public override void create()
{
_timer = 0;
_fading = false;
FlxG.flash(Color.White);
//Gibs emitted upon death
FlxEmitter gibs = new FlxEmitter(0,-50);
gibs.setSize((uint)FlxG.width,0);
gibs.setXSpeed();
gibs.setYSpeed(0,100);
gibs.setRotation(-360,360);
gibs.gravity = 80;
gibs.makeParticles(ImgGibs,800,32,true,0);
add(gibs);
gibs.start(false,0,0.005f);
FlxText text = new FlxText(0,FlxG.height/2-35,FlxG.width,"VICTORY\n\nSCORE: "+FlxG.score);
/*
if(Gdx.app.getType() == ApplicationType.WebGL)
text.setFormat(ImgFont20,20,0xd8eba2,"center");
else
text.setFormat(null,16,0xd8eba2,"center");*/
add(text);
}
override public void create()
{
FlxG.Framerate = 60;
//FlxG.flashFramerate = 60;
//Here we actually initialize out emitter
//The parameters are X Y Size (Maximum number of particles the emitter can store)
theEmitter = new FlxEmitter(10, FlxG.height / 2, 200);
//Now by default the emitter is going to have some properties set on it and can be used immediately
//but we're going to change a few things.
//First this emitter is on the side of the screen, and we want to show off the movement of the particles
//so lets make them launch to the right.
theEmitter.setXSpeed(100, 200);
//and lets funnel it a tad
theEmitter.setYSpeed( -50, 50);
//Let's also make our pixels rebound off surfaces
theEmitter.bounce = 0.8f;
//Now let's add the emitter to the state.
add(theEmitter);
//Now it's almost ready to use, but first we need to give it some pixels to spit out!
//Lets fill the emitter with some white pixels
for (int i = 0; i < theEmitter.maxSize/2; i++) {
whitePixel = new FlxParticle();
whitePixel.makeGraphic(2, 2, new Color(0xFF,0xFF,0xFF));
whitePixel.Visible = false; //Make sure the particle doesn't show up at (0, 0)
theEmitter.add(whitePixel);
whitePixel = new FlxParticle();
whitePixel.makeGraphic(1, 1, new Color(0xFF,0xFF,0xFF));
whitePixel.Visible = false;
theEmitter.add(whitePixel);
}
//Now let's setup some buttons for messing with the emitter.
collisionButton = new FlxButton(0, FlxG.height - 22, "Collision", onCollision);
add(collisionButton);
gravityButton = new FlxButton(80, FlxG.height - 22, "Gravity", onGravity);
add(gravityButton);
quitButton = new FlxButton(FlxG.width-80, FlxG.height - 22, "Quit", onQuit);
add(quitButton);
//I'll just leave this here
topText = new FlxText(0, 2, FlxG.width, "Welcome");
topText.setAlignment("center");
add(topText);
//Lets setup some walls for our pixels to collide against
collisionGroup = new FlxGroup();
wall= new FlxSprite(100, (FlxG.height/2)-50);
wall.makeGraphic(10, 100, new Color(0xFF,0xFF,0xFF,0x50));//Make it darker - easier on the eyes :)
wall.Visible = wall.Solid = false;//Set both the visibility AND the solidity to false, in one go
wall.Immovable = true;//Lets make sure the pixels don't push out wall away! (though it does look funny)
collisionGroup.add(wall);
//Duplicate our wall but this time it's a floor to catch gravity affected particles
floor = new FlxSprite(10, 267);
floor.makeGraphic((uint)FlxG.width - 20, 10, new Color(0xFF,0xFF,0xFF,0x50));
floor.Visible = floor.Solid = false;
floor.Immovable = true;
collisionGroup.add(floor);
//Please note that this demo makes the walls themselves not collide, for the sake of simplicity.
//Normally you would make the particles have solid = true or false to make them collide or not on creation,
//because in a normal environment your particles probably aren't going to change solidity at a mouse
//click. If they did, you would probably be better suited with emitter.setAll("solid", true)
//I just don't feel that setAll is applicable here(Since I would still have to toggle the walls anyways)
//Don't forget to add the group to the state(Like I did :P)
add(collisionGroup);
//Now lets set our emitter free.
//Params: Explode, Particle Lifespan, Emit rate(in seconds)
theEmitter.start(false, 3, .01f);
//Let's re show the cursors
FlxG.mouse.show();
//Mouse.hide();
}
//private FlxVirtualPad _pad;
public override void create()
{
// FlxG.mouse.hide();
/*_sfxCount = new FlxSound().loadEmbedded(SndCount, false, false, FlxSound.SFX);*/
/*
_pad = new FlxVirtualPad(FlxVirtualPad.DPAD_FULL, FlxVirtualPad.A_B);
_pad.Alpha = 0.5f;
*/
// if(Gdx.app.getType() == ApplicationType.Desktop || MenuState.attractMode)
// _pad.visible = false;
//Here we are creating a pool of 100 little metal bits that can be exploded.
//We will recycle the crap out of these!
_littleGibs = new FlxEmitter();
_littleGibs.setXSpeed(-150,150);
_littleGibs.setYSpeed(-200,0);
_littleGibs.setRotation(-720,-720);
_littleGibs.gravity = 350;
_littleGibs.bounce = 0.5f;
_littleGibs.makeParticles(ImgGibs,100,10,true,0.5f);
//Next we create a smaller pool of larger metal bits for exploding.
_bigGibs = new FlxEmitter();
_bigGibs.setXSpeed(-200,200);
_bigGibs.setYSpeed(-300,0);
_bigGibs.setRotation(-720,-720);
_bigGibs.gravity = 350;
_bigGibs.bounce = 0.35f;
_bigGibs.makeParticles(ImgSpawnerGibs,50,20,true,0.5f);
//Then we'll set up the rest of our object groups or pools
_blocks = new FlxGroup();
_decorations = new FlxGroup();
_enemies = new FlxGroup();
_spawners = new FlxGroup();
_hud = new FlxGroup();
_enemyBullets = new FlxGroup();
_bullets = new FlxGroup();
//Now that we have references to the bullets and metal bits,
//we can create the player object.
_player = new Player(316,300,_bullets,_littleGibs/*, _pad*/);
//This refers to a custom function down at the bottom of the file
//that creates all our level geometry with a total size of 640x480.
//This in turn calls buildRoom() a bunch of times, which in turn
//is responsible for adding the spawners and spawn-cameras.
generateLevel();
//Add bots and spawners after we add blocks to the state,
//so that they're drawn on top of the level, and so that
//the bots are drawn on top of both the blocks + the spawners.
add(_spawners);
add(_littleGibs);
add(_bigGibs);
add(_blocks);
add(_decorations);
add(_enemies);
//Then we add the player and set up the scrolling camera,
//which will automatically set the boundaries of the world.
add(_player);
FlxG.camera.setBounds(0,0,640,640,true);
FlxG.camera.follow(_player,FlxCamera.StylePlatformer);
//We add the bullets to the scene here,
//so they're drawn on top of pretty much everything
add(_enemyBullets);
add(_bullets);
add(_hud);
//Finally we are going to sort things into a couple of helper groups.
//We don't add these groups to the state, we just use them for collisions later!
_hazards = new FlxGroup();
_hazards.add(_enemyBullets);
_hazards.add(_spawners);
_hazards.add(_enemies);
_objects = new FlxGroup();
_objects.add(_enemyBullets);
_objects.add(_bullets);
_objects.add(_enemies);
_objects.add(_player);
_objects.add(_littleGibs);
_objects.add(_bigGibs);
//From here on out we are making objects for the HUD,
//that is, the player score, number of spawners left, etc.
//First, we'll create a text field for the current score
_score = new FlxText(FlxG.width/4,0,FlxG.width/2);
/*
if(Gdx.app.getType() == ApplicationType.WebGL)
_score.setFormat(ImgFont20,20,0xd8eba2,"center",0x131c1b);
else*/
/*_score.setFormat(null,16,0xd8eba2,"center",0x131c1b);*/
_hud.add(_score);
if (FlxG.scores == null) {
FlxG.scores = new int[2] { 0,0 };
}
//Then for the player's highest and last scores
if(FlxG.score > (int)FlxG.scores.GetValue(0))
FlxG.scores.SetValue(0, FlxG.score);
if((int)FlxG.scores.GetValue(0) != 0)
{
_score2 = new FlxText(FlxG.width/2,0,FlxG.width/2);
//_score2.setFormat(null,8,0xd8eba2,"right",_score.getShadow());
_hud.add(_score2);
_score2.text = "HIGHEST: "+FlxG.scores.GetValue(0)+"\nLAST: "+FlxG.score;
}
FlxG.score = 0;
_scoreTimer = 0;
//Then we create the "gun jammed" notification
_gunjam = new FlxGroup();
_gunjam.add(new FlxSprite(0,FlxG.height-22).makeGraphic((uint)FlxG.width,24,Color.Orange));
/*
if(Gdx.app.getType() == ApplicationType.WebGL)
_gunjam.add(new FlxText(0,FlxG.height-22,FlxG.width,"GUN IS JAMMED").setFormat(ImgFont20,20,0xd8eba2,"center"));
else*/
_gunjam.add(new FlxText(0,FlxG.height-22,FlxG.width,"GUN IS JAMMED"));/*.setFormat(null,16,0xd8eba2,"center"));*/
_gunjam.Visible = false;
_hud.add(_gunjam);
//After we add all the objects to the HUD, we can go through
//and set any property we want on all the objects we added
//with this sweet function. In this case, we want to set
//the scroll factors to zero, to make sure the HUD doesn't
//wiggle around while we play.
_hud.SetAll("ScrollFactor",new FlxPoint(0,0));
_hud.SetAll("Cameras",new List<FlxCamera> {FlxG.camera});
/*FlxG.playMusic(SndMode);*/
FlxG.flash(Color.White);
_fading = false;
//Debugger Watch examples
FlxG.watch(_player,"x");
FlxG.watch(_player,"y");
//FlxG.watch(FlxG.class,"score");
}
/*private FlxVirtualPad _pad;*/
public override void create()
{
FlxG.width = (int)FlxG.camera.Width;// ViewportWidth;
FlxG.resetCameras();
FlxG.bgColor = Color.Black;
//Simple use of flixel save game object.
//Tracks number of times the game has been played.
/*FlxSave save = new FlxSave();
if(save.bind("Mode"))
{
if(save.data.get("plays", Integer.class) == null)
save.data.put("plays", 0);
else
save.data.put("plays", save.data.get("plays", Integer.class) + 1);
FlxG.log("Number of plays: "+save.data.get("plays", Integer.class));
//save.erase();
save.close();
}
*/
//All the bits that blow up when the text smooshes together
gibs = new FlxEmitter(FlxG.width/2-50,FlxG.height/2-10);
gibs.setSize(100,30);
gibs.setYSpeed(-200,-20);
gibs.setRotation(-720,720);
gibs.gravity = 100;
gibs.makeParticles(ImgGibs,650,32,true,0);
add(gibs);
//the letters "mo"
title1 = new FlxText(FlxG.width + 16,FlxG.height/3,64,"mo");
/*
if(Gdx.app.getType() == ApplicationType.WebGL)
title1.setFormat(ImgFont40, 40);
else
title1.SetSize(32);
title1.SetColor(0x3a5c39);
title1.Antialiasing = true;
*/
title1.Velocity.X = -FlxG.width;
title1.Moves = true;
add(title1);
//the letters "de"
title2 = new FlxText(-60,title1.Y,(int) title1.Width,"de");
/*
if(Gdx.app.getType() == ApplicationType.WebGL)
title2.setFormat(ImgFont40, 40);
else
title2.SetSize(32);
title2.SetColor(title1.GetColor());
title2.Antialiasing = title1.Antialiasing;
*/
title2.Velocity.X = FlxG.width;
title2.Moves = true;
add(title2);
fading = false;
timer = 0;
attractMode = false;
//FlxG.mouse.show(FlxS.ContentManager.Load<Texture2D>(ImgCursor),2);
/*
_pad = new FlxVirtualPad(FlxVirtualPad.DPAD_None, FlxVirtualPad.A_B);
_pad.setAlpha(0.5f);
if(Gdx.app.getType() != ApplicationType.Desktop)
add(_pad);
*/
}