txt", "r");
while(!feof(file))
{
fgets(row, 7, file);
aux = strtok(row, "=");
strcpy(parameters[i].type, aux);
aux = strtok(NULL, "=");
parameters[i].position= atoi(aux);
parameters[i].value=i;
i++;
}
}
void printLocker()
{
int i;
for (i=0; i < 12; i++)
{
if (strcmp(parameters[i].type, "B")==0)
{
strcpy(locker[parameters[i].position].type, "B");
locker[parameters[i].position].score=1;
setLocker(ventana3.lockerIcon[6], parameters[i].position);
}
////////////////////////////////////////////////////////////////////////////////
if (strcmp(parameters[i].type, "S1")==0 || strcmp(parameters[i].type, "S2")==0 || strcmp(parameters[i].type, "S3")==0)
{
strcpy(locker[parameters[i].position].type, "S");
locker[parameters[i].position].score=1;
setLocker(ventana3.lockerIcon[5], parameters[i].position);
}
////////////////////////////////////////////////////////////////////////////////
if (strcmp(parameters[i].type, "R")==0)
{
strcpy(locker[parameters[i].position].type, "R");
locker[parameters[i].position].score=1;
setLocker(ventana3.lockerIcon[4], parameters[i].position);
}
////////////////////////////////////////////////////////////////////////////////
if (strcmp(parameters[i].type, "C")==0)
{
strcpy(locker[parameters[i].position].type, "C");
locker[parameters[i].position].score=1;
setLocker(ventana3.lockerIcon[7], parameters[i].position);
}
////////////////////////////////////////////////////////////////////////////////
if (strcmp(parameters[i].type, "T1")==0 || strcmp(parameters[i].type, "T2")==0)
{
strcpy(locker[parameters[i].position].type, "T");
locker[parameters[i].position].score=1;
setLocker(ventana3.lockerIcon[3], parameters[i].position);
}
///////////////////////////////////////////////////////////////////////////////
if (strcmp(parameters[i].type, "A")==0)
{
strcpy(locker[parameters[i].position].type, "A");
locker[parameters[i].position].score=1;
setLocker(ventana3.lockerIcon[2], parameters[i].position);
}
///////////////////////////////////////////////////////////////////////////////
if (strcmp(parameters[i].type, "P")==0)
{
strcpy(locker[parameters[i].position].type, "P");
locker[parameters[i].position].score=1;
setLocker(ventana3.lockerIcon[1], parameters[i].position);
}
///////////////////////////////////////////////////////////////////////////////
if (strcmp(parameters[i].type, "X")==0)
{
x = parameters[i].position;
}
///////////////////////////////////////////////////////////////////////////////
if (strcmp(parameters[i].type, "V")==0)
{
int j, aux, pos;
pos = parameters[i].position;
aux = parameters[i].position;
for (j=0; j < 49 / parameters[i].position; j++)
{
strcpy(locker[pos].type, "V");
// printf("\nI'm the player %i.This is aux:\t%i", Turno, pos);
locker[pos].score=1;
setLocker(ventana3.lockerIcon[0], pos);
pos += aux;
}
}
}
}
void setLocker (BITMAP *casilla, int score)
{
draw_sprite(ventana3.tablero, ventana3.lockerIcon[8], 548, 361);
if (score <10)
draw_sprite(ventana3.tablero, casilla, 36 + 106*score - 106 , 104 );
if (score >= 10 && score < 18)
draw_sprite(ventana3.tablero, casilla, 877 , 170 + 66*(score-9) - 66 );
if (score >= 18 && score < 26)
draw_sprite(ventana3.tablero, casilla, 36 + 106*(26-score) - 106, 625 );
if (score >= 26 && score < 32)
draw_sprite(ventana3.tablero, casilla, 36, 170 + 66*(33-score)-66 );
if (score >= 32 && score < 38)
draw_sprite(ventana3.tablero, casilla, 36 +106*(score-30)-106, 234 );
if (score >= 38 && score < 42)
draw_sprite(ventana3.tablero, casilla, 666, 170 + 66*(score-35)-66);
if (score >= 42 && score < 46)
draw_sprite(ventana3.tablero, casilla, 36 + 106*(48-score)-106, 495);
if (score == 46)
draw_sprite(ventana3.tablero, casilla, 246, 429);
if (score == 47)
draw_sprite(ventana3.tablero, casilla, 246, 364);
if (score == 48)
draw_sprite(ventana3.tablero, casilla, 351, 364);
if (score == 49)
draw_sprite(ventana3.tablero, casilla, 456, 364);
}
void setScore ()
{
int i;
draw_sprite(ventana3.frame, ventana3.buffer, 0, 0);
if (players[Turno].score>=50)
{
for (i=0; i < Steps; i++)
{
printf("\n[into recursion]This is score of player %i: %i", Turno+1, players[Turno].score);
draw_sprite(ventana3.buffer, ventana3.frame, 0, 0);
if (players[Turno].score > 37 && players[Turno].score <= 41)
{
players[Turno].step_y -= 66;
draw_sprite(ventana3.buffer, players[Turno].frame[0],players[Turno].step_x , players[Turno].step_y );
rest(200);
}
if (players[Turno].score > 41 && players[Turno].score <= 45)
{
players[Turno].step_x += 106;
draw_sprite(ventana3.buffer, players[Turno].frame[0],players[Turno].step_x , players[Turno].step_y );
rest(200);
}
if (players[Turno].score > 45 && players[Turno].score <= 47)
{
players[Turno].step_y += 66;
draw_sprite(ventana3.buffer, players[Turno].frame[0],players[Turno].step_x , players[Turno].step_y );
rest(200);
}
if (players[Turno].score > 47 && players[Turno].score <= 50)
{
players[Turno].step_x -= 106;
draw_sprite(ventana3.buffer, players[Turno].frame[0],players[Turno].step_x , players[Turno].step_y );
rest(200);
}
players[Turno].score--;
setPosition();
blit(ventana3.buffer, screen, 0, 0, 0, 0, 1300, 700);
}
}
else
{
for (i=0; i < Steps; i++)
{
printf("\n[out recursion]This is score of player %i: %i", Turno+1, players[Turno].score);
draw_sprite(ventana3.buffer, ventana3.frame, 0, 0);
if (players[Turno].score <9)
{
players[Turno].step_x += 106;
draw_sprite(ventana3.buffer, players[Turno].frame[0],players[Turno].step_x , players[Turno].step_y );
rest(200);
}
if (players[Turno].score >= 9 && players[Turno].score < 17)
{
players[Turno].step_y += 66;
draw_sprite(ventana3.buffer, players[Turno].frame[0],players[Turno].step_x , players[Turno].step_y );
rest(200);
}
if (players[Turno].score >= 17 && players[Turno].score < 25)
{
players[Turno].step_x -= 106;
draw_sprite(ventana3.buffer, players[Turno].frame[0],players[Turno].step_x , players[Turno].step_y );
rest(200);
}
if (players[Turno].score >= 25 && players[Turno].score < 31)
{
players[Turno].step_y -= 66;
draw_sprite(ventana3.buffer, players[Turno].frame[0],players[Turno].step_x , players[Turno].step_y );
rest(200);
}
if (players[Turno].score >= 31 && players[Turno].score < 37)
{
players[Turno].step_x += 106;
draw_sprite(ventana3.buffer, players[Turno].frame[0],players[Turno].step_x , players[Turno].step_y );
rest(200);
}
if (players[Turno].score >= 37 && players[Turno].score < 41)
{
players[Turno].step_y += 66;
draw_sprite(ventana3.buffer, players[Turno].frame[0],players[Turno].step_x , players[Turno].step_y );
rest(200);
}
if (players[Turno].score >= 41 && players[Turno].score < 45)
{
players[Turno].step_x -= 106;
draw_sprite(ventana3.buffer, players[Turno].frame[0],players[Turno].step_x , players[Turno].step_y );
rest(200);
}
if (players[Turno].score >= 45 && players[Turno].score < 47)
{
players[Turno].step_y -= 66;
draw_sprite(ventana3.buffer, players[Turno].frame[0],players[Turno].step_x , players[Turno].step_y );
rest(200);
}
if (players[Turno].score >= 47 && players[Turno].score < 50)
{
players[Turno].step_x += 106;
draw_sprite(ventana3.buffer, players[Turno].frame[0],players[Turno].step_x , players[Turno].step_y );
rest(200);
}
if (players[Turno].score>=50)
{
Steps -= i;
setScore();
i = Steps;
players[Turno].score--;
}
players[Turno].score++;
setPosition();
blit(ventana3.buffer, screen, 0, 0, 0, 0, 1300, 700);
}
if (players[Turno].score==50)
winner=1;
}
}
void doSomething ()
{
if (locker[players[Turno].score].score==1)
{
printf("\nThis is Turn: %i. And this is score: %i", Turno, players[Turno].score);
if (strcmp(locker[players[Turno].score].type, "V")==0)
{
int i;
Steps=0;
for (i=players[Turno].score+1; i < 51;i++)
{
if (strcmp(locker[i].type, "V")==0)
i=51;
Steps++;
}
rest(500);
draw_sprite(ventana3.buffer, ventana3.msg[10], 992, 122);
setScore();
}
//////////////////////////////////////////////////////////////////////////////////////
if (strcmp(locker[players[Turno].score].type, "P")==0)
{
Steps=10;
rest(500);
draw_sprite(ventana3.buffer, ventana3.msg[4], 992, 122);
setScore();
}
//////////////////////////////////////////////////////////////////////////////////////
if (strcmp(locker[players[Turno].score].type, "B")==0)
{
players[Turno].score =1;
switch(Turno)
{
case 0:
players[0].step_x = players[0].metax; players[0].step_y=players[0].metay;
break;
case 1:
players[1].step_x = players[1].metax; players[1].step_y=players[1].metay;
break;
case 2:
players[2].step_x = players[2].metax; players[2].step_y = players[2].metay;
break;
case 3:
players[3].step_x = players[3].metax; players[3].step_y=players[3].metay;
break;
case 4:
players[4].step_x = players[4].metax; players[4].step_y=players[4].metay;
break;
}
draw_sprite(ventana3.buffer, ventana3.msg[5], 992, 122);
blit(ventana3.buffer, screen, 0, 0, 0, 0, 1300, 700);
rest(2000);
}
//////////////////////////////////////////////////////////////////////////////////////
if (strcmp(locker[players[Turno].score].type, "A")==0)
{
players[Turno].fault = 2;
draw_sprite(ventana3.buffer, ventana3.msg[12], 992, 122);
blit(ventana3.buffer, screen, 0, 0, 0, 0, 1300, 700);
rest(2000);
}
//////////////////////////////////////////////////////////////////////////////////////
if (strcmp(locker[players[Turno].score].type, "T")==0)
{
Turno--;
draw_sprite(ventana3.buffer, ventana3.msg[6], 992, 122);
blit(ventana3.buffer, screen, 0, 0, 0, 0, 1300, 700);
rest(1500);
}
//////////////////////////////////////////////////////////////////////////////////////
if (strcmp(locker[players[Turno].score].type, "R")==0)
{
int i, key;
for (i=0; i < 12; i++)
{
if (strcmp(parameters[i].type, "C")==0)
key = parameters[i].position;
}
players[Turno].hydra = 1;
players[Turno].score =1;
switch(Turno)
{
case 0:
players[0].step_x = players[0].metax; players[0].step_y=players[0].metay;
break;
case 1:
players[1].step_x = players[1].metax; players[1].step_y=players[1].metay;
break;
case 2:
players[2].step_x = players[2].metax; players[2].step_y=players[2].metay;
break;
case 3:
players[3].step_x = players[3].metax; players[3].step_y=players[3].metay;
break;
case 4:
players[4].step_x = players[4].metax; players[4].step_y=players[4].metay;
break;
}
for (i=0; i < key-1; i++)
{
if (players[Turno].score <9)
players[Turno].step_x += 106;
if (players[Turno].score >= 9 && players[Turno].score < 17)
players[Turno].step_y += 66;
if (players[Turno].score >= 17 && players[Turno].score < 25)
players[Turno].step_x -= 106;
if (players[Turno].score >= 25 && players[Turno].score < 31)
players[Turno].step_y -= 66;
if (players[Turno].score >= 31 && players[Turno].score < 37)
players[Turno].step_x += 106;
if (players[Turno].score >= 37 && players[Turno].score < 41)
players[Turno].step_y += 66;
if (players[Turno].score >= 41 && players[Turno].score < 45)
players[Turno].step_x -= 106;
if (players[Turno].score >= 45 && players[Turno].score < 47)
players[Turno].step_y -= 66;
if (players[Turno].score >= 47 && players[Turno].score < 50)
players[Turno].step_x -= 106;
players[Turno].score++;
}
rest(500);
}
if (strcmp(locker[players[Turno].score].type, "S")==0)
{
players[Turno].event=1;
Turno--;
}
}
}
void trafficLight ()
{
int i;
if (pass[0]==0 && pass[1]==0 && pass[2] == 0)
{
draw_sprite(semaforo.ground, semaforo.metaground, 0 ,0 );
for (i=0; i < 3; i++)
pass[i] = rand()%9;
printf("\nThis is the pass: %i - %i - %i", pass[0], pass[1], pass[2]);
printf("\nIm in trafficLight, the Turn is: %i", Turno);
printf("\nThis is the Attemp: %i", Attemp);
printf("\n////////////////////////////////////////////////");
//draw_sprite(ventana3.buffer, ventana3.msg[7], 440, 35);
//blit(ventana3.buffer, screen, 0, 0, 0, 0, 1300, 700);
// rest(1500);
}
switch (Attemp)
{
case 3:
draw_sprite(ventana3.tablero, ventana3.msg[3], 992, 122);
break;
case 2:
draw_sprite(ventana3.tablero, ventana3.msg[2], 992, 122);
break;
case 1:
draw_sprite(ventana3.tablero, ventana3.msg[1], 992, 122);
break;
}
draw_sprite(ventana3.buffer, semaforo.ground, 975, 462);
if (mouse_x > 1034 && mouse_x < 1061 && mouse_y > 476 && mouse_y < 494) // Block 1 - Up
{
if (mouse_b&1)
{
if (tryitout[0]<9)