public void Calculation(List <ISimulationTile> tiles)
{
surfaceHeatMap = new HeatMap(mapSize);
MapTranslate(map, tiles);
Evapotranspiration();
Absorbtion();
Shade();
}
public void AddHeatMap(HeatMap heatMap)
{
if (size == heatMap.size)
{
for (int i = 0; i < size; i++)
{
for (int j = 0; j < size; j++)
{
HeatValue[i, j] += heatMap.GetHeatValue(i, j);
}
}
}
else
{
throw new System.Exception("Maps have different size");
}
}
private void Shade()
{
ShadeDictionaryInit();
HeatMap shadeHeatMap = new HeatMap(mapSize);
foreach (Coord coord in coordsList)
{
if (shadeValues.ContainsKey(coord.CoordType) && coord.IsShaded)
{
shadeHeatMap.SetHeatValue(coord.Row, coord.Col, shadeValues[coord.CoordType]);
}
else
{
shadeHeatMap.SetHeatValue(coord.Row, coord.Col, shadeValues[Type.Default]);
}
}
surfaceHeatMap.AddHeatMap(shadeHeatMap);
}
private void Absorbtion()
{
AbsorbtionDictionaryInit();
HeatMap absorbtionHeatMap = new HeatMap(mapSize);
foreach (Coord coord in coordsList)
{
if (absorbtionValues.ContainsKey(coord.CoordType))
{
absorbtionHeatMap.SetHeatValue(coord.Row, coord.Col, absorbtionValues[coord.CoordType]);
}
else
{
absorbtionHeatMap.SetHeatValue(coord.Row, coord.Col, absorbtionValues[Type.Default]);
}
}
surfaceHeatMap.AddHeatMap(absorbtionHeatMap);
}
//Should be sorted first, to increase efficiency
private void Evapotranspiration()
{
EvapoDictionaryInit();
HeatMap evapoHeatMap = new HeatMap(mapSize);
foreach (Coord coord in coordsList)
{
if (evapoValues.ContainsKey(coord.CoordType))
{
evapoHeatMap.SetHeatValue(coord.Row, coord.Col, evapoValues[coord.CoordType]);
}
else
{
evapoHeatMap.SetHeatValue(coord.Row, coord.Col, evapoValues[Type.Default]);
}
}
surfaceHeatMap.AddHeatMap(evapoHeatMap);
}
