private void OnBonusCollision(SKPhysicsContact contact)
{
if (IsBonusContact(contact))
{
SKPhysicsBody BonusBody;
if (contact.BodyA.CategoryBitMask == (uint)GameObjects.bonus)
{
BonusBody = contact.BodyA;
}
else
{
BonusBody = contact.BodyB;
}
var BonusObject = BonusesInScene.Find(
(obj) => obj.ID.ToString() == BonusBody.Node.Name);
if (BonusObject != null)
{
BonusObject.Get();
DestroyBonus(BonusObject);
}
}
}
private void OnBulletCollision(SKPhysicsContact contact)
{
if (IsBulletContact(contact))
{
SKPhysicsBody bulletBody;
SKPhysicsBody otherBody;
if (contact.BodyA.CategoryBitMask == (uint)GameObjects.playerBullet ||
contact.BodyA.CategoryBitMask == (uint)GameObjects.enemyBullet)
{
bulletBody = contact.BodyA;
otherBody = contact.BodyB;
}
else
{
bulletBody = contact.BodyB;
otherBody = contact.BodyA;
}
var bulletObject = BulletsInScene.Find(
(obj) => obj.ID.ToString() == bulletBody.Node.Name);
var otherObject = SceneGameUnits.Find(
(obj) => obj.ID.ToString() == otherBody.Node.Name);
if (otherObject != null && bulletObject != null)
{
otherObject.GetDamage(bulletObject.DMG);
DestroyBullet(bulletObject);
}
}
}
public override void DidBeginContact(SKPhysicsContact contact)
{
if (DidBeginContactAction != null)
{
DidBeginContactAction(contact);
}
}
public void DidBeginContact(SKPhysicsContact contact)
{
// Initialize variables for bodies
SKPhysicsBody firstBody, secondBody;
// Detect bitmask
if (contact.BodyA.CategoryBitMask < contact.BodyB.CategoryBitMask)
{
firstBody = contact.BodyA;
secondBody = contact.BodyB;
}
else
{
firstBody = contact.BodyB;
secondBody = contact.BodyA;
}
// Handling collision with a hero and a platform
if ((firstBody.CategoryBitMask & CollisionCategory.Hero) != 0 &&
(secondBody.CategoryBitMask & CollisionCategory.Platform) != 0)
{
GameMap.Hero.ResetJumps();
}
// Handling collision with a hero and an enemy
if ((firstBody.CategoryBitMask & CollisionCategory.Hero) != 0 &&
(secondBody.CategoryBitMask & CollisionCategory.Enemy) != 0)
{
//secondBody.Node.RemoveFromParent();
//map.Enemies.Remove((EnemySprite)secondBody.Node);
}
// Handling collision with a enemy and a spell
if ((firstBody.CategoryBitMask & CollisionCategory.Enemy) != 0 &&
(secondBody.CategoryBitMask & CollisionCategory.Spell) != 0)
{
if (((ShotSprite)secondBody.Node).Type == SpellType.Hero)
{
secondBody.Node.RemoveFromParent();
firstBody.Node.RemoveFromParent();
GameMap.Enemies.Remove((EnemySprite)firstBody.Node);
}
}
// Handling collision with a spell and a platform
if ((firstBody.CategoryBitMask & CollisionCategory.Spell) != 0 &&
(secondBody.CategoryBitMask & CollisionCategory.Platform) != 0)
{
firstBody.Node.RemoveFromParent();
}
if ((firstBody.CategoryBitMask & CollisionCategory.Hero) != 0 &&
(secondBody.CategoryBitMask & CollisionCategory.Spell) != 0)
{
if (((ShotSprite)secondBody.Node).Type == SpellType.Enemy)
{
SetEndGameCondition();
}
}
}
public void DidBeginContact(SKPhysicsContact contact)
{
// Handle contacts between two physics bodies.
// Contacts are often a double dispatch problem; the effect you want is based
// on the type of both bodies in the contact. This sample solves
// this in a brute force way, by checking the types of each. A more complicated
// example might use methods on objects to perform the type checking.
SKPhysicsBody firstBody;
SKPhysicsBody secondBody;
// The contacts can appear in either order, and so normally you'd need to check
// each against the other. In this example, the category types are well ordered, so
// the code swaps the two bodies if they are out of order. This allows the code
// to only test collisions once.
if (contact.BodyA.CategoryBitMask < contact.BodyB.CategoryBitMask)
{
firstBody = contact.BodyA;
secondBody = contact.BodyB;
}
else
{
firstBody = contact.BodyB;
secondBody = contact.BodyA;
}
// Missiles attack whatever they hit, then explode.
if ((firstBody.CategoryBitMask & Category.Missile) != 0)
{
AttackTarget(secondBody, firstBody.Node);
}
// Ships collide and take damage. The collision damage is based on the strength of the collision.
if ((firstBody.CategoryBitMask & Category.Ship) != 0)
{
// The edge exists just to keep all gameplay on one screen,
// so ships should not take damage when they hit the edge.
if (contact.CollisionImpulse > collisionDamageThreshold && (secondBody.CategoryBitMask & Category.Edge) == 0)
{
int damage = (int)(contact.CollisionImpulse / collisionDamageThreshold);
((ShipSprite)firstBody.Node).ApplyDamage(damage);
if ((secondBody.CategoryBitMask == Category.Ship))
{
((ShipSprite)secondBody.Node).ApplyDamage(damage);
}
}
}
// Asteroids that hit planets are destroyed.
if ((firstBody.CategoryBitMask & Category.Asteroid) != 0 &&
(secondBody.CategoryBitMask & Category.Planet) != 0)
{
firstBody.Node.RemoveFromParent();
}
}
public void DidBeginContact(SKPhysicsContact contact)
{
// Handle contacts between two physics bodies.
// Contacts are often a double dispatch problem; the effect you want is based
// on the type of both bodies in the contact. This sample solves
// this in a brute force way, by checking the types of each. A more complicated
// example might use methods on objects to perform the type checking.
SKPhysicsBody firstBody;
SKPhysicsBody secondBody;
// The contacts can appear in either order, and so normally you'd need to check
// each against the other. In this example, the category types are well ordered, so
// the code swaps the two bodies if they are out of order. This allows the code
// to only test collisions once.
if (contact.BodyA.CategoryBitMask < contact.BodyB.CategoryBitMask) {
firstBody = contact.BodyA;
secondBody = contact.BodyB;
} else {
firstBody = contact.BodyB;
secondBody = contact.BodyA;
}
// Missiles attack whatever they hit, then explode.
if ((firstBody.CategoryBitMask & Category.Missile) != 0)
AttackTarget (secondBody, firstBody.Node);
// Ships collide and take damage. The collision damage is based on the strength of the collision.
if ((firstBody.CategoryBitMask & Category.Ship) != 0) {
// The edge exists just to keep all gameplay on one screen,
// so ships should not take damage when they hit the edge.
if (contact.CollisionImpulse > collisionDamageThreshold && (secondBody.CategoryBitMask & Category.Edge) == 0) {
int damage = (int) (contact.CollisionImpulse / collisionDamageThreshold);
((ShipSprite)firstBody.Node).ApplyDamage (damage);
if ((secondBody.CategoryBitMask == Category.Ship))
((ShipSprite)secondBody.Node).ApplyDamage (damage);
}
}
// Asteroids that hit planets are destroyed.
if ((firstBody.CategoryBitMask & Category.Asteroid) != 0 &&
(secondBody.CategoryBitMask & Category.Planet) != 0)
firstBody.Node.RemoveFromParent ();
}
private bool IsBonusContact(SKPhysicsContact contact)
{
bool isPlayerAndBonusContact =
(contact.BodyA.CategoryBitMask == (uint)GameObjects.player &&
contact.BodyB.CategoryBitMask == (uint)GameObjects.bonus) ||
(contact.BodyB.CategoryBitMask == (uint)GameObjects.player &&
contact.BodyA.CategoryBitMask == (uint)GameObjects.bonus);
bool isPlayerBulletAndBonus =
(contact.BodyA.CategoryBitMask == (uint)GameObjects.playerBullet &&
contact.BodyB.CategoryBitMask == (uint)GameObjects.bonus) ||
(contact.BodyB.CategoryBitMask == (uint)GameObjects.playerBullet &&
contact.BodyA.CategoryBitMask == (uint)GameObjects.bonus);
return(contact.BodyA.CategoryBitMask != contact.BodyB.CategoryBitMask &&
isPlayerBulletAndBonus || isPlayerAndBonusContact);
}
private bool IsBulletContact(SKPhysicsContact contact)
{
bool isPlayerAndEnemyBullet =
(contact.BodyA.CategoryBitMask == (uint)GameObjects.player &&
contact.BodyB.CategoryBitMask == (uint)GameObjects.enemyBullet) ||
(contact.BodyB.CategoryBitMask == (uint)GameObjects.player &&
contact.BodyA.CategoryBitMask == (uint)GameObjects.enemyBullet);
bool isEnemyAndPlayerBullet =
(contact.BodyA.CategoryBitMask == (uint)GameObjects.enemy &&
contact.BodyB.CategoryBitMask == (uint)GameObjects.playerBullet) ||
(contact.BodyB.CategoryBitMask == (uint)GameObjects.enemy &&
contact.BodyA.CategoryBitMask == (uint)GameObjects.playerBullet);
return(contact.BodyA.CategoryBitMask != contact.BodyB.CategoryBitMask &&
isEnemyAndPlayerBullet || isPlayerAndEnemyBullet);
}
void DidBeginContact(SKPhysicsContact contact)
{
SKPhysicsBody firstBody;
SKPhysicsBody secondBody;
if (contact.BodyA.CategoryBitMask < contact.BodyB.CategoryBitMask)
{
firstBody = contact.BodyA;
secondBody = contact.BodyB;
}
else
{
firstBody = contact.BodyB;
secondBody = contact.BodyA;
}
if ((firstBody.CategoryBitMask & Category.Missile) != 0)
{
AttackTarget(secondBody, firstBody.Node);
}
if ((firstBody.CategoryBitMask & Category.Ship) != 0)
{
if (contact.CollisionImpulse > collisionDamageThreshold &&
(secondBody.CategoryBitMask & Category.Edge) == 0)
{
int damage = (int)(contact.CollisionImpulse / collisionDamageThreshold);
(firstBody.Node as ShipSprite).ApplyDamage(damage);
if ((secondBody.CategoryBitMask == Category.Ship))
{
(secondBody.Node as ShipSprite).ApplyDamage(damage);
}
}
}
if ((firstBody.CategoryBitMask & Category.Asteroid) != 0 &&
(secondBody.CategoryBitMask & Category.Planet) != 0)
{
firstBody.Node.RemoveFromParent();
}
}
private void OnEnemyCollision(SKPhysicsContact contact)
{
bool isPlayerAndEnemyContact =
(contact.BodyA.CategoryBitMask == (uint)GameObjects.player &&
contact.BodyB.CategoryBitMask == (uint)GameObjects.enemy) ||
(contact.BodyB.CategoryBitMask == (uint)GameObjects.player &&
contact.BodyA.CategoryBitMask == (uint)GameObjects.enemy);
if (isPlayerAndEnemyContact)
{
SKPhysicsBody EnemyBody;
SKPhysicsBody PlayerBody;
if (contact.BodyA.CategoryBitMask == (uint)GameObjects.enemy ||
contact.BodyA.CategoryBitMask == (uint)GameObjects.enemy)
{
EnemyBody = contact.BodyA;
PlayerBody = contact.BodyB;
}
else
{
EnemyBody = contact.BodyB;
PlayerBody = contact.BodyA;
}
var enemyObject = SceneGameUnits.Find(
(obj) => obj.ID.ToString() == EnemyBody.Node.Name);
if (enemyObject != null)
{
enemyObject.GetDamage(100);
Player.GetDamage(10);
}
else if (EnemyBody.Node == boss.Node)
{
boss.GetDamage(50);
Player.GetDamage(100);
}
}
}
public override void DidBeginContact(SKPhysicsContact contact)
{
CollisionHappend(contact.BodyA.Node, contact.BodyB.Node);
CollisionHappend(contact.BodyB.Node, contact.BodyA.Node);
}
public override void DidBeginContact(SKPhysicsContact contact)
{
if (DidBeginContactAction != null)
DidBeginContactAction (contact);
}
void DidBeginContact(SKPhysicsContact contact)
{
SKPhysicsBody firstBody;
SKPhysicsBody secondBody;
if (contact.BodyA.CategoryBitMask < contact.BodyB.CategoryBitMask) {
firstBody = contact.BodyA;
secondBody = contact.BodyB;
} else {
firstBody = contact.BodyB;
secondBody = contact.BodyA;
}
if ((firstBody.CategoryBitMask & Category.Missile) != 0)
AttackTarget (secondBody, firstBody.Node);
if ((firstBody.CategoryBitMask & Category.Ship) != 0) {
if (contact.CollisionImpulse > collisionDamageThreshold &&
(secondBody.CategoryBitMask & Category.Edge) == 0) {
int damage = (int) (contact.CollisionImpulse / collisionDamageThreshold);
(firstBody.Node as ShipSprite).ApplyDamage (damage);
if ((secondBody.CategoryBitMask == Category.Ship))
(secondBody.Node as ShipSprite).ApplyDamage (damage);
}
}
if ((firstBody.CategoryBitMask & Category.Asteroid) != 0 &&
(secondBody.CategoryBitMask & Category.Planet) != 0)
firstBody.Node.RemoveFromParent ();
}
public void DidBeginContact(SKPhysicsContact contact)
{
inprogress = false;
Console.WriteLine("We Collided!");
gameended = true;
void gameOver()
{
var textures = Enumerable.Range(1, 4).Select(
(i) => SKTexture.FromImageNamed(String.Format("Death-{0}", i))).ToArray();
deathSpin = SKAction.RepeatAction(SKAction.AnimateWithTextures(textures, .1), 4);
var shrink = SKAction.ScaleTo(0f, 2f);
var death = SKAction.Sequence(deathSpin, shrink);
playerObject.RunAction(death);
var playDeath = SKAction.PlaySoundFileNamed("playerDeath", false);
playerDied.RunAction(playDeath);
gameSong.RunAction(SKAction.CreateStop());
}
void animateOver()
{
var grow = SKAction.ScaleTo(2.0f, 1.5);
var shrink = SKAction.ScaleTo(.5f, 1.5);
var animate = SKAction.RepeatActionForever(SKAction.Sequence(grow, shrink));
endGame.RunAction(animate);
}
playerObject.RemoveAllActions();
obstacle.RemoveAllActions();
sidewalk1.RemoveAllActions();
sidewalk2.RemoveAllActions();
sidewalk3.RemoveAllActions();
building1.RemoveAllActions();
building2.RemoveAllActions();
building3.RemoveAllActions();
building4.RemoveAllActions();
building5.RemoveAllActions();
building6.RemoveAllActions();
building7.RemoveAllActions();
building8.RemoveAllActions();
building9.RemoveAllActions();
building10.RemoveAllActions();
building11.RemoveAllActions();
building12.RemoveAllActions();
building13.RemoveAllActions();
building14.RemoveAllActions();
road1.RemoveAllActions();
road2.RemoveAllActions();
road3.RemoveAllActions();
road4.RemoveAllActions();
road5.RemoveAllActions();
road6.RemoveAllActions();
obstacle1.RemoveAllActions();
obstacle2.RemoveAllActions();
enemy.RemoveAllActions();
obstacle4.RemoveAllActions();
scores.Add(score);
scores.Sort((a, b) => - 1 * a.CompareTo(b));
var sl = scores.Count;
if (sl >= 10)
{
{
sl = 10;
}
}
var plist = NSUserDefaults.StandardUserDefaults;
for (int i = 0; i < sl; i++)
{
{
Console.WriteLine(scores[i]);
plist.SetInt(scores[i], String.Format("Score-{0}", i));
}
}
score = 0;
//unsubscribe obstacle objects at the end of the round
timer.Elapsed -= sendobstacle;
timer1.Elapsed -= sendobstacle1;
timer2.Elapsed -= sendobstacle2;
timer3.Elapsed -= sendobstacle3;
timer4.Elapsed -= sendobstacle4;
gameOver();
AddChild(endGame);
animateOver();
}
private void NodesCollided(SKPhysicsContact contact)
{
GC.OnNodesCollision(contact);
}
public override void DidBeginContact(SKPhysicsContact contact)
{
base.DidBeginContact(contact);
System.Console.WriteLine(contact);
}
public override void DidBeginContact(SKPhysicsContact contact) => Callbacks(contact);
public void OnNodesCollision(SKPhysicsContact contact)
{
OnBulletCollision(contact);
OnBonusCollision(contact);
OnEnemyCollision(contact);
}