private void SavePWSkyAtmosphere(GaiaLightingProfileValues profileValues, ProceduralWorldsGlobalWeather globalWeather)
{
if (profileValues == null || globalWeather == null)
{
return;
}
profileValues.m_pwSkyAtmosphereData.TODSkyboxTint = globalWeather.TODSkyboxTint;
profileValues.m_pwSkyAtmosphereData.TODSkyboxExposure = globalWeather.TODSkyboxExposure;
profileValues.m_pwSkyAtmosphereData.TODSunColor = globalWeather.TODSunColor;
profileValues.m_pwSkyAtmosphereData.TODFogColor = globalWeather.TODFogColor;
profileValues.m_pwSkyAtmosphereData.TODAmbientSkyColor = globalWeather.TODAmbientSkyColor;
profileValues.m_pwSkyAtmosphereData.TODAmbientEquatorColor = globalWeather.TODAmbientEquatorColor;
profileValues.m_pwSkyAtmosphereData.TODAmbientGroundColor = globalWeather.TODAmbientGroundColor;
profileValues.m_pwSkyAtmosphereData.TODSunIntensity = globalWeather.TODSunIntensity;
profileValues.m_pwSkyAtmosphereData.TODSunShadowStrength = globalWeather.TODSunShadowStrength;
profileValues.m_pwSkyAtmosphereData.TODCloudHeightLevelDensity = globalWeather.TODCloudHeightLevelDensity;
profileValues.m_pwSkyAtmosphereData.TODCloudHeightLevelThickness = globalWeather.TODCloudHeightLevelThickness;
profileValues.m_pwSkyAtmosphereData.TODCloudHeightLevelSpeed = globalWeather.TODCloudHeightLevelSpeed;
profileValues.m_pwSkyAtmosphereData.TODCloudOpacity = globalWeather.TODCloudOpacity;
profileValues.m_pwSkyAtmosphereData.CloudDomeBrightness = globalWeather.CloudDomeBrightness;
profileValues.m_pwSkyAtmosphereData.TODAmbientIntensity = globalWeather.TODAmbientIntensity;
profileValues.m_pwSkyAtmosphereData.TODAtmosphereThickness = globalWeather.TODAtmosphereThickness;
profileValues.m_pwSkyAtmosphereData.TODFogDensity = globalWeather.TODFogDensity;
profileValues.m_pwSkyAtmosphereData.TODFogStartDistance = globalWeather.TODFogStartDistance;
profileValues.m_pwSkyAtmosphereData.TODFogEndDistance = globalWeather.TODFogEndDistance;
profileValues.m_pwSkyAtmosphereData.TODHDRPFogBaseHeight = globalWeather.TODHDRPFogBaseHeight;
profileValues.m_pwSkyAtmosphereData.TODHDRPFogAnisotropy = globalWeather.TODHDRPFogAnisotropy;
profileValues.m_pwSkyAtmosphereData.TODHDRPFogLightProbeDimmer = globalWeather.TODHDRPFogLightProbeDimmer;
profileValues.m_pwSkyAtmosphereData.TODHDRPFogDepthExtent = globalWeather.TODHDRPFogDepthExtent;
profileValues.m_pwSkyAtmosphereData.TODHDRPGroundTint = globalWeather.TODHDRPGroundTint;
profileValues.m_pwSkyAtmosphereData.TODHDRPFogAlbedo = globalWeather.TODHDRPFogAlbedo;
profileValues.m_pwSkyAtmosphereData.TODSunSize = globalWeather.TODSunSize;
profileValues.m_pwSkyAtmosphereData.TODSunSizeConvergence = globalWeather.TODSunSizeConvergence;
}
public void UpdateGaiaTimeOfDay(bool revertDefault)
{
#if GAIA_PRO_PRESENT
if (WeatherPresent)
{
if (WeatherSystem == null)
{
WeatherSystem = ProceduralWorldsGlobalWeather.Instance;
return;
}
bool applicationUpdate = !WeatherSystem.IsRaining;
if (WeatherSystem.IsSnowing)
{
applicationUpdate = false;
}
if (SceneProfile.m_gaiaTimeOfDay.m_todHour != m_gaiaTimeOfDay.m_todHour || SceneProfile.m_gaiaTimeOfDay.m_todMinutes != m_gaiaTimeOfDay.m_todMinutes)
{
if (Application.isPlaying && applicationUpdate)
{
PW_VFX_Atmosphere.Instance.UpdateSystem();
}
}
UpdateNightMode();
}
m_gaiaTimeOfDay = SceneProfile.m_gaiaTimeOfDay;
#endif
}
private void SavePWSkyWind(GaiaLightingProfileValues profileValues, ProceduralWorldsGlobalWeather globalWeather)
{
if (profileValues == null || globalWeather == null)
{
return;
}
profileValues.m_pwSkyWindData.WindSpeed = globalWeather.WindSpeed;
profileValues.m_pwSkyWindData.WindTurbulence = globalWeather.WindTurbulence;
profileValues.m_pwSkyWindData.WindFrequency = globalWeather.WindFrequency;
profileValues.m_pwSkyWindData.WindDirection = globalWeather.WindDirection;
profileValues.m_pwSkyWindData.WindMultiplier = globalWeather.WindMultiplier;
}
private void SavePWSeason(GaiaLightingProfileValues profileValues, ProceduralWorldsGlobalWeather globalWeather)
{
if (profileValues == null || globalWeather == null)
{
return;
}
profileValues.m_pwSkySeasonData.EnableSeasons = globalWeather.EnableSeasons;
profileValues.m_pwSkySeasonData.SeasonMode = globalWeather.SeasonMode;
profileValues.m_pwSkySeasonData.Season = globalWeather.Season;
profileValues.m_pwSkySeasonData.SeasonWinterTint = globalWeather.SeasonWinterTint;
profileValues.m_pwSkySeasonData.SeasonSpringTint = globalWeather.SeasonSpringTint;
profileValues.m_pwSkySeasonData.SeasonSummerTint = globalWeather.SeasonSummerTint;
profileValues.m_pwSkySeasonData.SeasonAutumnTint = globalWeather.SeasonAutumnTint;
profileValues.m_pwSkySeasonData.m_seasonTransitionDuration = globalWeather.m_seasonTransitionDuration;
}
private void SavePWSkyWeather(GaiaLightingProfileValues profileValues, ProceduralWorldsGlobalWeather globalWeather)
{
if (profileValues == null || globalWeather == null)
{
return;
}
profileValues.m_pwSkyWeatherData.m_weatherFadeDuration = globalWeather.m_weatherFadeDuration;
profileValues.m_pwSkyWeatherData.m_modifyFog = globalWeather.m_modifyFog;
profileValues.m_pwSkyWeatherData.m_modifyWind = globalWeather.m_modifyWind;
profileValues.m_pwSkyWeatherData.m_modifySkybox = globalWeather.m_modifySkybox;
profileValues.m_pwSkyWeatherData.m_modifyPostProcessing = globalWeather.m_modifyPostProcessing;
profileValues.m_pwSkyWeatherData.m_modifySun = globalWeather.m_modifySun;
profileValues.m_pwSkyWeatherData.m_modifyAmbient = globalWeather.m_modifyAmbient;
profileValues.m_pwSkyWeatherData.m_modifyClouds = globalWeather.m_modifyClouds;
profileValues.m_pwSkyWeatherData.m_rainSettings.EnableRain = globalWeather.EnableRain;
profileValues.m_pwSkyWeatherData.m_rainSettings.RainIntensity = globalWeather.RainIntensity;
profileValues.m_pwSkyWeatherData.m_rainSettings.m_rainMode = globalWeather.m_rainMode;
profileValues.m_pwSkyWeatherData.m_rainSettings.m_rainHeight = globalWeather.m_rainHeight;
profileValues.m_pwSkyWeatherData.m_rainSettings.m_rainStepSize = globalWeather.m_rainStepSize;
GaiaUtils.CopyFields(globalWeather.m_rainWeatherSettings, profileValues.m_pwSkyWeatherData.m_rainSettings.m_rainWeatherSettings);
profileValues.m_pwSkyWeatherData.m_snowSettings.EnableSnow = globalWeather.EnableSnow;
profileValues.m_pwSkyWeatherData.m_snowSettings.SnowCoverAlwaysEnabled = globalWeather.SnowCoverAlwaysEnabled;
profileValues.m_pwSkyWeatherData.m_snowSettings.SnowIntensity = globalWeather.SnowIntensity;
profileValues.m_pwSkyWeatherData.m_snowSettings.SnowHeight = globalWeather.SnowHeight;
profileValues.m_pwSkyWeatherData.m_snowSettings.PermanentSnowHeight = globalWeather.PermanentSnowHeight;
profileValues.m_pwSkyWeatherData.m_snowSettings.SnowingHeight = globalWeather.SnowingHeight;
profileValues.m_pwSkyWeatherData.m_snowSettings.SnowFadeHeight = globalWeather.SnowFadeHeight;
profileValues.m_pwSkyWeatherData.m_snowSettings.m_snowStormChance = globalWeather.m_snowStormChance;
profileValues.m_pwSkyWeatherData.m_snowSettings.m_snowStepSize = globalWeather.m_snowStepSize;
profileValues.m_pwSkyWeatherData.m_snowSettings.m_snowMode = globalWeather.m_snowMode;
GaiaUtils.CopyFields(globalWeather.m_snowWeatherSettings, profileValues.m_pwSkyWeatherData.m_snowSettings.m_snowWeatherSettings);
profileValues.m_pwSkyWeatherData.m_thunderSettings.m_enableThunder = globalWeather.m_enableThunder;
profileValues.m_pwSkyWeatherData.m_thunderSettings.ThunderWaitDuration = globalWeather.ThunderWaitDuration;
profileValues.m_pwSkyWeatherData.m_thunderSettings.m_thunderChance = globalWeather.m_thunderChance;
profileValues.m_pwSkyWeatherData.m_thunderSettings.ThunderLightColor = globalWeather.ThunderLightColor;
profileValues.m_pwSkyWeatherData.m_thunderSettings.ThunderLightIntensity = globalWeather.ThunderLightIntensity;
profileValues.m_pwSkyWeatherData.m_thunderSettings.ThunderAudioSources = globalWeather.ThunderAudioSources;
profileValues.m_pwSkyWeatherData.m_thunderSettings.ThunderLightRadius = globalWeather.ThunderLightRadius;
}
private void SavePWSkyCloud(GaiaLightingProfileValues profileValues, ProceduralWorldsGlobalWeather globalWeather)
{
if (profileValues == null || globalWeather == null)
{
return;
}
profileValues.m_pwSkyCloudData.EnableClouds = globalWeather.EnableClouds;
profileValues.m_pwSkyCloudData.CloudHeight = globalWeather.CloudHeight;
profileValues.m_pwSkyCloudData.CloudAmbientColor = globalWeather.CloudAmbientColor;
profileValues.m_pwSkyCloudData.CloudScale = globalWeather.CloudScale;
profileValues.m_pwSkyCloudData.CloudOffset = globalWeather.CloudOffset;
profileValues.m_pwSkyCloudData.CloudBrightness = globalWeather.CloudBrightness;
profileValues.m_pwSkyCloudData.CloudFade = globalWeather.CloudFade;
profileValues.m_pwSkyCloudData.CloudTilingAndWind = globalWeather.CloudTilingAndWind;
profileValues.m_pwSkyCloudData.CloudOpacity = globalWeather.CloudOpacity;
profileValues.m_pwSkyCloudData.CloudRotationSpeedLow = globalWeather.CloudRotationSpeedLow;
profileValues.m_pwSkyCloudData.CloudRotationSpeedMiddle = globalWeather.CloudRotationSpeedMiddle;
profileValues.m_pwSkyCloudData.CloudRotationSpeedFar = globalWeather.CloudRotationSpeedFar;
}
public void SaveToGaiaDefault(GaiaLightingProfileValues profileValues, ProceduralWorldsGlobalWeather globalWeather)
{
if (profileValues == null)
{
return;
}
GaiaLightingProfileValues newProfileValues = new GaiaLightingProfileValues();
GaiaUtils.CopyFields(profileValues, newProfileValues);
newProfileValues.m_userCustomProfile = false;
#if UNITY_POST_PROCESSING_STACK_V2
newProfileValues.PostProcessProfileBuiltIn = profileValues.PostProcessProfileBuiltIn;
newProfileValues.m_postProcessingProfileGUIDBuiltIn = profileValues.m_postProcessingProfileGUIDBuiltIn;
#endif
#if UPPipeline
newProfileValues.PostProcessProfileURP = profileValues.PostProcessProfileURP;
newProfileValues.m_postProcessingProfileGUIDURP = profileValues.m_postProcessingProfileGUIDURP;
#endif
#if HDPipeline
newProfileValues.PostProcessProfileHDRP = profileValues.PostProcessProfileHDRP;
newProfileValues.m_postProcessingProfileGUIDHDRP = profileValues.m_postProcessingProfileGUIDHDRP;
newProfileValues.EnvironmentProfileHDRP = profileValues.EnvironmentProfileHDRP;
newProfileValues.m_environmentProfileGUIDHDRP = profileValues.m_environmentProfileGUIDHDRP;
#endif
GaiaSettings gaiaSettings = GaiaUtils.GetGaiaSettings();
if (gaiaSettings != null)
{
GaiaLightingProfile lightingProfile = gaiaSettings.m_gaiaLightingProfile;
if (lightingProfile != null)
{
bool addProfile = true;
int indexForReplacement = 0;
for (int i = 0; i < lightingProfile.m_lightingProfiles.Count; i++)
{
if (lightingProfile.m_lightingProfiles[i].m_typeOfLighting == newProfileValues.m_typeOfLighting)
{
addProfile = false;
indexForReplacement = i;
}
}
if (addProfile)
{
SavePWSkyAtmosphere(newProfileValues, globalWeather);
SavePWSeason(newProfileValues, globalWeather);
SavePWSkyCloud(newProfileValues, globalWeather);
SavePWSkyWeather(newProfileValues, globalWeather);
SavePWSkyWind(newProfileValues, globalWeather);
SaveColorAndCubemapFields(newProfileValues, profileValues);
lightingProfile.m_lightingProfiles.Add(newProfileValues);
}
else
{
#if UNITY_EDITOR
if (EditorUtility.DisplayDialog("Profile Already Exists", "This profile " + newProfileValues.m_typeOfLighting + " already exists the the default Gaia lighting profile. Do you want to replace this profile?", "Yes", "No"))
{
GaiaUtils.CopyFields(newProfileValues, lightingProfile.m_lightingProfiles[indexForReplacement]);
SavePWSkyAtmosphere(lightingProfile.m_lightingProfiles[indexForReplacement], globalWeather);
SavePWSeason(lightingProfile.m_lightingProfiles[indexForReplacement], globalWeather);
SavePWSkyCloud(lightingProfile.m_lightingProfiles[indexForReplacement], globalWeather);
SavePWSkyWeather(lightingProfile.m_lightingProfiles[indexForReplacement], globalWeather);
SavePWSkyWind(lightingProfile.m_lightingProfiles[indexForReplacement], globalWeather);
SaveColorAndCubemapFields(lightingProfile.m_lightingProfiles[indexForReplacement], profileValues);
#if UNITY_POST_PROCESSING_STACK_V2
lightingProfile.m_lightingProfiles[indexForReplacement].PostProcessProfileBuiltIn = profileValues.PostProcessProfileBuiltIn;
lightingProfile.m_lightingProfiles[indexForReplacement].m_postProcessingProfileGUIDBuiltIn = profileValues.m_postProcessingProfileGUIDBuiltIn;
#endif
#if UPPipeline
lightingProfile.m_lightingProfiles[indexForReplacement].PostProcessProfileURP = profileValues.PostProcessProfileURP;
lightingProfile.m_lightingProfiles[indexForReplacement].m_postProcessingProfileGUIDURP = profileValues.m_postProcessingProfileGUIDURP;
#endif
#if HDPipeline
lightingProfile.m_lightingProfiles[indexForReplacement].PostProcessProfileHDRP = profileValues.PostProcessProfileHDRP;
lightingProfile.m_lightingProfiles[indexForReplacement].m_postProcessingProfileGUIDHDRP = profileValues.m_postProcessingProfileGUIDHDRP;
#endif
}
#endif
}
#if UNITY_EDITOR
EditorUtility.SetDirty(lightingProfile);
#endif
Debug.Log("Profile successfully added to the Gaia Lighting Profile. Remember to save your project to save the changes");
}
}
}
private void Update()
{
#if GAIA_PRO_PRESENT
if (!Application.isPlaying)
{
WeatherPresent = CheckWeatherPresent();
WeatherSystem = ProceduralWorldsGlobalWeather.Instance;
}
if (WeatherPresent)
{
if (WeatherSystem.CheckIsNight())
{
Shader.SetGlobalVector(GaiaShaderID.m_globalLightDirection, -WeatherSystem.m_moonLight.transform.forward);
Shader.SetGlobalColor(GaiaShaderID.m_globalLightColor, new Vector4(WeatherSystem.m_moonLight.color.r * WeatherSystem.m_moonLight.intensity, WeatherSystem.m_moonLight.color.g * WeatherSystem.m_moonLight.intensity, WeatherSystem.m_moonLight.color.b * WeatherSystem.m_moonLight.intensity, WeatherSystem.m_moonLight.color.a * WeatherSystem.m_moonLight.intensity));
}
else
{
Shader.SetGlobalVector(GaiaShaderID.m_globalLightDirection, -WeatherSystem.m_sunLight.transform.forward);
Shader.SetGlobalColor(GaiaShaderID.m_globalLightColor, new Vector4(WeatherSystem.m_sunLight.color.r * WeatherSystem.m_sunLight.intensity, WeatherSystem.m_sunLight.color.g * WeatherSystem.m_sunLight.intensity, WeatherSystem.m_sunLight.color.b * WeatherSystem.m_sunLight.intensity, WeatherSystem.m_sunLight.color.a * WeatherSystem.m_sunLight.intensity));
}
}
else
{
if (m_sunLightExists)
{
if (m_sunLight != null)
{
Shader.SetGlobalVector(GaiaShaderID.m_globalLightDirection, -m_sunLight.transform.forward);
Shader.SetGlobalColor(GaiaShaderID.m_globalLightColor, m_sunLight.color * m_sunLight.intensity);
}
}
}
#else
if (m_sunLightExists)
{
Shader.SetGlobalVector(GaiaShaderID.m_globalLightDirection, -m_sunLight.transform.forward);
Shader.SetGlobalVector(GaiaShaderID.m_globalLightColor, m_sunLight.color * m_sunLight.intensity);
}
#endif
if (WeatherPresent)
{
if (Application.isPlaying)
{
if (GaiaTimeOfDayValue.m_todEnabled)
{
GaiaTimeOfDayValue.m_todMinutes += Time.deltaTime * GaiaTimeOfDayValue.m_todDayTimeScale;
}
}
else
{
#if GAIA_PRO_PRESENT
if (WeatherSystem.RunInEditor)
{
GaiaTimeOfDayValue.m_todMinutes += Time.deltaTime * GaiaTimeOfDayValue.m_todDayTimeScale;
}
#endif
}
if (GaiaTimeOfDayValue.m_todMinutes > 59.1f)
{
GaiaTimeOfDayValue.m_todMinutes = 0f;
GaiaTimeOfDayValue.m_todHour++;
}
if (GaiaTimeOfDayValue.m_todHour > 23)
{
GaiaTimeOfDayValue.m_todHour = 0;
}
UpdateGaiaTimeOfDay(false);
}
}