public Hexagon(Vector3 position, Vector2 indexNumber, Vector2[] neighbors, Logic.Vars_Func.HexTyp typ)
{
imps = new List <Imp>();
this.position = position;
this.indexNumber = indexNumber;
this.neighbors = neighbors;
this.typ = typ;
drawColor = Color.White;
building = false;
roomNumber = 0;
parent = indexNumber;
boneTransforms = new Matrix[Logic.Vars_Func.getHexagonModell(typ).Model.Bones.Count];
currentDrawPosition = Vector3.Zero;
isEnlightend = false;
isStartLight = false;
isEntrance = false;
isHQ = false;
lightPower = 0;
fireModels = new FireModel[3];
randomValue = new Random();
growObject = Logic.Vars_Func.GrowObject.length;
targetFlag = false;
fireBalls = new List <FireBallModel>();
}
public Map(int sidelength, Logic.Vars_Func.HexTyp typ, Boolean newGame, float hexagonSideLength)
{
map = new Hexagon[sidelength * sidelength];
rooms = new List <Room>();
nests = new List <Nest>();
temples = new List <Nest>();
farms = new List <Nest>();
entrances = new List <Nest>();
creatures = new List <Creature>();
heroes = new List <Creature>();
impList = new List <Imp>();
jobsWaiting = new Queue <Job>();
jobsInProgress = new List <Job>();
jobsDone = new List <Job>();
mineJobs = new List <Vector2>();
fires = new List <FireModel>();
dyingCreatures = new List <Creature>();
waves = new List <Wave>();
endedWaves = new List <Wave>();
fireBalls = new List <FireBallModel>();
hqPosition = new Vector2();
//drawHeight = 2; //how many hexagons are drawn up and down of the middle (+1)
//drawWidth = 5; //how many hexagons are drawn left and right of the middle (+1)
this.hexagonSideLength = hexagonSideLength;
if (newGame)
{
Vector2 indexNumber = new Vector2(0, 0);
this.planeSidelength = sidelength;
//creates a map with proportions sidelength * sidelength
for (int i = 0; i < sidelength; ++i)
{
for (int j = 0; j < sidelength; ++j)
{
Vector2[] neighbors = new Vector2[6];
//neighbor indices for i even
if (i % 2 == 0)
{
float xValue = (indexNumber.X - 1 + sidelength) % sidelength;
float yUpValue = (indexNumber.Y + 1) % sidelength;
float yDownValue = (indexNumber.Y - 1 + sidelength) % sidelength;
neighbors[0] = new Vector2(indexNumber.X, yUpValue);
neighbors[1] = new Vector2(indexNumber.X + 1, indexNumber.Y);
neighbors[2] = new Vector2(indexNumber.X + 1, yDownValue);
neighbors[3] = new Vector2(indexNumber.X, yDownValue);
neighbors[4] = new Vector2(xValue, yDownValue);
neighbors[5] = new Vector2(xValue, indexNumber.Y);
map[(int)(indexNumber.X * sidelength + indexNumber.Y)] = new Hexagon(new Vector3(i * 3 / 2 * hexagonSideLength + hexagonSideLength * 1.5f, j * 2 * hexagonSideLength * 7 / 8 + hexagonSideLength * 7 / 8, 0), indexNumber, neighbors, typ);
}
//neighbor indices for i uneven
else
{
float xValue = (indexNumber.X + 1) % sidelength;
float yUpValue = (indexNumber.Y + 1) % sidelength;
float yDownValue = (indexNumber.Y - 1 + sidelength) % sidelength;
neighbors[0] = new Vector2(indexNumber.X, yUpValue);
neighbors[1] = new Vector2(xValue, yUpValue);
neighbors[2] = new Vector2(xValue, indexNumber.Y);
neighbors[3] = new Vector2(indexNumber.X, yDownValue);
neighbors[4] = new Vector2(indexNumber.X - 1, indexNumber.Y);
neighbors[5] = new Vector2(indexNumber.X - 1, yUpValue);
map[(int)(indexNumber.X * sidelength + indexNumber.Y)] = new Hexagon(new Vector3(i * 3 / 2 * hexagonSideLength + hexagonSideLength * 1.5f, j * 2 * hexagonSideLength * 7 / 8 + hexagonSideLength * 7 / 8 * 2, 0), indexNumber, neighbors, typ);
}
++indexNumber.Y;
;
}
indexNumber.Y = 0;
++indexNumber.X;
}
}
else
{
// insert the savegame here.
//load(null);
}
}
