private void RenderPathUnderManualConstructionWhenNotUsingTileConnections(ObjectPlacementPath path)
{
List <ObjectPlacementBoxStackSegment> allPathSegments = path.GetAllSegments();
ObjectPlacementPathManualConstructionRenderSettings renderSettings = path.RenderSettings.ManualConstructionRenderSettings;
Vector3 boxYOffsetvector = path.Settings.ManualConstructionSettings.OffsetAlongGrowDirection * path.ExtensionPlane.normal;
foreach (ObjectPlacementBoxStackSegment segment in allPathSegments)
{
for (int stackIndex = 0; stackIndex < segment.NumberOfStacks; ++stackIndex)
{
ObjectPlacementBoxStack stack = segment.GetStackByIndex(stackIndex);
if (stack.IsOverlappedByAnotherStack)
{
continue;
}
for (int boxIndex = 0; boxIndex < stack.NumberOfBoxes; ++boxIndex)
{
ObjectPlacementBox placementBox = stack.GetBoxByIndex(boxIndex);
if (placementBox.IsHidden)
{
continue;
}
OrientedBox orientedBox = placementBox.OrientedBox;
orientedBox.Center += boxYOffsetvector;
GizmosEx.RenderOrientedBoxEdges(orientedBox, renderSettings.BoxBorderLineColor);
}
}
}
}
public ObjectPlacementPathManualConstructionRenderSettingsView(ObjectPlacementPathManualConstructionRenderSettings settings)
{
_settings = settings;
VisibilityToggleLabel = "Path Construction";
ToggleVisibilityBeforeRender = true;
IndentContent = true;
}
private void RenderPathUnderManualConstructionWhenUsingTileConnections(ObjectPlacementPath path, ObjectPlacementPathTileConnectionSettings tileConnectionSettings)
{
List <ObjectPlacementPathTileConnectionGridCell> tileConnectionGridCells = path.TileConnectionGridCells;
ObjectPlacementPathManualConstructionRenderSettings renderSettings = path.RenderSettings.ManualConstructionRenderSettings;
var tileConnectionYOffsetVectorCalculator = new ObjectPlacementPathTileConnectionYOffsetVectorCalculator();
// Loop through all tile connection grid cells. Each cell will give us access to all the information
// that we need to perform the rendering operation.
foreach (ObjectPlacementPathTileConnectionGridCell tileConnectionGridCell in tileConnectionGridCells)
{
// Use the cell to access the tile connection stack. If the stack is overlapped by another stack
// or if no boxes exist in the stack, we can move on to the next cell.
ObjectPlacementBoxStack tileConnectionStack = tileConnectionGridCell.TileConnectionStack;
if (tileConnectionStack.IsOverlappedByAnotherStack || tileConnectionStack.NumberOfBoxes == 0)
{
continue;
}
// Calculate the Y offset vector which applies to all tiles in the current stack and then render each
// box which resides inside the stack.
Vector3 tileConnectionYOffsetVector = tileConnectionYOffsetVectorCalculator.Calculate(tileConnectionSettings.GetSettingsForTileConnectionType(tileConnectionGridCell.TileConnectionType), path);
for (int boxIndex = 0; boxIndex < tileConnectionStack.NumberOfBoxes; ++boxIndex)
{
// If the box is hidden, we can move on to the next box
ObjectPlacementBox placementBox = tileConnectionStack.GetBoxByIndex(boxIndex);
if (placementBox.IsHidden)
{
continue;
}
// Retrieve the box and apply the Y offset vector. The render the box.
OrientedBox orientedBox = placementBox.OrientedBox;
orientedBox.Center += tileConnectionYOffsetVector;
GizmosEx.RenderOrientedBoxEdges(orientedBox, renderSettings.BoxBorderLineColor);
}
// We have to take tile connection extrusion into account, so we will need to retrieve the extrusion
// boxes and render those too.
List <OrientedBox> extrusionOrientedBoxes = ObjectPlacementPathTileConnectionExtrusion.GetTileConnectionExtrusionOrientedBoxes(tileConnectionGridCell);
foreach (OrientedBox extrusionBox in extrusionOrientedBoxes)
{
GizmosEx.RenderOrientedBoxEdges(extrusionBox, renderSettings.BoxBorderLineColor);
}
}
}
