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1e6c6c1576
For custom scalars, zero is not necessarily represented by a zeroed-out memory block (e.g. gnu MPFR). We therefore cannot rely on `memset` if we want to fill a matrix or tensor with zeroes. Instead, we should rely on `fill`, which for trivial types does end up getting converted to a `memset` under-the-hood (at least with gcc/clang). Requires adding a `fill(begin, end, v)` to `TensorDevice`. Replaced all potentially bad instances of memset with fill. Fixes #2245. |
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| .. | ||
| src | ||
| Cholesky | ||
| CholmodSupport | ||
| Core | ||
| Dense | ||
| Eigen | ||
| Eigenvalues | ||
| Geometry | ||
| Householder | ||
| IterativeLinearSolvers | ||
| Jacobi | ||
| KLUSupport | ||
| LU | ||
| MetisSupport | ||
| OrderingMethods | ||
| PardisoSupport | ||
| PaStiXSupport | ||
| QR | ||
| QtAlignedMalloc | ||
| Sparse | ||
| SparseCholesky | ||
| SparseCore | ||
| SparseLU | ||
| SparseQR | ||
| SPQRSupport | ||
| StdDeque | ||
| StdList | ||
| StdVector | ||
| SuperLUSupport | ||
| SVD | ||
| UmfPackSupport | ||