public Projectile(InputAction inputAction, float angle, Vector2 location, ContentManager content, GraphicsDeviceManager graphics, PlayerIndex playerIndex, Rectangle boundary, int playerChoice, bool fromSkull)
{
this.content = content;
this.graphics = graphics;
this.playerChoice = playerChoice;
originalOwner = playerChoice;
collisionLocation = CollidedWith.None;
this.inputAction = inputAction;
this.fromSkull = fromSkull;
if (this.inputAction == InputAction.Shoot)
{
chargeShot = false;
originalSpeed = 4;
speed = 4;
fireball = new Animation(skullBulletT, 1, 1, angle);
fireball.currentFrame = 1;
}
wallBounce = new Animation(wallBounceT, 2, 6);
wallBounce.currentFrame = 10;
reversing = false;
accelerating = false;
this.location = new Vector2(location.X, location.Y);
this.angle = angle;
this.playerIndex = playerIndex;
if (location.X + fireball.width > boundary.Right)
{
this.location.X = boundary.Right - fireball.width;
}
else if (location.X < boundary.Left)
{
this.location.X = boundary.Left;
}
bounds = new Rectangle((int)this.location.X, (int)this.location.Y, (int)fireball.width, (int)fireball.height);
this.boundary = boundary;
if (playerIndex == PlayerIndex.One)
{
direction = new Vector2((float)Math.Cos(angle + (Math.PI / -2f)), (float)Math.Sin(angle + (Math.PI / -2f)));
}
else if (playerIndex == PlayerIndex.Two)
{
direction = new Vector2((float)Math.Cos(angle + (Math.PI / 2)), (float)Math.Sin(angle + (Math.PI / 2)));
}
direction.Normalize();
recentlyReflected = 0;
aiMark = false;
removalPing = false;
}
public void CollisionSwitch()
{
collisionLocation = CollidedWith.None;
if (bounds.Top <= boundary.Top)
{
collisionLocation = CollidedWith.TopGoal;
}
if (bounds.Bottom >= boundary.Bottom)
{
collisionLocation = CollidedWith.BottomGoal;
}
if (bounds.Left <= boundary.Left)
{
leftOrRight = new Vector2(bounds.Left, bounds.Center.Y - wallBounce.width / 2);
collisionLocation = CollidedWith.Left;
}
if (bounds.Right >= boundary.Right)
{
leftOrRight = new Vector2(bounds.Right - wallBounce.width, bounds.Center.Y - wallBounce.width / 2);
collisionLocation = CollidedWith.Right;
}
}
public BBAA ResolveCollision(BBAA o, out CollidedWith flags) {
flags = 0;
o.Check();
// mutation of a BBAA without explicit copy is acceptable, it's a struct.
// iterate tiles that overlap with "o"
// TODO: Check less tiles. s/2/1/ or s/2/0/ might do.
int ULy = (int)(o.UL.Y - 2).Clamp(0, Height);
int ULx = (int)(o.UL.X - 2).Clamp(0, Width);
int LRy = (int)(o.LR.Y + 2).Clamp(0, Height);
int LRx = (int)(o.LR.X + 2).Clamp(0, Width);
for (int y = ULy; y < LRy; y++) {
for (int x = ULx; x < LRx; x++) {
var tile = this[x, y];
if (tile.Type != null && tile.Type.Collider) {
// TODO: less checks
var intersection = o.Check().Intersect(new BBAA(v2f(x, y), v2f(x + 1, y + 1))).Check();
Vector2f iSize = intersection.Size, oSize = o.Size;
Vector2f iCenter = intersection.Center, oCenter = o.Center;
if (iSize.Len() > 0) {
// only respond to force on the shallow axis
if (iSize.X < iSize.Y) {
if (iCenter.X < oCenter.X) {
flags |= CollidedWith.Left;
o.Position = v2f(intersection.LR.X, o.UL.Y);
} else {
flags |= CollidedWith.Right;
o.Position = v2f(intersection.UL.X - o.Size.X, o.UL.Y);
}
} else {
if (iCenter.Y < oCenter.Y) {
flags |= CollidedWith.Top;
o.Position = v2f(o.UL.X, intersection.LR.Y);
} else {
flags |= CollidedWith.Bottom;
o.Position = v2f(o.UL.X, intersection.UL.Y - o.Size.Y);
}
}
}
}
}
}
return o;
}
public Projectile(InputAction inputAction, float angle, Vector2 location, GraphicsDeviceManager graphics, PlayerIndex playerIndex, Rectangle boundary, int playerChoice)
{
this.graphics = graphics;
this.playerChoice = playerChoice;
originalOwner = playerChoice;
collisionLocation = CollidedWith.None;
this.inputAction = inputAction;
if (this.inputAction == InputAction.Shoot)
{
chargeShot = false;
originalSpeed = 2;
speed = 2;
fireball = new Animation(fireballT, 2, 3, angle);
trails.Add(new Animation(fireballTrailT1, 2, 3, angle));
trails.Add(new Animation(fireballTrailT1, 2, 3, angle));
fireball.currentFrame = 2;
trails[0].currentFrame = 1;
trails[1].currentFrame = 0;
}
if (this.inputAction == InputAction.ChargeShot)
{
chargeShot = true;
if (originalOwner == 1)
{
fireball = new Animation(buffWizardChargeShotT, 2, 3, angle);
}
if (originalOwner == 2)
{
fireball = new Animation(tiredWizardChargeShotT, 2, 3, angle);
}
originalSpeed = 4;
speed = 4;
}
wallBounce = new Animation(wallBounceT, 2, 6);
wallBounce.currentFrame = 10;
reversing = false;
accelerating = false;
this.location = location;
this.angle = angle;
this.playerIndex = playerIndex;
if (playerIndex == PlayerIndex.One)
{
this.location.Y -= fireball.height;
this.location.X -= fireball.width / 2;
}
else if (playerIndex == PlayerIndex.Two)
{
this.location.X -= fireball.width / 2;
}
if (location.X + fireball.width > boundary.Right)
{
this.location.X = boundary.Right - fireball.width;
}
else if (location.X < boundary.Left)
{
this.location.X = boundary.Left;
}
bounds = new Rectangle((int)this.location.X, (int)this.location.Y, (int)fireball.width, (int)fireball.height);
this.boundary = boundary;
if (playerIndex == PlayerIndex.One)
{
direction = new Vector2((float)Math.Cos(angle + (Math.PI / -2f)), (float)Math.Sin(angle + (Math.PI / -2f)));
}
else if (playerIndex == PlayerIndex.Two)
{
direction = new Vector2((float)Math.Cos(angle + (Math.PI / 2)), (float)Math.Sin(angle + (Math.PI / 2)));
}
direction.Normalize();
recentlyReflected = 0;
aiMark = false;
removalPing = false;
tempNoCollison = false;
}
public override void ApplyMotion(float deltaTime, Vector3 additionalLinearVelocity)
{
Position.Value = Position.Value + (LinearVelocity + additionalLinearVelocity) * deltaTime;
Rotation.Value = Quaternion.Euler(Rotation.Value.eulerAngles + AngularVelocity * deltaTime);
CollidedWith.ObserveEveryValueChanged(value => value.Value).Subscribe(OnCollidedWith).AddTo(_disposables);
}
