private void setLightValues(lightParameters p)
{
RenderSettings.sun.color = p.sunColor;
RenderSettings.ambientSkyColor = p.skyColor;
RenderSettings.ambientEquatorColor = p.horizonColor;
RenderSettings.ambientGroundColor = p.groundColor;
}
private void setLightValues(lightParameters p)
{
RenderSettings.sun.color = p.sunColor;
RenderSettings.ambientSkyColor = p.skyColor;
RenderSettings.ambientEquatorColor = p.horizonColor;
RenderSettings.ambientGroundColor = p.groundColor;
RenderSettings.skybox = skyboxMat;
//float t = p.sunColor.grayscale;
//RenderSettings.skybox.SetColor("_Tint", new Color(t, t, t));
}
public static lightParameters copy(lightParameters o)
{
return(new lightParameters
{
skyColor = o.skyColor,
horizonColor = o.horizonColor,
groundColor = o.groundColor,
sunColor = o.sunColor
});
}
private lightParameters lightLerp(lightParameters p1, lightParameters p2, float f)
{
lightParameters ret = new lightParameters
{
groundColor = Color.Lerp(p1.groundColor, p2.groundColor, f),
skyColor = Color.Lerp(p1.skyColor, p2.skyColor, f),
horizonColor = Color.Lerp(p1.horizonColor, p2.horizonColor, f),
sunColor = Color.Lerp(p1.sunColor, p2.sunColor, f)
};
return(ret);
}
private lightParameters lightLerp(lightParameters p1, lightParameters p2, float f)
{
lightParameters ret = new lightParameters
{
groundColor = Color.Lerp(p1.groundColor, p2.groundColor, f),
skyColor = Color.Lerp(p1.skyColor, p2.skyColor, f),
horizonColor = Color.Lerp(p1.horizonColor, p2.horizonColor, f),
sunColor = Color.Lerp(p1.sunColor, p2.sunColor, f)
};
skyboxMat.SetTexture("_Tex", p1.skyboxTexture);
skyboxMat.SetTexture("_OverlayTex", p2.skyboxTexture);
skyboxMat.SetFloat("_Blend", f);
return(ret);
}
void Update()
{
if (sun == null)
{
if (RenderSettings.sun != null)
{
sun = RenderSettings.sun;
}
else
{
sun = new Light();
}
}
sun.transform.rotation = Quaternion.Euler((currentHour / 24.0f) * 360.0f - 90.0f, 0, 0);
if (!freezeTimeOfDay)
{
float gameHourPerRealSeconds = 24.0f / cycleDurationSeconds;
currentHour += Time.deltaTime * gameHourPerRealSeconds;
}
while (currentHour >= 24.0f)
{
currentHour -= 24.0f;
}
float morning = (sunRiseBegin + sunRiseEnd) / 2.0f;
float evening = (sunSetBegin + sunSetEnd) / 2.0f;
if (currentHour < sunRiseBegin)
{
if (phase != Phase.Night)
{
phase = Phase.Night;
DayNightEvents.Instance.night();
}
lparams = lightLerp(nightSky, nightSky, 0f);
//lparams = lightParameters.copy(nightSky);
}
else if (currentHour < morning)
{
if (phase != Phase.Sunrise)
{
phase = Phase.Sunrise;
DayNightEvents.Instance.sunRise();
}
float f = Mathf.InverseLerp(sunRiseBegin, morning, currentHour);
lparams = lightLerp(nightSky, morningSky, f);
}
else if (currentHour < sunRiseEnd)
{
if (phase != Phase.Sunrise)
{
phase = Phase.Sunrise;
DayNightEvents.Instance.sunRise();
}
float f = Mathf.InverseLerp(morning, sunRiseEnd, currentHour);
lparams = lightLerp(morningSky, daySky, f);
}
else if (currentHour < sunSetBegin)
{
if (phase != Phase.Day)
{
phase = Phase.Day;
DayNightEvents.Instance.day();
}
lparams = lightLerp(daySky, daySky, 0f);
//lparams = lightParameters.copy(daySky);
}
else if (currentHour < evening)
{
if (phase != Phase.Sunset)
{
phase = Phase.Sunset;
DayNightEvents.Instance.sunSet();
}
float f = Mathf.InverseLerp(sunSetBegin, evening, currentHour);
lparams = lightLerp(daySky, eveningSky, f);
}
else if (currentHour < sunSetEnd)
{
if (phase != Phase.Sunset)
{
phase = Phase.Sunset;
DayNightEvents.Instance.sunSet();
}
float f = Mathf.InverseLerp(evening, sunSetEnd, currentHour);
lparams = lightLerp(eveningSky, nightSky, f);
}
else
{
if (phase != Phase.Night)
{
phase = Phase.Night;
DayNightEvents.Instance.night();
}
lparams = lightLerp(nightSky, nightSky, 0f);
//lparams = lightParameters.copy(nightSky);
}
sun.intensity = originalSunIntensity;
foreach (var item in atmosphericEffects)
{
item.filterSkyParams(lparams, sun);
}
setLightValues(lparams);
if (!freezeTimeOfDay)
{
timeOfDaySlider.value = currentHour;
}
//Debug.Log($"Phase : {phase}");
}
