public Cube(Card[] cards, PhysicsBody physicsBody=null)
{
if (!initialized) {
Initialize();
}
_physicsBody = physicsBody;
this.TextureInfo = new TextureInfo();
this.TextureInfo.Texture = new Texture2D(256, 256,false,PixelFormat.Rgba);
// this.TextureInfo.Texture = new Texture2D(167, 191,false,PixelFormat.Rgba);
setColorData (cards[0].Color);
if ( cards[0].cardData.pattern == (int)CardData.PATTERN.SOLID ) {
addToTexture (_imgTop, new Vector2i(45,0), colorData );
} else if ( cards[0].cardData.pattern == (int)CardData.PATTERN.STRIPE ) {
addToTexture (_imgTopStripe, new Vector2i(45,0), colorData );
} else {
addToTexture (_imgTopDot, new Vector2i(45,0), colorData );
}
setColorData (cards[1].Color);
if ( cards[0].cardData.pattern == (int)CardData.PATTERN.SOLID ) {
addToTexture (_imgLeft, new Vector2i(0,-78), colorData );
} else if ( cards[0].cardData.pattern == (int)CardData.PATTERN.STRIPE ) {
addToTexture (_imgLeftStripe, new Vector2i(0,-78), colorData );
} else {
addToTexture (_imgLeftDot, new Vector2i(0,-78), colorData );
}
// addToTexture (_imgLeft, new Vector2i(0,-78), colorData );
setColorData (cards[2].Color);
if ( cards[0].cardData.pattern == (int)CardData.PATTERN.SOLID ) {
addToTexture (_imgRight, new Vector2i(92,-78), colorData);
} else if ( cards[0].cardData.pattern == (int)CardData.PATTERN.STRIPE ) {
addToTexture (_imgRightStripe, new Vector2i(92,-78), colorData);
} else {
addToTexture (_imgRightDot, new Vector2i(92,-78), colorData);
}
// addToTexture (_imgRight, new Vector2i(92,-78), colorData);
this.Scale = this.CalcSizeInPixels()/4f;
this.Pivot = new Sce.PlayStation.Core.Vector2(0.5f,0.5f);
System.Random rand = new System.Random();
this.Position = new Sce.PlayStation.Core.Vector2(0,0);
float angle = (float)rand.Next(0,360);
if((angle%90) <=25) angle +=25.0f;
this._physicsBody.Velocity = new Vector2(0.0f,Card.BALL_VELOCITY).Rotate(PhysicsUtility.GetRadian(angle));;
Scheduler.Instance.ScheduleUpdateForTarget(this,0,false);
}
public static bool analyze(Card[] cards)
{
bool match = true;
// int[] data = new int[3];
match = match && 0 != ( cards[0].cardData.color & cards[1].cardData.color & cards[2].cardData.color );
if (!match) {
// NOT ALL SAME
match = (int)CardData.COLOR.BLUE + (int)CardData.COLOR.RED + (int)CardData.COLOR.WHITE == ( cards[0].cardData.color | cards[1].cardData.color | cards[2].cardData.color );
if (!match) {
// NOT ALL SAME OR ALL DIFFERENT -- NOT A VALID SET
// clearGroup ();
return match;
}
}
match = match && 0 != ( cards[0].cardData.pattern & cards[1].cardData.pattern & cards[2].cardData.pattern );
if (!match) {
// NOT ALL SAME
match = (int)CardData.PATTERN.DOT + (int)CardData.PATTERN.SOLID + (int)CardData.PATTERN.STRIPE == ( cards[0].cardData.pattern | cards[1].cardData.pattern | cards[2].cardData.pattern );
if (!match) {
// NOT ALL SAME OR ALL DIFFERENT -- NOT A VALID SET
// clearGroup ();
return match;
}
}
match = match && 0 != ( cards[0].cardData.sound & cards[1].cardData.sound & cards[2].cardData.sound );
if (!match) {
// NOT ALL SAME
match = (int)CardData.SOUND.A + (int)CardData.SOUND.B + (int)CardData.SOUND.C == ( cards[0].cardData.sound | cards[1].cardData.sound | cards[2].cardData.sound );
if (!match) {
// NOT ALL SAME OR ALL DIFFERENT -- NOT A VALID SET
// clearGroup ();
return match;
}
}
// if( cards[0].Color == cards[1].Color && cards[0].Color == cards[2].Color ) {
//// return match;
// } else {
// match = ( cards[0].Color != cards[1].Color &&
// cards[0].Color != cards[2].Color &&
// cards[1].Color != cards[2].Color );
//// return match;
// }
// if (match) {
// System.Console.WriteLine("SET!");
// Cube cube = new Cube(cards, GameScene._physics.addCardPhysics(cards[0].Position));
// Director.Instance.CurrentScene.AddChild(cube);
// foreach ( Card c in cards ) {
// Director.Instance.CurrentScene.RemoveChild(c, true);
// GameScene._physics.removePhysicsBody(c.physicsBody);
// }
// }
// clearGroup();
return match;
}
//this function takes the card that is selected,
//and if there's a match, gets the other 2 corresponding faces
//and makes the cube. -- I think.
private void addCard(Card card)
{
for (int i=0; i<3; i++) {
if ( cards[i] == null ) {
cards[i] = card;
switch(i) {
case 0:
if ( card.cardData.pattern == (int)CardData.PATTERN.SOLID ) {
card.TileIndex2D = _ss.Get("topSide").TileIndex2D;
} else if ( card.cardData.pattern == (int)CardData.PATTERN.STRIPE ) {
card.TileIndex2D = _ss.Get("stripeTop").TileIndex2D;
} else {
card.TileIndex2D = _ss.Get("dotTop").TileIndex2D;
}
// card.TileIndex2D = _ss.Get("topSide").TileIndex2D;
_population++;
break;
case 1:
if ( card.cardData.pattern == (int)CardData.PATTERN.SOLID ) {
card.TileIndex2D = _ss.Get("leftSide").TileIndex2D;
} else if ( card.cardData.pattern == (int)CardData.PATTERN.STRIPE ) {
card.TileIndex2D = _ss.Get("stripeLeft").TileIndex2D;
} else {
card.TileIndex2D = _ss.Get("dotLeft").TileIndex2D;
}
// card.TileIndex2D = _ss.Get ("leftSide").TileIndex2D;
_population++;
break;
case 2:
if ( card.cardData.pattern == (int)CardData.PATTERN.SOLID ) {
card.TileIndex2D = _ss.Get("rightSide").TileIndex2D;
} else if ( card.cardData.pattern == (int)CardData.PATTERN.STRIPE ) {
card.TileIndex2D = _ss.Get("stripeRight").TileIndex2D;
} else {
card.TileIndex2D = _ss.Get("dotRight").TileIndex2D;
}
// card.TileIndex2D = _ss.Get ("rightSide").TileIndex2D;
_population++;
break;
default:
break;
}
if (i==2) {
complete = true;
}
card.groupID = cards[0].groupID;
return;
}
}
}
public void updateCard(Card card)
{
if ( card == cards[1] ) {
// card.physicsBody.Position = new Vector2(cards[0].Position.X-12f,cards[0].Position.Y-18f) / GamePhysics.PtoM;
// card.physicsBody.Position = cards[0].physicsBody.Position;
} else {
// card.physicsBody.Position = new Vector2(cards[0].Position.X+10f,cards[0].Position.Y-18f) / GamePhysics.PtoM;
// card.physicsBody.Position = cards[0].physicsBody.Position;
}
}
public void tryAddingCard(Card card)
{
// Filter out current group members
if (Array.IndexOf(cards,card) != -1) {
return;
}
if ( card.groupID != -1) {
Group g = GameScene.groups[card.groupID];
if (g != this && Array.IndexOf(g.cards,card) != -1) {
if (g.population >= 2 ) {
// Filter out 2-groups merging with 2-groups
if (this.population >= 2) {
return;
// Add single entity to existing group of 2
} else {
card = cards[0];
clearGroup();
g.tryAddingCard(card);
return;
}
}
}
}
addCard(card);
}
public void removeCard(Card card)
{
for (int i=0; i<3; i++) {
if ( cards[i] == card ) {
card.groupID = -1;
if ( card.cardData.pattern == (int)CardData.PATTERN.SOLID ) {
card.TileIndex2D = _ss.Get("topSide").TileIndex2D;
} else if ( card.cardData.pattern == (int)CardData.PATTERN.STRIPE ) {
card.TileIndex2D = _ss.Get("stripeTop").TileIndex2D;
} else {
card.TileIndex2D = _ss.Get("dotTop").TileIndex2D;
}
card.TileIndex2D = _ss.Get ("topSide").TileIndex2D;
cards[i] = null;
_population--;
}
}
}