public ObjPosReturn(int Row, int Col, ObjType otype, Objcolor color = Objcolor.NONE)
{
objtype = otype;
this.Row = Row;
this.Col = Col;
this.color = color;
}
GridObj SpawnObj(GridObj obj, int row, int col, bool CanDrag, Objcolor color = Objcolor.NONE)
{
if (panellist[row, col].Wall)
{
Debug.Log("Panel has Wall in: " + row + " " + col);
return(null);
}
Vector3 newobjpos = panellist[row, col].transform.position;
newobjpos.y += .5f;
GridObj newobj = Instantiate(obj, newobjpos, Quaternion.identity, newLevel.transform);
if (newobj.objtype == ObjType.TARGET)
{
targets.Add(newobj);
if (color != Objcolor.NONE)
{
newobj.ChangeColor(color);
}
}
newobj.CanDrag = CanDrag;
newobj.GridPosition = new Vector2(row, col);
panellist[row, col].SetItem(newobj);
return(newobj);
}
Gradient SetLineColor(Objcolor color)
{
return(color == Objcolor.RED? RedGradient:
color == Objcolor.GREEN? GreenGradient:
color == Objcolor.BLUE? BlueGradient:
color == Objcolor.CYAN? CyanGradient:
color == Objcolor.MAGENTA? MagGradient:
color == Objcolor.YELLOW? YellowGradient:
NewGradient);
}
Objcolor mixColor(Objcolor curColor, Objcolor secondColor)
{
if (curColor == secondColor)
{
return(curColor);
}
switch (curColor)
{
case Objcolor.RED:
if (secondColor == Objcolor.BLUE)
{
return(Objcolor.MAGENTA);
}
else if (secondColor == Objcolor.GREEN)
{
return(Objcolor.YELLOW);
}
else
{
return(secondColor);
}
case Objcolor.GREEN:
if (secondColor == Objcolor.BLUE)
{
return(Objcolor.CYAN);
}
else if (secondColor == Objcolor.RED)
{
return(Objcolor.YELLOW);
}
else
{
return(secondColor);
}
case Objcolor.BLUE:
if (secondColor == Objcolor.RED)
{
return(Objcolor.MAGENTA);
}
else if (secondColor == Objcolor.GREEN)
{
return(Objcolor.CYAN);
}
else
{
return(secondColor);
}
}
return(secondColor);
}
void SelectColor(Objcolor color, Image SelectedImage)
{
CurColor = color;
if (this.SelectedImage != null)
{
this.SelectedImage.transform.localScale = new Vector3(1, 1, 1);
}
if (SelectedImage != null)
{
this.SelectedImage = SelectedImage;
this.SelectedImage.transform.localScale = new Vector3(2, 2, 1);
}
}
// Start is called before the first frame update
public void ChangeColor(Objcolor TarColor)
{
switch (TarColor)
{
case Objcolor.RED:
mat.material.SetColor("_BaseColor", redMat);
mat.material.SetColor("_EmissionColor", redMat);
break;
case Objcolor.GREEN:
mat.material.SetColor("_BaseColor", GreenMat);
mat.material.SetColor("_EmissionColor", GreenMat);
break;
case Objcolor.BLUE:
mat.material.SetColor("_BaseColor", BlueMat);
mat.material.SetColor("_EmissionColor", BlueMat);
break;
case Objcolor.CYAN:
mat.material.SetColor("_BaseColor", CyanMat);
mat.material.SetColor("_EmissionColor", CyanMat);
break;
case Objcolor.MAGENTA:
mat.material.SetColor("_BaseColor", MagMat);
mat.material.SetColor("_EmissionColor", MagMat);
break;
case Objcolor.YELLOW:
mat.material.SetColor("_BaseColor", YellowMat);
mat.material.SetColor("_EmissionColor", YellowMat);
break;
default:
mat.material = defmat;
mat.material.SetColor("_BaseColor", Color.white);
mat.material.SetColor("_EmissionColor", Color.white);
break;
}
oColor = TarColor;
}
IEnumerator CreateBeam(GridPanel initialPanel, Direction InitialDir, Vector3 InitialPosition)
{
ResetCounters();
float time = 0;
bool HasLineOpen = true;
List <lightBeamSeg> newLines = new List <lightBeamSeg>();
List <lightBeamSeg> Openlines = new List <lightBeamSeg>();
Direction CurrentDir = InitialDir;
int CurRow = (int)initialPanel.position.x;
int CurCol = (int)initialPanel.position.y;
lightBeamSeg CurrentLine = new lightBeamSeg(AvailableLines[0], CurrentDir);
CurrentLine.line.transform.position = InitialPosition;
Vector3[] oldpos = new Vector3[CurrentLine.line.positionCount];
CurrentLine.line.GetPositions(oldpos);
CurrentLine.points.Add(new GridValue {
Row = CurRow, Col = CurCol
});
List <Vector3> positions = new List <Vector3>(oldpos);
Openlines.Add(CurrentLine);
AvailableLines.RemoveAt(0);
Vector3Int nextPos = Vector3Int.zero;
while (HasLineOpen)
{
GridPanel obj = lineCheck(CurRow, CurCol, CurrentDir);
if (obj.HasItem)
{
switch (obj.item.objtype)
{
case ObjType.REFLECTOR:
nextPos += new Vector3Int((int)obj.position.x - CurRow, 0, (int)obj.position.y - CurCol);
AddPositiontoLine(CurrentLine.line, nextPos);
Direction newDir = Reflector.returnnewDirection(obj.item.DirRot, CurrentDir);
Debug.Log(newDir + " " + CurrentDir);
CurCol = (int)obj.position.y;
CurRow = (int)obj.position.x;
if (newDir == Direction.INVALID)
{
Openlines.Remove(CurrentLine);
newLines.Add(CurrentLine);
}
CurrentDir = newDir;
break;
case ObjType.DOUBLE:
Direction newRaydir = Reflector.returnnewDoubleDirection(obj.item.DirRot, CurrentDir);
nextPos += new Vector3Int((int)obj.position.x - CurRow, 0, (int)obj.position.y - CurCol);
AddPositiontoLine(CurrentLine.line, nextPos);
CurCol = (int)obj.position.y;
CurRow = (int)obj.position.x;
if (newRaydir != Direction.INVALID)
{
CurrentDir = newRaydir;
CurrentLine.dir = CurrentDir;
lightBeamSeg newseg = new lightBeamSeg(AvailableLines[0],
Reflector.ReturnReverseDirection(newRaydir));
AvailableLines.RemoveAt(0);
Vector3 newraypos = obj.transform.position;
newraypos.y = CurrentLine.line.transform.position.y;
newseg.line.transform.position = newraypos;
newseg.lineColor = CurrentLine.lineColor;
newseg.line.colorGradient = SetLineColor(CurrentLine.lineColor);
newseg.points.Add(new GridValue {
Row = CurRow, Col = CurCol
});
Openlines.Add(newseg);
}
else
{
Openlines.Remove(CurrentLine);
newLines.Add(CurrentLine);
}
break;
case ObjType.GLASS:
lightBeamSeg seg = new lightBeamSeg(AvailableLines[0], CurrentDir);
// Openlines.Add(seg);
AvailableLines.RemoveAt(0);
Vector3 newpos = obj.transform.position;
newpos.y = CurrentLine.line.transform.position.y;
seg.line.transform.position = newpos;
nextPos += new Vector3Int((int)obj.position.x - CurRow, 0, (int)obj.position.y - CurCol);
AddPositiontoLine(CurrentLine.line, nextPos);
Objcolor newcolor = mixColor(CurrentLine.lineColor, obj.item.oColor);
seg.line.colorGradient = SetLineColor(newcolor);
seg.lineColor = newcolor;
CurCol = (int)obj.position.y;
CurRow = (int)obj.position.x;
newLines.Add(CurrentLine);
Openlines.Remove(CurrentLine);
seg.points.Add(new GridValue {
Row = CurRow, Col = CurCol
});
if (CurrentLine.points[0].Row != CurRow || CurrentLine.points[0].Col != CurCol)
{
Openlines.Add(seg);
}
particles.Add(CreateGlassParticle(obj.item.GetColor(), newpos, seg.dir).gameObject);
break;
case ObjType.WALL:
nextPos += new Vector3Int((int)obj.position.x - CurRow, 0, (int)obj.position.y - CurCol);
AddPositiontoLine(CurrentLine.line, nextPos);
Openlines.Remove(CurrentLine);
newLines.Add(CurrentLine);
Vector3 pos = obj.transform.position;
pos.y = CurrentLine.line.transform.position.y;
particles.Add(CreateWallParticle(pos, CurrentLine.dir));
break;
case ObjType.TARGET:
nextPos += new Vector3Int((int)obj.position.x - CurRow, 0, (int)obj.position.y - CurCol);
AddPositiontoLine(CurrentLine.line, nextPos);
Openlines.Remove(CurrentLine);
newLines.Add(CurrentLine);
if (CurrentLine.lineColor == obj.item.oColor)
{
obj.item.LightUP();
}
break;
case ObjType.OTHER:
break;
case ObjType.PRESSURE:
CurCol = (int)obj.position.y;
CurRow = (int)obj.position.x;
break;
}
}
else
{
Debug.Log(obj.position + " " + CurRow + " " + CurCol);
nextPos += new Vector3Int((int)obj.position.x - CurRow, 0, (int)obj.position.y - CurCol);
AddPositiontoLine(CurrentLine.line, nextPos);
Debug.Log("No item Found");
Openlines.Remove(CurrentLine);
newLines.Add(CurrentLine);
}
Debug.Log("Running");
if (Openlines.Count <= 0)
{
HasLineOpen = false;
}
else if (!Openlines.Contains(CurrentLine))
{
CurrentLine = Openlines[0];
CurrentDir = CurrentLine.dir;
nextPos = Vector3Int.zero;
oldpos = new Vector3[CurrentLine.line.positionCount];
CurrentLine.line.GetPositions(oldpos);
positions = new List <Vector3>(oldpos);
CurRow = CurrentLine.points[0].Row;
CurCol = CurrentLine.points[0].Col;
}
time += Time.deltaTime;
yield return(null);
}
Segments = new List <lightBeamSeg>(newLines);
Debug.Log(time);
}
