void InstantiateCellDisplay(BrickArrangement inputBrickArrangement)
{
foreach (Cell cell in brickArrangement.arrangementGraph.availableCells)
{
availableCellsInScene.Add(Instantiate(brickCellMesh, inputBrickArrangement.GetRealCellPosition(cell) + inputBrickArrangement.displayCellOffset, Quaternion.identity, brickCellMesh.transform.parent));
}
}
void UpdateCellDisplay(BrickArrangement inputBrickArrangement)
{
if (graphBranchesAreShowing == true)
{
for (int i = 0; i < brickArrangement.arrangementGraph.availableCells.Count; i++)
{
// availableCellsInScene[i].transform.position = inputBrickArrangement.GetRealCellPosition(brickArrangement.arrangementGraph.availableCells[i]);
if (brickArrangement.arrangementGraph.availableCells[i].isPath == true)
{
availableCellsInScene[i].GetComponent <Renderer>().material.color = Color.yellow;
}
else if (brickArrangement.arrangementGraph.availableCells[i].isStart == true)
{
availableCellsInScene[i].GetComponent <Renderer>().material.color = Color.green;
}
else if (brickArrangement.arrangementGraph.availableCells[i].isEnd == true)
{
availableCellsInScene[i].GetComponent <Renderer>().material.color = Color.red;
}
else
{
availableCellsInScene[i].GetComponent <Renderer>().material.color = Color.grey;
}
}
}
}
void UpdateBricks(BrickArrangement inputBrickArrangement)
{
//for (int i = 0; i < inputBrickArrangement.allBricks.Count; i++)
//{
// bricksInScene[i].transform.position = inputBrickArrangement.GetRealBrickPosition(inputBrickArrangement.allBricks[i]);
// bricksInScene[i].transform.rotation = inputBrickArrangement.allBricks[i].rotation;
//}
}
void DestroyCellDisplay(BrickArrangement inputBrickArrangement)
{
foreach (GameObject cell in availableCellsInScene)
{
Destroy(cell);
}
availableCellsInScene.Clear();
}
void InstantiateBricks(BrickArrangement inputBrickArrangement)
{
foreach (Brick brick in inputBrickArrangement.allBricks)
{
bricksInScene.Add(Instantiate(brickMesh, inputBrickArrangement.GetRealBrickPosition(brick), brick.rotation, brickMesh.transform.parent));
}
brickArrangement.GenerateGraph();
InstantiateCellDisplay(inputBrickArrangement);
}
void DestroyGraphBranches(BrickArrangement inputBrickArrangement)
{
foreach (LineRenderer line in graphLines)
{
Destroy(line);
}
graphLines.Clear();
foreach (GameObject graphBranch in graphBranchesInScene)
{
Destroy(graphBranch);
}
graphBranchesInScene.Clear();
}
void InstantiateGraphBranches(BrickArrangement inputBrickArrangement)
{
foreach (GraphBranch branch in brickArrangement.arrangementGraph.graphBranches)
{
graphBranchesInScene.Add(Instantiate(lineRendererObject, lineRendererObject.transform.parent));
}
for (int i = 0; i < graphBranchesInScene.Count; i++)
{
var line = graphBranchesInScene[i].AddComponent <LineRenderer>();
line.material = graphMaterial;
line.widthMultiplier = 0.005f;
line.positionCount = 2;
graphLines.Add(line);
}
graphBranchesAreShowing = true;
}
public Robot(Cell startPosition, BrickArrangement inputBrickArrangement)
{
position = startPosition;
brickArrangement = inputBrickArrangement;
rotation = Quaternion.Euler(0, 0, 0);
}
public BuildManager(BrickArrangement _inputBrickArrangment)
{
brickArrangement = _inputBrickArrangment;
}
void UpdateGateCell(BrickArrangement inputBrickArrangement)
{
GameObject gateCellMarker = Instantiate(gateCellMarkerMesh, inputBrickArrangement.GetRealPosition(inputBrickArrangement.gateCell) + gateCellOffset, Quaternion.identity);
}
void UpdateLineDisplay(BrickArrangement inputBrickArrangement)
{
for (int i = 0; i < graphLines.Count; i++)
{
Vector3 lineDisplaySeparatorFactor = new Vector3(0, 0, 0);
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type >= 2 && inputBrickArrangement.arrangementGraph.graphBranches[i].type <= 5)
{
lineDisplaySeparatorFactor = lineDisplaySeparator * 1;
}
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type >= 12 && inputBrickArrangement.arrangementGraph.graphBranches[i].type <= 15)
{
lineDisplaySeparatorFactor = lineDisplaySeparator * 2;
}
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type >= -5 && inputBrickArrangement.arrangementGraph.graphBranches[i].type <= -2)
{
lineDisplaySeparatorFactor = lineDisplaySeparator * 0;
}
// horizontalSteps
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type == 2)
{
graphLines[i].material.color = gradientColours[4];
}
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type == 3)
{
graphLines[i].material.color = gradientColours[5];
}
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type == 4)
{
graphLines[i].material.color = gradientColours[6];
}
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type == 5)
{
graphLines[i].material.color = gradientColours[7];
}
// upSteps
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type == 12)
{
graphLines[i].material.color = gradientColours[8];
}
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type == 13)
{
graphLines[i].material.color = gradientColours[9];
}
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type == 14)
{
graphLines[i].material.color = gradientColours[10];
}
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type == 15)
{
graphLines[i].material.color = gradientColours[11];
}
// downSteps
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type == -2)
{
graphLines[i].material.color = gradientColours[0];
}
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type == -3)
{
graphLines[i].material.color = gradientColours[1];
}
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type == -4)
{
graphLines[i].material.color = gradientColours[2];
}
if (inputBrickArrangement.arrangementGraph.graphBranches[i].type == -5)
{
graphLines[i].material.color = gradientColours[3];
}
graphLines[i].SetPosition(0, inputBrickArrangement.GetRealCellPosition(brickArrangement.arrangementGraph.graphBranches[i].start) + inputBrickArrangement.displayCellOffset + lineDisplaySeparatorFactor + new Vector3(0, 0.6f, 0));
graphLines[i].SetPosition(1, inputBrickArrangement.GetRealCellPosition(brickArrangement.arrangementGraph.graphBranches[i].end) + inputBrickArrangement.displayCellOffset + lineDisplaySeparatorFactor + new Vector3(0, 0.6f, 0));
}
}
