public override void create ()
{
FlxG.debug = true;
// The grass background
FlxSprite grass = new FlxSprite (0, 0).loadGraphic (ImgGrass, false, false, FlxG.width, FlxG.height);
add (grass);
add (_bunnies = new FlxGroup ());
// Text display
add (_bunnyCounter = new FlxText (0, FlxG.height - 20, FlxG.width).setFormat (null, 8, Color.White, "right", Color.Black));
add (_memoryUsage = new FlxText (5, FlxG.height - 20, 200).setFormat (null, 8, Color.White, "left", Color.Black));
// Buttons Left side
float leftBtnY = 20;
add (new FlxButton (leftBtnY, 25, "+" + INITIAL_AMOUNT, addBunnies));
add (new FlxButton (leftBtnY, 50, "-" + INITIAL_AMOUNT, removeBunnies));
// Buttons right side
float rightBtnX = FlxG.width - 100;
add (_complexityButton = new FlxButton (rightBtnX, 25, "Complex", ComplexityCallback));
add (_collisionButton = new FlxButton (rightBtnX, 65, "Collision ON", CollisionCallback));
// Finally create the bunnies
addBunnies ();
// Force GC
GC.Collect ();
// Timer to update the memory usage
_memoryTimer = new FlxTimer ();
updateMemoryUsage ();
// Show mouse pointer
FlxG.mouse.show ();
}
override public void create()
{
FlxG.Framerate = 50;
//FlxG.flashFramerate = 50;
// Creates a new tilemap with no arguments
collisionMap = new FlxTilemap();
/*
* FlxTilemaps are created using strings of comma seperated values (csv)
* This string ends up looking something like this:
*
* 0,0,0,0,0,0,0,0,0,0,
* 0,0,0,0,0,0,0,0,0,0,
* 0,0,0,0,0,0,1,1,1,0,
* 0,0,1,1,1,0,0,0,0,0,
* ...
*
* Each '0' stands for an empty tile, and each '1' stands for
* a solid tile
*
* When using the auto map generation, the '1's are converted into the corresponding frame
* in the tileset.
*/
// Initializes the map using the generated string, the tile images, and the tile size
collisionMap.loadMapFile(default_auto, auto_tiles, (int)TILE_WIDTH, (int)TILE_HEIGHT, FlxTilemap.AUTO);
add(collisionMap);
highlightBox = new FlxObject(0, 0, TILE_WIDTH, TILE_HEIGHT);
setupPlayer();
// When switching between modes here, the map is reloaded with it's own data, so the positions of tiles are kept the same
// Notice that different tilesets are used when the auto mode is switched
autoAltBtn = new FlxButton(4, FlxG.height - 24, "AUTO", altButtonFunc);
add(autoAltBtn);
resetBtn = new FlxButton(8 + autoAltBtn.Width, FlxG.height - 24, "Reset", resetButtonFunc);
add(resetBtn);
quitBtn = new FlxButton(FlxG.width - resetBtn.Width - 4, FlxG.height - 24, "Quit", onQuit);
add(quitBtn);
helperTxt = new FlxText(5, 5, 150, "Click to place tiles. Shift-Click to remove tiles\nArrow keys to move");
add(helperTxt);
// Show mouse pointer
FlxG.mouse.show();
}
public override void create()
{
FlxG.debug = true;
// The grass background
FlxSprite grass = new FlxSprite(0, 0).loadGraphic(ImgGrass, false, false, FlxG.width, FlxG.height);
add(grass);
add(_bunnies = new FlxGroup());
// Text display
add(_bunnyCounter = new FlxText(0, FlxG.height - 20, FlxG.width).setFormat(null, 8, Color.White, "right", Color.Black));
add(_memoryUsage = new FlxText(5, FlxG.height - 20, 200).setFormat(null, 8, Color.White, "left", Color.Black));
// Buttons Left side
float leftBtnY = 20;
add(new FlxButton(leftBtnY, 25, "+" + INITIAL_AMOUNT, addBunnies));
add(new FlxButton(leftBtnY, 50, "-" + INITIAL_AMOUNT, removeBunnies));
// Buttons right side
float rightBtnX = FlxG.width - 100;
add(_complexityButton = new FlxButton(rightBtnX, 25, "Complex", ComplexityCallback));
add(_collisionButton = new FlxButton(rightBtnX, 65, "Collision ON", CollisionCallback));
// Finally create the bunnies
addBunnies();
// Force GC
GC.Collect();
// Timer to update the memory usage
_memoryTimer = new FlxTimer();
updateMemoryUsage();
// Show mouse pointer
FlxG.mouse.show();
}
override public void create ()
{
FlxG.Framerate = 50;
//FlxG.flashFramerate = 50;
// Creates a new tilemap with no arguments
collisionMap = new FlxTilemap ();
/*
* FlxTilemaps are created using strings of comma seperated values (csv)
* This string ends up looking something like this:
*
* 0,0,0,0,0,0,0,0,0,0,
* 0,0,0,0,0,0,0,0,0,0,
* 0,0,0,0,0,0,1,1,1,0,
* 0,0,1,1,1,0,0,0,0,0,
* ...
*
* Each '0' stands for an empty tile, and each '1' stands for
* a solid tile
*
* When using the auto map generation, the '1's are converted into the corresponding frame
* in the tileset.
*/
// Initializes the map using the generated string, the tile images, and the tile size
collisionMap.loadMapFile (default_auto, auto_tiles, (int)TILE_WIDTH, (int)TILE_HEIGHT, FlxTilemap.AUTO);
add (collisionMap);
highlightBox = new FlxObject (0, 0, TILE_WIDTH, TILE_HEIGHT);
setupPlayer ();
// When switching between modes here, the map is reloaded with it's own data, so the positions of tiles are kept the same
// Notice that different tilesets are used when the auto mode is switched
autoAltBtn = new FlxButton (4, FlxG.height - 24, "AUTO", altButtonFunc);
add (autoAltBtn);
resetBtn = new FlxButton (8 + autoAltBtn.Width, FlxG.height - 24, "Reset", resetButtonFunc);
add (resetBtn);
quitBtn = new FlxButton (FlxG.width - resetBtn.Width - 4, FlxG.height - 24, "Quit", onQuit);
add (quitBtn);
helperTxt = new FlxText (5, 5, 150, "Click to place tiles. Shift-Click to remove tiles\nArrow keys to move");
add (helperTxt);
// Show mouse pointer
FlxG.mouse.show ();
}
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();
}
public override void create()
{
//Kick the framerate back up
FlxG.Framerate = 60;
//FlxG.flashFramerate = 60;
//Let's setup our elevator, for some wonderful crate bashing goodness
elevator = new FlxSprite((FlxG.width / 2) - 100, 250, elevatorPNG);
//Make it able to collide, and make sure it's not tossed around
elevator.Solid = elevator.Immovable = true;
//And add it to the state
add(elevator);
//Now lets get some crates to smash around, normally I would use an emitter for this
//kind of scene, but for this demo I wanted to use regular sprites
//(See ParticlesDemo for an example of an emitter with colliding particles)
//We'll need a group to place everything in - this helps a lot with collisions
crateStormGroup = new FlxGroup();
for (int i = 0; i < numCrates; i++) {
crate = new FlxSprite((FlxG.random() * 200) + 100, 20);
crate.loadRotatedGraphic(cratePNG, 16, 0); //This loads in a graphic, and 'bakes' some rotations in so we don't waste resources computing real rotations later
crate.AngularVelocity = FlxG.random() * 50-150; //Make it spin a tad
crate.Acceleration.Y = 300; //Gravity
crate.Acceleration.X = -50; //Some wind for good measure
crate.MaxVelocity.Y = 500; //Don't fall at 235986mph
crate.MaxVelocity.X = 200; //" fly " "
crate.Elasticity = FlxG.random(); //Let's make them all bounce a little bit differently
crateStormGroup.add(crate);
}
add(crateStormGroup);
//And another group, this time - Red crates
crateStormGroup2 = new FlxGroup();
for (int i = 0; i < numCrates; i++) {
crate = new FlxSprite((FlxG.random() * 200) + 100, 20);
crate.loadRotatedGraphic(cratePNG, 16, 1);
crate.AngularVelocity = FlxG.random() * 50-150;
crate.Acceleration.Y = 300;
crate.Acceleration.X = 50;
crate.MaxVelocity.Y = 500;
crate.MaxVelocity.X = 200;
crate.Elasticity = FlxG.random();
crateStormGroup2.add(crate);
}
add(crateStormGroup2);
//Now what we're going to do here is add both of those groups to a new containter group
//This is useful if you had something like, coins, enemies, special tiles, etc.. that would all need
//to check for overlaps with something like a player.
crateStormMegaGroup = new FlxGroup ();
crateStormMegaGroup.add(crateStormGroup);
crateStormMegaGroup.add(crateStormGroup2);
//Cute little flixel logo that will ride the elevator
flixelRider = new FlxSprite((FlxG.width / 2) - 13, 0, flixelRiderPNG);
flixelRider.Solid = flixelRider.Visible = flixelRider.Exists = false; //But we don't want him on screen just yet...
flixelRider.Acceleration.Y = 800;
add(flixelRider);
//This is for the text at the top of the screen
topText = new FlxText(0, 2, FlxG.width, "Welcome");
topText.setAlignment("center");
add(topText);
//Lets make a bunch of buttons! YEAH!!!
crateStorm = new FlxButton(2, FlxG.height - 22, "Crate Storm", onCrateStorm);
add(crateStorm);
flxRiderButton = new FlxButton(82, FlxG.height - 22, "Flixel Rider", onFlixelRider);
add(flxRiderButton);
crateStormG1 = new FlxButton(162, FlxG.height - 22, "Blue Group", onBlue);
add(crateStormG1);
crateStormG2 = new FlxButton(242, FlxG.height - 22, "Red Group", onRed);
add(crateStormG2);
groupCollision = new FlxButton(202, FlxG.height - 42, "Collide Groups", onCollideGroups);
add(groupCollision);
quitButton = new FlxButton(320, FlxG.height - 22, "Quit", onQuit);
add(quitButton);
//And lets get the flixel cursor visible again
FlxG.mouse.show();
//Mouse.hide();
}
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();
}
public override void create()
{
//Kick the framerate back up
FlxG.Framerate = 60;
//FlxG.flashFramerate = 60;
//Let's setup our elevator, for some wonderful crate bashing goodness
elevator = new FlxSprite((FlxG.width / 2) - 100, 250, elevatorPNG);
//Make it able to collide, and make sure it's not tossed around
elevator.Solid = elevator.Immovable = true;
//And add it to the state
add(elevator);
//Now lets get some crates to smash around, normally I would use an emitter for this
//kind of scene, but for this demo I wanted to use regular sprites
//(See ParticlesDemo for an example of an emitter with colliding particles)
//We'll need a group to place everything in - this helps a lot with collisions
crateStormGroup = new FlxGroup();
for (int i = 0; i < numCrates; i++)
{
crate = new FlxSprite((FlxG.random() * 200) + 100, 20);
crate.loadRotatedGraphic(cratePNG, 16, 0); //This loads in a graphic, and 'bakes' some rotations in so we don't waste resources computing real rotations later
crate.AngularVelocity = FlxG.random() * 50 - 150; //Make it spin a tad
crate.Acceleration.Y = 300; //Gravity
crate.Acceleration.X = -50; //Some wind for good measure
crate.MaxVelocity.Y = 500; //Don't fall at 235986mph
crate.MaxVelocity.X = 200; //" fly " "
crate.Elasticity = FlxG.random(); //Let's make them all bounce a little bit differently
crateStormGroup.add(crate);
}
add(crateStormGroup);
//And another group, this time - Red crates
crateStormGroup2 = new FlxGroup();
for (int i = 0; i < numCrates; i++)
{
crate = new FlxSprite((FlxG.random() * 200) + 100, 20);
crate.loadRotatedGraphic(cratePNG, 16, 1);
crate.AngularVelocity = FlxG.random() * 50 - 150;
crate.Acceleration.Y = 300;
crate.Acceleration.X = 50;
crate.MaxVelocity.Y = 500;
crate.MaxVelocity.X = 200;
crate.Elasticity = FlxG.random();
crateStormGroup2.add(crate);
}
add(crateStormGroup2);
//Now what we're going to do here is add both of those groups to a new containter group
//This is useful if you had something like, coins, enemies, special tiles, etc.. that would all need
//to check for overlaps with something like a player.
crateStormMegaGroup = new FlxGroup();
crateStormMegaGroup.add(crateStormGroup);
crateStormMegaGroup.add(crateStormGroup2);
//Cute little flixel logo that will ride the elevator
flixelRider = new FlxSprite((FlxG.width / 2) - 13, 0, flixelRiderPNG);
flixelRider.Solid = flixelRider.Visible = flixelRider.Exists = false; //But we don't want him on screen just yet...
flixelRider.Acceleration.Y = 800;
add(flixelRider);
//This is for the text at the top of the screen
topText = new FlxText(0, 2, FlxG.width, "Welcome");
topText.setAlignment("center");
add(topText);
//Lets make a bunch of buttons! YEAH!!!
crateStorm = new FlxButton(2, FlxG.height - 22, "Crate Storm", onCrateStorm);
add(crateStorm);
flxRiderButton = new FlxButton(82, FlxG.height - 22, "Flixel Rider", onFlixelRider);
add(flxRiderButton);
crateStormG1 = new FlxButton(162, FlxG.height - 22, "Blue Group", onBlue);
add(crateStormG1);
crateStormG2 = new FlxButton(242, FlxG.height - 22, "Red Group", onRed);
add(crateStormG2);
groupCollision = new FlxButton(202, FlxG.height - 42, "Collide Groups", onCollideGroups);
add(groupCollision);
quitButton = new FlxButton(320, FlxG.height - 22, "Quit", onQuit);
add(quitButton);
//And lets get the flixel cursor visible again
FlxG.mouse.show();
//Mouse.hide();
}
