Method renderToMesh

src/main/java/field/graphics/FLine.java:1120–1185

(MeshBuilder m, Curry.Function3<MeshAcceptor, Node, MoveTo, Node> moveTo, Curry.Function3<MeshAcceptor, Node, LineTo, Node> lineTo, Curry.Function3<MeshAcceptor,
            Node, CubicTo, Node> cubicTo)

		return m.skipTo(c.start, c.end, mod, () -> {

			MeshBuilder_tesselationSupport ts = m.getTessSupport();
			flattenAuxProperties();

			boolean noContours = attributes.isTrue(StandardFLineDrawing.noContours, false);

			m.open();
			try {
				MeshBuilder.Bookmark start = null;

				Node a = null;
				if (!noContours)
					ts.begin();

				for (int i = 0; i < nodes.size(); i++) {
					Node b = nodes.get(i);

					if (b instanceof MoveTo) {

						if (start != null) {
							if (!noContours)
								ts.endContour();
							else ts.end();
						}
						if (!noContours)
							ts.beginContour();
						else ts.begin();


						a = moveTo.apply(ts, a, (MoveTo) b);
						start = m.bookmark();
					} else {
						if (b instanceof LineTo) a = lineTo.apply(ts, a, (LineTo) b);
						else if (b instanceof CubicTo) a = cubicTo.apply(ts, a, (CubicTo) b);
						else throw new IllegalArgumentException(" unknown subclass ");
						if (start == null) {
							start = m.bookmark();
							if (!noContours)
								ts.beginContour();
							else ts.begin();
						}

					}
				}

				MeshBuilder.Bookmark end = m.bookmark();

				if (start != null && start.at() != end.at()) {
					if (!noContours)
						ts.endContour();
					else ts.end();
				}
				if (!noContours)
					ts.end();
			} finally {
				m.close();
			}
		});