public void BeginPath(float x, float y)
{
if (buildingPath)
{
// delete old path if it hasn't ended
points.Count = currentPath.pointRange.start;
holes.Count = currentPath.holeRange.start;
}
currentPath = new PathDef();
currentPath.pointRange.start = points.Count;
currentPath.holeRange.start = holes.Count;
currentPath.pointRange.length++;
points.Add(new PathPoint(x, y, PointFlag.Corner));
buildingPath = true;
inHole = false; // just in case
lastPoint = new Vector2(x, y);
}
public void EndPath()
{
if (!buildingPath)
{
return;
}
buildingPath = false;
inHole = false;
ShapeDef shapeDef = new ShapeDef(ShapeType.Path);
shapeDef.pathDef = currentPath;
shapeDef.bounds = ComputePathBounds();
ClampHoles(shapeDef.pathDef.holeRange, shapeDef.bounds);
shapes.Add(shapeDef);
currentPath = default;
lastPoint.x = 0;
lastPoint.y = 0;
}
public void BeginPath()
{
requiresGeometryUpdate = true;
if (buildingPath)
{
// delete old path if it hasn't ended
pointList.size = currentPath.pointRange.start;
holeList.size = currentPath.holeRange.start;
}
currentShapeRange = new RangeInt(shapeList.size, 0);
currentPath = new PathDef();
currentPath.pointRange.start = pointList.size;
currentPath.holeRange.start = holeList.size;
inHole = false; // just in case
}
public void BeginPath(float x, float y)
{
requiresGeometryUpdate = true;
if (buildingPath)
{
// delete old path if it hasn't ended
pointList.size = currentPath.pointRange.start;
holeList.size = currentPath.holeRange.start;
}
currentShapeRange = new RangeInt(shapeList.size, 0);
currentPath = new PathDef();
currentPath.pointRange.start = pointList.size;
currentPath.holeRange.start = holeList.size;
currentPath.pointRange.length++;
pointList.Add(new PathPoint(x, y, PointFlag.Corner));
buildingPath = true;
inHole = false; // just in case
lastPoint = new Vector2(x, y);
}
public void EndPath()
{
requiresGeometryUpdate = true;
if (!buildingPath)
{
return;
}
currentShapeRange.length++;
buildingPath = false;
inHole = false;
ShapeDef shapeDef = new ShapeDef(ShapeType.Path);
shapeDef.pointRange = currentPath.pointRange;
shapeDef.holeRange = currentPath.holeRange;
shapeDef.bounds = ComputePathBounds();
ClampHoles(shapeDef.holeRange, shapeDef.bounds);
shapeList.Add(shapeDef);
currentPath = default;
lastPoint.x = 0;
lastPoint.y = 0;
}
