This is the sweeper robot mentioned by Walker Art Center's design curator Andrew Blaurelt in the documentary. In the documentary, 21 minutes and 56 seconds. Produced by iRobot.
This is my original concept: This is my partner Lei's original concept: At the beginning, my idea was to simply combine them, because the combination of Lei's first concept and my third one was really like a wine glass. But after reading Lei's design draft and listening to her suggestions, I changed my mind, because I like her design so much. It's dynamic everywhere. Later, we determined the model based on the upper right corner. The theme is stars. She's in charge of the top half, and I'm in charge of the bottom half. The top half of her production has excellent dynamic and geometric beauty. Since the upper part is dynamic, the lower base should be made static to highlight the upper part. So I applied my third concept directly The fact is always cruel, and my third concept seems to be unprintable. As the professor mentioned in class, the top can't be printed Later, after rectification and re combination of those concepts, we came to this conclusion Finally...
This is a hollow vase, and I want its surface to look full of design. In fact, I initially planned to create panels through a graphic, but various issues arose, such as the deformation that occurred when they were combined. The most important issue was that they were surprisingly ugly. So I won't show it. Later, in my spare time, I discovered a very cool thing online, which is to use pull points to influence graphics. So I used Voronoi to create irregular polygons Each polygon is scaled with its own center point, but still requires a coefficient to do so, so I set this coefficient to the value output by the Pull point. The distance output by the Pull point is the shortest distance value from all points to the curve. The farther away the polygon is from the curve, the larger the distance value, and the smaller the scale factor. So I need a control coefficient, and I used multiplication to generate a new scaling coefficient. But there is still a problem with the scaling factor being ...
I think the biggest challenge this assignment has brought me is the challenge of English listening. In Grasshopper, most of the vocabulary is unfamiliar to me, so it is challenging to keep up with the pace in class. But this assignment also gave me a clearer understanding of Grasshopper's basic theory. I have been thinking for a long time about the design of this assignment, how to make the finished product look less strange or inexplicable when it undergoes deformation. In the end, I decided to make this glass cup.
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