// -------------------------------------------------------------------------------------------- //
// Data Collection Helpers
// -------------------------------------------------------------------------------------------- //
/// Filters and returns geometry in a convenient format for export.
/// Returns geometry for the main canvas
public static ExportCanvas ExportMainCanvas()
{
// This is probably the more-useful one; it assumes we only have
// one interesting canvas (true, from a user perspective) and merges
// the selection canvas into its target canvas.
//
// It makes the assumption that the selection canvas is not playing
// fast-and-loose, and keeps its transform identical to its target
// canvas (ie, its transform is always identity).
//
// Of course, the selection canvas does play fast-and-loose, but
// we smack the canvas into place (via a deselect/reselect) before
// getting here.
var allowedBrushGuids = new HashSet <Guid>(
BrushCatalog.m_Instance.AllBrushes
.Where(b => b.m_AllowExport)
.Select(b => (Guid)b.m_Guid));
var main = App.Scene.MainCanvas;
var selection = App.Scene.SelectionCanvas;
var mainStrokes = SketchMemoryScript.AllStrokes()
.Where(stroke => allowedBrushGuids.Contains(stroke.m_BrushGuid) &&
stroke.IsGeometryEnabled &&
(stroke.Canvas == main || stroke.Canvas == selection));
return(new ExportCanvas(main, mainStrokes.ToList()));
}
public void Test_SquashCurrentLayer()
{
#if (UNITY_EDITOR || EXPERIMENTAL_ENABLED)
if (Config.IsExperimental)
{
var layer = ActiveCanvas;
if (layer == m_MainCanvas)
{
return;
}
// TODO: this should defer updates to the batches until the end
foreach (var stroke in SketchMemoryScript.AllStrokes())
{
if (stroke.Canvas == layer)
{
stroke.SetParentKeepWorldPosition(m_MainCanvas);
}
}
// Hm. remove after squashing?
OutputWindowScript.m_Instance.CreateInfoCardAtController(
InputManager.ControllerName.Brush,
string.Format("Squashed {0}", layer.gameObject.name));
ActiveCanvas = m_MainCanvas;
}
#endif
}
void FloodSelectByColor()
{
var targetColor =
StrokesForTransforms(Selection.transforms).First().m_Color;
var selection = new HashSet <GameObject>(new ReferenceComparer <GameObject>());
selection.UnionWith(from stroke in SketchMemoryScript.AllStrokes()
where stroke.m_Color == targetColor
select TransformForStroke(stroke).gameObject);
Selection.objects = selection.Cast <UObject>().ToArray();
}
//
// Helpers
//
static IEnumerable <Transform> AllStrokeTransforms()
{
var transforms = new HashSet <Transform>(new ReferenceComparer <Transform>());
foreach (var canvas in App.Scene.AllCanvases)
{
transforms.UnionWith(from batch in canvas.BatchManager.AllBatches()
select batch.transform);
}
transforms.UnionWith(from mo in SketchMemoryScript.AllStrokes()
select TransformForStroke(mo));
return(transforms);
}
static void WriteStrokes(JsonWriter json, out Dictionary<Guid, int> brushMap) {
brushMap = new Dictionary<Guid, int>();
json.WritePropertyName("strokes");
json.WriteStartArray();
var strokes = SketchMemoryScript.AllStrokes().ToList();
for (int i = 0; i < strokes.Count; ++i) {
if (strokes[i].IsGeometryEnabled) {
WriteStroke(json, strokes[i], brushMap);
}
}
json.WriteEnd();
}
/// Filters and returns geometry in a convenient format for export.
public static List <ExportCanvas> ExportAllCanvases()
{
var allowedBrushGuids = new HashSet <Guid>(
BrushCatalog.m_Instance.AllBrushes
.Where(b => b.m_AllowExport)
.Select(b => (Guid)b.m_Guid));
return(SketchMemoryScript.AllStrokes()
.Where(stroke => allowedBrushGuids.Contains(stroke.m_BrushGuid) &&
stroke.IsGeometryEnabled)
.GroupBy(stroke => stroke.Canvas)
.Select(canvasStrokes => new ExportCanvas(canvasStrokes))
.ToList());
}
void Awake()
{
m_OperationStack = new Stack <BaseCommand>();
m_LastOperationStackCount = 0;
m_RedoStack = new Stack <BaseCommand>();
m_HasVisibleObjects = false;
m_MemoryExceeded = false;
m_MemoryWarningAccepted = false;
m_LastCheckedVertCount = 0;
m_UndoBatchMesh = GameObject.Instantiate(m_UndoBatchMeshPrefab);
m_Instance = this;
m_xfSketchInitial_RS = TrTransform.identity;
m_MemoryWarningVertCount = App.PlatformConfig.MemoryWarningVertCount;
}
public static void JoinStrokes(int start, int end)
{
var strokesToJoin = SketchMemoryScript.GetStrokesBetween(start, end);
var firstStroke = strokesToJoin[0];
firstStroke.m_ControlPoints = strokesToJoin.SelectMany(x => x.m_ControlPoints).ToArray();
for (int i = 1; i < strokesToJoin.Count; i++)
{
var stroke = strokesToJoin[i];
SketchMemoryScript.m_Instance.RemoveMemoryObject(stroke);
stroke.DestroyStroke();
}
firstStroke.Uncreate();
firstStroke.m_ControlPointsToDrop = Enumerable.Repeat(false, firstStroke.m_ControlPoints.Length).ToArray();
firstStroke.Recreate(null, firstStroke.Canvas);
}
/// Pushes non-identity transforms from GameObjects into strokes.
/// Zeroes out the GameObject transforms as a side effect.
public void BakeTransforms()
{
foreach (var mo in SketchMemoryScript.AllStrokes())
{
BakeGameObjTransform(mo);
}
// Zeroing can't happen during baking, because a single transform may affect
// multiple strokes. Also, we should take care to zero transforms for batches
// that may not currently have any strokes.
foreach (var t in AllStrokeTransforms())
{
t.position = Vector3.zero;
t.rotation = Quaternion.identity;
t.localScale = Vector3.one;
}
SketchMemoryScript.m_Instance.Redraw(doSort: false);
}
/// Applies selected mutations to all strokes
public void ApplyToAll()
{
Apply(SketchMemoryScript.AllStrokes().ToArray());
}
public static void SelectStrokes(int start, int end)
{
var strokes = SketchMemoryScript.GetStrokesBetween(start, end);
SelectionManager.m_Instance.SelectStrokes(strokes);
}
