Basic functionality requirements

[daquintero]

• Compatibility with all math and fundamental Python class operations that could be mathematically intuitive
• Finish writing up sphinx documentation
• Wrapper common compatibility with numpy, sympy and scipy methods
• A couple of case studies
• Explanation of default operation
• Some level of unit testing
• Proper pretty-printing including symbols in jupyter, eg pandas type
• Prevent or impede accidental non-Value class assignment
• Units that can reference each other and interact with each other in the list? Including in names
• Sympy function propagation to units
• Vary between symbols and symbolic expressions when generating a new symbolic expression
• Type checking
• Variable/Constant = Variable, not Value
• Replacing unknown parameters symbols and names easy method, for example when adding non-Numpsy types
• Easily and clearly change bases
• Numberand units print
• Name stoppers to identify variables
• Hierarchy of symbolic printing?

[daquintero]

Potential additions:

• Extend unit management, verification and solution
• Units with different bases management, symbolic and numerical
• Automatic unit identification
• Define interrelated symbols at a certain given operating point
• No numbers when adding units
• Pandification of the data

[daquintero]

TODO:

• Add multiple numerical values deafult options and list indexing potentially?
• Check how best to handle numerical broadcast errors
• Improve constants list shortcutting

[daquintero]

Numpification for given variables or making it automatically function based. Speed up optimization workflow.