public void Start()
{
_skyboxController = SkyboxControllerSimple.Instance;
CurrentSkyParam = _skyParamsList.GetParamPerTime(TimeOfDay);
CurrentStarsParam = _starsParamsList.GetParamPerTime(TimeOfDay);
CurrentCloudsParam = _cloudsParamsList.GetParamPerTime(TimeOfDay);
}
private void UpdateClouds()
{
if (!_skyboxController.CloudsEnabled)
{
return;
}
CurrentCloudsParam = _cloudsParamsList.GetParamPerTime(TimeOfDay);
_skyboxController.CloudsTint = CurrentCloudsParam.TintColor;
}
public void Start()
{
_skyboxController = SkyboxController.Instance;
CurrentSkyParam = _skyParamsList.GetParamPerTime(TimeOfDay);
CurrentStarsParam = _starsParamsList.GetParamPerTime(TimeOfDay);
CurrentSunParam = _sunParamsList.GetParamPerTime(TimeOfDay);
CurrentMoonParam = _moonParamsList.GetParamPerTime(TimeOfDay);
CurrentCloudsParam = _cloudsParamsList.GetParamPerTime(TimeOfDay);
_initialized = true;
}
public void Update()
{
// Sky colors
CurrentSkyParam = _skyParamsList.GetParamPerTime(TimeOfDay);
_skyboxController.TopColor = CurrentSkyParam.TopColor;
_skyboxController.MiddleColor = CurrentSkyParam.MiddleColor;
_skyboxController.BottomColor = CurrentSkyParam.BottomColor;
_skyboxController.CloudsTint = CurrentSkyParam.CloudsTint;
// Stars colors
CurrentStarsParam = _starsParamsList.GetParamPerTime(TimeOfDay);
_skyboxController.StarsTint = CurrentStarsParam.TintColor;
// Sun rotation
if (TimeOfDay > _sunrise || TimeOfDay < _sunset)
{
var sunCurrent = (_sunrise < TimeOfDay) ? TimeOfDay - _sunrise : 100f + TimeOfDay - _sunrise;
var ty = (sunCurrent < _sunDuration) ? sunCurrent / _sunDuration : (_sunDuration - sunCurrent) / _sunDuration;
var dy = Mathf.Lerp(_sunOrbit.x, _sunOrbit.y, ty);
var rotation = Quaternion.AngleAxis(_sunLongitude - 180, Vector3.up) * Quaternion.AngleAxis(dy, _sunAttitudeVector);
_skyboxController.SunLight.transform.rotation = rotation;
}
// Sun colors
CurrentSunParam = _sunParamsList.GetParamPerTime(TimeOfDay);
_skyboxController.SunTint = CurrentSunParam.TintColor;
_skyboxController.SunLight.color = CurrentSunParam.LightColor;
_skyboxController.SunLight.intensity = CurrentSunParam.LightIntencity;
// Moon rotation
if (TimeOfDay > _moonrise || TimeOfDay < _moonset)
{
var moonCurrent = (_moonrise < TimeOfDay) ? TimeOfDay - _moonrise : 100f + TimeOfDay - _moonrise;
var ty = (moonCurrent < _moonDuration) ? moonCurrent / _moonDuration : (_moonDuration - moonCurrent) / _moonDuration;
var dy = Mathf.Lerp(_moonOrbit.x, _moonOrbit.y, ty);
var rotation = Quaternion.AngleAxis(_moonLongitude - 180, Vector3.up) * Quaternion.AngleAxis(dy, _moonAttitudeVector);
_skyboxController.MoonLight.transform.rotation = rotation;
}
// Moon colors
CurrentMoonParam = _moonParamsList.GetParamPerTime(TimeOfDay);
_skyboxController.MoonTint = CurrentMoonParam.TintColor;
_skyboxController.MoonLight.color = CurrentMoonParam.LightColor;
_skyboxController.MoonLight.intensity = CurrentMoonParam.LightIntencity;
// Clouds colors
CurrentCloudsParam = _cloudsParamsList.GetParamPerTime(TimeOfDay);
_skyboxController.CloudsTint = CurrentCloudsParam.TintColor;
}
public void Update()
{
// Sky colors
CurrentSkyParam = _skyParamsList.GetParamPerTime(TimeOfDay);
_skyboxController.TopColor = CurrentSkyParam.TopColor;
_skyboxController.MiddleColor = CurrentSkyParam.MiddleColor;
_skyboxController.BottomColor = CurrentSkyParam.BottomColor;
_skyboxController.CloudsTint = CurrentSkyParam.CloudsTint;
// Stars colors
CurrentStarsParam = _starsParamsList.GetParamPerTime(TimeOfDay);
_skyboxController.StarsTint = CurrentStarsParam.TintColor;
// Clouds colors
CurrentCloudsParam = _cloudsParamsList.GetParamPerTime(TimeOfDay);
_skyboxController.CloudsTint = CurrentCloudsParam.TintColor;
}
