static Tile GetRandomClearTile(int size, int avoidCenterDistance, Tile[,] tiles)
{
while (true)
{
var x = Random.Range(1, size - 1);
var y = Random.Range(1, size - 1);
// Don't return positions too close to the center.
var distanceToCenter = ManhattanDistanceFromCenter(x, y, size);
if (distanceToCenter < avoidCenterDistance)
{
continue;
}
// Don't return positions with an obstacle or pickup that is too close.
var someTiles = new[] { tiles[x, y], tiles[x - 1, y], tiles[x + 1, y], tiles[x, y - 1], tiles[x, y + 1] };
if (someTiles.Any(t => t.IsObstacle || t.IsPickup || t.IsRitualPoint))
{
continue;
}
return tiles[x, y];
}
}
void Start()
{
Vector3[] points = new[] { new Vector3(1,0,0), new Vector3(1,0,0), new Vector3(1,0,0), new Vector3(1,0,0) };
float[] durations = new[] { 0.5f, 0.5f, 1.5f, 0.5f };
DOTween.ToArray(()=> target.position, x=> target.localPosition = x, points, durations)
// .SetEase(Ease.Linear)
.SetRelative()
// .SetSpeedBased()
.SetEase(Ease.OutQuart)
.SetLoops(-1, LoopType.Yoyo)
.SetAutoKill(false);
}
void Start()
{
DOTween.logBehaviour = LogBehaviour.ErrorsOnly;
txtInfo.text = txtInfo.text.Replace("#N", loops.ToString("N0"));
// Set RectOffset since it can't be set before
rectOffsetToTween = new RectOffset(0, 0, 0, 0);
TweenParams tp = new TweenParams();
tp.SetLoops(loops, loopType).SetAutoKill(false);
if (ease == Ease.INTERNAL_Custom) tp.SetEase(easeCurve);
else tp.SetEase(ease);
// Transform tweens
tweens = new Tween[targets.Length - 1];
for (int i = 0; i < targets.Length; ++i)
{
Transform t = targets[i];
switch (i) {
case 0:
tweens[i] = DOTween.To(()=> t.position, x=> t.position = x, new Vector3(0, 5f, 0), 1.5f).SetAs(tp).SetRelative().SetUpdate(true).SetAutoKill(true);
break;
case 1:
// Red cube (rotation)
tweens[i] = DOTween.To(()=> t.rotation, x=> t.rotation = x, toRotation, 1.5f).SetAs(tp).SetRelative();
break;
case 2:
tweens[i] = DOTween.To(()=> t.position, x=> t.position = x, new Vector3(0, 5f, 0), 1.5f).SetAs(tp).SetOptions(true).SetRelative().SetAutoKill(true);
break;
case 3:
// Vector3Array (not stored)
Vector3[] path = new[] {
new Vector3(1,0,0), new Vector3(0,1,0), new Vector3(1,0,0), new Vector3(0,-1,0)
};
float[] durations = new[] { 0.5f, 0.5f, 0.5f, 0.5f };
DOTween.ToArray(() => t.position, x => t.position = x, path, durations)
.SetAs(tp).SetRelative().Pause();
continue;
}
Tween tween = tweens[i];
tween.OnStart(()=> Debug.Log("OnStart: " + t.name))
.OnPlay(()=> Debug.Log("OnPlay: " + t.name))
.OnPause(()=> Debug.Log("OnPause: " + t.name))
.OnComplete(()=> Debug.Log("OnComplete: " + t.name))
.Pause();
switch (i) {
case 0:
tween.SetId(intId);
// tween.OnStart(()=>tweens[2].Kill());
break;
case 1:
tween.SetId(stringId);
break;
case 2:
tween.SetId(this);
break;
}
}
// Additional tweens //////////////////////////
// Float
DOTween.To(()=> floatToTween, x=> floatToTween = x, 100, 1.5f).SetAs(tp).Pause();
// Int
DOTween.To(()=> intToTween, x=> intToTween = x, 100, 1.5f).SetAs(tp).Pause();
// Uint
DOTween.To(()=> uintToTween, x=> uintToTween = x, 50, 1.5f).SetAs(tp).Pause();
// Vector2
DOTween.To(()=> vector2toTween, x=> vector2toTween = x, new Vector2(50,100), 1.5f).SetAs(tp).Pause();
// Vector4
DOTween.To(()=> vector4toTween, x=> vector4toTween = x, new Vector4(50,100,150,200), 1.5f).SetAs(tp).Pause();
// Rect
DOTween.To(()=> rectToTween, x=> rectToTween = x, new Rect(10, 20, 50, 100), 1.5f).SetAs(tp).Pause();
// RectOffset
DOTween.To(()=> rectOffsetToTween, x=> rectOffsetToTween = x, new RectOffset(10, 20, 50, 100), 1.5f).SetAs(tp).Pause();
// Color
DOTween.To(()=> guiTexColor.color, x=> guiTexColor.color = x, Color.green, 1.5f).SetAs(tp).Pause();
// Alpha
DOTween.ToAlpha(()=> guiTexAlpha.color, x=> guiTexAlpha.color = x, 0f, 1.5f).SetAs(tp).Pause();
// String
DOTween.To(()=> stringToTween0, x=> stringToTween0 = x, "Hello I'm a new string!", 1.5f).SetAs(tp).Pause();
// String
DOTween.To(()=> stringToTween1, x=> stringToTween1 = x, "Hello I'm a new string!", 1.5f).SetAs(tp).Pause();
// String (relative)
DOTween.To(()=> stringToTween2, x=> stringToTween2 = x, "Hello I'm a new string!", 1.5f).SetAs(tp).SetRelative().Pause();
if (tweenLightAndCam) {
// Camera
Camera.main.DOColor(toCamColor, 1.5f).SetAs(tp).Pause();
// Light
mainLight.DOColor(toLightColor, 1.5f).SetAs(tp).Pause();
mainLight.DOIntensity(4, 1.5f).SetAs(tp).Pause();
}
// SpriteRenderer
spriteRenderer.DOColor(toSpriteColor, 1.5f).SetAs(tp).Pause();
// Specular material tween
specularSphere.renderer.material.DOColor(Color.green, "_SpecColor", 1.5f).SetAs(tp).Pause();
// Rotate towards
targetToDoLookAt.DOLookAt(specularSphere.transform.position, 1.5f).SetAs(tp).Pause();
targetToDoLookFrom.DOLookAt(specularSphere.transform.position, 1.5f).From().SetAs(tp).Pause();
}
void Start()
{
return;
Vector3[] path = new[] {
new Vector3(0,1,0),
new Vector3(1,2,0),
new Vector3(2,1,0),
new Vector3(2,0,0)
};
TweenParams tp = new TweenParams()
.SetEase(ease)
.SetLoops(-1, loopType);
AxisConstraint lockRotation = lockRotation0 | lockRotation1;
// Relative VS non relative
controller = targets[0].DOPath(path, 3, PathType.CatmullRom, pathMode, pathResolution, pathsColors[0])
.SetOptions(closePaths, lockPosition, lockRotation)
.SetLookAt(0.1f, forward)
.SetAs(tp)
.SetRelative()
.Pause();
targets[1].DOPath(path, 3, PathType.CatmullRom, pathMode, pathResolution, pathsColors[1])
.SetOptions(closePaths, lockPosition, lockRotation)
.SetLookAt(targets[2], forward)
.SetAs(tp)
.Pause();
// Linear VS curved
targets[2].DOPath(path, 3, PathType.CatmullRom, pathMode, pathResolution, pathsColors[0])
.SetOptions(closePaths, lockPosition, lockRotation)
.SetLookAt(new Vector3(3, 0, 0), forward)
.SetAs(tp)
.SetRelative()
.Pause();
targets[3].DOPath(path, 3, PathType.Linear, pathMode, pathResolution, pathsColors[1])
.SetOptions(closePaths, lockPosition, lockRotation)
.SetLookAt(0.1f, forward)
.SetAs(tp)
.SetRelative()
.Pause();
// Linear VS curved no lookAt
targets[4].DOPath(path, 3, PathType.CatmullRom, pathMode, pathResolution, pathsColors[0])
.SetOptions(closePaths, lockPosition, lockRotation)
.SetAs(tp)
.SetRelative()
.Pause();
targets[5].DOPath(path, 3, PathType.Linear, pathMode, pathResolution, pathsColors[1])
.SetOptions(closePaths, lockPosition, lockRotation)
.SetAs(tp)
.SetRelative()
.Pause();
// Linear VS curved top-down
path = new[] {
new Vector3(0,0,1),
new Vector3(1,0,2),
new Vector3(2,0,1),
new Vector3(2,0,0)
};
targets[6].DOPath(path, 3, PathType.CatmullRom, pathMode, pathResolution, pathsColors[0])
.SetOptions(closePaths, lockPosition, lockRotation)
.SetLookAt(0.1f, forward)
.SetAs(tp)
.SetRelative()
.Pause();
targets[7].DOPath(path, 3, PathType.Linear, pathMode, pathResolution, pathsColors[1])
.SetOptions(closePaths, lockPosition, lockRotation)
.SetLookAt(0.1f, forward)
.SetAs(tp)
.SetRelative()
.Pause();
// Log lengths
controller.ForceInit();
Debug.Log("Controller path length: " + controller.PathLength());
}