public static CCScene GetScene(CCWindow mainWindow)
{
CCScene scene = new CCScene(mainWindow);
CCLayer layer = new TheLevel(mainWindow.WindowSizeInPixels);
// add layer as a child to scene
scene.AddChild(layer);
// return the scene
return scene;
}
protected override void AddedToScene()
{
base.AddedToScene();
layerInstance = this;
//get screen size
screenSize = Window.WindowSizeInPixels; //CCDirector::sharedDirector()->getWinSize();
//INITIAL VARIABLES.... (D O N T E D I T )
// enable touches
#if XBOX || OUYA
TouchEnabled = false;
GamePadEnabled = true;
#else
//TouchEnabled = true;
CCEventListenerTouchAllAtOnce tListener = new CCEventListenerTouchAllAtOnce();
tListener.OnTouchesBegan = TouchesBegan;
//tListener.OnTouchesCancelled = TouchesCancelled;
tListener.OnTouchesEnded = TouchesEnded;
tListener.OnTouchesMoved = TouchesMoved;
AddEventListener(tListener, this);
#endif
// enable accelerometer
//AccelerometerEnabled = false;
#if iPHONE || iOS
IS_IPAD = MonoTouch.UIKit.UIDevice.CurrentDevice.UserInterfaceIdiom
== MonoTouch.UIKit.UIUserInterfaceIdiom.Pad;
IS_RETINA = MonoTouch.UIKit.UIScreen.MainScreen.Bounds.Height
* MonoTouch.UIKit.UIScreen.MainScreen.Scale >= 1136;
#endif
#if WINDOWS || MACOS || MONOMAC || LINUX || OUYA || XBOX
IS_IPAD = true;
IS_RETINA = true;
#endif
IS_IPHONE = !IS_IPAD;
// ask director for the window size
screenWidth = (int)screenSize.Width;
screenHeight = (int)screenSize.Height;
throwInProgress = false; //is a throw currently in progress, as in, is a ninja in midair (mostly used to prevent tossing two ninjas, one right after another)
areWeInTheStartingPosition = true; //is the world back at 0 on the X axis (if yes, then we can put a ninja in the sling)
throwCount = 0;
dotTotalOnOddNumberedTurn = 0;
dotTotalOnEvenNumberedTurn = 0;
currentLevel = GameData.SharedData.Level; // use currentLevel = 0 for testing new shapes, will call [self buildLevelWithAllShapes];
pointTotalThisRound = 0;
pointsToPassLevel = GameData.SharedData.PointsToPassLevel;
bonusPerExtraNinja = GameData.SharedData.BonusPerExtraNinja;
CCLog.Log(string.Format("The level is {0}, you need {1} to move up a level", currentLevel, pointsToPassLevel));
//PREFERENCE VARIABLES....
openWithMenuInsteadOfGame = false; // start with the menu opening the game
continuePanningScreenOnFingerRelease = true; // if the screen panning is midway between either the sling or targets, when you release your finger the screen will continue panning the last direction it moved (jumpy on iPhone if set to NO)
reverseHowFingerPansScreen = false; //switch to yes to reverse.
topRightTouchEnablesDebugMode = true; //SET TO NO IN FINAL BUILD
useImagesForPointScoreLabels = true; //IF NO, means you use Marker Felt text for scores
//set up background art
backgroundLayerClouds = new CCSprite(GameData.SharedData.BackgroundCloudsFileName); // will return the background clouds file for a particular level
AddChild(backgroundLayerClouds, Constants.DepthClouds);
backgroundLayerHills = new CCSprite(GameData.SharedData.BackgroundHillsFileName); // will return the background hills file for a particular level
AddChild(backgroundLayerHills, Constants.DepthHills);
backgroundLayerHills.ScaleX = 1.05f;
slingShotFront = new CCSprite("slingshot_front");
AddChild(slingShotFront, Constants.DepthSlingShotFront);
strapFront = new CCSprite("strap");
AddChild(strapFront, Constants.DepthStrapFront);
strapBack = new CCSprite("strapBack");
AddChild(strapBack, Constants.DepthStrapBack);
strapEmpty = new CCSprite("strapEmpty");
AddChild(strapEmpty, Constants.DepthStrapBack);
strapBack.Visible = false; //visible only when stretching
strapFront.Visible = false; //visible only when stretching
//setup positions and variables for iPad devices or iPhones
if (IS_IPAD)
{
areWeOnTheIPad = true;
//vars
maxStretchOfSlingShot = 75; //best to leave as is, since this value ties in closely to the image size of strap.png. (should be 1/4 the size of the source image)
multipyThrowPower = 1; // fine tune how powerful the sling shot is. Range is probably best between .5 to 1.5, currently for the iPad 1.0 is good
worldMaxHorizontalShift = -(screenWidth); // This determines how far the user can slide left or right to see the entire board. Always a negative number.
maxScaleDownValue = 1.0f; //dont change
scaleAmount = 0; // increment to change the scale of the entire world when panning
initialPanAmount = 30; //how fast the screen pan starts
extraAmountOnPanBack = 10; // I like a faster pan back. Adding a bit more
adjustY = 0; // best to leave at 0 for iPad (moves the world down when panning)
//background stuff
backgroundLayerClouds.Position = new CCPoint(screenWidth, screenHeight / 2);
backgroundLayerHills.Position = new CCPoint(screenWidth, screenHeight / 2);
if (!IS_RETINA)
{
//non retina adjustment
}
else
{
//retina adjustment
backgroundLayerClouds.Scale = 2.0f;
backgroundLayerHills.Scale = 2.0f;
}
menuStartPosition = new CCPoint(130, screenSize.Height - 24);
currentScoreLabelStartPosition = new CCPoint(200, screenSize.Height - 60);
highScoreLabelStartPosition = new CCPoint(200, screenSize.Height - 80);
fontSizeForScore = 22;
//ground plane and platform
groundPlaneStartPosition = new CCPoint(screenWidth, 50);
platformStartPosition = new CCPoint(340, 190);
//sling shot
slingShotCenterPosition = new CCPoint(370, 255);
slingShotFront.Position = new CCPoint(374, 240);
strapFront.Position = new CCPoint(slingShotCenterPosition.X, slingShotCenterPosition.Y);
strapBack.Position = new CCPoint(slingShotCenterPosition.X + 33, slingShotCenterPosition.Y - 10);
strapEmpty.Position = new CCPoint(378, 235);
//ninja
ninjaStartPosition1 = new CCPoint(380, 250);
ninjaStartPosition2 = new CCPoint(300, 155);
ninjaStartPosition3 = new CCPoint(260, 155);
ninjaStartPosition4 = new CCPoint(200, 120);
ninjaStartPosition5 = new CCPoint(160, 120);
}
else if (IS_IPHONE)
{
//CCLOG (@"this is an iphone");
areWeOnTheIPad = false;
//vars
maxStretchOfSlingShot = 75; //best to leave as is, since this value ties in closely to the image size of strap.png. (should be 1/4 the size of the source image)
multipyThrowPower = 1.0f; // fine tune how powerful the sling shot is. Range is probably best between .5 to 1.5, and a little goes a long way
worldMaxHorizontalShift = -(screenWidth); // This determines how far the user can slide left or right to see the entire board. Always a negative number
maxScaleDownValue = 0.65f; //range should probably be between 0.75 and 1.0;
scaleAmount = .01f; // increment to change the scale of the entire world when panning
adjustY = -34;
initialPanAmount = 20; //how fast the screen pan starts
extraAmountOnPanBack = 0; // best to leave at 0 on iPhone
//background stuff
if (!IS_RETINA)
{
//non retina adjustment
backgroundLayerClouds.Position = new CCPoint(screenWidth, 192);
backgroundLayerClouds.Scale = .7f;
backgroundLayerHills.Position = new CCPoint(screenWidth, 245);
backgroundLayerHills.Scale = .7f;
}
else
{
//retina adjustment
backgroundLayerClouds.Position = new CCPoint(screenWidth, 192);
backgroundLayerClouds.Scale = 1.7f;
backgroundLayerHills.Position = new CCPoint(screenWidth, 265);
backgroundLayerHills.Scale = 1.7f;
}
menuStartPosition = new CCPoint(70, screenSize.Height - 17);
currentScoreLabelStartPosition = new CCPoint(140, screenSize.Height - 50); //score label
highScoreLabelStartPosition = new CCPoint(140, screenSize.Height - 70);
fontSizeForScore = 18;
//ground plane and platform
groundPlaneStartPosition = new CCPoint(screenWidth, -25);
platformStartPosition = new CCPoint(130, 120);
//sling shot
slingShotCenterPosition = new CCPoint(160, 185);
slingShotFront.Position = new CCPoint(164, 170);
strapFront.Position = new CCPoint(slingShotCenterPosition.X, slingShotCenterPosition.Y);
strapBack.Position = new CCPoint(slingShotCenterPosition.X + 33, slingShotCenterPosition.Y - 10);
strapEmpty.Position = new CCPoint(168, 163);
//ninja
ninjaStartPosition1 = new CCPoint(170, 175);
ninjaStartPosition2 = new CCPoint(110, 82);
ninjaStartPosition3 = new CCPoint(65, 82);
ninjaStartPosition4 = new CCPoint(90, 65);
ninjaStartPosition5 = new CCPoint(43, 65);
}
SetUpParticleSystemSun();
CCMenuItemImage button1 = new CCMenuItemImage("gameMenu", "gameMenu", ShowMenu);
MenuButton = new CCMenu(button1);
MenuButton.Position = menuStartPosition;
AddChild(MenuButton, Constants.DepthScore);
// assign CCPoints to keep track of the starting positions of objects that move relative to the entire layer.
hillsLayerStartPosition = backgroundLayerHills.Position;
cloudLayerStartPosition = backgroundLayerClouds.Position;
// Define the gravity vector.
yAxisGravity = -9.81f;
b2Vec2 gravity = b2Vec2.Zero;
gravity.Set(0.0f, yAxisGravity);
// Construct a world object, which will hold and simulate the rigid bodies.
world = new b2World(gravity);
world.AllowSleep = false;
world.SetContinuousPhysics(true);
//EnableDebugMode();
// Define the ground body.
var groundBodyDef = new b2BodyDef(); // Make sure we call
groundBodyDef.position.Set(0, 0); // bottom-left corner
// Call the body factory which allocates memory for the ground body
// from a pool and creates the ground box shape (also from a pool).
// The body is also added to the world.
b2Body groundBody = world.CreateBody(groundBodyDef);
// Define the ground box shape.
b2EdgeShape groundBox = new b2EdgeShape();
int worldMaxWidth = screenWidth * 4; //If you ever want the BOX2D world width to be more than it is then increase this (currently, this should be plenty of extra space)
int worldMaxHeight = screenHeight * 3; //If you ever want the BOX2D world height to be more than it is then increase this (currently, this should be plenty of extra space)
// bottom
groundBox.Set(new b2Vec2(-4, 0), new b2Vec2(worldMaxWidth / Constants.PTM_RATIO, 0));
groundBody.CreateFixture(groundBox, 0);
// top
groundBox.Set(new b2Vec2(-4, worldMaxHeight / Constants.PTM_RATIO), new b2Vec2(worldMaxWidth / Constants.PTM_RATIO, worldMaxHeight / Constants.PTM_RATIO));
groundBody.CreateFixture(groundBox, 0);
// left
groundBox.Set(new b2Vec2(-4, worldMaxHeight / Constants.PTM_RATIO), new b2Vec2(-4, 0));
groundBody.CreateFixture(groundBox, 0);
// right
groundBox.Set(new b2Vec2(worldMaxWidth / Constants.PTM_RATIO, worldMaxHeight / Constants.PTM_RATIO), new b2Vec2(worldMaxWidth / Constants.PTM_RATIO, 0));
groundBody.CreateFixture(groundBox, 0);
//Contact listener
contactListener = new ContactListener();
world.SetContactListener(contactListener);
//Set up the ground plane
theGroundPlane = new GroundPlane(world, groundPlaneStartPosition, GameData.SharedData.GroundPlaneFileName);
AddChild(theGroundPlane, Constants.DepthFloor);
//Set up the starting platform
thePlatform = new StartPlatform(world, platformStartPosition, "platform");
AddChild(thePlatform, Constants.DepthPlatform);
//Set up ninjas
ninjaBeingThrown = 1; //always starts at 1 (first ninja, then second ninja, and so on)
ninjasToTossThisLevel = GameData.SharedData.NumberOfNinjasToTossThisLevel; //total number of ninjas to toss for this level
ninja1 = new Ninja(world, ninjaStartPosition1, @"ninja");
AddChild(ninja1, Constants.DepthNinjas);
currentBodyNode = ninja1;
currentBodyNode.SpriteInSlingState();
if (ninjasToTossThisLevel >= 2)
{
ninja2 = new Ninja(world, ninjaStartPosition2, @"ninjaRed");
AddChild(ninja2, Constants.DepthNinjas);
ninja2.SpriteInStandingState();
}
if (ninjasToTossThisLevel >= 3)
{
ninja3 = new Ninja(world, ninjaStartPosition3, @"ninjaBlue");
AddChild(ninja3, Constants.DepthNinjas);
ninja3.SpriteInStandingState();
}
if (ninjasToTossThisLevel >= 4)
{
ninja4 = new Ninja(world, ninjaStartPosition4, @"ninjaBrown");
AddChild(ninja4, Constants.DepthNinjas);
ninja4.SpriteInStandingState();
}
if (ninjasToTossThisLevel >= 5)
{
ninja5 = new Ninja(world, ninjaStartPosition5, @"ninjaGreen");
AddChild(ninja5, Constants.DepthNinjas);
ninja5.SpriteInStandingState();
}
//Build the Stack.
stack = new TheStack(world);
AddChild(stack, Constants.DepthStack);
//give the stack a moment to drop, then switches every pieces to static (locks it into position, until the first slingshot)...
ScheduleOnce(SwitchAllStackObjectsToStatic, 1.0f);
currentScoreLabel = new CCLabelTtf(String.Format("{0}: Needed", pointsToPassLevel), "MarkerFelt", fontSizeForScore);
AddChild(currentScoreLabel, Constants.DepthScore);
currentScoreLabel.Color = new CCColor3B(255, 255, 255);
currentScoreLabel.Position = currentScoreLabelStartPosition;
currentScoreLabel.AnchorPoint = new CCPoint(1, .5f);
// HighScoreForLevel
highScoreLabel = new CCLabelTtf(String.Format("High Score: {0}", GameData.SharedData.HighScoreForLevel), "MarkerFelt", fontSizeForScore);
AddChild(highScoreLabel, Constants.DepthScore);
highScoreLabel.Color = new CCColor3B(255, 255, 255);
highScoreLabel.Position = currentScoreLabel.Position - new CCPoint(0, highScoreLabel.ContentSize.Height);// highScoreLabelStartPosition;
highScoreLabel.AnchorPoint = new CCPoint(1, .5f);
highScoreLabelStartPosition = highScoreLabel.Position;
var levelString = string.Format("Level: {0}", currentLevel);
ShowBoardMessage(levelString);
CCLog.Log(" ");
CCLog.Log(" ");
CCLog.Log(" ");
CCLog.Log("/////////////////////////////////////////////////////");
CCLog.Log("/////////////////////////////////////////////////////");
CCLog.Log(" ");
CCLog.Log(" ");
CCLog.Log(" ");
CCLog.Log("The art and animation in this template is copyright CartoonSmart LLC");
CCLog.Log("You must make significant changes to the art before submitting your game to the App Store");
CCLog.Log("Please create your own characters, backgrounds, etc and spend the time to make the game look totally unique");
CCLog.Log(" ");
CCLog.Log(" ");
CCLog.Log(" ");
CCLog.Log("The Video guide for this template is at https://vimeo.com/cartoonsmart/angryninjasguide ");
CCLog.Log(" ");
CCLog.Log(" ");
CCLog.Log(" ");
CCLog.Log("/////////////////////////////////////////////////////");
CCLog.Log("/////////////////////////////////////////////////////");
CCLog.Log(" ");
CCLog.Log(" ");
GameSounds.SharedGameSounds.IntroTag();
if (GameData.SharedData.Level == 1)
{
GameSounds.SharedGameSounds.PlayBackgroundMusic(AmbientFXSounds.Frogs);
}
else
{
GameSounds.SharedGameSounds.PlayBackgroundMusic(AmbientFXSounds.Insects);
}
if (GameData.SharedData.FirstRunEver && openWithMenuInsteadOfGame)
{
CCLog.Log("First run ever");
Schedule(ShowMenuFromSelector, 2f);
GameData.SharedData.FirstRunEver = false;
}
// Always do this last.
this.Schedule(Tick);
}
