M4::M4()
{
obj = M4_GUN;
maxAmmo = 40;
currentAmmo = 40;
remainingAmmo = 80;
reloading = false;
click = M4_CLICK;
gunShot = M4_SHOT;
reloadTimer = 800;
shootingTimer = dbTimer();
dbLoadObject("weapons//m4.dbo", obj);
dbScaleObject(obj,100, 100, 100); //works in percentages e.g. 10 makes the gun 10 times smaller(10% of full size)
dbLoadSound("sounds//M4A1 shot.wav", click);
dbLoadSound("sounds//m4 click.wav", gunShot);
}
void world::setWorld(char input[], int &xCord, int &yCord) { //Used to we our current level or stage
if(strcmp(input,"stage1") == 0) { //If it's equal to stage 1:
strcpy(currentworld,"stage1"); //Set our current world to stage1
strcpy(character,"character.png"); //Set our character map to character.png
dbCreateAnimatedSprite(1,character,4,4,1); //Do our initial setups such as making our sprite sheet usable and setting our x and y coordinates.
xCord = 150;
yCord = 50;
currentX = &xCord;
currentY = &yCord;
dbLoadImage("carpet.png",2); //Now we can load out images for later. These images can be used by both sprites and actual pictures.
dbLoadImage("wall.png",3);
dbLoadImage("closet.png",4);
dbLoadImage("bunkBed.png",5);
dbLoadImage("bedLower.png",6);
dbLoadImage("characterTV.png",7);
dbLoadImage("computer.png",8);
dbLoadImage("mainTV.png",9);
dbLoadImage("mainTable.png",10);
dbLoadImage("couch.png",11);
dbLoadImage("chair.png",12);
dbLoadImage("kitchenTable.png",13);
dbLoadImage("kitchenFloor.png",14);
dbLoadImage("kitchenLeftCounter.png",15);
dbLoadImage("kitchenRightCounter.png",16);
dbLoadImage("background.png",17);
dbLoadImage("doorRight.png",18);
dbLoadImage("doorLeft.png",19);
dbLoadImage("mainDoor.png",20);
dbLoadImage("mainComputer.png",21);
dbLoadImage("smallTable.png",22);
dbLoadImage("doorFacing.png",23);
dbLoadImage("roomDoorFacing.png",24);
dbLoadImage("roomDoorSide.png",25);
dbLoadSound("doorOpen.wav",1);
dbLoadSound("doorClose.wav",2);
dbLoadSound("silence.wav",3);
dbLoadSound("TV.wav",4);
dbLoadSound("mainTV.wav",5);
dbLoadSound("mainPC.wav",6);
dbLoadSound("characterComp.wav",7);
dbLoadSound("sink.wav",8);
dbLoadSound("fridge.wav",9);
dbLoadSound("locked.wav",10);
dbLoadSound("blocked.wav",11);
dbLoadSound("beep.wav",12);
dbLoadSound("wrong.wav",13);
dbLoadSound("correct.wav",14);
numOfImages = 25;
//Sprites 2 through 17 are used for the walls. For demonstration on how to set sprites and objects, please see sprite 19+
dbSprite(2,80,0,3);
dbSizeSprite(2,15,440);
setObject(80,0,15,440);
dbSprite(3,80,0,3);
dbSizeSprite(3,140,15);
setObject(80,0,140,15);
dbSprite(4,170,98,3);
dbSizeSprite(4,15,47);
setObject(170,98,15,47);
dbSprite(5,220,0,3);
dbSizeSprite(5,15,142);
setObject(220,0,15,142);
dbSprite(6,80,130,3);
dbSizeSprite(6,98,135);
setObject(80,145,98,120);
dbSprite(7,227,0,3);
dbSizeSprite(7,90,280);
setObject(227,0,90,280);
dbSprite(8,220,182,3);
dbSizeSprite(8,30,38);
setObject(220,182,30,38);
dbSprite(9,170,185,3);
dbSizeSprite(9,15,15);
setObject(170,185,15,15);
dbSprite(10,170,240,3);
dbSizeSprite(10,15,113);
setObject(170,240,15,112);
dbSprite(12,220,260,3);
dbSizeSprite(12,30,20);
setObject(220,260,30,20);
dbSprite(13,80,430,3);
dbSizeSprite(13,305,15);
setObject(80,430,305,15);
dbSprite(14,376,280,3);
dbSizeSprite(14,9,20);
setObject(376,280,9,20);
dbSprite(15,376,340,3);
dbSizeSprite(15,9,100);
setObject(376,340,9,100);
dbSprite(16,95,110,4);
dbSizeSprite(16,75,20);
dbSprite(17,95,25,5);
dbSizeSprite(17,35,53);
//Whenever you wish to set object collision checking, you can simply use the setObject function. This function takes 4 arguments. The x1 coordinate, the y1 coordinate, the x length, and the y length. Within these boundaries, it is treated as solid material. Characters cannot walk through these coordinates on the screen.
//Example: setObject(95,26,33,2) makes an object at x coordinate 95, y coordinate 26, and makes it have a width of 33 pixels and a height of 2 pixels.
setObject(95,26,33,2); //Character bed top
setObject(95,26,2,50); //Character bed left side
setObject(95,74,34,1); //Character bed bottom
setObject(193,29,27,34); //CharacterTV
dbSprite(19,160,15,8); //Character computer
dbSizeSprite(19,28,17); //Makes the image for the sprite stretch to the specifications. The second argument is width, and the third is height.
setObject(160,15,28,17);
dbSprite(20,265,303,9); //Character Tv (Rotation involved)
dbSizeSprite(20,24,37);
dbRotateSprite(20,-90);
setObject(265,280,36,23);
dbSprite(21,263,365,10); //Main table
dbSizeSprite(21,40,25);
setObject(263,365,40,25);
dbSprite(22,95,265,15); //Left counter
dbSizeSprite(22,21,90);
setObject(95,265,21,66);
dbSprite(23,149,265,16); //Right counter
dbSizeSprite(23,21,90);
setObject(149,265,21,83);
setObject(95,384,33,46); //All of this chunk is the kitchen table. One for each. (Round objects to be implemented)
setObject(95,381,23,3);
setObject(130,388,2,42);
setObject(133,391,1,39);
setObject(136,394,1,36);
setObject(137,396,1,34);
setObject(138,397,1,33);
setObject(139,399,1,31);
setObject(140,402,1,28);
dbSprite(24,218,142,18); //Relative room
dbSizeSprite(24,9,40);
setObject(220,142,9,40);
dbSprite(25,218,220,18); //Closet below relative room
dbSizeSprite(25,9,40);
setObject(220,220,9,40);
dbSprite(26,178,145,19); //Upper closet
dbSizeSprite(26,9,40);
setObject(178,145,7,40);
dbSprite(27,178,200,19); //Bathroom
dbSizeSprite(27,9,40);
setObject(178,200,7,40);
dbSprite(28,374,300,20); //Main door
dbSizeSprite(28,11,40);
setObject(376,300,9,40);
dbSprite(29,185,316,21); //Main computer
dbSizeSprite(29,16,32);
setObject(185,316,16,32);
dbSprite(30,360,370,22); //Small table
dbSizeSprite(30,12,17);
setObject(360,370,12,17);
dbSprite(31,352,0,3); //Wall to the right of main closet
dbSizeSprite(31,33,280);
setObject(352,0,33,280);
dbSprite(32,317,0,3); //Wall behind main closet
dbSizeSprite(32,35,278);
setObject(317,0,35,278);
dbSprite(33,317,268,23); //Closet close to door
dbSizeSprite(33,35,12);
setObject(317,268,35,12);
dbSprite(34,185,98,24); //Character door
dbSizeSprite(34,35,12);
setObject(185,98,35,12);
numOfSprites = 34;
//Much like the objects, to set an event at a certain coordinate, use the setEvent function. The arguments are the x1 coordinate, the y1 coordinate, the x length, the y length, the argument to be sent to the function, and the actual function name itself. Note: currently, the argument has to be a string.
//Example: setEvent(80,24,50,54,"bed",printText) makes an event at the x coordinate 80 and y coordinate 24. It has a width of 50 and a height downward of 54. Whenever and event happens, the text "bed" is sent to the printText function.
setEvent(80,24,50,54,"bed",printText);
setEvent(80,24,50,54,"40",dimArea);
setEvent(193,29,27,34,"characterTV",printText);
setEvent(160,15,28,17,"characterComputer",printText);
setEvent(265,279,36,24,"familyTV",printText);
setEvent(185,316,16,32,"familyComp",printText);
setEvent(263,365,40,12,"tableFront",printText);
setEvent(263,378,40,12,"tableBack",printText);
setEvent(360,370,12,17,"smallTable",printText);
setEvent(243,400,80,30,"couch",printText);
setEvent(325,400,45,30,"chair",printText);
setEvent(317,268,35,12,"mainCloset",printText);
setEvent(93,375,55,55,"kitchnTable",printText);
setEvent(95,265,21,22,"counter",printText);
setEvent(95,288,21,20,"kitchnSink",printText);
setEvent(95,309,21,23,"counter",printText);
setEvent(149,265,21,20,"fridge",printText);
setEvent(149,286,21,20,"counter",printText);
setEvent(149,307,21,24,"stove",printText);
setEvent(149,332,21,17,"counter",printText);
setEvent(178,145,9,40,"upCloset",printText);
setEvent(218,142,9,40,"upperRoom",printText);
setEvent(178,200,9,40,"bathroom",printText);
setEvent(218,220,9,40,"lowCloset",printText);
setEvent(185,98,35,12,"roomDoor",changeState);
setEvent(376,300,9,40,"mainDoor",passGuess);
}
}
// Main entry point for the application
void DarkGDK ( void )
{
dbSyncOn ( );
dbSyncRate ( FRAMES_PER_SECOND );
dbSetWindowOff();
dbSetDisplayMode( SCREEN_WIDTH, SCREEN_HEIGHT, 16 );
dbDisableEscapeKey ( );
dbHideMouse();
dbSetImageColorKey ( 255, 0, 255 ); // Set transparency key for images
dbDrawSpritesFirst(); // So that we can draw and write over sprites
// Probably not necessary now since we don't actually use DGDK sprite objects
dbLoadSound("bullet.wav",1);
dbLoadSound("explosion.wav",2);
// Load a new map
Map *map = new Map();
bool gotmap = map->loadFromFile( "testmap.txt" );
assert( gotmap && "Loading map failed" );
// Set up a camera looking at our map
Camera camera;
camera.setMap( map );
camera.setScreenPosition( 10, 10 );
camera.setSize( 380, 480 );
// Camera2
Camera camera2;
camera2.setMap( map );
camera2.setScreenPosition( 410, 10 );
camera2.setSize( 380, 480 );
camera2.getStateMachine()->changeState( CameraFollowWASDKeysState::getInstance() );
// Set up some enemies
for( int i=0; i<NUM_TEST_ENEMIES; i++ ) {
Enemy *enemy = new Enemy();
enemy->setPosition( Vector2D(rand()%SCREEN_WIDTH,rand()%SCREEN_HEIGHT) );
// Set up a test path
Path *path = new Path();
path->addWaypoint( Vector2D(200.0,200.0) );
path->addWaypoint( Vector2D(400.0,300.0) );
path->addWaypoint( Vector2D(700.0,-30.0) );
path->setLooped(true);
enemy->setPath( path );
// Create a new enemy using that path
enemy->getStateMachine()->changeState( EnemyFollowPathThenDieState::getInstance() );
//enemy->getStateMachine()->changeState( EnemyCollideWithPlayerState::getInstance() );
//entityManager.registerEntity( enemy );
MessageManager::getInstance()->dispatchMessage(0,0,messageCreateEntity,(i+1)*3,enemy);
}
dbPerformChecklistControlDevices();
if( dbChecklistString(1) )
dbSetControlDevice( dbChecklistString(1) );
char debugText[100];
// Set up variables to keep track of elapsed time
double previousTime = (double)dbTimer();
double currentTime;
double elapsedTime;
// Set up the target
Vector2D target;
target.x = 400;
target.y = 300;
double timeSinceLastSpawn = 10.0;
double timeBetweenSpawns = 2.0;
bool spacePressedLastFrame = false;
Vector2D testPosition(1.0,3.0);
Vector2D testHeading(1.0,0.0);
Vector2D testSide = testHeading.Perp();
Vector2D testPoint(-1.0,4.0);
Vector2D testVector = TransformFromWorldToLocalSpace(testPoint,testHeading,testSide,testPosition);
// main loop
while ( LoopGDK ( ) )
{
// Calculate elapsed time
currentTime = (double)dbTimer();
elapsedTime = (currentTime - previousTime)/1000;
previousTime = currentTime;
MessageManager::getInstance()->update(elapsedTime);
// Clear the screen white
dbCLS( RGB( 0, 0, 0 ) );
camera.update( 0.0 );
//camera.draw();
camera2.update( 0.0 );
//camera2.draw();
// Spawn a new enemy for testing
timeSinceLastSpawn += elapsedTime;
if( timeSinceLastSpawn > timeBetweenSpawns ) {
timeSinceLastSpawn = 0.0;
entityManager.spawnRandomWave();
/*
Enemy *enemy = new Enemy(Vector2D(100.0,-10.0));
// Set up a test path
Path *path = new Path();
path->addWaypoint( Vector2D(200.0,200.0) );
path->addWaypoint( Vector2D(400.0,300.0) );
path->addWaypoint( Vector2D(700.0,-10.0) );
path->setLooped(false);
enemy->setPath( path );
enemy->getStateMachine()->changeState( EnemyFollowPathThenDieState::getInstance() );
entityManager.registerEntity( enemy );
*/
}
// Update and draw the enemies
entityManager.updateAllEntities( elapsedTime );
entityManager.drawAllEntities();
// Reset the first entities position
if( dbMouseClick() == 2 ) {
Vector2D position( dbMouseX(), dbMouseY() );
Vector2D velocity( 0.0, -20.0 );
//Vector2D velocity = target - position;
//velocity.Normalize();
//velocity *= 20.0;
Bullet *bullet = new Bullet(position,velocity);
entityManager.registerEntity( bullet );
}
// Reset the enemies randomly if space pressed
if( dbSpaceKey() && spacePressedLastFrame == false ) {
spacePressedLastFrame = true;
Enemy *enemy = new Enemy();
enemy->setPosition(Vector2D(100.0,-30.0));
// Set up a test path
Path *path = new Path();
path->addWaypoint( Vector2D(200.0,200.0) );
path->addWaypoint( Vector2D(400.0,300.0) );
path->addWaypoint( Vector2D(700.0,-30.0) );
path->setLooped(false);
enemy->setPath( path );
enemy->getStateMachine()->changeState( EnemyFollowPathThenDieState::getInstance() );
entityManager.registerEntity( enemy );
}
if( !dbSpaceKey() )
spacePressedLastFrame = false;
// Update the target
if( dbMouseClick() == 1 ) {
target.x = dbMouseX();
target.y = dbMouseY();
}
// Draw the target
//DrawTarget( target );
// Put any debugging messages here
//sprintf( debugText, "Key code: %d", dbScanCode() ); // For finding keyboard scan codes
//sprintf( debugText, "Elapsed time: %f", elapsedTime );
//sprintf( debugText, "Entities: %d FPS: %d", entityManager.getSize(), dbScreenFPS() );
//sprintf( debugText, "%s", dbChecklistString (1) );
//sprintf( debugText, "JoystickY: %d", joystickY );
//sprintf( debugText, "FPS: %d", dbScreenFPS() );
sprintf( debugText, "Score: %d", entityManager.getPlayer()->getScore() );
//sprintf( debugText, "Player Position: %f,%f", entityManager.getPlayer()->getPosition().x, entityManager.getPlayer()->getPosition().y );
//sprintf( debugText, "VectorX: %f VectorY: %f", testVector.x, testVector.y );
//sprintf( debugText, "screenWidth: %d screenHeight: %d", dbScreenWidth(), dbScreenHeight() );
// Print out the debug text
dbInk( RGB(0,0,255), RGB(255,255,255) );
dbText( 0, SCREEN_HEIGHT-20, debugText );
// Draw scanlines
//drawScanlines(3);
// break out if escape has been pressed
if ( dbEscapeKey ( ) )
break;
// update the contents of the screen
dbSync ( );
}
// and now everything is ready to return back to Windows
return;
}
