プロポーションとシルエット整えてこんなもんでいいでしょ。

あとはサーフェスに持って行ってディテールを付けてあげましょう。そうしましょう。

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In Lexington KY? Carl Lostritto, in conversation with Professor Liz Swanson, will make the case for computational drawings. 11/08/19, 5:00 pm, UKYCoD. (below: B-003-003, inspired by a Spirograph)

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I was lucky enough to visit the HQ of yesterday & it’s encouraged me to pull out some drawinga. Even with this work which is broadly computational & digital I do draw, maybe with non traditional techniques sometimes but this is the 21st century.

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New features in the development version of Tissue! Components rotation according to weight maps and new Frame Tessellation (like the Wireframe Modifier, but more customizable). Enjoy :) https://t.co/tDCX6SnATm

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Like charge in an electronic circuit, your perception propagates in visual circuits!

uses ambiguity in Necker cubes to represent binary states.

Optical illusions seem too finicky & localized for a computational substrate. But isn’t it marvelously unexpected & fun? https://t.co/czUqoE8hyY

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[In]Organic, Fluctural, Turbulomic - or just a volume of the collision of two rings?

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Design your very own digital world full of unique characters and complex environments, all while learning essential computer programming skills and mastering computational thinking at our Digital Storytelling and Game Design Summer Camp for ages 12-14! 🎮 https://t.co/1ipkrAB0gr

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petites fleurs de darkroom,
computational non-photography series

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Wondering how to support the new and Hangarau Matihiko curriculum learning in the school library? Here are some fun ways to spark student computational thinking:
https://t.co/spktJNzDjN

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Working on an updated version of the Tissue manual, finally! This is the Tessellate wiki page: https://t.co/dTrKKn5qfC Which is still the trickiest part?

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Looking through some of my computational art from the past few years. Thanks for making such a flexible and intuitive language for coding in the visual arts!

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Code Mobile starts tomorrow! Kids in grades 5 & 6 learn fun computational thinking: https://t.co/J9rha7RkZd

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The triangles are not so bad ;-) It's only a bit trickier to visualize the final effect. In this case I used a simple pattern like that: https://t.co/ciN3sXmMwh

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made this portrait of Erik Demaine, the master of computational origami

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Helping Students See Hamlet and Harry Potter in a New Light With Computational Thinking: https://t.co/U2BcyP0ru5 via .

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*Spoiler Alert* blind structure prediction experiment found massive progress in ability of computational methods to predict protein 3D structure. Reasons unclear. Results to be made public and discussed at meeting 1-4 Dec. Few places left https://t.co/idFo9dwH9Q

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