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It is not clear to me how the rotation matrices (Qs) are drawn and stored. In the documentation (pdf) I cannot find the referred to in the estimation command, yet the estimation algorithm suggests tha…
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### Proposed new feature or change:
NumPy currently lacks a built-in function for calculating Jacobian matrices. Although it is possible to find a Jacobian matrix by applying `np.gradient` to each …
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when working with cumulative matrix transformation, rect and oval (probably others) ignore translation, but obey rotation
example
```python
size(512, 512)
background(1)
translate(WIDTH*.5, HEIGHT…
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First of all, thank you for your impressive work. I’ve learned a lot from your research and implementation, and I truly appreciate the effort you’ve put into making this available.
While going thro…
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Just stumbled over this when demoing OSCAR:
```
julia> eigenvalues(identity_matrix(ZZ,3))
ERROR: MethodError: no method matching eigvals(::ZZMatrix)
The function `eigvals` exists, but no method is…
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To reproduce:
```julia
julia> using Unitful
julia> using LinearAlgebra
julia> matrix = rand(4, 3) .* u"kg"
4×3 Matrix{Quantity{Float64, 𝐌, Unitful.FreeUnits{(kg,), 𝐌, nothing}}}:
0.903809 kg 0.8576…
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PFASUM are matrices built from Pfam structural alignments ([reference](https://bmcbioinformatics.biomedcentral.com/articles/10.1186/s12859-017-1703-z)).
The main website is down, but I found their im…
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Firstly, thank you for the code. It has been very useful for me since I try to avoid large libraries.
I was wondering if it's possible to extend this algorithm to complex hermitian matrices.
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**Describe the bug 🐞**
The LinearExponential() fails, if the ODEProblem is based on a MatrixOperator with a CuSparseMatrixCSC.
**Expected behavior**
The ODE should be successfully solved. Th…
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- The numbers, letters, and other symbols in a matrix must be properly aligned in order to be understood.
- Precise formatting is essential.
- Table formatting might be useful, as well as left-al…