public static Vector3 ConvertToWorldCoords(AxialCoords localCoords)
{
float x = (localCoords.X + localCoords.Z * 0.5f - localCoords.Z / 2) * (HexDimensions.InnerRadius * 2f);
float z = localCoords.Z * (HexDimensions.OuterRadius * 1.5f);
return(new Vector3(x, 0f, z));
}
private void GenerateMap(HexMap.Data data)
{
Vector3 coords = data.Origin;
float rowOffset = HexDimensions.InnerRadius + HexDimensions.BridgeWidth;
for (int row = 0; row < data.Rows; row++)
{
for (int col = 0; col < data.Columns; col++)
{
//AxialCoords hexCoords = new AxialCoords(col-row/2, row);
AxialCoords hexCoords = AxialCoords.ConvertToAxialCoords(row, col);
HexCell cell = new HexCell(hexCoords, this.GetElevation(coords));
this.MapData.Cells.Add(coords, cell);
coords = new Vector3(
coords.x + HexDimensions.HorizontalSpacing + HexDimensions.BridgeWidth,
coords.y,
coords.z
);
}
coords = new Vector3(
//(row + 1) * rowOffset,
(row + 1) % 2 == 0 ? data.Origin.x : rowOffset + data.Origin.x,
coords.y,
coords.z + HexDimensions.VerticalSpacing + HexDimensions.BridgeWidth
);
}
}
public static Vector3 ConvertToCubeCoords(AxialCoords axialCoords)
{
return(new Vector3(
axialCoords.X,
axialCoords.Y,
axialCoords.Z
));
}
private static OffsetCoords ConvertAxialToOffset(AxialCoords axialCoords)
{
var q = axialCoords.Q;
var r = axialCoords.R;
var x = q + (r / 2);
var y = r;
return(new OffsetCoords(x, y));
}
public AxialCoords GetNeighborLocalPosition(Vector3 neighborCoords)
{
return(this.Coords + AxialCoords.ConvertToAxialCoords(neighborCoords));
}
public Vector3 GetNeighborWorldPosition(Vector3 neighborCoords)
{
AxialCoords localPosition = this.Coords + AxialCoords.ConvertToAxialCoords(neighborCoords);
return(AxialCoords.ConvertToWorldCoords(localPosition + AxialCoords.ConvertToAxialCoords(neighborCoords)));
}
public HexCell(AxialCoords coords, int elevation)
{
this.Coords = coords;
this.Elevation = elevation;
}
