Path Is Not Closed

Origami needs a closed, continuous path around all the die–drawing graphics in its layer. It must be a cut line without any gaps. Origami uses this path to make a shape outline before it starts making holes and folding the shape.

What to check?

You have something like this somewhere in your die drawing:

An example of the path which is not closed

You may not have such an obvious issue, but somewhere there is a gap in your outline path preventing Origami to find a closed loop. Origami will mark the problem path with red and place marks on every point not connected to something else. For the dieline above it will look like this:

Use the markers to locate the problem points and fixing the gaps — simple.

However, sometimes you may get absolutely correct points marked red. Let’s modify the dieline and add an inner cut, then load it to Origami:

You see that Origami marked the inner cut point too. That cut is absolutely correct and the problem is not there, but as the end point of the cut is “hanging” (not connected to anything else), Origami wants you to make sure there is no mistake here. You should ignore warnings for such points and focus on the really problem ones. There must be at least one incorrect point if you see the error.

Connection issues

Here is a real dieline having “path is not closed” problem:

Path is not closed error in a real dieline

The four points in the middle are correct and marked just because they are not connected to other cuts, we’ll skip them and focus on the point at the top left part of the dieline. If you check it in Illustrator, you’ll notice no issues:

Zooming the problem place closer in Illustrator

However, if you check the coordinates of the top curve endpoint and the horizontal line, you’ll see a very little misalignment. Although being little, the gap is enough for Origami to decide that the paths are not connected. A simple re–aligning and snapping one curve to another in Illustrator fixes the problem, but there is a better strategy: consider making all the dieline elements intersect each other at points.

This way Origami doesn’t have to guess if the paths really intersect or not. Here is the close–up of the dieline above with the top curve moved up a bit:

Moving the top curve up, so we better see the bottom one

You see that there is no point on the bottom path, so you need to snap the top curve to the line in order to make sure they are connected. It is easy to make a mistake here, so that’s why it is much better to add a point to the bottom line, then snap the top curve to that point:

Adding an extra control point, then snap the curve to it

Making sure all the dieline elements intersect at points helps both Origami and your dieline, as this reduces the chances of getting errors later in production.

Want More Hints?

Empty Layout — why there is no dieline visible?
Path Is Not Closed — the dieline needs a solid, continuous outline path;
Intersecting Holes — holes must not overlap;
Overlapping Lines — cut and crease lines must not overlap, as well;
Outside Hole — all holes must be inside the outline path;
Invalid Crease — crease lines have limitations;
Impossible Shape — some shapes simply don’t exist;
Misaligned Elements — ends must meet, perfectly;
Elements Are Too Small — keep dieline paths simple;
Interesting Curved Cuts — it might not be easy;
Triangulation Failed — Origami fails to make a 3D mesh of a dieline;
Z–Fighting — what to do with overlapping polygons.

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