public static hexNumFloat HexNumToFloat(hexNum point)
{
return(new hexNumFloat {
num_x_float = point.num_x,
num_z_float = point.num_z
});
}
public static hexNum Lerp(hexNum start, hexNum end, float ratio)
{
Debug.Assert(ratio >= 0 && ratio <= 1, "ratio out of [0, 1] in Lerp");
hexNum tmp;
tmp.num_x = Mathf.RoundToInt(ratio * start.num_x + (1 - ratio) * end.num_x);
tmp.num_z = Mathf.RoundToInt(ratio * start.num_z + (1 - ratio) * end.num_z);
return(tmp);
}
public static areaStartEnd CreateAreaStartEnd(hexNum hexN, hexNum hexN_new, bool same = true)
{
areaStartEnd center;
center.start = hexN;
center.end = hexN_new;
center.same = same;
return(center);
}
public static void AddHexagonCenter(hexNum hexN, hexNum hexN_new, bool same = true)
{
if (longArea)
{
Utils.Add(ref hexCenter[0], CreateAreaStartEnd(hexN, hexN_new, same));
}
else
{
if (hexN.num_x >= 0 && hexN.num_x < areaHeight / 3)
{
if (hexN.num_z >= 0 && hexN.num_z < areaWidth / 3)
{
Utils.Add(ref hexCenter[0], CreateAreaStartEnd(hexN, hexN_new, same));
}
else if (hexN.num_z >= areaWidth / 3 && hexN.num_z < areaWidth * 2 / 3)
{
Utils.Add(ref hexCenter[1], CreateAreaStartEnd(hexN, hexN_new, same));
}
else //hexN.num_z>=areaWidth*2/3 && hexN.num_z<areaWidth
{
Utils.Add(ref hexCenter[2], CreateAreaStartEnd(hexN, hexN_new, same));
}
}
else if (hexN.num_x >= areaHeight / 3 && hexN.num_x < areaHeight * 2 / 3)
{
if (hexN.num_z >= 0 && hexN.num_z < areaWidth / 3)
{
Utils.Add(ref hexCenter[5], CreateAreaStartEnd(hexN, hexN_new, same));
}
else if (hexN.num_z >= areaWidth / 3 && hexN.num_z < areaWidth * 2 / 3)
{
Utils.Add(ref hexCenter[4], CreateAreaStartEnd(hexN, hexN_new, same));
}
else //hexN.num_z>=areaWidth*2/3 && hexN.num_z<areaWidth
{
Utils.Add(ref hexCenter[3], CreateAreaStartEnd(hexN, hexN_new, same));
}
}
else //hexN.num_x>=areaHeight*2/3 && hexN.num_x<areaHeight
{
if (hexN.num_z >= 0 && hexN.num_z < areaWidth / 3)
{
Utils.Add(ref hexCenter[6], CreateAreaStartEnd(hexN, hexN_new, same));
}
else if (hexN.num_z >= 33 && hexN.num_z < areaWidth * 2 / 3)
{
Utils.Add(ref hexCenter[7], CreateAreaStartEnd(hexN, hexN_new, same));
}
else //hexN.num_z>=areaWidth*2/3 && hexN.num_z<areaWidth
{
Utils.Add(ref hexCenter[8], CreateAreaStartEnd(hexN, hexN_new, same));
}
}
}
}
public static hexNum HalfLerp(hexNum start, hexNum end)
{
return(Lerp(start, end, 0.5f));
}
