//Return the subpolygons selected ... this are fake subpolygons... a bunch of them
public List <Vector3> SubPolygonsSelected(int cols, int rows, ref List <Vector3> objsHitTerrain,
Vector3 iniHit, SubDivider subDivide, int rotationFacer, bool isMouseOnTerrain,
Vertexer vertex, UPoly poly, List <Vector3> currentHoverVertices)
{
List <Vector3> subPolys = new List <Vector3>();
subPolys = CreateListSelected(ref objsHitTerrain, cols, rows, iniHit, subDivide, isMouseOnTerrain,
vertex, poly, currentHoverVertices);
//print(cols + ".c||r."+rows+ " ini:."+iniHit);
//print(objsHitTerrain.Count + " objsHitTerrain.cou");
//print(subPolys.Count + " subPolys.coun");
//List<Vector3> firstRow = ReturnFirstRow(subPolys, rotationFacer);
return(subPolys);
}
/// Creates a list for the selected sub polygons given the columns and rows
List <Vector3> CreateListSelected(ref List <Vector3> objsHitTerrain, int columns, int rows, Vector3 iniHit,
SubDivider subDivide, bool isMouseOnTerrain, Vertexer vertex, UPoly poly, List <Vector3> currentHoverVertices)
{
objsHitTerrain = UMesh.ReturnThePos(iniHit, subDivide.XSubStep, subDivide.ZSubStep, columns, rows);
List <Vector3> res = new List <Vector3>();
for (int i = 0; i < objsHitTerrain.Count; i++)
{
res = UList.AddOneListToList(res, CreateOneSubPoly(objsHitTerrain[i], isMouseOnTerrain, vertex,
subDivide, poly, currentHoverVertices));
}
//still needs to eliminate duplicates
return(res);
}
//Initialize the Lot Steps values... for scanTerra() will not change the nextStart here.
//For loading mesh vertices from file we change the Vector3 nextStart for 1st only time here
public void InitializeLotStepVal(
ref Vector3 nextStart, SubDivider subDivide, List <Vector3> wholeMalla, Vector3[] Vertices,
ref float lotStepX, ref float lotStepZ,
int inPolyDiv = 0, int polyX = 0, int polyZ = 0)
{
if (nextStart == wholeMalla[0] && polyX != 0)
{
subDivide.SubDivideLot(ref nextStart, polyX, polyZ,
StepX, StepZ, inPolyDiv, Vertices);
}
if (lotStepZ == 0)
{
lotStepZ = wholeMalla[0].z - nextStart.z;
lotStepX = wholeMalla[0].x - nextStart.x;
//print(lotStepZ + "lotStepZ." + lotStepX + "lotStepX");
//print(wholeMalla[0] + "wholeMalla." + nextStart + "nextStart");
}
}
//create one subpoly based on where we hit the terrain
List <Vector3> CreateOneSubPoly(Vector3 hitPointOnSubPoly, bool isMouseOnTerrain, Vertexer vertex,
SubDivider subDivide, UPoly poly, List <Vector3> currentHoverVertices)
{
//print(isMouseOnTerrain + "isMouseOnTerrain");
List <Vector3> subPoly = new List <Vector3>();
if (isMouseOnTerrain)
{
Vector3 firstVertex = vertex.FindClosestVertex(hitPointOnSubPoly, currentHoverVertices.ToArray());
Dir quadrant = vertex.FindVertexQuadrant(firstVertex, hitPointOnSubPoly);
Vector3 lefTopVertex = vertex.FindTopLeftVertex(firstVertex, quadrant,
subDivide.XSubStep, subDivide.ZSubStep, currentHoverVertices.ToArray());
subPoly = UPoly.FindPoly(lefTopVertex, subDivide.XSubStep, subDivide.ZSubStep,
vertex, currentHoverVertices.ToArray());
//UVisHelp.CreateHelpers(subPoly, Root.blueCube);
}
return(subPoly);
}
// Use this for initialization
void Start()
{
camera = USearch.FindCurrentCamera();
Malla = (Malla)General.Create(Root.malla, container: Program.ClassContainer.transform);
Poly = new UPoly();
subDivide = new SubDivider();
Vertex = new Vertexer();
iniTerr = new InitializerTerrain();
iniTerr.Initializer(ref Vertices, ref mesh);
iniTerr.InitializeMallaStats(Vertices, ref wholeMalla, ref nextStart, ref zLot);
SubPolyr = new SubPolyr();
subMesh = new SubMeshData();
IsLoading = true;
//bz is static and if a new game is started needs to clean up and start again
CrystalManager1 = new CrystalManager();
}
protected override RadialBindModel[] GenerateChildren()
{
return(SubDivider.SubDivideTriangle(_triangle, this, GetChild));
}
protected override TextureBreakModel[] GenerateChildren()
{
return(SubDivider.SubDivideTriangle(_triangle, this, GetChild));
}
