private IEnumerator WaitingMovementRoutine()
{
//Random small movement
while (_state == DroneState.SEARCHING_ENEMY)
{
var point = _startPosition + MRandom.OnUnitCircle() * width * 0.5f;
var distance = point - _pos;
float distanceMag = distance.Magnitude;
while (distanceMag > 20)
{
var distanceNorm = distance.Normalized;
_currentSpeed = (_state == DroneState.SEARCHING_ENEMY) ? _waitingSpeed : _maxSpeed;
var nextPos = distanceNorm * _currentSpeed;
//Console.WriteLine($"{this}: {x:0.00} | {y:0.00} | dist: {distanceMag:0.00} | startpos: {_startPosition} | point: {point} | speed: {speed} | nextPos: {nextPos}");
Translate(nextPos.x * Time.delta, nextPos.y * Time.delta);
yield return(null);
distance = point - _pos;
distanceMag = distance.Magnitude;
}
}
}
public void PlayHudFx(int index = -1)
{
if (index == -1)
{
index = MRandom.Range(0, _hudFxs.Length);
}
else
{
index = index % _hudFxs.Length;
}
_fxHudChannels[index] = _hudFxs[index].Play();
}
IEnumerator SmallSnowFlakesParticlesRoutine2(GameObject target, Vector2 offset, float range, int duration)
{
while (target?.parent != null)
{
for (int i = 0; i < _smallSnowFlakes2.Length; i++)
{
var pos = MRandom.InsideUnitCircle() * range;
var snow = _smallSnowFlakes2[i];
target.parent.AddChild(snow);
snow.Show(target, pos, offset);
yield return(new WaitForMilliSeconds(duration / _smallSnowFlakes2.Length));
}
}
}
public void PlayExplosionFx(int index = -1)
{
if (index == -1)
{
index = MRandom.Range(0, _explosionFxs.Length);
}
else
{
index = index % _explosionFxs.Length;
}
if (_fxExplosionChannels[index] != null && _fxExplosionChannels[index].IsPlaying)
{
_fxExplosionChannels[index].Stop();
}
_fxExplosionChannels[index] = _explosionFxs[index].Play();
}
void Update()
{
if (!Enabled)
{
return;
}
Vector2 pos = new Vector2(this.x, this.y);
if (_followEnabled && _target != null)
{
Vector2 targetP = new Vector2(_target.x, _target.y);
if (_hasSpeedListener)
{
//Target point is in front of target, set offset
float dist = Mathf.Map(_iHasSpeed.Speed, 0, _iHasSpeed.MaxSpeed, 0, TargetFrontDistance);
//TODO: make IHasSpeed has a Vector2 _forward
float xDir = Mathf.Cos(_target.rotation.DegToRad());
float yDir = Mathf.Sin(_target.rotation.DegToRad());
targetP = targetP + (new Vector2(xDir, yDir)) * dist;
}
Vector2 targetDirection = (targetP - pos);
float directionMag = targetDirection.Magnitude;
if (directionMag > 0)
{
interpVelocity = directionMag * speed;
float lastX = _targetPos.x;
float lastY = _targetPos.y;
_targetPos = pos + (targetDirection.Normalized * interpVelocity * Time.delta);
if (_targetPos.x - MyGame.HALF_SCREEN_WIDTH < 0 || _targetPos.x + MyGame.HALF_SCREEN_WIDTH > _map.MapWidthInPixels)
{
_targetPos.x = lastX;
}
if (_targetPos.y - MyGame.HALF_SCREEN_HEIGHT < 0 || _targetPos.y + MyGame.HALF_SCREEN_HEIGHT > _map.MapHeightInPixels)
{
_targetPos.y = lastY;
}
//var nextPos = Vector2.Lerp(pos, targetPos + offset, 0.25f);
// float nextX = Easing.Ease(Easing.Equation.CubicEaseOut, 1, pos.x, _targetPos.x, 4);
// float nextY = Easing.Ease(Easing.Equation.CubicEaseOut, 1, pos.y, _targetPos.y, 4);
float nextX = pos.x + Easing.Ease(Easing.Equation.CubicEaseOut, 1, 0, _targetPos.x - pos.x, 4);
float nextY = pos.y + Easing.Ease(Easing.Equation.CubicEaseOut, 1, 0, _targetPos.y - pos.y, 4);
this.SetXY(nextX, nextY);
}
}
pos.x = x;
pos.y = y;
if (shakeDuration > 0)
{
var shakePos = pos + MRandom.InsideUnitCircle() * shakeAmount;
shakeDuration -= Time.deltaTime * decreaseFactor;
SetXY(shakePos.x, shakePos.y);
}
else
{
shakeDuration = 0f;
SetXY(pos.x, pos.y);
}
//Debug
float lScale = scale;
if (Input.GetKey(Key.W))
{
lScale -= 5 * Time.delta;
}
else if (Input.GetKey(Key.S))
{
lScale += 5 * Time.delta;
}
else if (Input.GetKey(Key.X))
{
lScale = 1;
}
scale = Mathf.Clamp(lScale, 0.01f, 100);
}
public void DrawBorders(GameObject parent, float alpha = 1f)
{
var borderCloudesTileSet = _mapData.TileSets.FirstOrDefault(ts => ts.Name == "Clouds Border");
var topCloudsRects = new Rectangle[]
{
new Rectangle(0, 128 * 0, 512, 128),
new Rectangle(0, 128 * 1, 512, 128),
new Rectangle(0, 128 * 2, 512, 128),
};
var bottomCloudsRects = new Rectangle[]
{
new Rectangle(0, 128 * 3, 512, 128),
new Rectangle(0, 128 * 4, 512, 128),
new Rectangle(0, 128 * 5, 512, 128),
};
var rightCloudsRects = new Rectangle[]
{
new Rectangle(512 + 128 * 0, 0, 128, 512),
new Rectangle(512 + 128 * 1, 0, 128, 512),
new Rectangle(512 + 128 * 2, 0, 128, 512),
};
var leftCloudsRects = new Rectangle[]
{
new Rectangle(512 + 128 * 3, 0, 128, 512),
new Rectangle(512 + 128 * 0, 512, 128, 512),
new Rectangle(512 + 128 * 1, 512, 128, 512),
};
int tilsetIndex = _tilesetIndexMap["Clouds Borders"];
var tilesetImage = _tileSetImages[tilsetIndex];
int widthSteps = Mathf.Ceiling((float)_mapData.Width * _mapData.TileWidth / topCloudsRects[0].Width);
//Draw top border
int canvasW = topCloudsRects[0].Width;
int canvasH = topCloudsRects[0].Height;
for (int i = 0; i < widthSteps; i++)
{
int randRect = MRandom.Range(0, topCloudsRects.Length);
var canvas = new Canvas(canvasW, canvasH, false);
canvas.graphics.DrawImage(tilesetImage,
new Rectangle(0, 0, canvasW, canvasH),
topCloudsRects[randRect], GraphicsUnit.Pixel
);
parent.AddChild(canvas);
canvas.x = i * canvasW;
canvas.y = 0;
canvas.alpha = alpha;
}
//Draw bottom border
canvasW = bottomCloudsRects[0].Width;
canvasH = bottomCloudsRects[0].Height;
int yHeight = (_mapData.Height - 1) * _mapData.TileHeight;
for (int i = 0; i < widthSteps; i++)
{
int randRect = MRandom.Range(0, bottomCloudsRects.Length);
var canvas = new Canvas(canvasW, canvasH, false);
canvas.graphics.DrawImage(tilesetImage,
new Rectangle(0, 0, canvasW, canvasH),
bottomCloudsRects[randRect], GraphicsUnit.Pixel
);
parent.AddChild(canvas);
canvas.x = i * canvasW;
canvas.y = yHeight;
canvas.alpha = alpha;
}
int heightSteps = Mathf.Ceiling((float)_mapData.Height * _mapData.TileHeight / leftCloudsRects[0].Width);
//Draw left border
canvasW = leftCloudsRects[0].Width;
canvasH = leftCloudsRects[0].Height;
int xWidth = 0;
for (int i = 0; i < heightSteps; i++)
{
int randRect = MRandom.Range(0, leftCloudsRects.Length);
var canvas = new Canvas(canvasW, canvasH, false);
canvas.graphics.DrawImage(tilesetImage,
new Rectangle(0, 0, canvasW, canvasH),
leftCloudsRects[randRect], GraphicsUnit.Pixel
);
parent.AddChild(canvas);
canvas.x = xWidth;
canvas.y = i * canvasH;
canvas.alpha = alpha;
}
//Draw right border
canvasW = rightCloudsRects[0].Width;
canvasH = rightCloudsRects[0].Height;
xWidth = (_mapData.Width - 1) * _mapData.TileWidth;
for (int i = 0; i < heightSteps; i++)
{
int randRect = MRandom.Range(0, rightCloudsRects.Length);
var canvas = new Canvas(canvasW, canvasH, false);
canvas.graphics.DrawImage(tilesetImage,
new Rectangle(0, 0, canvasW, canvasH),
rightCloudsRects[randRect], GraphicsUnit.Pixel
);
parent.AddChild(canvas);
canvas.x = xWidth;
canvas.y = i * canvasH;
canvas.alpha = alpha;
}
}
private IEnumerator CollisionWithTornadoRoutine(TornadoGameObject tornado)
{
MyGame.ThisInstance.Camera.shakeDuration = 3000;
_stork.InputEnabled = false;
_stork.IsMoveEnabled = false;
_stork.IsCollisionDisabled = true;
_stork.SetSpeed(0);
//Turn stork
var turnStorkRoutine = CoroutineManager.StartCoroutine(TurnStorkInTornadoRoutine(), this);
//Snap to tornado
int snapTimer = 0;
const int snapDuration = 200;
var snapStartPos = _stork.Pos;
SoundManager.Instance.PlayFx(9);
while (snapTimer < snapDuration)
{
float xPos = (tornado.Pos.x - snapStartPos.x) *
Easing.Ease(Easing.Equation.QuadEaseOut, snapTimer, 0, 1, snapDuration);
float yPos = (tornado.Pos.y - snapStartPos.y) *
Easing.Ease(Easing.Equation.QuadEaseOut, snapTimer, 0, 1, snapDuration);
_stork.SetXY(snapStartPos.x + xPos, snapStartPos.y + yPos);
snapTimer += Time.deltaTime;
yield return(null);
}
//Keep stork in tornado
int stuckTimer = 0;
const int stuckDuration = 2000;
while (stuckTimer < stuckDuration)
{
_stork.SetXY(tornado.x, tornado.y);
stuckTimer += Time.deltaTime;
yield return(null);
}
//Thrown Stork
SoundManager.Instance.PlayFx(6);
float throwAngle = 0;
if (tornado.ThrowAngleMin == tornado.ThrowAngleMax)
{
throwAngle = tornado.ThrowAngleMin;
}
else
{
throwAngle = MRandom.Range((float)tornado.ThrowAngleMin, (float)tornado.ThrowAngleMax);
}
throwAngle = throwAngle.DegToRad();
var throwDirection = new Vector2()
{
x = Mathf.Cos(throwAngle),
y = Mathf.Sin(throwAngle)
};
var throwStartPos = tornado.Pos;
var throwPos = throwStartPos + throwDirection * tornado.ThrowDistance;
int thrownTimer = 0;
int thrownDuration = 1000;
float startScale = _stork.scale;
Console.WriteLine($"{this}: throwAngle: {throwAngle.RadToDegree()}");
while (thrownTimer < thrownDuration)
{
float xPos = (throwPos.x - throwStartPos.x) *
Easing.Ease(Easing.Equation.QuadEaseOut, thrownTimer, 0, 1, thrownDuration);
float yPos = (throwPos.y - throwStartPos.y) *
Easing.Ease(Easing.Equation.QuadEaseOut, thrownTimer, 0, 1, thrownDuration);
_stork.SetXY(throwStartPos.x + xPos, throwStartPos.y + yPos);
float scale;
if (thrownTimer < thrownDuration * 0.5f)
{
scale = startScale + Easing.Ease(Easing.Equation.QuadEaseOut, thrownTimer, 0, 1, thrownDuration * 0.5f);
}
else
{
scale = startScale + 1 - Easing.Ease(Easing.Equation.QuadEaseIn, thrownTimer - thrownDuration * 0.5f, 0, 1, thrownDuration * 0.5f);
}
_stork.SetScaleXY(scale, scale);
thrownTimer += Time.deltaTime;
yield return(null);
}
_stork.SetScaleXY(startScale, startScale);
_inCollisionWithTornado = false;
_lastTornadoCollided = null;
_stork.InputEnabled = true;
_stork.IsMoveEnabled = true;
_stork.IsCollisionDisabled = false;
}
public void SpawnClouds()
{
var cloudsTileArray = _map.GetCloudsTileArray();
var cloudsLayerFirstGid = _map.MapData.TileSets.FirstOrDefault(ts => ts.Name == "Clouds Tileset").FirstGId;
for (int col = 0; col < cloudsTileArray.GetLength(0); col++)
{
for (int row = 0; row < cloudsTileArray.GetLength(1); row++)
{
CloudGameObject cloud;
var tile = cloudsTileArray[col, row] - cloudsLayerFirstGid;
if (tile == 20 || tile == 50)
{
//Instantiate a horizontal cloud
cloud = new CloudGameObject(MRandom.Range(-1, 1));
_level.AddChild(cloud);
float px = (col) * _map.MapData.TileWidth;
float py = (row) * _map.MapData.TileHeight;
cloud.SetXY(px, py);
if (tile == 50)
{
cloud.SetXY(px + _map.MapData.TileWidth, py);
cloud.Turn(90);
}
_clouds.Add(cloud);
}
//Check if a cloud is incorrectly drew in Tiled and than "ERASE" the tile,
//a cloud need the "pivot" tile (20 for horizontal clouds, 50 for vertical clouds)
//Ugly solution, hard coded
int tileCheck;
if (tile >= 21 && tile <= 24)
{
int gap = tile - 20;
if (gap > -1)
{
tileCheck = cloudsTileArray[col - gap, row] - cloudsLayerFirstGid;
if (tileCheck != 20)
{
_map.SetCloudsTileArray(col, row, 0);
Console.WriteLine($"{this}: {col}|{row} cloud tile erased for 21");
}
}
}
else if (tile >= 36 && tile <= 40)
{
int gapX = tile - 36;
int gapY = 1;
if (gapX > -1 && gapY > -1)
{
tileCheck = cloudsTileArray[col - gapX, row - gapY] - cloudsLayerFirstGid;
if (tileCheck != 20)
{
_map.SetCloudsTileArray(col, row, 0);
Console.WriteLine($"{this}: {col}|{row} cloud tile erased for 37");
}
}
}
else if (tile == 49)
{
int gapX = 50 - tile;
if (gapX < _map.MapData.Height)
{
tileCheck = cloudsTileArray[col + gapX, row] - cloudsLayerFirstGid;
if (tileCheck != 50)
{
_map.SetCloudsTileArray(col, row, 0);
Console.WriteLine($"{this}: {col}|{row} cloud tile erased for 50");
}
}
}
else if (tile >= 65 && tile <= 66)
{
int gapX = 66 - tile;
int gapY = 1;
if (gapX < _map.MapData.Height && gapY > -1)
{
tileCheck = cloudsTileArray[col + gapX, row - gapY] - cloudsLayerFirstGid;
if (tileCheck != 50)
{
_map.SetCloudsTileArray(col, row, 0);
Console.WriteLine($"{this}: {col}|{row} cloud tile erased for 50, 65");
}
}
}
else if (tile >= 81 && tile <= 82)
{
int gapX = 82 - tile;
int gapY = 2;
if (gapX < _map.MapData.Height && gapY > -1)
{
tileCheck = cloudsTileArray[col + gapX, row - gapY] - cloudsLayerFirstGid;
if (tileCheck != 50)
{
_map.SetCloudsTileArray(col, row, 0);
Console.WriteLine($"{this}: {col}|{row} cloud tile erased for 50, 81");
}
}
}
else if (tile >= 97 && tile <= 98)
{
int gapX = 98 - tile;
int gapY = 3;
if (gapX < _map.MapData.Height && gapY > -1)
{
tileCheck = cloudsTileArray[col + gapX, row - gapY] - cloudsLayerFirstGid;
if (tileCheck != 50)
{
_map.SetCloudsTileArray(col, row, 0);
Console.WriteLine($"{this}: {col}|{row} cloud tile erased for 50, 97");
}
}
}
else if (tile >= 113 && tile <= 114)
{
int gapX = 114 - tile;
int gapY = 4;
if (gapX < _map.MapData.Height && gapY > -1)
{
tileCheck = cloudsTileArray[col + gapX, row - gapY] - cloudsLayerFirstGid;
if (tileCheck != 49)
{
_map.SetCloudsTileArray(col, row, 0);
Console.WriteLine($"{this}: {col}|{row} cloud tile erased for 50, 113");
}
}
}
}
}
}
