public void SetLevelFromLevelAsText()
{
level = new Dictionary <Vector2Int, int>();
if (levelAsTextData == "")
{
return;
}
string[] lar = levelAsTextData.Split(',');
tridSize = new TridSize(int.Parse(lar[0]), int.Parse(lar[1]), int.Parse(lar[2]), int.Parse(lar[3]), int.Parse(lar[4]));
int index = 5;//starting index where our level data begins.
palette = new Color[tridSize.colors];
for (int i = 0; i < tridSize.colors; i++)
{
Color c = Color.black;
ColorUtility.TryParseHtmlString(lar[5 + i], out c);
palette[i] = c;
index++;
}
//
HintItem.palette = palette;
//
for (int i = index; i < lar.Length - 2; i = i + 3)
{
if (lar[i] != "" && lar[i + 1] != "" && lar[i + 2] != "")
{
Vector2Int p = new Vector2Int(int.Parse(lar[i]), int.Parse(lar[i + 1]));
level[p] = int.Parse(lar[i + 2]);
}
}
}
void SpawnGrid(TridSize gs)
{
ClearData();
//our origin will be if we extended the hexagon into a triangle alllll the way out to the bottom left.
//so the bottom row is y = 0.
//For the actual bottom row, it starts at some offset that we have to figure out, and that is the bottomLeft size.
Vector2Int origin = Vector2Int.zero;
//idfk guys something about the triangles being points up or down or where the origin should be. it works.
if (gs._bottomLeft != 0)
{
origin.x = gs._bottomLeft;
if (gs._bottomLeft % 2 == 0)
{
origin.x = gs._bottomLeft + gs._bottom + 1;
}
}
Triangle o = new Triangle(origin);
Vector2Int lastValid = origin;
AddTriangle(o); //lets start somewhere and march around.
Triangle t = o; //stamping triangle to march.
//lets make the bottom row.
//triangles on a side with n triangle faces at the side = 2n-2
for (int i = 0; i < gs.bottomTris; i++)
{
t = new Triangle(Triangle.MarchHorizontal(t.position, 1));
if (AddTriangle(t))
{
lastValid = t.position;
}
;
}
//bottom right edge
for (int i = 0; i < gs.bottomRightTris; i++)
{
t = new Triangle(Triangle.MarchPositiveSlope(t.position, 1));
if (AddTriangle(t))
{
lastValid = t.position;
}
;
}
//topRight edge
for (int i = 0; i < gs.topRightTris; i++)
{
t = new Triangle(Triangle.MarchNegativeSlope(t.position, -1));
if (AddTriangle(t))
{
lastValid = t.position;
}
}
//top edge
for (int i = 0; i < gs.topTris; i++)
{
t = new Triangle(Triangle.MarchHorizontal(t.position, -1));
if (AddTriangle(t))
{
lastValid = t.position;
//
}
;
}
//top left edge
for (int i = 0; i < gs.topLeftTris; i++)
{
t = new Triangle(Triangle.MarchPositiveSlope(t.position, -1));
if (AddTriangle(t))
{
lastValid = t.position;
}
;
}
//bottlmLeft edge
for (int i = 0; i < gs.bottomLeftTris; i++)
{
t = new Triangle(Triangle.MarchNegativeSlope(t.position, 1));
if (AddTriangle(t))
{
lastValid = t.position;
}
;
}
//Alright so we have the outline.
SpawnFill();
IdentifyPuzzleEdges();
}
