public ClimateGenerator(ClimateSettings _settings, int _seed)
{
biomesColors[BiomeType.WATER] = Color.blue;
biomesColors[BiomeType.POLAR_ICE] = new Color(255, 255, 255) / 255;
biomesColors[BiomeType.POLAR_DESERT] = new Color(192, 192, 192) / 255;
biomesColors[BiomeType.SUBPOLAR_MOIST_TUNDRA] = new Color(96, 128, 128) / 255;
biomesColors[BiomeType.SUBPOLAR_WET_TUNDRA] = new Color(64, 128, 128) / 255;
biomesColors[BiomeType.SUBPOLAR_RAIN_TUNDRA] = new Color(32, 128, 192) / 255;
biomesColors[BiomeType.SUBPOLAR_DRY_TUNDRA] = new Color(128, 128, 128) / 255;
biomesColors[BiomeType.BOREAL_DESERT] = new Color(160, 160, 128) / 255;
biomesColors[BiomeType.BOREAL_DRY_SCRUB] = new Color(128, 160, 128) / 255;
biomesColors[BiomeType.BOREAL_MOIST_FOREST] = new Color(96, 160, 128) / 255;
biomesColors[BiomeType.BOREAL_WET_FOREST] = new Color(64, 160, 144) / 255;
biomesColors[BiomeType.BOREAL_RAIN_FOREST] = new Color(32, 160, 192) / 255;
biomesColors[BiomeType.COOL_TEMPERATE_MOIST_FOREST] = new Color(96, 192, 128) / 255;
biomesColors[BiomeType.COOL_TEMPERATE_WET_FOREST] = new Color(64, 192, 144) / 255;
biomesColors[BiomeType.COOL_TEMPERATE_RAIN_FOREST] = new Color(32, 192, 192) / 255;
biomesColors[BiomeType.COOL_TEMPERATE_STEPPES] = new Color(128, 192, 128) / 255;
biomesColors[BiomeType.COOL_TEMPERATE_DESERT] = new Color(192, 192, 128) / 255;
biomesColors[BiomeType.COOL_TEMPERATE_DESERT_SCRUB] = new Color(160, 192, 128) / 255;
biomesColors[BiomeType.WARM_TEMPERATE_MOIST_FOREST] = new Color(96, 224, 128) / 255;
biomesColors[BiomeType.WARM_TEMPERATE_WET_FOREST] = new Color(64, 224, 144) / 255;
biomesColors[BiomeType.WARM_TEMPERATE_RAIN_FOREST] = new Color(32, 224, 192) / 255;
biomesColors[BiomeType.WARM_TEMPERATE_THORN_SCRUB] = new Color(160, 224, 128) / 255;
biomesColors[BiomeType.WARM_TEMPERATE_DRY_FOREST] = new Color(128, 224, 128) / 255;
biomesColors[BiomeType.WARM_TEMPERATE_DESERT] = new Color(224, 224, 128) / 255;
biomesColors[BiomeType.WARM_TEMPERATE_DESERT_SCRUB] = new Color(192, 224, 128) / 255;
biomesColors[BiomeType.SUBTROPICAL_DESERT] = new Color(240, 240, 128) / 255;
biomesColors[BiomeType.SUBTROPICAL_DESERT_SCRUB] = new Color(224, 240, 128) / 255;
biomesColors[BiomeType.TROPICAL_DESERT] = new Color(255, 255, 128) / 255;
biomesColors[BiomeType.TROPICAL_DESERT_SCRUB] = new Color(224, 255, 128) / 255;
biomesColors[BiomeType.SUBTROPICAL_THORN_WOODLAND] = new Color(176, 240, 128) / 255;
biomesColors[BiomeType.TROPICAL_THORN_WOODLAND] = new Color(192, 255, 128) / 255;
biomesColors[BiomeType.TROPICAL_VERY_DRY_FOREST] = new Color(160, 255, 128) / 255;
biomesColors[BiomeType.SUBTROPICAL_DRY_FOREST] = new Color(128, 240, 128) / 255;
biomesColors[BiomeType.TROPICAL_DRY_FOREST] = new Color(128, 255, 128) / 255;
biomesColors[BiomeType.SUBTROPICAL_MOIST_FOREST] = new Color(96, 240, 128) / 255;
biomesColors[BiomeType.SUBTROPICAL_WET_FOREST] = new Color(64, 240, 144) / 255;
biomesColors[BiomeType.SUBTROPICAL_RAIN_FOREST] = new Color(32, 240, 176) / 255;
biomesColors[BiomeType.TROPICAL_MOIST_FOREST] = new Color(96, 255, 128) / 255;
biomesColors[BiomeType.TROPICAL_WET_FOREST] = new Color(64, 255, 144) / 255;
biomesColors[BiomeType.TROPICAL_RAIN_FOREST] = new Color(32, 255, 160) / 255;
settings = _settings;
noiseFilters = new NoiseFilter[_settings.moistureNoiseLayers.Length];
for (var i = 0; i < noiseFilters.Length; i++)
{
noiseFilters[i] = new NoiseFilter(_settings.moistureNoiseLayers[i].noiseSettings, _seed);
}
moistureMinMax = new MinMax();
}
private double avar(double zzt, double zzl, double zzc)
{
const double rt = 7.8, rl = 24.0;
double sgt, yr;
if (_lvar > Changes.None)
{
double q;
switch (_lvar)
{
case Changes.All:
_cs = _climateSettings[_klim];
goto case Changes.VariabilityMode;
case Changes.VariabilityMode:
goto case Changes.Frequency;
case Changes.Frequency:
q = Math.Log(0.133 * _wn);
_gm = _cs.cfm1 + _cs.cfm2 / (Math.Pow(_cs.cfm3 * q, 2) + 1);
_gp = _cs.cfp1 + _cs.cfp2 / (Math.Pow(_cs.cfp3 * q, 2) + 1);
goto case Changes.AntennaHeight;
case Changes.AntennaHeight:
_dexa = Math.Sqrt(18000000 * Transmitter.he) + Math.Sqrt(18000000 * Receiver.he) + Math.Pow(575.7e12 / _wn, THIRD);
goto case Changes.Distance;
case Changes.Distance:
if (_dist < _dexa)
{
_de = 130000 * _dist / _dexa;
}
else
{
_de = 130000 + _dist - _dexa;
}
break;
}
_vmd = curve(_cs.cv1, _cs.cv2, _cs.yv1, _cs.yv2, _cs.yv3, _de);
_sgtm = curve(_cs.csm1, _cs.csm2, _cs.ysm1, _cs.ysm2, _cs.ysm3, _de) * _gm;
_sgtp = curve(_cs.csp1, _cs.csp2, _cs.ysp1, _cs.ysp2, _cs.ysp3, _de) * _gp;
_sgtd = _sgtp * _cs.csd1;
_tgtd = (_sgtp - _sgtd) * _cs.zd;
if (_w1)
{
_sgl = 0;
}
else
{
q = (1 - 0.8 * Math.Exp(-_dist / 50000.0)) * _dh * _wn;
_sgl = 10 * q / (q + 13);
}
_vs0 = Math.Pow(5 + 3 * Math.Exp(-_de / 100000.0), 2);
_lvar = Changes.None;
}
var zt = zzt;
var zl = zzl;
var zc = zzc;
switch (_mdvar)
{
case VariabilityMode.Single:
zt = zc;
zl = zc;
break;
case VariabilityMode.Individual:
zl = zc;
break;
case VariabilityMode.Mobile:
zl = zt;
break;
}
if (Math.Abs(zt) > 3.1 || Math.Abs(zl) > 3.1 || Math.Abs(zc) > 3.1)
{
_kwx = Math.Max(_kwx, 1);
}
if (zt < 0)
{
sgt = _sgtm;
}
else if (zt <= _cs.zd)
{
sgt = _sgtp;
}
else
{
sgt = _sgtd + _tgtd / zt;
}
var vs = _vs0 + Math.Pow(sgt * zt, 2) / (rt + zc * zc) + Math.Pow(_sgl * zl, 2) / (rl + zc * zc);
switch (_mdvar)
{
case VariabilityMode.Single:
yr = 0;
_sgc = Math.Sqrt(sgt * sgt + _sgl * _sgl + vs);
break;
case VariabilityMode.Individual:
yr = sgt * zt;
_sgc = Math.Sqrt(_sgl * _sgl + vs);
break;
case VariabilityMode.Mobile:
yr = Math.Sqrt(sgt * sgt + _sgl * _sgl) * zt;
_sgc = Math.Sqrt(vs);
break;
default:
yr = sgt * zt + _sgl * zl;
_sgc = Math.Sqrt(vs);
break;
}
var avarv = _aref - _vmd - yr - _sgc * zc;
if (avarv < 0)
{
avarv = avarv * (29 - avarv) / (29 - 10 * avarv);
}
return(avarv);
}
