void TickFade()
{
//TO DO: no interpolated for smooth rendering
switch (fadeTask)
{
case FadeTask.In:
fadeCoefficient += (1.0f / fadeTimeIn) * TickDelta;
if (fadeCoefficient >= 1)
{
fadeCoefficient = 1;
fadeTask = FadeTask.None;
}
break;
case FadeTask.Out:
fadeCoefficient -= (1.0f / fadeTimeOut) * TickDelta;
if (fadeCoefficient <= 0)
{
fadeCoefficient = 0;
fadeTask = FadeTask.None;
}
break;
case FadeTask.InOut:
fadeCoefficient += (1.0f / fadeTimeIn) * TickDelta;
if (fadeCoefficient >= 1)
{
fadeCoefficient = 1;
fadeTask = FadeTask.Out;
}
break;
}
}
public void FadeOut(float time)
{
fadeTask = FadeTask.Out;
fadeTimeOut = time;
if (fadeTimeOut == 0)
{
fadeTimeOut = 100000;
}
}
public void FadeIn(float time)
{
fadeTask = FadeTask.In;
fadeTimeIn = time;
if (fadeTimeIn == 0)
{
fadeTimeIn = 100000;
}
}
public static FadeTask StartFadeManual(Color color)
{
FadeTask fadeTask = new FadeTask()
{
color = color,
updateMethod = UpdateMethod.Manual
};
fadeTask.Start();
tasks.Add(fadeTask);
return(fadeTask);
}
public void FadeInOut(float timeIn, float timeOut)
{
fadeTask = FadeTask.InOut;
fadeTimeIn = timeIn;
fadeTimeOut = timeOut;
if (fadeTimeIn == 0)
{
fadeTimeIn = 100000;
}
if (fadeTimeOut == 0)
{
fadeTimeOut = 100000;
}
}
public static FadeTask StartFade(Color color, float start, float remain, float end, bool useTimeScale = false)
{
FadeTask fadeTask = new FadeTask()
{
start = start,
end = end,
remain = remain,
color = color,
updateMethod = (useTimeScale)? UpdateMethod.TimeScaled: UpdateMethod.Always
};
fadeTask.Start();
tasks.Add(fadeTask);
return(fadeTask);
}
void TickFade()
{
//!!!!!!no interpolated
switch( fadeTask )
{
case FadeTask.In:
fadeCoefficient += ( 1.0f / fadeTimeIn ) * TickDelta;
if( fadeCoefficient >= 1 )
{
fadeCoefficient = 1;
fadeTask = FadeTask.None;
}
break;
case FadeTask.Out:
fadeCoefficient -= ( 1.0f / fadeTimeOut ) * TickDelta;
if( fadeCoefficient <= 0 )
{
fadeCoefficient = 0;
fadeTask = FadeTask.None;
}
break;
case FadeTask.InOut:
fadeCoefficient += ( 1.0f / fadeTimeIn ) * TickDelta;
if( fadeCoefficient >= 1 )
{
fadeCoefficient = 1;
fadeTask = FadeTask.Out;
}
break;
}
}
public void FadeOut( float time )
{
fadeTask = FadeTask.Out;
fadeTimeOut = time;
if( fadeTimeOut == 0 )
fadeTimeOut = 100000;
}
public void FadeInOut( float timeIn, float timeOut )
{
fadeTask = FadeTask.InOut;
fadeTimeIn = timeIn;
fadeTimeOut = timeOut;
if( fadeTimeIn == 0 )
fadeTimeIn = 100000;
if( fadeTimeOut == 0 )
fadeTimeOut = 100000;
}
public void FadeIn( float time )
{
fadeTask = FadeTask.In;
fadeTimeIn = time;
if( fadeTimeIn == 0 )
fadeTimeIn = 100000;
}
private void TickFade()
{
//TO DO: no interpolated for smooth rendering
switch (fadeTask)
{
case FadeTask.In:
fadeCoefficient += (1.0f / fadeTimeIn) * TickDelta;
if (fadeCoefficient >= 1)
{
fadeCoefficient = 1;
fadeTask = FadeTask.None;
}
break;
case FadeTask.Out:
fadeCoefficient -= (1.0f / fadeTimeOut) * TickDelta;
if (fadeCoefficient <= 0)
{
fadeCoefficient = 0;
fadeTask = FadeTask.None;
}
break;
case FadeTask.InOut:
fadeCoefficient += (1.0f / fadeTimeIn) * TickDelta;
if (fadeCoefficient >= 1)
{
fadeCoefficient = 1;
fadeTask = FadeTask.Out;
}
break;
}
}
