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The use of BPX is currently limited by the restrictive set of mathematical operations that are allowed in FloatFunctionTable inputs.
The schema currently supports the following operations: *, /, -, +, **, exp, tanh.
Here are some suggestions:
Allow > and < to support piecewise functions as sums, e.g.: (x < 0) * 1 + (x > 0) * 0.5.
Scope for alternative variable dependencies, such as non-Arrhenius temperature dependence for chosen parameters.
A reasonable goal would be that BPX should support the electrolyte parameterisation in Landesfeind-Gasteiger 2019, which is widely used in industry, in which the electrolyte parameters are expressed as general functions $f(c_\mathrm{e}, T)$.
Support for "MSMR" expressions to write OCP as an explicit inverse function $\theta_k(U_{k,m,\mathrm{ref}})$, which is implemented in PyBaMM as the MSMR model
The text was updated successfully, but these errors were encountered:
The use of BPX is currently limited by the restrictive set of mathematical operations that are allowed in
FloatFunctionTable
inputs.Here are some suggestions:
>
and<
to support piecewise functions as sums, e.g.:(x < 0) * 1 + (x > 0) * 0.5
.The text was updated successfully, but these errors were encountered: