-
```
What steps will reproduce the problem?
1.How to differentiate numeric log expression in symja?
2.Do you support like this equation [log(base10)[x]] and [log(base a)[x]]
3.
What is the expected ou…
-
```
What steps will reproduce the problem?
1.How to differentiate numeric log expression in symja?
2.Do you support like this equation [log(base10)[x]] and [log(base a)[x]]
3.
What is the expected ou…
-
```
What steps will reproduce the problem?
1.How to differentiate numeric log expression in symja?
2.Do you support like this equation [log(base10)[x]] and [log(base a)[x]]
3.
What is the expected ou…
-
```
What steps will reproduce the problem?
1.How to differentiate numeric log expression in symja?
2.Do you support like this equation [log(base10)[x]] and [log(base a)[x]]
3.
What is the expected ou…
-
To get both `rem2pi` and `mod2pi`, it should be sufficient to just define a rule for `rem2pi`, as `mod2pi` is implemented in terms of `rem2pi` in Base. Unfortunately, `rem2pi`, with its `RoundingMode`…
-
```
What steps will reproduce the problem?
1.How to differentiate numeric log expression in symja?
2.Do you support like this equation [log(base10)[x]] and [log(base a)[x]]
3.
What is the expected ou…
-
Several things should be done to implement #2.
# TODO
Figure out how can I estimate properly the magnitude of `M` of function which I don't know the analytical expression of the derivative
- Get…
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- [x] Mathematics functions
- [x] Velocity triangle functions
- [x] Cascade functions
- [x] Loss model functions
- [x] Isentropic (start with this one)
- [x] Benner loss model
- [x] Deviation mode…
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@Axect Hi! I am interested to solve Mie scattering problem in pure Rust (to make a WebAssembly module for web app as an ultimate goal). Thus, your crate seems to be a good starting point. So I need t…
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Ntilda calculation from Fred below:
"From the continuity equation, one would think that ntilda should look like div(Je) which would be noisier than E itself. But in looking at it more closely, I s…