private void CalculateTemperature()
{
int distanceUp = 0;
int distanceDown = 0;
int distanceRight = 0;
int distanceLeft = 0;
int hexDistance1 = 13;
int hexDistance2 = 20;
int hexDistance3 = 35;
EQUATOR_LINE equatorLine = EquatorGenerator.Instance.equatorLine;
if (equatorLine == EQUATOR_LINE.HORIZONTAL)
{
// string[] splitted = EquatorGenerator.Instance.listEquator[0].name.Split(new char[]{','});
// int[] split = {int.Parse(splitted[0]), int.Parse(splitted[1])};
for (int i = 0; i < EquatorGenerator.Instance.listEquator.Count; i++)
{
float temperature = initialTemperature;
string[] splittedName = EquatorGenerator.Instance.listEquator[i].name.Split(new char[] { ',' });
int[] xy = { int.Parse(splittedName[0]), int.Parse(splittedName[1]) };
for (int up = xy[1]; up < GridMap.Instance.height; up++)
{
distanceUp = up - xy[1];
if (distanceUp >= 0 && distanceUp <= hexDistance1)
{
temperature = intervalTemperature * 1f;
}
else if (distanceUp > hexDistance1 && distanceUp <= hexDistance2)
{
temperature = intervalTemperature * 2f;
}
else if (distanceUp > hexDistance2 && distanceUp <= hexDistance3)
{
temperature = intervalTemperature * 3f;
}
else if (distanceUp > hexDistance3)
{
temperature = intervalTemperature * 4f;
}
else
{
temperature = intervalTemperature * 1f;
}
GridMap.Instance.GetHex(xy[0] + "," + up).GetComponent <HexTile>().temperature = temperature;
}
for (int down = xy[1]; down >= 0; down--)
{
distanceDown = xy[1] - down;
if (distanceDown >= 0 && distanceDown <= hexDistance1)
{
temperature = intervalTemperature * 1f;
}
else if (distanceDown > hexDistance1 && distanceDown <= hexDistance2)
{
temperature = intervalTemperature * 2f;
}
else if (distanceDown > hexDistance2 && distanceDown <= hexDistance3)
{
temperature = intervalTemperature * 3f;
}
else if (distanceDown > hexDistance3)
{
temperature = intervalTemperature * 4f;
}
else
{
temperature = intervalTemperature * 1f;
}
GridMap.Instance.GetHex(xy[0] + "," + down).GetComponent <HexTile>().temperature = temperature;
}
}
}
if (equatorLine == EQUATOR_LINE.VERTICAL || equatorLine == EQUATOR_LINE.DIAGONAL_RIGHT || equatorLine == EQUATOR_LINE.DIAGONAL_LEFT)
{
// string[] splitted = EquatorGenerator.Instance.listEquator[0].name.Split(new char[]{','});
// int[] split = {int.Parse(splitted[0]), int.Parse(splitted[1])};
for (int i = 0; i < EquatorGenerator.Instance.listEquator.Count; i++)
{
float temperature = initialTemperature;
string[] splittedName = EquatorGenerator.Instance.listEquator[i].name.Split(new char[] { ',' });
int[] xy = { int.Parse(splittedName[0]), int.Parse(splittedName[1]) };
for (int right = xy[0]; right < GridMap.Instance.height; right++)
{
distanceRight = right - xy[0];
if (distanceRight >= 0 && distanceRight <= hexDistance1)
{
temperature = intervalTemperature * 1f;
}
else if (distanceRight > hexDistance1 && distanceRight <= hexDistance2)
{
temperature = intervalTemperature * 2f;
}
else if (distanceRight > hexDistance2 && distanceRight <= hexDistance3)
{
temperature = intervalTemperature * 3f;
}
else if (distanceRight > hexDistance3)
{
temperature = intervalTemperature * 4f;
}
else
{
temperature = intervalTemperature * 1f;
}
GridMap.Instance.GetHex(right + "," + xy[1]).GetComponent <HexTile>().temperature = temperature;
}
for (int left = xy[0]; left >= 0; left--)
{
distanceLeft = xy[0] - left;
if (distanceLeft >= 0 && distanceLeft <= hexDistance1)
{
temperature = intervalTemperature * 1f;
}
else if (distanceLeft > hexDistance1 && distanceLeft <= hexDistance2)
{
temperature = intervalTemperature * 2f;
}
else if (distanceLeft > hexDistance2 && distanceLeft <= hexDistance3)
{
temperature = intervalTemperature * 3f;
}
else if (distanceLeft > hexDistance3)
{
temperature = intervalTemperature * 4f;
}
else
{
temperature = intervalTemperature * 1f;
}
GridMap.Instance.GetHex(left + "," + xy[1]).GetComponent <HexTile>().temperature = temperature;
}
}
}
}
internal void GenerateEquator()
{
this.equatorLine = GetEquatorLine();
this.hexEquatorName = GetHexEquatorName();
DrawEquator();
}
