//Time and Light
private void Start()
{
_sunLight = sun.GetComponentInChildren <Light>();
if (InitialStateIndex >= 0 && InitialStateIndex < timeOfDayTransitions.Length)
{
_currentTransition = timeOfDayTransitions[InitialStateIndex];
}
else
{
_currentTransition = timeOfDayTransitions[0];
}
if (RenderSettings.skybox == null || RenderSettings.skybox != SkyBlend)
{
RenderSettings.skybox = SkyBlend;
}
//If playercamera no have skycamera script, them added this.
if (playerCamera != null)
{
if (playerCamera.GetComponent <DNC_SkyCamera>() == null)
{
playerCamera.gameObject.AddComponent <DNC_SkyCamera>();
playerCamera.cullingMask = UDayMask;
}
}
else
{
Debug.LogError("you need to add the playerCamera");
}
_timeInSeconds = HOUR * timeInHours;
_sourceEnvironmentState = GetEnvironmentStateFromTransition(_currentTransition);
ApplyEnvironmentState(_sourceEnvironmentState);
}
private void Update()
{
// Update time
var _realSecondToIngameSecond = 24 * 60 / dayCycleInMinutes;
_timeInSeconds += Time.deltaTime * _realSecondToIngameSecond;
if (_timeInSeconds >= DAY)
{
_timeInSeconds -= DAY;
daysPassed++;
}
if (_timeInSeconds < 0)
{
timeInHours += DAY;
}
timeInHours = _timeInSeconds / HOUR;
if (timeInHours >= 6 && timeInHours <= 18)
{
isDay = true;
}
else
{
isDay = false;
}
// Update Sun and Moon position
transform.rotation = Quaternion.Euler(new Vector3(360 / DAY * _timeInSeconds, 0, 0));
if (playerCamera != null)
{
transform.position = attachedTo.position;
var ambient = _sunLight.color * _sunLight.intensity;
playerCamera.backgroundColor = ambient;
}
// Update environment state
if (_currentTransition == null)
{
_currentTransition = FindActiveTransition(_timeInSeconds);
if (_currentTransition != null)
{
_sourceEnvironmentState = ReadEnvironmentState();
}
}
if (_currentTransition != null)
{
ApplyCurrentTransition();
}
}
public float timeInHours; // In game time in hours
private void Start()
{
_sunLight = sun.GetComponentInChildren<Light>();
if (InitialStateIndex >= 0 && InitialStateIndex < timeOfDayTransitions.Length)
{
_currentTransition = timeOfDayTransitions[InitialStateIndex];
}
else
{
_currentTransition = timeOfDayTransitions[0];
}
_timeInSeconds = HOUR * timeInHours;
_sourceEnvironmentState = GetEnvironmentStateFromTransition(_currentTransition);
ApplyEnvironmentState(_sourceEnvironmentState);
}
private static EnvironmentState GetEnvironmentStateFromTransition(TimeOfDayTransition t)
{
var env = new EnvironmentState
{
ambientLight = t.ambientLight,
moonTintColor = t.moonTintColor,
sunColor = t.sunColor,
sunIntensity = t.sunIntensity,
sunTintColor = t.sunTintColor,
fogColor = t.fogColor,
fogDensity = t.fogDensity,
skyboxBlendValue = t.skyboxBlendValue,
skyboxTintColor = t.skyboxTintColor,
auxColor1 = t.auxColor1,
auxColor2 = t.auxColor2,
};
return(env);
}
private void ApplyCurrentTransition()
{
var s = _sourceEnvironmentState;
var t = _currentTransition;
var currentTime = timeInHours;
if (currentTime - t.startHour < 0)
{
currentTime += 24;
}
var x = (currentTime - t.startHour) / t.durationInHours;
if (x > 1)
{
x = 1;
_currentTransition = null;
}
var env = new EnvironmentState
{
ambientLight = Color.Lerp(s.ambientLight, t.ambientLight, x),
moonTintColor = Color.Lerp(s.moonTintColor, t.moonTintColor, x),
sunColor = Color.Lerp(s.sunColor, t.sunColor, x),
sunIntensity = Mathf.Lerp(s.sunIntensity, t.sunIntensity, x),
sunTintColor = Color.Lerp(s.sunTintColor, t.sunTintColor, x),
fogColor = Color.Lerp(s.fogColor, t.fogColor, x),
fogDensity = Mathf.Lerp(s.fogDensity, t.fogDensity, x),
skyboxBlendValue = Mathf.Lerp(s.skyboxBlendValue, t.skyboxBlendValue, x),
skyboxTintColor = Color.Lerp(s.skyboxTintColor, t.skyboxTintColor, x),
auxColor1 = Color.Lerp(s.auxColor1, t.auxColor1, x),
auxColor2 = Color.Lerp(s.auxColor2, t.auxColor2, x),
};
ApplyEnvironmentState(env);
}
private void ApplyCurrentTransition()
{
var s = _sourceEnvironmentState;
var t = _currentTransition;
var currentTime = timeInHours;
if (currentTime - t.startHour < 0)
{
currentTime += 24;
}
var x = (currentTime - t.startHour) / t.durationInHours;
if (x > 1)
{
x = 1;
_currentTransition = null;
}
Debug.Log(x);
var env = new EnvironmentState
{
ambientLight = Color.Lerp(s.ambientLight, t.ambientLight, x),
moonTintColor = Color.Lerp(s.moonTintColor, t.moonTintColor, x),
sunColor = Color.Lerp(s.sunColor, t.sunColor, x),
sunIntensity = Mathf.Lerp(s.sunIntensity, t.sunIntensity, x),
sunTintColor = Color.Lerp(s.sunTintColor, t.sunTintColor, x),
fogColor = Color.Lerp(s.fogColor, t.fogColor, x),
fogDensity = Mathf.Lerp(s.fogDensity, t.fogDensity, x),
skyboxBlendValue = Mathf.Lerp(s.skyboxBlendValue, t.skyboxBlendValue, x),
skyboxTintColor = Color.Lerp(s.skyboxTintColor, t.skyboxTintColor, x),
auxColor1 = Color.Lerp(s.auxColor1, t.auxColor1, x),
auxColor2 = Color.Lerp(s.auxColor2, t.auxColor2, x),
};
ApplyEnvironmentState(env);
}
private static EnvironmentState GetEnvironmentStateFromTransition(TimeOfDayTransition t)
{
var env = new EnvironmentState
{
ambientLight = t.ambientLight,
moonTintColor = t.moonTintColor,
sunColor = t.sunColor,
sunIntensity = t.sunIntensity,
sunTintColor = t.sunTintColor,
fogColor = t.fogColor,
fogDensity = t.fogDensity,
skyboxBlendValue = t.skyboxBlendValue,
skyboxTintColor = t.skyboxTintColor,
auxColor1 = t.auxColor1,
auxColor2 = t.auxColor2,
};
return env;
}
private void Update()
{
// Update time
var _realSecondToIngameSecond = 24 * 60 / dayCycleInMinutes;
_timeInSeconds += Time.deltaTime * _realSecondToIngameSecond;
if (_timeInSeconds >= DAY)
{
_timeInSeconds -= DAY;
daysPassed++;
}
if (_timeInSeconds < 0)
{
timeInHours += DAY;
}
timeInHours = _timeInSeconds / HOUR;
// Update Sun and Moon position
transform.rotation = Quaternion.Euler(new Vector3(360 / DAY * _timeInSeconds, 0, 0));
if (playerCamera != null)
{
transform.position = attachedTo.position;
var ambient = _sunLight.color * _sunLight.intensity;
playerCamera.backgroundColor = ambient;
}
// Update environment state
if (_currentTransition == null)
{
_currentTransition = FindActiveTransition(_timeInSeconds);
if (_currentTransition != null)
{
_sourceEnvironmentState = ReadEnvironmentState();
}
}
if (_currentTransition != null)
{
ApplyCurrentTransition();
}
}
