Missing a few constraints that you’ll improve the AI. Rather than size… consider maximum space constraints. New input factor: material. Allow the AI to choose the material from the global database. New input factor: Constraints = temperature, durability, radioactivity, chemical interactivity, etc. New input factor: cost. Give it a budget for material costs to create material optimization using the above constraints. New input factor: light/shadow requirements (Eg under a bridge, etc.). Allow reflection and bounce. New secondary input factor: beauty and/or symmetry. Program phi, symmetry, balance, prior artistic understanding of beauty, and current human sample populations of polls for training. Attempt the primary design both without and with this optional/secondary input factor.
who else was sad that no Lego got used in this video? would love to see the actual physical proof that the topology worked, and not just a few low resolution diagrams, great job at explaining topology, but very poor job at showing it
Missing a few constraints that you’ll improve the AI. Rather than size… consider maximum space constraints.
New input factor: material. Allow the AI to choose the material from the global database.
New input factor: Constraints = temperature, durability, radioactivity, chemical interactivity, etc.
New input factor: cost. Give it a budget for material costs to create material optimization using the above constraints.
New input factor: light/shadow requirements (Eg under a bridge, etc.). Allow reflection and bounce.
New secondary input factor: beauty and/or symmetry. Program phi, symmetry, balance, prior artistic understanding of beauty, and current human sample populations of polls for training. Attempt the primary design both without and with this optional/secondary input factor.
Thank you very much
Thank you so much for these videos. Could you recommend any introductory books on topological optimization?
A 99 line topology optimization code written in MATLAB
www.topopt.mek.dtu.dk/Apps-and-software/A-99-line-topology-optimization-code-written-in-MATLAB
@@JunWu2011hi, thank you for your video, can I have your email address please?
谢谢你
The top right border of the lego blocks are in tension when the force is applied. So how to they contribute to the stiffness?
who else was sad that no Lego got used in this video? would love to see the actual physical proof that the topology worked, and not just a few low resolution diagrams, great job at explaining topology, but very poor job at showing it