public void DrawSimpleOutlines(Matrix4x4 transformation, CSGWireframe wireframe, Color color)
{
if (wireframe == null ||
wireframe.Vertices == null ||
wireframe.Vertices.Length == 0 ||
(wireframe.VisibleOuterLines == null &&
wireframe.InvisibleOuterLines == null &&
wireframe.VisibleInnerLines == null &&
wireframe.InvisibleInnerLines == null &&
wireframe.InvalidLines == null))
{
return;
}
color.a *= 0.5f;
var vertices = wireframe.Vertices;
var indices = wireframe.VisibleOuterLines;
if (indices != null &&
indices.Length > 0 &&
(indices.Length & 1) == 0)
{
zTestLinesManager.DrawLines(transformation, vertices, indices, color, thickness: 0.5f);
}
if (indices != null &&
indices.Length > 0 &&
(indices.Length & 1) == 0)
{
noZTestLinesManager.DrawLines(transformation, vertices, indices, color, thickness: 0.5f, dashSize: GUIConstants.invisibleInnerLineDots);
}
}
public void DrawOutlines(Matrix4x4 transformation, CSGWireframe wireframe, Color wireframeColor, float thickness = -1, bool onlyInnerLines = false, bool showInnerLines = true)
{
Color outerColor = wireframeColor;
Color innerColor = outerColor;
innerColor.a *= GUIConstants.innerFactor;
Color outerOccludedColor = wireframeColor; // * GUIConstants.occludedFactor;
Color innerOccludedColor = wireframeColor; // * GUIConstants.occludedFactor;
outerOccludedColor.a *= 0.5f;
innerOccludedColor.a *= 0.5f * GUIConstants.innerFactor;;
DrawOutlines(transformation, wireframe, outerColor, outerOccludedColor, innerColor, innerOccludedColor, thickness, onlyInnerLines, showInnerLines);
}
void UpdateSurfaceWireframe()
{
foreach (var pair in surfaceOutlines)
{
var wireframe = pair.Value;
var outline = pair.Key;
var surface = outline.surface;
var treeBrush = surface.TreeBrush;
if (wireframe == null)
{
if (treeBrush.Valid &&
treeBrush.BrushMesh != BrushMeshInstance.InvalidInstance)
{
surfaceOutlineFixes[outline] = CSGWireframe.CreateWireframe(treeBrush, surface.surfaceID);
}
else
{
surfaceOutlineFixes[outline] = null;
}
continue;
}
else
{
if (!treeBrush.Valid ||
treeBrush.BrushMesh == BrushMeshInstance.InvalidInstance)
{
surfaceOutlineFixes[outline] = null;
continue;
}
}
if (!wireframe.Dirty)
{
continue;
}
wireframe.UpdateWireframe();
}
foreach (var pair in surfaceOutlineFixes)
{
surfaceOutlines[pair.Key] = pair.Value;
}
surfaceOutlineFixes.Clear();
updateSurfaceLineCache = true;
}
void UpdateBrushWireframe()
{
foreach (var pair in brushOutlines)
{
var wireframe = pair.Value;
var outline = pair.Key;
var brush = outline.brush;
if (wireframe == null)
{
if (brush.Valid &&
brush.BrushMesh != BrushMeshInstance.InvalidInstance)
{
brushOutlineFixes[outline] = CSGWireframe.CreateWireframe(brush);
}
else
{
brushOutlineFixes[outline] = null;
}
continue;
}
else
{
if (!brush.Valid ||
brush.BrushMesh == BrushMeshInstance.InvalidInstance)
{
brushOutlineFixes[outline] = null;
continue;
}
}
if (!wireframe.Dirty)
{
continue;
}
wireframe.UpdateWireframe();
}
foreach (var pair in brushOutlineFixes)
{
brushOutlines[pair.Key] = pair.Value;
}
brushOutlineFixes.Clear();
updateBrushLineCache = true;
}
void UpdateSurfaceSelection()
{
surfaceOutlines.Clear();
var selection = ChiselSurfaceSelectionManager.Selection;
var hovered = ChiselSurfaceSelectionManager.Hovered;
if (selection.Count == 0 &&
hovered.Count == 0)
{
surfaceOutlines.Clear();
surfaceOutlineRenderer.Clear();
}
else
{
var allSurfaces = new HashSet <SurfaceReference>(selection);
allSurfaces.AddRange(hovered);
foreach (var outline in surfaceOutlines.Keys)
{
var surface = outline.surface;
if (!allSurfaces.Contains(surface) ||
!surface.TreeBrush.Valid ||
surface.TreeBrush.BrushMesh == BrushMeshInstance.InvalidInstance)
{
removedSurfaces.Add(outline);
}
else
{
allSurfaces.Remove(surface);
}
}
if (removedSurfaces.Count > 0)
{
foreach (var outline in removedSurfaces)
{
surfaceOutlines.Remove(outline);
}
}
removedSurfaces.Clear();
foreach (var surface in allSurfaces)
{
var transform = CSGNodeHierarchyManager.FindModelTransformOfTransform(surface.node.hierarchyItem.Transform);
var outline = new SurfaceOutline(transform, surface);
foundSurfaceOutlines.Add(outline);
}
foreach (var outline in foundSurfaceOutlines)
{
if (!outline.surface.TreeBrush.Valid ||
outline.surface.TreeBrush.BrushMesh == BrushMeshInstance.InvalidInstance)
{
continue;
}
var wireframe = CSGWireframe.CreateWireframe(outline.surface.TreeBrush, outline.surface.surfaceID);
surfaceOutlines[outline] = wireframe;
}
}
foundSurfaceOutlines.Clear();
updateSurfaceWireframe = true;
}
void UpdateBrushSelection()
{
brushDirectlySelected.Clear();
var objects = Selection.objects;
if (objects.Length > 0)
{
for (int i = 0; i < objects.Length; i++)
{
var obj = objects[i];
ChiselNode[] nodes = null;
var gameObject = obj as GameObject;
if (!Equals(null, gameObject))
{
nodes = gameObject.GetComponentsInChildren <ChiselNode>();
}
else
{
var behaviour = obj as Behaviour;
if (!Equals(null, behaviour))
{
nodes = behaviour.GetComponents <ChiselNode>();
}
}
if (nodes != null &&
nodes.Length > 0)
{
for (int n = 0; n < nodes.Length; n++)
{
var node = nodes[n];
foundTreeBrushes.Clear();
node.GetAllTreeBrushes(foundTreeBrushes, ignoreSynchronizedBrushes: true);
if (foundTreeBrushes.Count > 0)
{
var directSelected = (// if component is directly select
(gameObject == null) ||
// or when the component is part of the selected gameObject
(gameObject == node.gameObject)) &&
// if we find CSGTreeBrushes directly on this node, but this node
// can also have child nodes, then we assume the CSGTreeBrushes are generated
// and we don't want to show those as directly selected
!node.CanHaveChildNodes;
var transform = CSGNodeHierarchyManager.FindModelTransformOfTransform(node.hierarchyItem.Transform);
foreach (var treeBrush in foundTreeBrushes)
{
if (directSelected)
{
brushDirectlySelected.Add(treeBrush);
}
var outline = new BrushOutline(transform, treeBrush);
foundBrushOutlines.Add(outline);
}
}
}
}
}
}
if (foundTreeBrushes.Count == 0)
{
brushOutlines.Clear();
brushOutlineRenderer.Clear();
}
else
{
foreach (var outline in brushOutlines.Keys)
{
if (!foundBrushOutlines.Contains(outline) ||
!outline.brush.Valid ||
outline.brush.BrushMesh == BrushMeshInstance.InvalidInstance)
{
removedBrushes.Add(outline);
}
}
if (removedBrushes.Count > 0)
{
foreach (var outline in removedBrushes)
{
brushOutlines.Remove(outline);
}
}
removedBrushes.Clear();
foreach (var outline in foundBrushOutlines)
{
if (!outline.brush.Valid ||
outline.brush.BrushMesh == BrushMeshInstance.InvalidInstance)
{
continue;
}
var wireframe = CSGWireframe.CreateWireframe(outline.brush);
brushOutlines[outline] = wireframe;
}
}
foundBrushOutlines.Clear();
updateBrushWireframe = true;
}
public void DrawOutlines(Matrix4x4 transformation, CSGWireframe wireframe,
Color outerColor, Color outerOccludedColor,
Color innerColor, Color innerOccludedColor,
float thickness = -1, bool onlyInnerLines = false, bool showInnerLines = true)
{
if (wireframe == null ||
wireframe.Vertices == null ||
wireframe.Vertices.Length == 0 ||
(wireframe.VisibleOuterLines == null &&
wireframe.InvisibleOuterLines == null &&
wireframe.VisibleInnerLines == null &&
wireframe.InvisibleInnerLines == null &&
wireframe.InvalidLines == null))
{
return;
}
if (thickness <= 0)
{
thickness = GUIConstants.defaultLineScale;
}
if (!onlyInnerLines && wireframe.VisibleOuterLines != null && wireframe.VisibleOuterLines.Length > 0)
{
zTestLinesManager.DrawLines(transformation, wireframe.Vertices, wireframe.VisibleOuterLines, outerColor, thickness: thickness);
}
if (showInnerLines && wireframe.VisibleInnerLines != null && wireframe.VisibleInnerLines.Length > 0)
{
zTestLinesManager.DrawLines(transformation, wireframe.Vertices, wireframe.VisibleInnerLines, innerColor, thickness: thickness);
}
if (!onlyInnerLines && wireframe.InvisibleOuterLines != null && wireframe.InvisibleOuterLines.Length > 0)
{
zTestLinesManager.DrawLines(transformation, wireframe.Vertices, wireframe.InvisibleOuterLines, outerOccludedColor, dashSize: GUIConstants.invisibleInnerLineDots, thickness: GUIConstants.defaultLineScale);
}
if (!onlyInnerLines && wireframe.VisibleOuterLines != null && wireframe.VisibleOuterLines.Length > 0)
{
noZTestLinesManager.DrawLines(transformation, wireframe.Vertices, wireframe.VisibleOuterLines, innerOccludedColor, thickness: thickness, dashSize: GUIConstants.invisibleInnerLineDots);
}
if (showInnerLines && wireframe.VisibleInnerLines != null && wireframe.VisibleInnerLines.Length > 0)
{
noZTestLinesManager.DrawLines(transformation, wireframe.Vertices, wireframe.VisibleInnerLines, innerOccludedColor, thickness: thickness, dashSize: GUIConstants.invisibleInnerLineDots);
}
if (showInnerLines && !onlyInnerLines && wireframe.InvisibleOuterLines != null && wireframe.InvisibleOuterLines.Length > 0)
{
noZTestLinesManager.DrawLines(transformation, wireframe.Vertices, wireframe.InvisibleOuterLines, outerOccludedColor, dashSize: GUIConstants.invisibleInnerLineDots);
}
if (showInnerLines && wireframe.InvisibleInnerLines != null && wireframe.InvisibleInnerLines.Length > 0)
{
noZTestLinesManager.DrawLines(transformation, wireframe.Vertices, wireframe.InvisibleInnerLines, innerOccludedColor, dashSize: GUIConstants.invisibleInnerLineDots);
}
#if TEST_ENABLED
if (outline.invalidLines != null && outline.invalidLines.Length > 0)
{
_noZTestLinesManager.DrawDottedLines(transformation, outline.vertices, outline.invalidLines, Color.red, dashSize: GUIConstants.invalidLineDots);
}
#endif
}
