https://colab.research.google.com/drive/1VoouRH0nqlk09g50rHxOElaLD-SVknYY - Opentrons Colab
https://colab.research.google.com/drive/14kRcUqYPEGdaVrXuRLJbMQw4QLia65fg#scrollTo=x7sYFMSsfljc - Barebone Version
Changed first example code to print in green to print in red
Changed third example code to print in blue instead of red
Describe how automation tools will be used in your final project
I could see my automation being helpful with the pigmentation of my sculpture/clothing/jewelry/accessories. As I understand, this automation. As well, I wonder if I could use my code to 3D bioprint substances almost like an architectural floor plan. Then I could try to Agent based model the indented growth of this “floor plan” as it grows and morphs into a a 3D shape. Then I could grow design objects like a garden! I am not sure if I would use a 3D printer holder, or how/when… however I have seen Neri Oxman employing one that moves for the development of her recent footwear line.
Publication that has used automation tools and achieved novel biological applications
Molecular device that automates 3D bioprinting
https://www.moleculardevices.com/en/assets/scientific-posters/dd/3d-biology/automation-of-3d-bioprinting-assays-for-high-content-imaging-and-assessment-of-compound-effects#:~:text=Intelligent%2C precise%2C and scalable automation,concerns associated with manual workflows.
https://www.sciencedirect.com/science/article/pii/S2405886624000034
Ideas
Bioprinting
ABMs
Details
I would automate the bio print “floor plan” of my design objects.
To better understand how these objects will grow I would use and ABM to simulate potential emergent growth behaviors and complex interactions.