virtual public void Blow(Vector2 vel, BlowType blowType = BlowType.Normal)
{
if (blowType == BlowType.Normal)
{
state = PetalState.Fly;
}
else if (blowType == BlowType.FlyAway)
{
state = PetalState.FlyAway;
}
}
public BlowEffectBox GetBlowByType(BlowType blowType)
{
BlowEffectBox result = null;
foreach (var b in BlowCache)
{
if (b.BlowType == blowType)
{
result = b;
break;
}
}
return result;
}
public override void Blow(Vector2 vel, BlowType blowType = BlowType.Normal)
{
base.Blow(vel, blowType);
// Vector3 blowDirection = move;
// float blowVelocity = vel * Random.Range(0.75f , 1.25f);
// Vector3 blowImpulse = ( blowDirection * blowVelocity * blowIntense * 0.001f );
// blowImpulse = Vector3.ClampMagnitude(blowImpulse, BlowImpulseRange.max);
//
//
// if ( blowImpulse.magnitude < BlowImpulseRange.min )
// blowImpulse = blowImpulse.normalized * BlowImpulseRange.min;
// AddImpluse( blowImpulse );
if (blowType.Equals(BlowType.Normal))
{
SetColliderTrigger(false);
}
else if (blowType.Equals(BlowType.FlyAway))
{
float fadeTime = Random.Range(flyAwayFadeTime.min, flyAwayFadeTime.max);
// set different animation for flower petal/ non-flower petal
// flower petal should have a longer animation
if (isFlowerPetal)
{
petalModel.transform.DOScale(0, fadeTime).OnComplete(SelfDestory).SetEase(Ease.InExpo);
}
else
{
petalModel.transform.DOScale(0, fadeTime).OnComplete(SelfDestory).SetEase(Ease.OutCubic);
}
// if ( isFlowerPetal )
// {
// SpriteRenderer render = petalModel.GetComponentInChildren<SpriteRenderer>();
// render.DOFade( 0 , fadeTime );
// }
}
// set parent to level
transform.SetParent(LogicManager.LevelManager.GetLevelObject().transform);
// update the velocity
LinkVelocity(vel * blowIntense);
// link to the wind
follow.windSensablParameter.shouldUpdate = true;
}
public BlowEffectBox GetWithRemoveBlowByType(BlowType blowType)
{
BlowEffectBox result = null;
foreach (var b in BlowCache)
{
if (b.BlowType == blowType)
{
result = b;
break;
}
}
if (result != null)
{
BlowCache.Remove(result);
}
return result;
}
public override void Blow (Vector2 vel , BlowType blowType = BlowType.Normal) {
base.Blow(vel , blowType );
// Vector3 blowDirection = move;
// float blowVelocity = vel * Random.Range(0.75f , 1.25f);
// Vector3 blowImpulse = ( blowDirection * blowVelocity * blowIntense * 0.001f );
// blowImpulse = Vector3.ClampMagnitude(blowImpulse, BlowImpulseRange.max);
//
//
// if ( blowImpulse.magnitude < BlowImpulseRange.min )
// blowImpulse = blowImpulse.normalized * BlowImpulseRange.min;
// AddImpluse( blowImpulse );
if ( blowType.Equals(BlowType.Normal) )
{
SetColliderTrigger( false );
}
else if (blowType.Equals(BlowType.FlyAway))
{
float fadeTime = Random.Range( flyAwayFadeTime.min , flyAwayFadeTime.max);
// set different animation for flower petal/ non-flower petal
// flower petal should have a longer animation
if ( isFlowerPetal )
petalModel.transform.DOScale(0, fadeTime).OnComplete( SelfDestory ).SetEase(Ease.InExpo );
else
petalModel.transform.DOScale(0, fadeTime).OnComplete( SelfDestory ).SetEase(Ease.OutCubic );
// if ( isFlowerPetal )
// {
// SpriteRenderer render = petalModel.GetComponentInChildren<SpriteRenderer>();
// render.DOFade( 0 , fadeTime );
// }
}
// set parent to level
transform.SetParent( LogicManager.LevelManager.GetLevelObject().transform );
// update the velocity
LinkVelocity( vel * blowIntense );
// link to the wind
follow.windSensablParameter.shouldUpdate = true;
}
override public void Blow(Vector2 vel, BlowType blowType = BlowType.Normal)
{
base.Blow(vel);
RemoveConnectBody();
top2D.AddForce((vel.normalized + Global.GetRandomDirection() * 0.1f).normalized * vel.magnitude * blowIntense, ForceMode2D.Impulse);
}
public void AddBlow(BlowType blowType, BlowEffect blow)
{
BlowCache.Add(new BlowEffectBox() { BlowType = blowType, BlowEffect = blow });
}
public override void Blow(Vector2 vel, BlowType blowType = BlowType.Normal)
{
base.Blow(vel);
AddForce((vel.normalized + 0.4f * Global.GetRandomDirection()).normalized * vel.magnitude * blowIntense);
}
override public void Blow(Vector2 vel, BlowType blowType = BlowType.Normal)
{
base.Blow(vel);
RemoveConnectBody();
top2D.AddForce( ( vel.normalized + Global.GetRandomDirection() * 0.1f ).normalized * vel.magnitude * blowIntense, ForceMode2D.Impulse);
}
virtual public void Blow(Vector2 vel, BlowType blowType = BlowType.Normal)
{
if (blowType == BlowType.Normal )
state = PetalState.Fly;
else if (blowType == BlowType.FlyAway)
state = PetalState.FlyAway;
}
// Called by Flower.cs
// Call when player blow the dendalion
public void Blow(Vector2 move, float vel, BlowType blowType = BlowType.Normal)
{
Blow( move.normalized * vel , blowType );
}
// Called by Flower.cs
// Call when player blow the dendalion
public void Blow(Vector2 move, float vel, BlowType blowType = BlowType.Normal)
{
Blow(move.normalized * vel, blowType);
}
public override void Blow (Vector2 vel, BlowType blowType = BlowType.Normal) {
base.Blow( vel);
AddForce((vel.normalized + 0.4f * Global.GetRandomDirection()).normalized * vel.magnitude * blowIntense );
}
