private RingSideBlueprint[] CreateRingSideBlueprints()
{
RingSideBlueprint[] ret = new RingSideBlueprint[]
{
new RingSideBlueprint(1, 0, 0, -1, true),
new RingSideBlueprint(-1, 1, 1, 0),
new RingSideBlueprint(0, 1, 1, -1),
new RingSideBlueprint(-1, 0, 0, 1),
new RingSideBlueprint(1, -1, -1, 0),
new RingSideBlueprint(0, -1, -1, 1)
};
return(ret);
}
private MapmakerTile DoRingSide(RingSideBlueprint blueprint, int ring, int ringSideIndex)
{
int startRow = blueprint.BaseRowMultiplier * ring;
int startColumn = blueprint.BaseColumnMultiplier * ring;
int rowOffset = blueprint.RowOffsetIncrement * ringSideIndex;
int columnOffset = blueprint.ColumnOffsetIncrement * ringSideIndex;
int finalRow = startRow + rowOffset;
int finalColumn = startColumn + columnOffset;
return(new MapmakerTile(blueprint.IsMasterSide, ring, finalRow, finalColumn));
}
private HexCenter DoRingSide(RingSideBlueprint blueprint, int ring, int ringSideIndex)
{
int startRow = blueprint.BaseRowMultiplier * ring;
int startColumn = blueprint.BaseColumnMultiplier * ring;
int rowOffset = blueprint.RowOffsetIncrement * ringSideIndex;
int columnOffset = blueprint.ColumnOffsetIncrement * ringSideIndex;
int finalRow = startRow + rowOffset;
int finalColumn = startColumn + columnOffset;
Vector2 hexPos = GetHexPos(finalRow, finalColumn, ring);
bool playable = _main.MapDefinition.ContainsDefinitionFor(finalRow, finalColumn);
int index = playable ? RegisterNextHex() : 0;
return(new HexCenter(hexPos, index, finalRow, finalColumn, _extents));
}
