public static dynamic GetTSObject(Matrix[] dynArray)
{
if (dynArray is null)
{
return(null);
}
var list = new System.Collections.Generic.List <dynamic>();
foreach (var dynItem in dynArray)
{
list.Add(Matrix_.GetTSObject(dynItem));
}
return(list.ToArray());
}
public static Matrix[] FromTSObject(dynamic[] tsArray)
{
if (tsArray is null)
{
return(null);
}
var list = new System.Collections.Generic.List <Matrix>();
foreach (var tsItem in tsArray)
{
list.Add(Matrix_.FromTSObject(tsItem));
}
return(list.ToArray());
}
public List <Vector2> GetAdjacent(Grid grid)
{
Extensions.Matrix_ points = new Extensions.Matrix_(new Vector2[, ]
{
{ corners[Corner.TopLeft], corners[Corner.BottomLeft], },
{ corners[Corner.TopRight], corners[Corner.BottomRight] }
});
Vector2[] vecP = new Vector2[4];
vecP[0] = corners[Corner.TopLeft];
vecP[1] = corners[Corner.TopRight];
vecP[2] = corners[Corner.BottomLeft];
vecP[3] = corners[Corner.BottomRight];
Vector2 cp = new Vector2(Extensions.Extensions.Midpoint(corners[Corner.TopLeft].X, corners[Corner.TopRight].X),
Extensions.Extensions.Midpoint(corners[Corner.TopRight].Y, corners[Corner.BottomRight].Y));
Matrix_[] translations = new Matrix_[4];
Vector2 trans = new Vector2(size.X / 2, size.Y / 2);
translations[0] = new Matrix_(new Vector2[, ]
{
{ new Vector2(trans.X, 0) },
{ new Vector2(0, trans.Y) }
});
translations[1] = new Matrix_(new Vector2[, ]
{
{ new Vector2(-trans.X, 0) },
{ new Vector2(0, trans.Y) }
});
translations[2] = new Matrix_(new Vector2[, ]
{
{ new Vector2(trans.X, 0) },
{ new Vector2(0, -trans.Y) }
});
translations[3] = new Matrix_(new Vector2[, ]
{
{ new Vector2(-trans.X, 0) },
{ new Vector2(0, -trans.Y) }
});
Extensions.Matrix_ origin = new Matrix_(new Vector2[, ] {
{ new Vector2(trans.X + corners[Corner.TopRight].X, 0) },
{ new Vector2(0, trans.Y + corners[Corner.TopRight].Y) }
});
Matrix_ IOrigin = origin.Inverse();
Extensions.Matrix_ translate = new Extensions.Matrix_(new Vector2[, ]
{
{ new Vector2(trans.X, 0) },
{ new Vector2(0, trans.Y) }
});
Matrix_ IT = translate.Inverse();
Extensions.Matrix_ scaler = new Extensions.Matrix_(new Vector2[, ] {
{ new Vector2(2, 0) },
{ new Vector2(0, 2) }
});
Extensions.Matrix_ combination = Extensions.Matrix_.Multiply(translate, scaler);
Vector2[] finalPoints = new Vector2[4];
int I = 0;
foreach (Matrix_ m in translations)
{
Extensions.Matrix_ t = Extensions.Matrix_.Minus(vecP[I].ToMatrix(), cp.ToMatrix());
Extensions.Matrix_ c = Extensions.Matrix_.Multiply(t, scaler);
finalPoints[I] = Matrix_.Add(c, cp.ToMatrix()).ReturnVector();
I++;
}
int xpos = (int)finalPoints[1].X;
int sizex = xpos - (int)finalPoints[0].X;
Vector2[,] allPoints = new Vector2[sizex / (size.X / 2), sizex / (size.Y / 2)];
//get vectors
int a = 0;
int b = 0;
for (int x = (int)finalPoints[0].X; x < finalPoints[1].X; x += size.X / 2)
{
for (int y = (int)finalPoints[0].Y; y < finalPoints[2].Y; y += size.Y / 2)
{
allPoints[a, b] = new Vector2(x, y);
b++;
}
a++;
b = 0;
}
List <Vector2> adj = allPoints.GetEdges();
adj = grid.CheckPositions(adj);
return(adj);
}