public double RetrieveOdds(MersenneTwister dice, string weather, int day, bool EnforceHigherOverLower = true)
{
double Odd = 0;
List <WeatherParameters> wp = this.WeatherChances.Where(w => w.WeatherType == weather).ToList();
if (wp.Count == 0)
{
return(0);
}
Odd = wp[0].BaseValue + (wp[0].ChangeRate * day);
RangePair range = new RangePair(wp[0].VariableLowerBound, wp[0].VariableHigherBound, EnforceHigherOverLower);
Odd += range.RollInRange(dice);
//sanity check.
if (Odd < 0)
{
Odd = 0;
}
if (Odd > 1)
{
Odd = 1;
}
return(Odd);
}
public double RetrieveOdds(MersenneTwister dice, string weather, int day, StringBuilder Output)
{
double Odd = 0;
List <WeatherParameters> wp = this.WeatherChances.Where(w => w.WeatherType == weather).ToList <WeatherParameters>();
if (wp.Count == 0)
{
Output.Append($"{weather} weather is not found in this time span.");
return(0);
}
Output.Append($"Retrieved data for {weather} on {day} with Base Value {wp[0].BaseValue} and Change Rate {wp[0].ChangeRate} " +
$"with the variable bound of ({wp[0].VariableLowerBound} , {wp[0].VariableHigherBound}) {Environment.NewLine}");
Odd = wp[0].BaseValue + (wp[0].ChangeRate * day);
RangePair range = new RangePair(wp[0].VariableLowerBound, wp[0].VariableHigherBound);
Odd = Odd + range.RollInRange(dice);
//sanity check.
if (Odd < 0)
{
Odd = 0;
}
if (Odd > 1)
{
Odd = 1;
}
return(Odd);
}
/// <summary>This function resets the weather for a new day.</summary>
public void OnNewDay()
{
foreach (ISDVWeather weather in CurrentWeathers)
weather.OnNewDay();
CurrentConditionsN = CurrentWeather.Unset;
TodayTemps = TomorrowTemps; //If Tomorrow is null, should just allow it to be null.
TomorrowTemps = null;
if (Game1.currentSeason == "fall")
{
Weathers[(int)CurrentWeather.Wind] = new WeatherData(WeatherIcon.IconDebris, WeatherIcon.IconDebris, "debris", Translation.Get("weather_wind"));
Weathers[(int)(CurrentWeather.Wind | CurrentWeather.Frost)] = new WeatherData(WeatherIcon.IconDebris, WeatherIcon.IconDebris, "debrisfrost", Translation.Get("weather_frost", new { condition = Translation.Get("weather_wind") }));
Weathers[(int)(CurrentWeather.Wind | CurrentWeather.Heatwave)] = new WeatherData(WeatherIcon.IconDebris, WeatherIcon.IconDebris, "debrisheatwave", Translation.Get("weather_heatwaveCond", new { condition = Translation.Get("weather_wind") }));
Weathers[(int)(CurrentWeather.Wind | CurrentWeather.Lightning)] = new WeatherData(WeatherIcon.IconDebris, WeatherIcon.IconDebris, "drylightningwindy", Translation.Get("weather_drylightningwindy"));
Weathers[(int)(CurrentWeather.Wind | CurrentWeather.Heatwave | CurrentWeather.Lightning)] = new WeatherData(WeatherIcon.IconDebris, WeatherIcon.IconDebris, "drylightningheatwave", Translation.Get("weather_drylightningheatwavewindy"));
}
else
{
//reset back to spring.
Weathers[(int)CurrentWeather.Wind] = new WeatherData(WeatherIcon.IconSpringDebris, WeatherIcon.IconSpringDebris, "debris", Translation.Get("weather_wind"));
Weathers[(int)(CurrentWeather.Wind | CurrentWeather.Frost)] = new WeatherData(WeatherIcon.IconSpringDebris, WeatherIcon.IconSpringDebris, "debrisfrost", Translation.Get("weather_frost", new { condition = Translation.Get("weather_wind") }));
Weathers[(int)(CurrentWeather.Wind | CurrentWeather.Heatwave)] = new WeatherData(WeatherIcon.IconSpringDebris, WeatherIcon.IconSpringDebris, "debrisheatwave", Translation.Get("weather_heatwaveCond", new { condition = Translation.Get("weather_wind") }));
Weathers[(int)(CurrentWeather.Wind | CurrentWeather.Lightning)] = new WeatherData(WeatherIcon.IconSpringDebris, WeatherIcon.IconSpringDebris, "drylightningwindy", Translation.Get("weather_drylightningwindy"));
Weathers[(int)(CurrentWeather.Wind | CurrentWeather.Heatwave | CurrentWeather.Lightning)] = new WeatherData(WeatherIcon.IconSpringDebris, WeatherIcon.IconSpringDebris, "drylightningheatwave", Translation.Get("weather_drylightningheatwavewindy"));
}
}
string RangePairToText(RangePair range)
{
string str = "";
if (range.Min.Exclusive)
{
str += "(";
}
else
{
str += "[";
}
str += range.Min.expression;
str += ",";
str += range.Max.expression;
if (range.Max.Exclusive)
{
str += ")";
}
else
{
str += "]";
}
return(str);
}
public RangePair GetTemperatures(MersenneTwister dice, int day)
{
var temps = new RangePair(RetrieveTemp(dice, "lowtemp", day), RetrieveTemp(dice, "hightemp", day), true);
ClimatesOfFerngill.Logger.Log($"We are gathering temperatures from the climate file. Temps is {temps.LowerBound}, {temps.HigherBound}");
return(temps);
}
public double MapInSource(double value)
{
int index = GetIndexFromTarget(value);
if (index == -1)
{
return(double.NaN);
}
RangePair p = this.ranges[index];
if (p.source.Length == 0)
{
return(p.source.From);
}
if (p.target.Length == 0)
{
return(double.IsNaN(p.source.MappedValue) ?
(p.source.From + p.source.To) / 2 : p.source.MappedValue);
}
double t = (value - p.target.From) / p.target.Length;
return(p.source.From + (t * p.source.Length));
}
/// ******************************************************************************
/// PROCESSING
/// ******************************************************************************
internal void ForceTodayTemps(double high, double low)
{
if (TodayTemps is null)
TodayTemps = new RangePair();
TodayTemps.HigherBound = high;
TodayTemps.LowerBound = low;
}
/// <summary> This function resets the weather object to basic. </summary>
public void Reset()
{
foreach (ISDVWeather weather in CurrentWeathers)
weather.Reset();
TodayTemps = null;
TomorrowTemps = null;
CurrentConditionsN = CurrentWeather.Unset;
}
public ClimateTracker()
{
DaysSinceRainedLast = 0;
AmtOfRainInCurrentStreak = 0;
AmtOfRainSinceDay1 = 0;
CurrentStreak = new CurrentWeatherData("", 0);
IsWeatherSystem = false;
WeatherSystemType = "";
WeatherSystemDays = 0;
TempsOnNextDay = new RangePair();
}
public ClimateTracker(int daysSinceLast, int amtInStreak, long TotalRain, string currentWeather, int numDays, bool weatherSystem, string wst, int weatSDays, RangePair c)
{
DaysSinceRainedLast = daysSinceLast;
AmtOfRainInCurrentStreak = amtInStreak;
AmtOfRainSinceDay1 = TotalRain;
CurrentStreak = new CurrentWeatherData(currentWeather, numDays);
IsWeatherSystem = weatherSystem;
WeatherSystemType = wst;
WeatherSystemDays = weatSDays;
TempsOnNextDay = new RangePair(c);
}
public ClimateTracker(ClimateTracker c)
{
DaysSinceRainedLast = c.DaysSinceRainedLast;
AmtOfRainInCurrentStreak = c.AmtOfRainInCurrentStreak;
AmtOfRainSinceDay1 = c.AmtOfRainSinceDay1;
CurrentStreak = new CurrentWeatherData(c.CurrentStreak);
IsWeatherSystem = c.IsWeatherSystem;
WeatherSystemType = c.WeatherSystemType;
WeatherSystemDays = c.WeatherSystemDays;
TempsOnNextDay = new RangePair(c.TempsOnNextDay);
}
/// <summary>
/// Copy constructor with option to enforce higher over lower.
/// </summary>
/// <param name="c">The object being copied</param>
public RangePair(RangePair c, bool EnforceHigherOverLower = false)
{
this.LowerBound = c.LowerBound;
this.HigherBound = c.HigherBound;
if (EnforceHigherOverLower == true && this.LowerBound > this.HigherBound)
{
double temp = this.LowerBound;
this.LowerBound = this.HigherBound;
this.HigherBound = temp;
}
}
public void AddRange(string variable, RangePair rangePair)
{
if (rangePair != null)
{
if (ranges.ContainsKey(variable))
{
ranges[variable] = rangePair;
}
else
{
ranges.Add(variable, rangePair);
}
}
}
public double RetrieveTemp(MersenneTwister dice, string temp, int day, bool EnforceHigherOverLower = true)
{
double Temp = 0;
List <WeatherParameters> wp = this.WeatherChances.Where(w => w.WeatherType == temp).ToList <WeatherParameters>();
if (wp.Count == 0)
{
return(0);
}
Temp = wp[0].BaseValue + (wp[0].ChangeRate * day);
RangePair range = new RangePair(wp[0].VariableLowerBound, wp[0].VariableHigherBound, EnforceHigherOverLower);
Temp += range.RollInRange(dice);
return(Temp);
}
public RangePair getFingerChordWristRange(FingerChord fc)
{
RangePair rp = new RangePair();
foreach (var pair in fc)
{
if (pair.Value != Finger.EMPTY)
{
float keyPosition = Piano.KeyPositions[pair.Key];
Range range = getFingerRange(pair.Value);
range = new Range {
low = keyPosition + range.low, high = keyPosition + range.high
};
if (pair.Value > Finger.EMPTY)
{
if (rp.right == null)
{
rp.right = range;
}
else
{
rp.right.low = Math.Max(rp.right.low, keyPosition + range.low);
rp.right.high = Math.Min(rp.right.high, keyPosition + range.high);
}
}
else
{
if (rp.left == null)
{
rp.left = range;
}
else
{
rp.left.low = Math.Max(rp.left.low, keyPosition + range.low);
rp.left.high = Math.Min(rp.left.high, keyPosition + range.high);
}
}
}
}
return(rp);
}
public double RetrieveTemp(MersenneTwister dice, string temp, int day, StringBuilder Output)
{
double Temp = 0;
List <WeatherParameters> wp = this.WeatherChances.Where(w => w.WeatherType == temp).ToList <WeatherParameters>();
if (wp.Count == 0)
{
Output.Append($"{temp} weather is not found in this time span.");
return(0);
}
Output.Append($"Retrieved data for {temp} on {day} with Base Value {wp[0].BaseValue} and Change Rate {wp[0].ChangeRate} " +
$"with the variable bound of ({wp[0].VariableLowerBound} , {wp[0].VariableHigherBound}) {Environment.NewLine}");
Temp = wp[0].BaseValue + (wp[0].ChangeRate * day);
RangePair range = new RangePair(wp[0].VariableLowerBound, wp[0].VariableHigherBound);
Temp = Temp + range.RollInRange(dice);
return(Temp);
}
protected void HandleInput(string source)
{
List <string> x;
List <string> y;
List <string> z;
List <string> umin = ExpressionParser.Parse("");
List <string> umax = ExpressionParser.Parse("");
List <string> tmin = ExpressionParser.Parse("");
List <string> tmax = ExpressionParser.Parse("");
List <string> vmin = ExpressionParser.Parse("");
List <string> vmax = ExpressionParser.Parse("");
List <string> wmin = ExpressionParser.Parse("");
List <string> wmax = ExpressionParser.Parse("");
ExpressionSet expressionSet = calcManager.expressionSet;
switch (source)
{
default:
x = ExpressionParser.Parse("0.75*sin(2*pi*v)");
y = ExpressionParser.Parse("sin(pi*u)*(1.5+0.75*cos(2*pi*v))");
z = ExpressionParser.Parse("cos(pi*u)*(1.5+0.75*cos(2*pi*v))");
umin = ExpressionParser.Parse("1.5");
umax = ExpressionParser.Parse("2.5");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("1");
List <string> x2 = ExpressionParser.Parse("0.75*cos(pi*u)");
List <string> y2 = ExpressionParser.Parse("0.75*sin(pi*u)*cos(2*pi*v)+2.4");
List <string> z2 = ExpressionParser.Parse("0.75*sin(pi*u)*sin(2*pi*v)+2.6");
List <string> umin2 = ExpressionParser.Parse("0");
List <string> umax2 = ExpressionParser.Parse("1");
List <string> vmin2 = ExpressionParser.Parse("0");
List <string> vmax2 = ExpressionParser.Parse("1");
List <string> x3 = ExpressionParser.Parse("0.75*sin(2*pi*u)");
List <string> y3 = ExpressionParser.Parse("0.75*cos(2*pi*u)+1.5*cos(pi/8*v)");
List <string> z3 = ExpressionParser.Parse("-1.5*sin(pi/8*v)");
List <string> umin3 = ExpressionParser.Parse("0");
List <string> umax3 = ExpressionParser.Parse("1");
List <string> vmin3 = ExpressionParser.Parse("0");
List <string> vmax3 = ExpressionParser.Parse("1");
List <string> x4 = ExpressionParser.Parse("0.75*sin(2*pi*u)");
List <string> y4 = ExpressionParser.Parse("0.75*cos(2*pi*u)-1.5*cos(pi/8*v)");
List <string> z4 = ExpressionParser.Parse("-1.5*sin(pi/8*v)");
List <string> umin4 = ExpressionParser.Parse("0");
List <string> umax4 = ExpressionParser.Parse("1");
List <string> vmin4 = ExpressionParser.Parse("0");
List <string> vmax4 = ExpressionParser.Parse("1");
Expression X = new Expression(x);
Expression Y = new Expression(y);
Expression Z = new Expression(z);
Expression X2 = new Expression(x2);
Expression Y2 = new Expression(y2);
Expression Z2 = new Expression(z2);
Expression X3 = new Expression(x3);
Expression Y3 = new Expression(y3);
Expression Z3 = new Expression(z3);
Expression X4 = new Expression(x4);
Expression Y4 = new Expression(y4);
Expression Z4 = new Expression(z4);
Range zeroRange = new Range(ExpressionParser.Parse("0"));
Range oneRange = new Range(ExpressionParser.Parse("1"));
Range onePointFive = new Range(ExpressionParser.Parse("1.5"));
Range twoPointFive = new Range(ExpressionParser.Parse("2.5"));
RangePair zeroToZero = new RangePair(zeroRange, zeroRange);
RangePair zeroToOne = new RangePair(zeroRange, oneRange);
List <RangePair> rangePairs = new List <RangePair>()
{
zeroToZero, new RangePair(onePointFive, twoPointFive), zeroToOne, zeroToOne
};
List <RangePair> rangePairs2 = new List <RangePair>()
{
zeroToZero, zeroToOne, zeroToOne, zeroToZero
};
ExpressionSet expSet = new ExpressionSet(new string[] { "t", "u", "v", "w" }, rangePairs, new string[] { "X", "Y", "Z" }, new List <Expression>()
{
X, Y, Z
});
ExpressionSet expSet2 = new ExpressionSet(new string[] { "t", "u", "v", "w" }, rangePairs2, new string[] { "X", "Y", "Z" }, new List <Expression>()
{
X2, Y2, Z2
});
ExpressionSet expSet3 = new ExpressionSet(new string[] { "t", "u", "v", "w" }, rangePairs2, new string[] { "X", "Y", "Z" }, new List <Expression>()
{
X3, Y3, Z3
});
ExpressionSet expSet4 = new ExpressionSet(new string[] { "t", "u", "v", "w" }, rangePairs2, new string[] { "X", "Y", "Z" }, new List <Expression>()
{
X4, Y4, Z4
});
List <ExpressionSet> nanomeLogo = new List <ExpressionSet>()
{
expSet, expSet2, expSet3, expSet4
};
CalcManager.Instance.LoadSavedExpressionSets(nanomeLogo);
print("unknown preset pressed");
return;
//R1 -> R1
case "Cinquefoil Knot":
x = ExpressionParser.Parse("cos(t)*(2-cos(2*t/5))");
y = ExpressionParser.Parse("sin(t)*(2-cos(2*t/5))");
z = ExpressionParser.Parse("-sin(2*t/5)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("10*pi");
break;
case "Circle":
x = ExpressionParser.Parse("cos(t)");
y = ExpressionParser.Parse("sin(t)");
z = ExpressionParser.Parse("0");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("2pi");
break;
case "Sphere Outline":
x = ExpressionParser.Parse("sin(t)*cos(32*t)");
y = ExpressionParser.Parse("sin(t)*sin(32*t)");
z = ExpressionParser.Parse("cos(t)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("pi");
break;
case "Hypocloid":
x = ExpressionParser.Parse("cos(t)^3");
y = ExpressionParser.Parse("sin(t)^3");
z = ExpressionParser.Parse("0");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("4pi");
break;
case "Hypocloid Surface":
x = ExpressionParser.Parse("10*cos(t*32)^3");
y = ExpressionParser.Parse("10*sin(t*32)^3");
z = ExpressionParser.Parse("t-2*pi");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("4pi");
break;
case "Trefoil Knot":
x = ExpressionParser.Parse("sin(t)+2*sin(2*t)");
y = ExpressionParser.Parse("cos(t)-2*cos(2*t)");
z = ExpressionParser.Parse("-sin(3*t)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("2*pi");
break;
case "Turnip":
x = ExpressionParser.Parse("(sin(t/16)^2)*cos(8*t)*8*pi");
y = ExpressionParser.Parse("(sin(t/16))^2*sin(8*t)*8*pi");
z = ExpressionParser.Parse("8*pi-t");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("16pi");
break;
case "Wavy Surface":
x = ExpressionParser.Parse("(sin(t/2)^(1/2)*cos(256*t)*pi)");
y = ExpressionParser.Parse("(sin(t/2))^(1/2)*sin(64*t)*pi");
z = ExpressionParser.Parse("pi-t");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("2pi");
break;
case "High-res Sphere":
x = ExpressionParser.Parse("sin(t)*cos(1024*t)");
y = ExpressionParser.Parse("sin(t)*sin(1024*t)");
z = ExpressionParser.Parse("cos(t)");
tmin = ExpressionParser.Parse("0");
tmax = ExpressionParser.Parse("pi");
break;
//R2->R3
case "Astroidal Ellipse":
x = ExpressionParser.Parse("(2*cos(u)*cos(v))^3");
y = ExpressionParser.Parse("(2*sin(u)*cos(v))^3");
z = ExpressionParser.Parse("(2*sin(v))^3");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2*pi");
break;
case "Bumpy Sphere":
x = ExpressionParser.Parse("5*sin(u)*sin(v)+cos(30*v)*0.15");
y = ExpressionParser.Parse("5*cos(u)*sin(v)+cos(30*u)*0.15");
z = ExpressionParser.Parse("5*cos(v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("2*pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("pi");
break;
case "Dini's Surface":
x = ExpressionParser.Parse("3*cos(u)*sin(v)");
y = ExpressionParser.Parse("3*sin(u)*sin(v)");
z = ExpressionParser.Parse("3*(cos(v)+log(tan(0.5*v)))+0.4*u");
umin = ExpressionParser.Parse("-4*pi");
umax = ExpressionParser.Parse("4*pi");
vmin = ExpressionParser.Parse("0.005");
vmax = ExpressionParser.Parse("3.135");
break;
case "Figure-8":
x = ExpressionParser.Parse("(3+cos(u/2)*sin(v)-sin(u/2)*sin(2*v))*cos(u)");
y = ExpressionParser.Parse("(3+cos(u/2)*sin(v)-sin(u/2)*sin(2*v))*sin(u)");
z = ExpressionParser.Parse("sin(u/2)*sin(v)-cos(u/2)*sin(2*v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("2*pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2*pi");
break;
case "Gray's Surface":
x = ExpressionParser.Parse("(3+cos(3*u/2)*sin(v)-sin(3*u/2)*sin(2*v))*cos(u/2)");
y = ExpressionParser.Parse("(3+cos(3*u/2)*sin(v)-sin(3*u/2)*sin(2*v))*sin(u/2)");
z = ExpressionParser.Parse("sin(3*u/2)*sin(v)+cos(3*u/2)*sin(2*v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("4*pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Knot":
x = ExpressionParser.Parse("3*sin(3*u)/2+cos(v)))");
y = ExpressionParser.Parse("3*(sin(u)+2*sin(2*u))/(2+cos(v+pi*2/3))");
z = ExpressionParser.Parse("3/2*(cos(u)-2*cos(2*u))*(2+cos(v))*(2+cos(v+pi*2/3))/4");
umin = ExpressionParser.Parse("-pi");
umax = ExpressionParser.Parse("2pi");
vmin = ExpressionParser.Parse("-pi");
vmax = ExpressionParser.Parse("2pi");
break;
case "Mobius":
x = ExpressionParser.Parse("(5+u*cos(0.5*v))*cos(v)");
y = ExpressionParser.Parse("(5+u*cos(0.5*v))*sin(v)");
z = ExpressionParser.Parse("u*sin(0.5*v)");
umin = ExpressionParser.Parse("-1");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2*pi");
break;
case "Radial Wave":
x = ExpressionParser.Parse("u");
y = ExpressionParser.Parse("v");
z = ExpressionParser.Parse("cos((u^2+v^2)^0.5)");
umin = ExpressionParser.Parse("-10");
umax = ExpressionParser.Parse("10");
vmin = ExpressionParser.Parse("-10");
vmax = ExpressionParser.Parse("10");
break;
case "Torus":
x = ExpressionParser.Parse("(5+cos(v))*cos(u)");
y = ExpressionParser.Parse("(5+cos(v))*sin(u)");
z = ExpressionParser.Parse("sin(v)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("2pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
//R3->R3
case "Cone":
x = ExpressionParser.Parse("ucos(v)w");
y = ExpressionParser.Parse("usin(v)w");
z = ExpressionParser.Parse("w");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
case "Cube":
x = ExpressionParser.Parse("u");
y = ExpressionParser.Parse("v");
z = ExpressionParser.Parse("w");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("1");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
case "Cylinder":
x = ExpressionParser.Parse("ucos(v)");
y = ExpressionParser.Parse("usin(v)");
z = ExpressionParser.Parse("w");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
case "Sphere":
x = ExpressionParser.Parse("ucos(v)sin(w)");
y = ExpressionParser.Parse("usin(v)sin(w)");
z = ExpressionParser.Parse("ucos(w)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("2pi");
break;
case "Tetrahedron":
x = ExpressionParser.Parse("u(1-v)");
y = ExpressionParser.Parse("uv(1-w)");
z = ExpressionParser.Parse("uvw");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("1");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("1");
wmin = ExpressionParser.Parse("0");
wmax = ExpressionParser.Parse("1");
break;
// Orbitals
case "S":
x = ExpressionParser.Parse("(1/2*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(1/2*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(1/2*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Px":
x = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*sin(v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*sin(v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*sin(v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Py":
x = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*cos(v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*cos(v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(3^(1/2)/2*sin(u)*1/pi^(1/2)*cos(v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Pz":
x = ExpressionParser.Parse("(3^(1/2)/2*cos(u)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(3^(1/2)/2*cos(u)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(3^(1/2)/2*cos(u)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dz\x00B2":
goto case "Dz2";
case "Dz2":
x = ExpressionParser.Parse("(5^(1/2)/4*(3*((cos(u))^2)-1)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(5^(1/2)/4*(3*((cos(u))^2)-1)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(5^(1/2)/4*(3*((cos(u))^2)-1)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dxz":
x = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*sin(v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*sin(v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*sin(v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dyz":
x = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*cos(v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*cos(v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(15^(1/2)/2*sin(u)*cos(u)*1/pi^(1/2)*cos(v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dxy":
x = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*sin(2v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*sin(2v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*sin(2v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Dx\x00B2-y\x00B2":
goto case "Dx2-y2";
case "Dx2-y2":
x = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*cos(2v))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*cos(2v))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(15^(1/2)/4*sin(u)^2*1/pi^(1/2)*cos(2v))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fz\x00B3":
goto case "Fz3";
case "Fz3":
x = ExpressionParser.Parse("(7^(1/2)/4*(5*((cos(u))^2)-3)*cos(u)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(7^(1/2)/4*(5*((cos(u))^2)-3)*cos(u)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(7^(1/2)/4*(5*((cos(u))^2)-3)*cos(u)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fxz\x00B2":
goto case "Fxz2";
case "Fxz2":
x = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*sin(v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*sin(v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*sin(v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fyz\x00B2":
goto case "Fyz2";
case "Fyz2":
x = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*cos(v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*cos(v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(42^(1/2)/8*(5*((cos(u))^2)-1)*sin(u)*cos(v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fxyz":
x = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*cos(2v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*cos(2v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*cos(2v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fz\x0028x\x00B2-y\x00B2\x0029":
goto case "Fzx2y2";
case "Fzx2y2":
x = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*sin(2v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*sin(2v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(105^(1/2)/4*sin(u)^2*cos(u)*sin(2v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fx\x0028x\x00B2-3y\x00B2\x0029":
goto case "Fxx23y2";
case "Fxx23y2":
x = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*sin(3v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*sin(3v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*sin(3v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
case "Fy\x00283x\x00B2-y\x00B2\x0029":
goto case "Fy3x2y2";
case "Fy3x2y2":
x = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*cos(3v)*1/pi^(1/2))^2*sin(u)*cos(v)");
y = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*cos(3v)*1/pi^(1/2))^2*sin(u)*sin(v)");
z = ExpressionParser.Parse("(70^(1/2)/8*sin(u)^3*cos(3v)*1/pi^(1/2))^2*cos(u)");
umin = ExpressionParser.Parse("0");
umax = ExpressionParser.Parse("pi");
vmin = ExpressionParser.Parse("0");
vmax = ExpressionParser.Parse("2pi");
break;
}
expressionSet.AddExpression("X", x);
expressionSet.AddExpression("Y", y);
expressionSet.AddExpression("Z", z);
expressionSet.AddRange("t", tmin, tmax);
expressionSet.AddRange("u", umin, umax);
expressionSet.AddRange("v", vmin, vmax);
expressionSet.AddRange("w", wmin, wmax);
calcManager.PresetPressed();
}
/// <summary>
/// initializes a range which consists of two range pairs, one for the x and y axis
/// </summary>
/// <param name="minx"></param>
/// <param name="miny"></param>
/// <param name="maxx"></param>
/// <param name="maxy"></param>
public Range(double minx, double miny, double maxx, double maxy)
{
X = new RangePair(minx, maxx);
Y = new RangePair(miny, maxy);
}
public RangePair(RangePair toCopy)
{
Min = new Range(toCopy.Min);
Max = new Range(toCopy.Max);
}
/// <summary>
/// Updates range for the inserted RangePair
/// </summary>
/// <param name="pair">RangePair with new max and min</param>
public void AdjustRange(RangePair pair)
{
AdjustRange(pair.Min, pair.Max);
}
/// <summary> This sets the temperatures from outside for tomorrow</summary> /// <param name="a">The RangePair that contains the generated temperatures</param> public void SetTomorrowTemps(RangePair a) => TomorrowTemps = new RangePair(a, EnforceHigherOverLower: true);
public SerializableRangePair(RangePair rangePair)
{
min = new SerializableRange(rangePair.Min);
max = new SerializableRange(rangePair.Max);
}
internal static void SetWeatherNonSystemForTomorrow(MersenneTwister Dice, FerngillClimate GameClimate, double rainDays, double stormDays, double windyDays, RangePair TmrwTemps)
{
ProbabilityDistribution <string> WeatherDist = new ProbabilityDistribution <string>("sunny");
WeatherDist.AddNewEndPoint(rainDays, "rain");
if (ClimatesOfFerngill.WeatherOpt.DisableHighRainWind)
{
WeatherDist.AddNewCappedEndPoint(windyDays, "debris");
}
double distOdd = Dice.NextDoublePositive();
if (ClimatesOfFerngill.WeatherOpt.Verbose)
{
ClimatesOfFerngill.Logger.Log(WeatherDist.ToString());
ClimatesOfFerngill.Logger.Log($"Distribution odds is {distOdd}");
}
if (!(WeatherDist.GetEntryFromProb(distOdd, out string Result)))
{
Result = "sunny";
ClimatesOfFerngill.Logger.Log("The weather has failed to process in some manner. Falling back to [sunny]", LogLevel.Info);
}
if (ClimatesOfFerngill.WeatherOpt.Verbose)
{
ClimatesOfFerngill.Logger.Log($"Weather result is {Result}");
}
SetWeatherTomorrow(Result, Dice, GameClimate, stormDays, TmrwTemps);
}
internal static void SetWeatherTomorrow(string Result, MersenneTwister Dice, FerngillClimate GameClimate, double stormOdds, RangePair TmrwTemps)
{
//now parse the result.
if (Result == "rain")
{
SDVUtilities.SetWeather(Game1.weather_rain);
if (Game1.currentSeason == "winter")
{
SDVUtilities.SetWeather(Game1.weather_snow);
if (GameClimate.AllowRainInWinter && ClimatesOfFerngill.Conditions.TomorrowHigh >= -2.5)
{
SDVUtilities.SetWeather(Game1.weather_rain);
}
}
//Moved from the *wrong function and logic gate*
//snow applies first
if (WeatherConditions.IsValidWeatherForSnow(TmrwTemps) && Game1.currentSeason != "spring")
{
if (ClimatesOfFerngill.WeatherOpt.Verbose)
{
ClimatesOfFerngill.Logger.Log($"Snow is enabled, with the High for the day being: {TmrwTemps.HigherBound}" +
$" and the calculated midpoint temperature being {TmrwTemps.GetMidPoint()}");
}
SDVUtilities.SetWeather(Game1.weather_snow);
}
//apply lightning logic.
if (Dice.NextDoublePositive() >= stormOdds && Game1.weatherForTomorrow == Game1.weather_rain)
{
SDVUtilities.SetWeather(Game1.weather_lightning);
if (SDate.Now().Year == 1 && SDate.Now().Season == "spring" && !ClimatesOfFerngill.WeatherOpt.AllowStormsSpringYear1)
{
SDVUtilities.SetWeather(Game1.weather_rain);
}
}
//tracking time! - Snow fall on Fall 28, if the flag is set.
if (Game1.dayOfMonth == 28 && Game1.currentSeason == "fall" && ClimatesOfFerngill.WeatherOpt.SnowOnFall28)
{
ClimatesOfFerngill.Conditions.ForceTodayTemps(2, -1);
SDVUtilities.SetWeather(Game1.weather_snow);
}
}
if (Result == "debris")
{
SDVUtilities.SetWeather(Game1.weather_debris);
}
if (Result == "sunny")
{
SDVUtilities.SetWeather(Game1.weather_sunny);
}
}
public void AddRange(string variable, Range rangeMin, Range rangeMax)
{
RangePair rangePair = new RangePair(rangeMin, rangeMax);
AddRange(variable, rangePair);
}
