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**SumatraPDF version**
- Version 3.6.16469 64bit
**Describe the bug**
All the square brackets can not be rendered as they should be, which could be rendered right in Koober reader, which is much he…
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There is an issue with the type of the adjoint (and the transpose) of sparse matrices with symbols from SymPy. The element type becomes Any instead of Sym. To reproduce:
```julia
using SymPy, Sparse…
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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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- 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…
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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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### Describe your issue.
This bug report demonstrates inconsistent behavior (see Case 1 and Case 2 below) in SciPy's eigenvalue calculations for singular positive semidefinite (PSD) correlation matri…
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There are a list of elementwise builtins and operators that should permit matrices, but don't currently. This includes implicit type conversions to allow existing HLSL functionality where clang extens…
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Currently, `setDT` accepts as main argument
```Rd
x: A named or unnamed ‘list’, ‘data.frame’ or ‘data.table’
```
Would it have sense to accept a matrix too instead of asignment `dt
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Hi,
I am wondering whether one can use neuroCombat to deconfound functional connectivity matrices containing Pearson correlation values. The matrices are calculated from different sites and confoun…
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It turns out that the code was never written, and is apparently not on a test path. Here is an example of one that fails:
```
kk = ZZ/101
M = mutableMatrix(ZZ, 2, 2)
M_(1,1) = 4
assert(M != 0)
asser…