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Currently we are using just reals for potential and wavefunction values. Need to extend this to complex values. However, I don't want to be sending round two `f64` values for everything when it's not …
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Playing with complex numbers, I can't help but notice that some computations are pretty ugly:
```
From mathcomp Require Import all_ssreflect all_algebra.
From mathcomp.real_closed Require Import co…
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Does `LoopVectorization` support complex vectors? E.g.
```julia
using LoopVectorization
function test_avx!(x::Vector, y::Vector, beta)
@avx for n=1:length(x)
x[n] += conj(beta)*y[n]
en…
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We already allow a single unary `-` for negation of numbers. Should we also allow binary `+` if the LHS is real and the RHS is imaginary, so patterns like `1+2j` are possible?
I think yes.
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Exercise reserved for @hemalvarambhia who did this as a kata last year
macta updated
4 years ago
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```
'(1+1j) * dw_xxx...' results in parse error.
the only way to do this is '1 * dw_xxx.. + 1j * dw_xxx...', but it is not
efficient.
```
Original issue reported on code.google.com by `vlukes@kme.zc…
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It would be great if you could add the capability of using complex numbers in uncertainties. This is available in the Julia package, Measurements, but I would prefer to have this capability available …
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In physics for numerical simulations we often use complex valued parameters, e.g. dielectric permittivity, impedance, frequency, etc., so it would be natural to support them. At the moment it can be d…
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Optimization schemes with complex numbers are widely used in physics, and recently, machine learning.
I strongly suggest to add the support to complex numbers for optimization engines like **RmsPro…
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Really appreciate you putting this together. I have a question about complex numbers though. I'm trying to implement the code shown here:
https://www.mathworks.com/matlabcentral/mlc-downloads/down…