void LevelLoader::CreateLevel(const std::string& filepath, jvis::InstancedSpriteSet* instance, bool active)
{
_spriteSet = instance;
ReadDefinitions(filepath);
ReadLevel(filepath);
BuildLevel(instance, active);
}
void NewGame(void)
{
do {
ParseParam(ReadLevel());
Game();
} while (_level_resolved);
}
void GoLevel(void)
/* pide un nivel y su c?digo de acceso y lo lanza si es v?lido */
{
int n_password;
_level = GetNumber("GO LEVEL\n\n\n\n\nLEVEL NUMBER: %s\n", 30);
if (_level == 0) {
_level = 1;
return;
}
n_password = GetNumber("GO LEVEL\n\n\n\n\nACCESS CODE: %s\n", 999998);
ParseParam(ReadLevel());
if (n_password == 822994)
GameEnd();
else if (n_password != 170868 && _password != n_password) {
_level = 1;
strcpy(_text_mask, "GO LEVEL\n\n\n\n\nWRONG ACCESS CODE\n");
for (;;) {
DrawWaterVirtualScreen();
DrawText();
qdgdfv_dump_virtual_screen();
qdgdfv_input_poll();
if (_qdgdfv_key_escape || _qdgdfv_key_enter)
break;
}
while (_qdgdfv_key_escape || _qdgdfv_key_enter)
qdgdfv_input_poll();
}
else {
do {
Game();
ParseParam(ReadLevel());
} while (_level_resolved);
}
}
/*-----------------------------------------------------------------------------
* Main Function
* Initiates the graphics buffer, creates the window
*-----------------------------------------------------------------------------*/
int main( int argc, char *argv[] )
{
/* Seed the random number generator */
srand(time(0));
/* Initialize the drawing environment */
glutInit( &argc, argv );
/* Initialize the display mode */
glutInitDisplayMode ( GLUT_DOUBLE | GLUT_MULTISAMPLE );
/* Create an application window of a certain size */
glutInitWindowSize( 850, 450 );
/* Create an application window on the screen */
glutCreateWindow( "Assignment #3: 2D Transformations" );
/* Register the function that does drawing */
glutDisplayFunc( Draw );
/* Create the Keyboard callback */
glutKeyboardFunc( Keyboard );
/* Create the Mouse callbacks */
glutMouseFunc( Mouse );
glutMotionFunc( MouseMove );
/* Create the Reshape callback */
glutReshapeFunc( Reshape );
/* Enable GL Properties */
glEnable(GL_MULTISAMPLE);
/* Register Exit Handler */
atexit(ClearMemory);
/* Initialize the House Shapes */
InitShapes( );
/* Add the transform */
tlLevel.root = NULL;
tlSelectedTransforms.root = NULL;
tlAvailableTransforms.root = NULL;
/* Open the file */
file = fopen("level.dat", "r");
ReadLevel(file, currentLevelString);
/* Turn over control to OpenGL */
glutMainLoop();
return( 0 ); /* NOTE: this is here only for ANSI requirements */
}
/*-----------------------------------------------------------------------------
* Keyboard
* Handles the keyboard input for each of the various buttons
*-----------------------------------------------------------------------------*/
void Keyboard( unsigned char key, int x, int y )
{
/* Determine which key is pressed */
switch(key)
{
case 27: /* Escape the Program */
exit(0);
break;
default:
if(gameComplete)
{
exit(EXIT_SUCCESS);
}
else if(levelComplete)
{
/* Clear the Lists */
ClearList(&tlLevel);
ClearList(&tlSelectedTransforms);
ClearList(&tlAvailableTransforms);
/* Load the next level */
ReadLevel(file, currentLevelString);
/* Reset the pointers */
selectedIndex = 0;
selectedNode = NULL;
/* Clear the level */
levelComplete = FALSE;
}
else /* Exit if another key was pressed */
return;
}
/* Redraw the Display */
glutPostRedisplay();
}
void GamePlay () {
DrawLine (0,500,800,500,GLOBAL_FRONTCOLOR);
if (Objects==0 || DataBase[Objects-1][1]<=Width-40) {
ReadLevel(CURRENT_LEVEL);
}
if (HeroIsDead==0) {
if (isRestart==1) {
HeroAngle=(HeroAngle+10)%360;
HeroIsDead=CheckCollision();
HeroY+=HeroFly;
DrawHero (125,HeroY, HeroSides, HeroAngle, HeroColor);
} else {
DrawHero (125,HeroY,HeroSides,HeroAngle,GLOBAL_FRONTCOLOR);
}
if (TO_NEXT_LEVEL>0) {
DrawText (Width-TO_NEXT_LEVEL,300,"jump to start new level",GLOBAL_FRONTCOLOR);
if (TO_NEXT_LEVEL<500) {
TO_NEXT_LEVEL+=2;
} else {
if ((Key==' ' || Arrow==28) && TO_NEXT_LEVEL<=504) {
CURRENT_LEVEL++;
HeroSides=CURRENT_LEVEL;
if (CURRENT_LEVEL>MAX_LEVEL) MAX_LEVEL=CURRENT_LEVEL;
GLOBAL_CHECKPOINT=0;
TO_NEXT_LEVEL=505;
}
if (TO_NEXT_LEVEL>=505) {
TO_NEXT_LEVEL+=2;
if (TO_NEXT_LEVEL>1000) TO_NEXT_LEVEL=0;
}
}
}
} else {
GLOBAL_SPEED=0;
DeltaSpeed=0;
TO_NEXT_LEVEL=0;
HeroIsDead++;
DrawPew (125,HeroY,HeroIsDead,HeroColor);
if (HeroIsDead>100) {
ResetLevel(CURRENT_LEVEL);
if (GLOBAL_CHECKPOINT==0) {
isRestart=1;
HeroY=100;
} else {
isRestart=0;
HeroY=SPAWN_Y+41-DeltaH[HeroSides];
if (HeroSides>7) HeroY-=22;
}
HeroIsDead=0;
HeroFly=0;
if (HeroSides%2==0) {
HeroAngle=360/(HeroSides*2);
} else {
HeroAngle=0;
}
}
}
if (Key=='f'&& CURRENT_LEVEL<3) {
int i=0;
Objects=0;
for (i=0; i<11; i++) LevelProps[i][0]=0;
isRestart=1;
HeroIsDead=0;
HeroY=100;
HeroFly=1;
TO_NEXT_LEVEL=0;
GAME_TYPE=3;
Panel=1;
}
if (Key==27) {
GLOBAL_CHECKPOINT=0;
int i=0;
for (i=0; i<11; i++) ResetLevel (i);
isRestart=1;
HeroIsDead=0;
HeroY=100;
HeroFly=1;
TO_NEXT_LEVEL=0;
if (CURRENT_LEVEL<3) {
GAME_TYPE=3;
Panel=1;
Key=' ';
} else {
GAME_TYPE=0;
}
}
}
