This project has grown exponentially more ambitious than ever before.
All of my ideas, converging into one.
the Stable Chaos model outlines the relationship between a dipole tranception or connection, and the Tranception() framework outlines the datatype that could be used to build out our framework.
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Build the 3d renderer for the model e.g. plug in Nova and define a renderer
- Extern: Build Novas Python bindings
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Rebuild this to be as simple as possible, including the stable chaos model
- We need to be able to navigate a 3d grid or image
- We need to be able to save to a wav but process as a workgroup
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Run a simple +/-t where t = 0.1 - 0.001
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Make configurations configurable i.e.
- maybe I want to lock max_depth, or max_width for number of forks per branch
- definitely want to be able to determine if a flower is the end of a branch, or if flowers can happen in the middle
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