private IEnumerator EnterTheVoid(SvManager svManager)
{
voidRunning = true;
var delay = new WaitForSecondsRealtime(0.1f);
var duration = 4f;
var startTime = Time.time;
var originalTimeScale = Time.timeScale;
var targetTimeScale = 0.25f;
var defaultEnvironment = SceneManager.Instance.defaultEnvironment;
var originalSky = SceneManager.Instance.skyColor;
var originalCloud = SceneManager.Instance.cloudColor;
var originalWater = SceneManager.Instance.waterColor;
var targetSky = Color.red;
var targetCloud = Color.black;
var targetWater = Color.cyan;
var normalizedClip = 0.25f;
while (Time.time < startTime + duration)
{
yield return(delay);
var normalizedTime = (Time.time - startTime) / duration;
float lerp;
if (normalizedTime < normalizedClip)
{
lerp = normalizedTime / normalizedClip;
}
else if (normalizedTime >= 1f - normalizedClip)
{
lerp = (1f - normalizedTime) / normalizedClip;
}
else
{
lerp = 1f;
}
svManager.SvSetTimeScale(Mathf.Lerp(originalTimeScale, targetTimeScale, lerp));
svManager.SvSetSkyColor(Color.LerpUnclamped(originalSky, targetSky, lerp));
svManager.SvSetCloudColor(Color.LerpUnclamped(originalCloud, targetCloud, lerp));
svManager.SvSetWaterColor(Color.LerpUnclamped(originalWater, targetWater, lerp));
}
svManager.SvSetTimeScale(originalTimeScale);
if (defaultEnvironment)
{
svManager.SvSetDefaultEnvironment();
}
else
{
svManager.SvSetSkyColor(originalSky);
svManager.SvSetCloudColor(originalCloud);
svManager.SvSetWaterColor(originalWater);
}
voidRunning = false;
}