public void RecalculateLayout()
{
List <LayoutCalculator.TileCountPair> tiles =
LayoutCalculator.CalculateSurfaceTiles(Reactor.SurfaceTiles, InternalLength, InternalWidth);
int interiorX = InternalWidth;
int interiorY = InternalLength;
int totalX = interiorX + 2;
int totalY = interiorY + 2;
int totalHeight = InternalHeight + 2;
int controlRodCount = 0;
ReactorCosts.ClearItems();
foreach (LayoutCalculator.TileCountPair surfacePair in tiles)
{
if (surfacePair.Tile == TileType.BlockReactorControlRod)
{
controlRodCount = surfacePair.Count;
ReactorCosts.AddSingleCostable(surfacePair.Tile, surfacePair.Count);
ReactorCosts.AddCostableHeight(TileType.BlockReactorFuelRod, InternalHeight * surfacePair.Count);
}
else
{
ReactorCosts.AddCostableHeight(surfacePair.Tile, InternalHeight * surfacePair.Count);
}
}
ReactorCosts.AddCasingReactor(totalY, totalX, totalHeight, 3, controlRodCount);
}
public void setUpButtonLayout(GameObject button)
{
ButtonInfo buttonInfo = button.GetComponent <ButtonInfo>();
Vector2 pos = buttonInfo.PositionOnSphere;
Vector2 size = buttonInfo.ButtonSize;
//calculate the button's center angle on sphere
//It will be the mean off all the occupy grid
List <Vector2> angleList = new List <Vector2>();
for (int i = 0; i < size.y; i++)
{
for (int j = 0; j < size.x; j++)
{
Vector2 angle = Vector2.zero;
angle.x = pos.x * buttonAngle;
angle.y = pos.y * buttonAngle;
angleList.Add(angle);
}
}
Vector2 buttonCenter = LayoutCalculator.meanAngle(angleList);
//calculate button length
float width = size.x * buttonLength;
float height = size.y * buttonLength;
//Setup the button
button.GetComponent <ButtonCurvedEffect>().setButton(buttonManager.gameObject, width, height, buttonCenter.y + VerticalAngle, buttonCenter.x + HorizontalAngle + forwardAngle);
}
private void calculateGridSize()
{
float horizontalLength = LayoutCalculator.partialLength(HorizontalRange / 2, radius);
float verticalLength = LayoutCalculator.partialLength(VerticalRange / 2, radius);
GridWidth = (int)(horizontalLength / buttonLength) * 2;
GridHeight = (int)(verticalLength / buttonLength) * 2;
}
public void setUp(float length, float radius, float forwardAngle)
{
this.buttonLength = length;
this.radius = radius;
this.forwardAngle = forwardAngle;
calculateGridSize();
buttonAngle = LayoutCalculator.paritalAngle(buttonLength, radius);
for (int i = 0; i < buttonManager.Button.Length; i++)
{
setUpButtonLayout(buttonManager.Button[i]);
}
}
public override IEnumerable <PositionInfo <IDiagramItem> > RelayoutGraphNodesPosition(Graph <IDiagramItem> graph)
{
Tree = MsaglGeometryGraphHelpers.CreatePhyloTrees(graph);
LayoutCalculator.CalculateLayout(Tree);
return(MsaglGeometryGraphHelpers.GetGetNodesPositionInfo(Tree));
}
