internal static void HandleHotkeys()
{
if ((InputManager.GetKeyDown(InputManager.m_CurrentContext, KeyCode.L) && !InputManager.GetSprintDown(InputManager.m_CurrentContext) && AmbientLights.debugVer) || (InputManager.GetKeyDown(InputManager.m_CurrentContext, KeyCode.L) && InputManager.GetSprintDown(InputManager.m_CurrentContext) && Settings.options.enableDebugKey && !AmbientLights.debugVer))
{
if (AmbientLights.lightOverride)
{
AmbientLights.lightOverride = false;
AmbientLights.MaybeUpdateLightsToPeriod(true);
Log("Ambient Lights: On", true, false, true);
/*HUDMessage.AddMessage("Ambient Lights: On");
* if (AmbientLights.debugVer)
* Debug.Log("Ambient Lights: On");*/
}
else
{
AmbientLights.lightOverride = true;
AmbientLights.SetLightsIntensity(0f);
Log("Ambient Lights: Off", true, false, true);
/*HUDMessage.AddMessage("Ambient Lights: Off");
* if (AmbientLights.debugVer)
* Debug.Log("Ambient Lights: Off");*/
}
}
if (InputManager.GetKeyDown(InputManager.m_CurrentContext, KeyCode.L) && InputManager.GetSprintDown(InputManager.m_CurrentContext) && AmbientLights.debugVer)
{
AmbientLights.Unload(true);
AmbientLights.Reset(false);
AmbientLights.LoadConfigs();
//HUDMessage.AddMessage("Reloading Config");
Log("Reloading Scene Config", true, false, true);
}
if (InputManager.GetKeyDown(InputManager.m_CurrentContext, KeyCode.Z) && !InputManager.GetSprintDown(InputManager.m_CurrentContext) && AmbientLights.debugVer)
{
GetPoint();
}
if (InputManager.GetKeyDown(InputManager.m_CurrentContext, KeyCode.Z) && InputManager.GetSprintDown(InputManager.m_CurrentContext) && AmbientLights.debugVer)
{
ShowGameLights();
}
if (InputManager.GetKeyDown(InputManager.m_CurrentContext, KeyCode.F6) && AmbientLights.debugVer)
{
TimeWeather.GetCurrentPeriodAndWeather();
//HUDMessage.AddMessage(AmbientLights.currentScene + " " + TimeWeather.GetCurrentTimeString() + " - " + TimeWeather.currentWeather + " (" + (Math.Round(TimeWeather.currentWeatherPct, 2) * 100) + " %)" + TimeWeather.currentPeriod + "(" + (Math.Round(TimeWeather.currentPeriodPct, 2) * 100) + "%)");
Log("Environment data: " + AmbientLights.currentScene + " " + TimeWeather.GetCurrentTimeString() + " - " + TimeWeather.currentWeather + " (" + (Math.Round(TimeWeather.currentWeatherPct, 2) * 100) + " %)" + TimeWeather.currentPeriod + "(" + (Math.Round(TimeWeather.currentPeriodPct, 2) * 100) + "%)", true);
ALUtils.debugNext = true;
}
}
public static void Reset(bool firstPass = true)
{
debugVer = Settings.options.verbose;
verbose = Settings.options.verbose;
ALUtils.Log("Scene reset.", false);
lightList.Clear();
config = null;
lightsInit = false;
lightOverride = false;
showGameLights = false;
enableGameLights = true;
if (firstPass)
{
TimeWeather.Reset();
timeInit = false;
weatherInit = false;
}
}
internal LightSet GetCurrentLightSet()
{
if (data == null)
{
return(null);
}
TimeWeather.GetCurrentPeriodAndWeather();
LightSet ls = new LightSet();
UniStormWeatherSystem uniStorm = GameManager.GetUniStorm();
TODStateConfig state = uniStorm.GetActiveTODState();
AmbPeriod prd = GetPeriodSet();
//Base Colors
Color baseSun = state.m_SunLight;
Color origSun = state.m_SunLight;
Color baseFog = state.m_FogColor;
Color origFog = state.m_FogColor;
baseSun.a = 1;
baseFog.a = 1;
float auroraFade = GameManager.GetAuroraManager().GetNormalizedAlphaSquare();
if (Mathf.Abs(auroraFade) > 0.0001f)
{
Color auroraColour = GameManager.GetAuroraManager().GetAuroraColour();
ColorHSV auroraModColor = auroraColour;
if (!GameManager.GetAuroraManager().IsUsingCinematicColours())
{
auroraModColor.s *= Settings.options.auroraSaturation;
auroraModColor.v *= Settings.options.auroraIntensity;
}
float auroraLevel = Mathf.Clamp01(GameManager.GetAuroraManager().m_NormalizedActive / GameManager.GetAuroraManager().m_FullyActiveValue);
baseSun = Color.Lerp(origSun, auroraModColor, auroraLevel);
baseFog = Color.Lerp(origFog, auroraModColor, auroraLevel);
}
float baseInt = 1f;
float baseRng = 10f;
//Setup Global values
ls.intMod = ApplyWeatherIntensityMod() + (GetFlickeringMod() * 1f);
ls.rngMod = ApplyWeatherRangeMod();
ls.shadowStr = GetShadowStrength();
ls.lightshaftStr = GetLightshaftStrength();
ls.sunStr = (GetLightshaftStrength() + (GetFlickeringMod() * 0.4f)) * GetSunStrength();
//Lightshaft
ColorHSV sColor = baseSun;
sColor.v = 0.8f;
ls.lightshaftColor = ApplyWeatherMod(sColor);
//Ambience
Color bColor = ApplyWeatherMod(baseSun);
ColorHSV dColor = bColor;
dColor.s *= 0.5f;
//Flicker doesn't affect ambience
//dColor.v = 0.4f + (GetFlickeringMod() * 0.1f);
dColor.v = 0.4f;
ColorHSV nColor = dColor;
nColor.v = 0.01f;
ls.ambientDayColor = dColor;
ls.ambientNightColor = nColor;
//Windows
ColorHSV wColor = bColor;
wColor.s *= Mathf.Min(ApplyWeatherSaturationMod() - 0.2f, 0.4f);
wColor.v *= (ls.intMod + 0.5f) + GetFlickeringMod();
ls.windowColor = wColor;
ls.windowStrMod = ls.intMod;
//Setup Orientations
foreach (string dir in cardinal)
{
Color lColor = baseFog;
if (prd != null)
{
float sunMix = Mathf.Lerp(prd.orientations[dir].sun[0], prd.orientations[dir].sun[1], TimeWeather.currentPeriodPct);
lColor = Color.Lerp(baseFog, baseSun, sunMix);
//Apply hue mod
if (prd.orientations[dir].hue != null)
{
float hueMix = Mathf.Lerp(prd.orientations[dir].hue[0], prd.orientations[dir].hue[1], TimeWeather.currentPeriodPct);
ColorHSV lColorHSV = new ColorHSV(lColor);
lColorHSV.h += hueMix;
lColor = lColorHSV;
}
//Apply weather mods
lColor = ApplyWeatherMod(lColor);
//Apply Intensity & Range
baseInt = Mathf.Lerp(prd.intensity[0], prd.intensity[1], TimeWeather.currentPeriodPct);
baseRng = Mathf.Lerp(prd.range[0], prd.range[1], TimeWeather.currentPeriodPct);
}
LightOrientation lo = new LightOrientation
{
color = (Color)lColor,
intensity = baseInt,
range = baseRng
};
ls.orientations.Add(dir, lo);
}
LightOrientation defaultOrientation = new LightOrientation
{
color = baseFog,
intensity = baseInt,
range = baseRng
};
ls.orientations.Add("default", defaultOrientation);
return(ls);
}
public static void MaybeUpdateLightsToPeriod(bool force_update = false)
{
if (light_setup_done && scene_time_init && scene_weather_init)
{
int now_time = AmbientLightUtils.GetCurrentTimeFormatted();
string period_name = TimeWeather.GetCurrentPeriod();
string weather_name = TimeWeather.GetCurrentWeather();
AuroraLightsControl.UpdateAuroraLightsRanges();
if (period_name != current_period || weather_name != current_weather || force_update)
{
AmbientConfigPeriod period = TimeWeather.GetPeriodSet(period_name);
AmbientConfigWeather weatherSet = TimeWeather.GetWeatherSet(period, weather_name);
period_transition.start = now_time;
if (period_name == current_period && weather_name != current_weather)
{
period_transition.duration = 15;
period_transition.end = now_time + 15;
}
else
{
period_transition.duration = TimeWeather.GetPeriodChangeDuration(period_name);
period_transition.end = now_time + TimeWeather.GetPeriodChangeDuration(period_name);
}
period_transition.complete = force_update;
current_weather = weather_name;
current_period = period_name;
if (AmbientLightsOptions.verbose)
{
Debug.Log("[ambient-lights] * Light period change:");
Debug.Log("[ambient-lights] Period: " + current_period);
Debug.Log("[ambient-lights] Weather: " + current_weather);
}
foreach (var light in light_list)
{
AmbientConfigPeriodSet set = TimeWeather.GetLightSet(weatherSet, light.light_set);
if (set != null)
{
light.SetLightParams(set, force_update);
}
}
}
else if (now_time > period_transition.start && now_time <= period_transition.end && !period_transition.complete)
{
float time_passed = now_time - period_transition.start;
float transition_pos = time_passed / period_transition.duration;
//Debug.Log("[ambient-lights] Transition position: " + transition_pos.ToString());
foreach (var light in light_list)
{
light.UpdateLightTransition(transition_pos);
}
}
else if (now_time > period_transition.end && !period_transition.complete)
{
//Debug.Log("[ambient-lights] End of transition.");
period_transition.complete = true;
}
}
}
