Designing Origamic Architecture
Designing origamic architecture is not hard, but it does take a lot of time and patience. The art form has as many possibilities and your imagination is the limit. This mini lesson will take you through the beginning steps of designing origamic architecture.
Most common in OA are houses and buildings: these are easy (relatively speaking) in that they are linear. Cutting straight lines with an X-acto knife and a ruler is straightforward. Be careful though, X-acto knives are sharp and you wouldn’t want to hurt yourself or slice too long a line.
OA which have domes, curls, or swirls are made the same way as linear cuts. However, they are more challenging because you need to manage your knife with good control. In many ways, you are like a surgeon. This mini lesson will not address these rounded cuts, but you may try them yourself.
Designing Origamic Architecture: Exercise 1
To begin, let’s try an easy pop-up card that you can make with scissors. Fold a piece of paper in half and cut two notches (step 1). Valley fold and then unfold the flap of paper (step 2 & 3). Open the paper and push the flap inwards so that it lies in between the folded sheet (step 4). Make sure that the flap folds along the crease made in step 2.
There you go, your first pop-up box! An OA expert would draw the pattern as shown on the right.
The black line across the middle of the sheet represents the fold line: this is where the paper is folded in half to make the card.
Designing Origamic Architecture: Exercise 2
The upper box will always be a little smaller than the bottom box. You can repeat this process to get stacks of boxes. The pattern (or diagram) is shown below.
Examine it carefully and confirm that the valley folds and mountain folds are as described. Be sure to understand the pattern because in the next exercises, we will no longer show the detailed instructions. All information will be compressed in one image: the pattern. Watch a video demonstrating a similar project.
Designing Origamic Architecture: Exercise 3
Now it looks like a chair with wide armrests. The pattern is shown on the right. If you repeat the exercise using the edge labeled C, you will get a small box in front of the original big box. This is the same as the result of exercise 2 flipped over.
There are other variations you can try, but let’s move away from the boxy pop-up. Imagine that you want a box that is flat like a shirt-gift box. Namely, it is short and deep.
To make the box short, the cut above the fold line (A) should be short. And, to make the box deep, the cut below the fold line (B) should be long. Because the lengths of the cuts above and below the fold line are not the same, you can’t use scissors anymore. Time to move on to the X-acto knife.
Make the cuts with an X-acto knife and push the flap so that it lies in between the folded paper. You will need to make valley folds at the blue lines. In order for the pop-up to look like a gift-box, the height at the front of the box (H) must be the same as the height of the cut above the fold line (A). Since you can measure A, you can determine the exact location of the mountain fold (red line).
An OA expert would proceed this way: - draw the lines where cuts and folds will occur, - make the cuts, - make the necessary folds one by one, and then - collapse the pop-up into its final shape.
Turn this pop-up upside down. Now you have a building found in many OA designs. Make a dome roof, cut out windows and doors: congratulations, you've made your first building!
Consider the shirt gift-box above. Let’s make this box skinny so we have room to add other elements in the pop-up. Let’s make a few more boxes beside it. Let’s make it exciting my making the other boxes bigger and bigger. Better yet, let’s push the boxes side by side. Now it looks like a staircase.
The pattern for the staircase is show on the right. Copy this onto your paper, make the cuts using an X-acto knife. Use a creasing tool to help you make all the valley and mountain folds. Collapse the model and you have a staircase!
Careful examination of the staircase will show that you didn’t need to cut each step all the way down to the base of the paper. You can modify your pattern and make a more sturdy staircase.