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Michael G. Lafosse - Geometric Origami

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Michael G. Lafosse Geometric Origami

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The Compass Star
Designed by Michael G. LaFosse
Eight-pointed stars are a natural development in modular origami because of the common division of a right angle by folding in half. Only eight units will close the shape in a flat form. Indeed, there are many eight-point origami stars. Here is one that is among the simplest to fold and build, and once built it is especially sturdy. The geometric pattern on the front is different from the back; both sides are well suited for display.

You can experiment with this star-making method to come up with many interesting variations.
You will need eight congruent squares for this project. Select one, two, four or eight different colors. This project can be folded from small or large squares. Begin with the white side up if using standard origami paper. Valley-fold in half diagonally Unfold Valley-fold the bottom edges to - photo 1Valley-fold in half diagonally Unfold Valley-fold the bottom edges to - photo 2 Valley-fold in half, diagonally. Valley-fold the bottom edges to meet at the middle crease forming a kite - photo 3 Valley-fold the bottom edges to meet at the middle crease, forming a kite. 1 Valley-fold the top right edge of the kite to the middle crease Unfold 2 - photo 4 1. 1 Valley-fold the top right edge of the kite to the middle crease Unfold 2 - photo 4 1.

Valley-fold the top right edge of the kite to the middle crease. Unfold. 2. Turn over, left to right. Valley-fold the top right edge of the kite to the middle crease - photo 5 Valley-fold the top right edge of the kite to the middle crease. The completed module You will need a total of eight From the front view - photo 7 The completed module. The completed module You will need a total of eight From the front view - photo 7 The completed module.

You will need a total of eight. From the front view Insert the bottom left obtuse corner of one module part - photo 8 From the front view: Insert the bottom left obtuse corner of one module part way into the slot on the front of another. Turn over, left to right. From the back view Insert the bottom left acute corner into the short slot on - photo 9 From the back view: Insert the bottom left acute corner into the short slot on the back. Turn over. 1. 1.

Mountain-fold the top corner of the first module behind the top edge of the second module. 2. Mountain-fold the combined module layers, following the folded edge of the star point on the right. Two modules locked together Add and lock modules until you have a group - photo 11 Two modules locked together. Add and lock modules until you have a group of four Build a second group of - photo 12 Add and lock modules until you have a group of four. Slide the two groups of four together using the same sets of corners and slots - photo 13 Slide the two groups of four together using the same sets of corners and slots that you used to add unit modules. Mountain-fold to lock the groups together The completed Compass Star - photo 14 Mountain-fold to lock the groups together. The completed Compass Star The Aster Designed by Michael G LaFosse - photo 15 The completed Compass Star.

The Aster
Designed by Michael G.
The Aster
Designed by Michael G.

LaFosse
Flower blossoms folded from a single, uncut square tend to be complex and time consuming. Many flowers have five or six petals, and single sheet models folded from squares often have four or eight petals, and often seem clunky. Modular flowers, on the other hand, are easy to fold and the elements lock together quickly with just a tuck or fold. The modular flower repertoire in origami is now huge, especially when compared to the published set of blossoms folded from single squares. This stunning design makes a great ornament or attention-getter. You could wear a smaller aster as a brooch or as a background for a nametag.

Enjoy this abstract aster design by folding a few petals whenever you have some free time while waiting for something or someone. When they do arrive, you will have an attractive gift for them! You will need eight congruent squares for this project. Select one, two, four or eight different colors. This project can be folded from small or large squares. Begin with the white side up if using standard origami paper. Unfold. Valley-fold the bottom edges to meet at the middle crease forming a kite - photo 18 Valley-fold the bottom edges to meet at the middle crease, forming a kite. Unfold the two right triangle flaps Valley-fold the right angle corners - photo 19 Unfold the two right triangle flaps. Valley-fold the right angle corners of the right triangle flaps to the nearest - photo 20 Valley-fold the right angle corners of the right triangle flaps to the nearest crease. Use the existing creases to valley-fold the flaps to meet at the center crease - photo 21 Use the existing creases to valley-fold the flaps to meet at the center crease. Your paper should look like this Turn over left to right Valley-fold - photo 22 Your paper should look like this. Your paper should look like this Turn over left to right Valley-fold - photo 22 Your paper should look like this.

Turn over, left to right. Valley-fold the bottom corner to the level of the two obtuse corners The - photo 23 Valley-fold the bottom corner to the level of the two obtuse corners. The completed module You will need a total of eight From the front view - photo 24 The completed module. You will need a total of eight. From the front view Insert the bottom left obtuse corner of one module part - photo 25 From the front view: Insert the bottom left obtuse corner of one module part way into the slot on the front of another. From the back view Insert the bottom left obtuse corner into the short slot on - photo 26 From the back view: Insert the bottom left obtuse corner into the short slot on the back. Turn over. Once the two modules are registered firmly in place they can be locked - photo 27

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