void Start()
{
if (mapData != null && grid != null)
{
int[,] mapDesign = mapData.MakeMap();
grid.CreateGrid(mapDesign);
gridVisualisation = grid.gameObject.GetComponent <GridVisualisation>();
if (gridVisualisation != null)
{
gridVisualisation.CreateGridVisualisation(grid);
}
//if our goal is not in the map range it will throw.
if (grid.IsWithinBounds(xGoal, yGoal) && grid.IsWithinBounds(xStart, yStart))
{
startNode = gridVisualisation.nodesVisualisationData[xStart, yStart];
goalNode = gridVisualisation.nodesVisualisationData[xGoal, yGoal];
xGoalInput.text = xGoal.ToString();
yGoalInput.text = yGoal.ToString();
xUnitInput.text = xStart.ToString();
yUnitInput.text = yStart.ToString();
InstantiateUnit(startNode);
}
}
}
void Start()
{
if (mapData != null && grid != null)
{
int[,] mapinstance = mapData.MakeMap();
grid.CreateGrid(mapinstance);
gridVisualisation = grid.gameObject.GetComponent <GridVisualisation>();
if (gridVisualisation != null)
{
gridVisualisation.CreateGridVisualisation(grid);
}
//if our goal is not in the map range it will throw.
if (grid.IsWithinBounds(xGoal, yGoal) && grid.IsWithinBounds(xStart, yStart))
{
startNode = gridVisualisation.nodesVisualisationData[xStart, yStart];
goalNode = gridVisualisation.nodesVisualisationData[xGoal, yGoal];
xGoalInput.text = xGoal.ToString();
yGoalInput.text = yGoal.ToString();
xUnitInput.text = xStart.ToString();
yUnitInput.text = yStart.ToString();
ChangeTileToGoalNode(goalNode);
InstantiateUnit(startNode);
}
flowfieldPathfinding.CreatePathfinding(grid, gridVisualisation);
flowfieldPathfinding.FlowfieldPath(goalNode.transform.position, PathfindingVisualisationAid, heuristicIndex);
}
}