Practical Thread Magic: Designing Ways: Gravity Meets Geometry

Practical Thread Magic

When I come to teach to a group, there's always a frantic rush of questions and concerns. I don't play with the same toys other quilters do. Though I talk about that at length in class, I thought it would be helpful to have that information available in a blog. So here we're going to discuss the nuts and bolts of the kind of thread work I love and teach. We'll discuss products, choices, threads, fabrics, tools, stabilizers and all the things that make my work work for me, and will help your work work for you.

If you have an upcoming class with me, you should know I bring almost all of the things I use for your needs. If you want to try something you've got, absolutely bring it. But if you're having trouble finding it, please don't stress. I'll have it there for you.

Wednesday, June 8, 2011

Designing Ways: Gravity Meets Geometry

3:12 PM |

Posted by Ellen Anne Eddy |

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What makes a shape move? We acknowledged that graphically on paper, things move strictly in our head. After years of things falling down around us, we can look at shapes at certain angles and say, "Yep. That's falling." We observe that it should be moving, and our mind makes it do that.
So what makes a shape itself mobile(moving) or static(staying still)?

In the same way angles make things move, symmetry makes things stay in place. A square is the ultimate stable shape. Nothing about it suggests movement. Because it's even sides it doesn't even move the eye from the center.

That changes a bit when we draw it in three dimensions. The third dimension adds an angle just in the drawing, and we see it move a bit.

If we elongate the square into rectangles, the shape is much more mobile. As we go further from equal sides and symmetry, our shapes are more mobile.

But when we put them in a line and change the size the movement is in place and active. The eye connects them into a shape with one side much longer than the other, making things move.

Of course if we put them in at extreme angles, they tumble across the surface.

How does this translate to quilts that never have a square in them? All shapes are geometric shapes we manipulate into organic shapes. But the shape of the quilt itself, is the strongest one. A quilt designed with an elongated outline is in motion from it's inception.

Wrapping it up:
Symmetrical object are stable. They do not move unless you put them at an angle or unless you use them to create a shape that is longer on one side than another.
Non-symmetrical shapes aways have the suggestion of movement built in to their form.

Labels: design

2 comments:

Melida said...: Jeanne wanted to let you know that she enjoyed reading this!

Melida; June 8, 2011 5:01 PM
Gloria said...: More good information. Thank you!; June 30, 2011 12:24 PM

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