public int GetMoonZenith()
{
int moonDuration = SDVTime.MinutesBetweenTwoIntTimes(GetMoonSetTime(), GetMoonRiseTime());
SDVTime mr = new SDVTime(GetMoonRiseTime());
mr.AddTime(moonDuration / 2);
return(mr.ReturnIntTime());
}
public int GetBathHouseDuration()
{
if (timeInBathHouse == 0)
{
return(0);
}
Monitor.Log($"Time Of Day: {Game1.timeOfDay}, Time In Bath House: {timeInBathHouse}");
return(SDVTime.MinutesBetweenTwoIntTimes(this.timeInBathHouse, Game1.timeOfDay));
}
public float GetTrackPosition()
{
int moonDuration = SDVTime.MinutesBetweenTwoIntTimes(GetMoonSetTime(), GetMoonRiseTime());
int timeSinceRise = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, GetMoonRiseTime());
if (Game1.timeOfDay < GetMoonRiseTime() || Game1.timeOfDay > GetMoonSetTime())
{
return(0f);
}
return(timeSinceRise / moonDuration);
}
public static Color GetLunarLightDifference()
{
//full moon +22
//first/third quarter + 11
//gibbeous + 17
//crescent +5
//light added is only going to be visible in certain times, determined by the code.
//Full light is when it's angle is between.. 30 and 150 degrees. For us, that should be the middle of 70% of the time.
int timeRise = MoonAPI.GetMoonRise();
int timeSet = MoonAPI.GetMoonSet();
int timeElapsed = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, timeRise);
int totalMinutes = SDVTime.MinutesBetweenTwoIntTimes(timeRise, timeSet);
if (timeRise > Game1.timeOfDay)
{
return(new Color(0, 0, 0));
}
if (Game1.timeOfDay > timeSet)
{
return(new Color(0, 0, 0));
}
float multiply = (float)timeElapsed / totalMinutes;
if (multiply >= .15 && multiply <= .85)
{
multiply = 1;
}
else
{
if (multiply > .85)
{
multiply -= .85f;
}
multiply = (float)(-44.44 * Math.Pow(multiply, 2.0));
}
//clamp values
if (multiply > 1)
{
multiply = 1;
}
if (multiply < 0)
{
multiply = 0;
}
byte colorValR, colorValG, colorValB, val;
switch (MoonAPI.GetCurrentMoonPhase())
{
case "Third Quarter":
case "First Quarter":
val = (byte)(Math.Floor(11 * multiply));
colorValB = colorValG = colorValR = val;
break;
case "Full Moon":
val = (byte)(Math.Floor(22 * multiply));
colorValB = colorValG = colorValR = val;
break;
case "Waning Gibbeous":
case "Waxing Gibbeous":
val = (byte)(Math.Floor(17 * multiply));
colorValB = colorValG = colorValR = val;
break;
case "Waning Crescent":
case "Waxing Crescent":
val = (byte)(Math.Floor(5 * multiply));
colorValB = colorValG = colorValR = val;
break;
default:
colorValR = colorValG = colorValB = 0;
break;
}
return(new Color(colorValR, colorValG, colorValB));
}
public static void Postfix()
{
int sunriseTime = DynamicNightTime.GetSunrise().ReturnIntTime();
int astronTime = DynamicNightTime.GetMorningAstroTwilight().ReturnIntTime();
if (DynamicNightTime.LunarDisturbancesLoaded && DynamicNightTime.MoonAPI.IsSolarEclipse())
{
Game1.outdoorLight = (Game1.eveningColor * .93f);
return;
}
Color moonLight = new Color(0, 0, 0);
if (DynamicNightTime.LunarDisturbancesLoaded && !Game1.isRaining && !Game1.isSnowing)
{
moonLight = DynamicNightTime.GetLunarLightDifference();
}
bool ShouldDarken = Game1.isRaining || ((DynamicNightTime.ClimatesLoaded && DynamicNightTime.ClimatesAPI.GetCurrentWeatherName().Contains("overcast")));
if (Game1.timeOfDay <= astronTime)
{
Color oldLight = (Game1.eveningColor * .93f);
if (DynamicNightTime.LunarDisturbancesLoaded && DynamicNightTime.MoonAPI.IsMoonUp(Game1.timeOfDay))
{
oldLight.R = (byte)(oldLight.R - moonLight.R);
oldLight.G = (byte)(oldLight.G - moonLight.G);
oldLight.B = (byte)(oldLight.B - moonLight.B);
}
Game1.outdoorLight = oldLight;
}
else if (Game1.timeOfDay >= astronTime && Game1.timeOfDay < sunriseTime)
{
if (ShouldDarken)
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(astronTime, Game1.timeOfDay) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunriseTime, astronTime));
Game1.outdoorLight = new Color((byte)(237 - (58 * percentage)), (byte)(185 - (6 * percentage)), (byte)(74 + (105 * percentage)), (byte)(237 - (58 * percentage)));
}
else
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(astronTime, Game1.timeOfDay) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunriseTime, astronTime));
//means delta r is -255, delta g is -159, delta b is +175 from evening to sunrise
//Normal sunrise is 0,96,175. Rainy sunrises are.. 0,50,148?
Color destColor = new Color((byte)(255 - (255 * percentage)), (byte)(255 - (159 * percentage)), (byte)(175 * percentage));
Game1.outdoorLight = destColor;
}
}
else if (Game1.timeOfDay >= sunriseTime && Game1.timeOfDay <= Game1.getStartingToGetDarkTime())
{
if (ShouldDarken)
{
Game1.outdoorLight = Game1.ambientLight * 0.3f;
}
else
{
//Goes from [0,96,175] to [0,5,1] to [0,98,193]
int solarNoon = DynamicNightTime.GetSolarNoon().ReturnIntTime();
if (Game1.timeOfDay < solarNoon)
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, sunriseTime) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunriseTime, solarNoon));
Color destColor = new Color(0, (byte)(96 - (91 * percentage)), (byte)(175 - (174 * percentage)));
Game1.outdoorLight = destColor;
}
if (Game1.timeOfDay == solarNoon)
{
Color destColor = new Color(0, 5, 1);
Game1.outdoorLight = destColor;
}
if (Game1.timeOfDay > solarNoon)
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, solarNoon) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunriseTime, solarNoon));
Color destColor = new Color(0, (byte)(5 + (93 * percentage)), (byte)(1 + (192 * percentage)));
Game1.outdoorLight = destColor;
}
}
}
else if (Game1.timeOfDay >= Game1.getStartingToGetDarkTime())
{
//Goes from [0,98,193] to [255,255,0]. We should probably space this out so that civil is still fairly bright.
int sunset = DynamicNightTime.GetSunset().ReturnIntTime();
int astroTwilight = DynamicNightTime.GetAstroTwilight().ReturnIntTime();
//Color navalColor = new Color(120,178,113);
if (ShouldDarken)
{
if (Game1.timeOfDay >= Game1.getTrulyDarkTime())
{
float num = Math.Min(0.93f, (float)(0.75 + ((double)((int)((double)(Game1.timeOfDay - Game1.timeOfDay % 100) + (double)(Game1.timeOfDay % 100 / 10) * 16.6599998474121) - Game1.getTrulyDarkTime()) + (double)Game1.gameTimeInterval / 7000.0 * 16.6000003814697) * 0.000624999986030161));
Game1.outdoorLight = (Game1.isRaining ? Game1.ambientLight : Game1.eveningColor) * num;
}
else if (Game1.timeOfDay >= Game1.getStartingToGetDarkTime())
{
float num = Math.Min(0.93f, (float)(0.300000011920929 + ((double)((int)((double)(Game1.timeOfDay - Game1.timeOfDay % 100) + (double)(Game1.timeOfDay % 100 / 10) * 16.6599998474121) - Game1.getStartingToGetDarkTime()) + (double)Game1.gameTimeInterval / 7000.0 * 16.6000003814697) * 0.00224999990314245));
Game1.outdoorLight = (Game1.isRaining ? Game1.ambientLight : Game1.eveningColor) * num;
}
}
else
{
//civil
//if (Game1.timeOfDay > sunset && Game1.timeOfDay < astroTwilight)
if (Game1.timeOfDay > sunset)
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, sunset) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunset, astroTwilight));
//clamp percentage. :|
if (percentage < 0)
{
percentage = 0;
}
if (percentage > 1)
{
percentage = 1;
}
Color destColor;
int redTarget, greenTarget, blueTarget, alphaTarget;
switch (DynamicNightTime.NightConfig.NightDarknessLevel)
{
case 1:
default:
redTarget = 252;
greenTarget = 151;
blueTarget = 193;
alphaTarget = 77;
break;
case 2:
redTarget = 227;
greenTarget = 111;
blueTarget = 193;
alphaTarget = 17;
break;
case 3:
redTarget = 222;
greenTarget = 112;
blueTarget = 193;
alphaTarget = 5;
break;
case 4:
redTarget = 242;
greenTarget = 132;
blueTarget = 193;
alphaTarget = 5;
break;
}
destColor = new Color(r: (byte)(0 + (redTarget * percentage)), g: (byte)(98 + (greenTarget * percentage)), b: (byte)(193 - (blueTarget * percentage)), a: (byte)(255 - (alphaTarget * percentage)));
//[222,222,15]
if (DynamicNightTime.LunarDisturbancesLoaded && DynamicNightTime.MoonAPI.IsMoonUp(Game1.timeOfDay))
{
//start adding the moon in naval light
minEff = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, sunset) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunset, astroTwilight));
//clamp percentage. :|
if (percentage < 0)
{
percentage = 0;
}
if (percentage > 1)
{
percentage = 1;
}
int rRaw = (int)(destColor.R - (moonLight.R * percentage));
int gRaw = (int)(destColor.G - (moonLight.G * percentage));
int bRaw = (int)(destColor.B - (moonLight.B * percentage));
byte R, G, B;
R = DynamicNightTime.ClampByteValue(rRaw);
G = DynamicNightTime.ClampByteValue(gRaw);
B = DynamicNightTime.ClampByteValue(bRaw);
destColor.R = R;
destColor.G = G;
destColor.B = B;
}
Game1.outdoorLight = destColor;
}
}
}
}
public static void Postfix()
{
SDVTime sunriseSTime = DynamicNightTime.GetSunrise();
//sunriseSTime.AddTime(-10);
int sunriseTime = sunriseSTime.ReturnIntTime();
SDVTime sunsetT = DynamicNightTime.GetSunset();
sunsetT.AddTime(-20);
int astronTime = DynamicNightTime.GetMorningAstroTwilight().ReturnIntTime();
//colors
//sunrise 255,159,80
//Color sunrise = new Color(0, 96, 175);
//preSunrise - 200, 205, 227 - mask (55,50,28);
if (DynamicNightTime.LunarDisturbancesLoaded && DynamicNightTime.MoonAPI.IsSolarEclipse())
{
Game1.outdoorLight = (Game1.eveningColor * .93f);
return;
}
Color moonLight = new Color(0, 0, 0);
if (DynamicNightTime.LunarDisturbancesLoaded && !Game1.isRaining && !Game1.isSnowing)
{
moonLight = DynamicNightTime.GetLunarLightDifference();
}
var weather = DynamicNightTime.ClimatesAPI?.GetCurrentWeatherName() ?? "error";
bool shouldDarken = Game1.isRaining || ((DynamicNightTime.ClimatesLoaded && weather.Contains("overcast")));
if (Game1.timeOfDay <= astronTime)
{
Color oldLight = (Game1.eveningColor * .93f);
if (DynamicNightTime.LunarDisturbancesLoaded && DynamicNightTime.MoonAPI.IsMoonUp(Game1.timeOfDay))
{
oldLight.R = (byte)(oldLight.R - moonLight.R);
oldLight.G = (byte)(oldLight.G - moonLight.G);
oldLight.B = (byte)(oldLight.B - moonLight.B);
}
Game1.outdoorLight = oldLight;
}
else if (Game1.timeOfDay >= astronTime && Game1.timeOfDay < sunriseTime)
{
if (shouldDarken)
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(astronTime, Game1.timeOfDay) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunriseTime, astronTime));
Game1.outdoorLight = new Color((byte)(237 - (158 * percentage)), (byte)(185 - (126 * percentage)), (byte)(74 - (51 * percentage)), (byte)(237 - (161 * percentage)));
}
else
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(astronTime, Game1.timeOfDay) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunriseTime, astronTime));
//means delta r is -255, delta g is -159, delta b is +175 from evening to sunrise
//Normal sunrise is 0,96,175. Rainy sunrises are.. 0,50,148?
//However, this is set to a light blue-gray
Color destColor = new Color((byte)(255 - (200 * percentage)), (byte)(255 - (205 * percentage)), (byte)(28 * percentage));
Game1.outdoorLight = destColor;
}
/*
* else if (Game1.timeOfDay >= sunriseTime && Game1.timeOfDay < sunriseEnd)
* {
* if (ShouldDarken)
* {
* Game1.outdoorLight = Game1.ambientLight * 0.3f;
* }
* else
* {
* float minEff = SDVTime.MinutesBetweenTwoIntTimes(astronTime, Game1.timeOfDay) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
* float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunriseTime, astronTime));
* //means delta r is -255, delta g is -159, delta b is +175 from evening to sunrise
* //Normal sunrise is 0,96,175. Rainy sunrises are.. 0,50,148?
* //We're coming from 55 50 28 to 0 96 175
* Color destColor = new Color(55 + (200 * percentage), 50 + (109 * percentage), 28 + (62* percentage));
* //Color destColor = sunrise;
* Game1.outdoorLight = destColor;
* }*/
}
else if (Game1.timeOfDay >= sunriseTime && Game1.timeOfDay <= Game1.getStartingToGetDarkTime())
{
if (shouldDarken)
{
Game1.outdoorLight = Game1.ambientLight * 0.3f;
}
else
{
//
//preSunrise - 200, 205, 227 - mask (55,50,28);
//flips to orange (243,206,155) then fades to noon - mask (9, 49, 100)
//Goes from [0,96,175] to [0,5,1] to [0,98,193]
int solarNoon = DynamicNightTime.GetSolarNoon().ReturnIntTime();
if (Game1.timeOfDay < solarNoon)
{
//this is really the mask color, tho.
var newSunrise = DynamicNightTime.NightConfig.MoreOrangeSunrise ? new Color(13, 72, 147) : new Color(9, 49, 100);
float minEff = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, sunriseTime) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunriseTime, solarNoon));
float tgtColorR = newSunrise.R - 0;
float tgtColorG = newSunrise.G - 5;
float tgtColorB = newSunrise.B - 1;
Color destColor = new Color((byte)(newSunrise.R - (tgtColorR * percentage)), (byte)(newSunrise.G - (tgtColorG * percentage)), (byte)(newSunrise.B - (tgtColorB * percentage)));
Game1.outdoorLight = destColor;
}
if (Game1.timeOfDay == solarNoon)
{
Color destColor = new Color(0, 5, 1);
Game1.outdoorLight = destColor;
}
if (Game1.timeOfDay > solarNoon)
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, solarNoon) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunriseTime, solarNoon));
Color destColor = new Color(0, (byte)(5 + (93 * percentage)), (byte)(1 + (192 * percentage)));
Game1.outdoorLight = destColor;
}
}
}
else if (Game1.timeOfDay >= Game1.getStartingToGetDarkTime())
{
//Goes from [0,98,193] to [255,255,0]. We should probably space this out so that civil is still fairly bright.
int sunset = sunsetT.ReturnIntTime();
int sunsetEnding = DynamicNightTime.GetSunset().ReturnIntTime();
int astroTwilight = DynamicNightTime.GetAstroTwilight().ReturnIntTime();
//Color navalColor = new Color(120,178,113);
if (shouldDarken)
{
if (Game1.timeOfDay >= Game1.getTrulyDarkTime())
{
float num = Math.Min(0.93f, (float)(0.75 + ((double)((int)((double)(Game1.timeOfDay - Game1.timeOfDay % 100) + (double)(Game1.timeOfDay % 100 / 10) * 16.6599998474121) - Game1.getTrulyDarkTime()) + (double)Game1.gameTimeInterval / 7000.0 * 16.6000003814697) * 0.000624999986030161));
Game1.outdoorLight = (Game1.isRaining ? Game1.ambientLight : Game1.eveningColor) * num;
}
else if (Game1.timeOfDay >= Game1.getStartingToGetDarkTime())
{
float num = Math.Min(0.93f, (float)(0.300000011920929 + ((double)((int)((double)(Game1.timeOfDay - Game1.timeOfDay % 100) + (double)(Game1.timeOfDay % 100 / 10) * 16.6599998474121) - Game1.getStartingToGetDarkTime()) + (double)Game1.gameTimeInterval / 7000.0 * 16.6000003814697) * 0.00224999990314245));
Game1.outdoorLight = (Game1.isRaining ? Game1.ambientLight : Game1.eveningColor) * num;
}
}
else
{
//civil
if (Game1.timeOfDay > sunset && Game1.timeOfDay <= sunsetEnding)
{
//orange. >:(
//so much orange.
//rgba(220,168,26,1.00)
Game1.outdoorLight = new Color(35, 87, 228);
}
else if (Game1.timeOfDay > sunsetEnding)
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, sunset) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunset, astroTwilight));
//clamp percentage. :|
if (percentage < 0)
{
percentage = 0;
}
if (percentage > 1)
{
percentage = 1;
}
int redTarget, greenTarget, blueTarget, alphaTarget;
switch (DynamicNightTime.NightConfig.NightDarknessLevel)
{
//42,55,127
case 1:
default:
redTarget = 213;
greenTarget = 200;
blueTarget = 128;
alphaTarget = 40;
break;
//+20,+20,+0,+30
case 2:
redTarget = 200;
greenTarget = 220;
blueTarget = 128;
alphaTarget = 50;
break;
//9,17,127
case 3:
redTarget = 220;
greenTarget = 240;
blueTarget = 128;
alphaTarget = 20;
break;
//-10,-10,0,-20
case 4:
redTarget = 230;
greenTarget = 250;
blueTarget = 128;
alphaTarget = 20;
break;
case 5:
redTarget = 250;
greenTarget = 250;
blueTarget = 120;
alphaTarget = 10;
break;
}
//subtract the origin color.
redTarget -= 35;
greenTarget -= 87;
blueTarget = 228 - blueTarget;
//Goes from [0,98,193] <-former, now from [35,87,228]
var destColor = new Color(r: (byte)(35 + (redTarget * percentage)), g: (byte)(87 + (greenTarget * percentage)), b: (byte)(228 - (blueTarget * percentage)), a: (byte)(255 - (alphaTarget * percentage)));
//[222,222,15]
if (DynamicNightTime.LunarDisturbancesLoaded && DynamicNightTime.MoonAPI.IsMoonUp(Game1.timeOfDay))
{
//start adding the moon in naval light
minEff = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, sunset) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunset, astroTwilight));
//clamp percentage. :|
if (percentage < 0)
{
percentage = 0;
}
if (percentage > 1)
{
percentage = 1;
}
int rRaw = (int)(destColor.R - (moonLight.R * percentage));
int gRaw = (int)(destColor.G - (moonLight.G * percentage));
int bRaw = (int)(destColor.B - (moonLight.B * percentage));
byte R, G, B;
R = DynamicNightTime.ClampByteValue(rRaw);
G = DynamicNightTime.ClampByteValue(gRaw);
B = DynamicNightTime.ClampByteValue(bRaw);
destColor.R = R;
destColor.G = G;
destColor.B = B;
}
Game1.outdoorLight = destColor;
}
}
}
}
public static void Postfix()
{
int sunriseTime = DynamicNightTime.GetSunrise().ReturnIntTime();
int astronTime = DynamicNightTime.GetMorningAstroTwilight().ReturnIntTime();
int sunsetTime = DynamicNightTime.GetSunset().ReturnIntTime();
Color preSunrise = (Game1.isRaining ? Game1.ambientLight : Game1.eveningColor) * .15f;
Color moonLight = new Color(0, 0, 0);
if (DynamicNightTime.LunarDisturbancesLoaded && !Game1.isRaining && !Game1.isSnowing)
{
moonLight = DynamicNightTime.GetLunarLightDifference(Game1.timeOfDay);
}
if (Game1.timeOfDay <= astronTime)
{
Color oldLight = (Game1.eveningColor * .93f);
if (DynamicNightTime.LunarDisturbancesLoaded && DynamicNightTime.MoonAPI.IsMoonUp(Game1.timeOfDay))
{
oldLight.R = (byte)(oldLight.R - moonLight.R);
oldLight.G = (byte)(oldLight.G - moonLight.G);
oldLight.B = (byte)(oldLight.B - moonLight.B);
}
Game1.outdoorLight = oldLight;
}
else if (Game1.timeOfDay < sunriseTime && Game1.timeOfDay >= astronTime)
{
if (Game1.isRaining)
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(astronTime, Game1.timeOfDay) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunriseTime, astronTime));
Color destColor = new Color((byte)(237 - (58 * percentage)), (byte)(185 - (6 * percentage)), (byte)(74 + (105 * percentage)), (byte)(237 - (58 * percentage)));
Game1.outdoorLight = new Color((byte)(237 - (58 * percentage)), (byte)(185 - (6 * percentage)), (byte)(74 + (105 * percentage)), (byte)(237 - (58 * percentage)));
}
else
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(astronTime, Game1.timeOfDay) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunriseTime, astronTime));
//means delta r is -255, delta g is -159, delta b is +175 from evening to sunrise
//Normal sunrise is 0,96,175. Rainy sunrises are.. 0,50,148?
Color destColor = new Color((byte)(255 - (255 * percentage)), (byte)(255 - (159 * percentage)), (byte)(175 * percentage));
Game1.outdoorLight = destColor;
}
}
else if (Game1.timeOfDay >= sunriseTime && Game1.timeOfDay <= Game1.getStartingToGetDarkTime())
{
if (Game1.isRaining)
{
Game1.outdoorLight = Game1.ambientLight * 0.3f;
}
else
{
//Goes from [0,96,175] to [0,5,1] to [0,98,193]
int solarNoon = DynamicNightTime.GetSolarNoon().ReturnIntTime();
if (Game1.timeOfDay < solarNoon)
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, sunriseTime) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunriseTime, solarNoon));
Color destColor = new Color(0, (byte)(96 - (91 * percentage)), (byte)(175 - (174 * percentage)));
Game1.outdoorLight = destColor;
}
if (Game1.timeOfDay == solarNoon)
{
Color destColor = new Color(0, 5, 1);
Game1.outdoorLight = destColor;
}
if (Game1.timeOfDay > solarNoon)
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, solarNoon) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunriseTime, solarNoon));
Color destColor = new Color(0, (byte)(5 + (93 * percentage)), (byte)(1 + (192 * percentage)));
Game1.outdoorLight = destColor;
}
}
}
else if (Game1.timeOfDay >= Game1.getStartingToGetDarkTime())
{
//Goes from [0,98,193] to [255,255,0]. We should probably space this out so that civil is still fairly bright.
int sunset = DynamicNightTime.GetSunset().ReturnIntTime();
int astroTwilight = DynamicNightTime.GetAstroTwilight().ReturnIntTime();
//Color navalColor = new Color(120,178,113);
if (Game1.isRaining)
{
if (Game1.timeOfDay >= Game1.getTrulyDarkTime())
{
float num = Math.Min(0.93f, (float)(0.75 + ((double)((int)((double)(Game1.timeOfDay - Game1.timeOfDay % 100) + (double)(Game1.timeOfDay % 100 / 10) * 16.6599998474121) - Game1.getTrulyDarkTime()) + (double)Game1.gameTimeInterval / 7000.0 * 16.6000003814697) * 0.000624999986030161));
Game1.outdoorLight = (Game1.isRaining ? Game1.ambientLight : Game1.eveningColor) * num;
}
else if (Game1.timeOfDay >= Game1.getStartingToGetDarkTime())
{
float num = Math.Min(0.93f, (float)(0.300000011920929 + ((double)((int)((double)(Game1.timeOfDay - Game1.timeOfDay % 100) + (double)(Game1.timeOfDay % 100 / 10) * 16.6599998474121) - Game1.getStartingToGetDarkTime()) + (double)Game1.gameTimeInterval / 7000.0 * 16.6000003814697) * 0.00224999990314245));
Game1.outdoorLight = (Game1.isRaining ? Game1.ambientLight : Game1.eveningColor) * num;
}
}
else
{
//civil
if (Game1.timeOfDay > sunset && Game1.timeOfDay < astroTwilight)
{
float minEff = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, sunset) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
float percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(sunset, astroTwilight));
Color destColor = new Color(r: (byte)(0 + (227 * percentage)), g: (byte)(98 + (111 * percentage)), b: (byte)(193 - (193 * percentage)), a: (byte)(255 - (17 * percentage)));
//[222,222,15]
if (DynamicNightTime.LunarDisturbancesLoaded && DynamicNightTime.MoonAPI.IsMoonUp(Game1.timeOfDay))
{
//start adding the moon in naval light
minEff = SDVTime.MinutesBetweenTwoIntTimes(Game1.timeOfDay, Game1.getModeratelyDarkTime()) + (float)Math.Min(10.0, Game1.gameTimeInterval / 700);
percentage = (minEff / SDVTime.MinutesBetweenTwoIntTimes(Game1.getModeratelyDarkTime(), astroTwilight));
int rRaw = (int)(destColor.R - (moonLight.R * percentage));
int gRaw = (int)(destColor.G - (moonLight.G * percentage));
int bRaw = (int)(destColor.B - (moonLight.B * percentage));
byte R = 0, G = 0, B = 0;
R = DynamicNightTime.ClampByteValue(rRaw);
G = DynamicNightTime.ClampByteValue(gRaw);
B = DynamicNightTime.ClampByteValue(bRaw);
destColor.R = R;
destColor.G = G;
destColor.B = B;
}
Game1.outdoorLight = destColor;
}
//astro
if (Game1.timeOfDay >= astroTwilight)
{
Color destColor = Game1.eveningColor * .93f;
if ((DynamicNightTime.LunarDisturbancesLoaded && DynamicNightTime.MoonAPI.IsMoonUp(Game1.timeOfDay)))
{
int rRaw = (int)(destColor.R - moonLight.R);
int gRaw = (int)(Game1.outdoorLight.G - moonLight.G);
int bRaw = (int)(Game1.outdoorLight.B - moonLight.B);
byte R = 0, G = 0, B = 0;
R = DynamicNightTime.ClampByteValue(rRaw);
G = DynamicNightTime.ClampByteValue(gRaw);
B = DynamicNightTime.ClampByteValue(bRaw);
destColor = new Color
{
R = R,
G = G,
B = B,
A = Game1.outdoorLight.A
};
Game1.outdoorLight = destColor;
}
}
}
}
}