public static List <LatitudinalRegion> createLatitudinalRegions(int _numberOf, double _defaultTemp)
{
//create even number of regions and one default one
List <LatitudinalRegion> bands = new List <LatitudinalRegion>();
double currentAngle = 0, currentOppositAngle = 0, halfValue;
LatitudinalRegion region;
if (_numberOf % 2 != 0)
{
throw new ArgumentException("Number of Regions created must be even");
}
region = new LatitudinalRegion(90, _defaultTemp);
bands.Add(region);
halfValue = _numberOf / 2;
for (int i = 0; i < halfValue; i++)
{
double currentAngleFract = ((90.0 / (halfValue + 1)) * (i + 1));
currentAngle = 90 - currentAngleFract;
currentOppositAngle = 90 + currentAngleFract;
region = new LatitudinalRegion(currentAngle, _defaultTemp, (-1 * currentAngleFract));
region.setTemperatureAtAngle(0, _defaultTemp);
bands.Add(region);
region = new LatitudinalRegion(currentOppositAngle, _defaultTemp, currentAngleFract);
region.setTemperatureAtAngle(0, _defaultTemp);
bands.Add(region);
}
return(bands);
}
public override void distributeHeat()
{
double maxtemp = temperatureBands.Max(x => x.getTemperature());
double heatDistributionModifier;
LatitudinalRegion sourceRegion = this.temperatureBands.Where(x => x.getTemperature() == maxtemp).FirstOrDefault();
sourceRegion.AddTemperatureModifier(ParametriUtente.Science.TemperatureGradientModifierName, (-1 * HeatDistributionFactor));
for (int i = 0; i < 2; i++)
{
LatitudinalRegion targetRegion;
if ((sourceRegion.getRegionAngle()
+ (sourceRegion.getFactor() * (i + 1))
) < 180 &&
(sourceRegion.getRegionAngle()
- (sourceRegion.getFactor() * (i + 1))
) > 0
)
{
targetRegion = this.temperatureBands.Where(x => x.getRegionAngle() == sourceRegion.getRegionAngle()
+ (sourceRegion.getFactor() * (i + 1))).FirstOrDefault();
if (targetRegion.getRegionAngle() > sourceRegion.getRegionAngle())
{
heatDistributionModifier = HeatDistributionFactor * ((HeatDistributionFactor - (i + 1)) / HeatDistributionFactor);
}
else
{
heatDistributionModifier = HeatDistributionFactor * ((HeatDistributionFactor - (i + 1)) / HeatDistributionFactor);
}
targetRegion.AddTemperatureModifier(ParametriUtente.Science.TemperatureGradientModifierName, heatDistributionModifier);
}
}
}
