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7/14/2025, 7:16:48 AM
>>16720418
Having to declare symbolic variables breaks the flow. In Maxima (or Mathematica or mupad) I just use them and if I get one wrong like pi instead of %pi, the result looks wrong in a way that's almost as easy to understand. In the rest of python you don't have to declare variables so it can't be your preference either.
CASs were not covered in my undergraduate program either. They help you make a bigger mess.
None of the options mentioned have a nice symbols regression/approximation function. It's easy to end up with systems of equations in 10 variables that can't be solved, interpreted or plotted, but in the domain of interest it's a basic power law or difference of power laws.
Having to declare symbolic variables breaks the flow. In Maxima (or Mathematica or mupad) I just use them and if I get one wrong like pi instead of %pi, the result looks wrong in a way that's almost as easy to understand. In the rest of python you don't have to declare variables so it can't be your preference either.
CASs were not covered in my undergraduate program either. They help you make a bigger mess.
None of the options mentioned have a nice symbols regression/approximation function. It's easy to end up with systems of equations in 10 variables that can't be solved, interpreted or plotted, but in the domain of interest it's a basic power law or difference of power laws.
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