Thursday, December 18, 2008
ORIGAMI WEAVING: PART 7
Here are diagrams for the thin woven strips in the origami weaving piece. As yet, there are no diagrams to show how they look when folded. You will have to make do with the photographs of the back of the work. These give you some indication of how they are slotted into each other and into the centers of the grid pieces but do not show the details of the locking diamonds which are buried in the slots.
In each case the piece ends in a diamond shape. Generally the diamond is one the back. Sometimes it is on the front. Sometimes the diagonal is connected along a seam in the horizontal direction and sometimes in the vertical direction. It depends on where the respective end is going to be connected.
Over the next few days I will try to construct some diagrams to clarify this.
You will have noticed that there are different designs for both the grid pieces and the strip weavings for different thickness of material. If you are working with thin paper, then use the design for thin paper. If you are using thicker or sturdier paper then use the design for thick paper.
The locking square twists are difficult to fold cleanly or neatly with thick paper, especially if you add extra thickness at the sides and ends. The downside is that your woven strips will strain the single thickness side of the slot in which they are locked.
The shorter version not only saves on end thickness, it saves paper as well. It will look the same from the front but is a little less interesting from the back. The downside is that it is a little more difficult to connect the pieces together because the pieces are slightly less stable in the process. It's not a big problem, however.
Try out both designs and choose the one which best fits your paper. My preference is to use thin strong paper (Salago, for example) and the thin paper version. In practice, I find the thick paper version more useful.
Labels:
crease pattern,
modular,
origami,
paper connection,
paper folding,
paper weaving,
papiroflexia,
quilt,
rectangle
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