Hugo Brunie
Hugo Brunie
Hello, In order to solve up to 6 dimensional PDEs, we (ORNL team lead by David Green) are developing a Discontinuous-Galerkin finite-element solver built atop an adaptive hierarchical sparse-grid: [[ASGarD]().](https://github.com/project-asgard/asgard)....
This bug might be linked to #70 Intel OpenMP breaks Gotcha bug. Intel version used: intel/19.0.3.199 Trying to wrap dgemm_ from mkl I got: [...] [44825/44825][gotcha.c:343] - Gotcha wrap completed...
Not compatible python3.7
Hello, I tried to run Herbgrind on MG from NAS benchmarks (C++ serial version: [NAS-bench](https://github.com/dalvangriebler/NPB-CPP/tree/master/NPB-SER/MG)) and I got a segfault: ``` $HOME/utils/tools/herbgrind/valgrind/herbgrind-install/bin/valgrind --tool=herbgrind ../bin/mg.S ==28521== Herbgrind, a valgrind tool for...
@sergisiso @arporter , our Poseidon uplifter works well with simplified Kernel: Perfectly Nested loop with "simple" assignments inside. Some of FlashX code (and probably other out there like Nemo) use...
Executing this code snippet: ```python def test_inline_with_array_in_call_upper_ATTRIBUTE(): code = """module dummy implicit none contains subroutine callee(logc, scr_rope) integer, dimension(3), intent(in) :: logc integer, dimension(3) :: limits integer, parameter :: init=1...
Here is the code snippet to highlight the bug ```python def test_psyclone_limits_on_ref2arrayrangetrans(): from psyclone.psyir import nodes as psyir_nodes from psyclone.psyir.frontend.fortran import FortranReader from psyclone.psyir.transformations import Reference2ArrayRangeTrans ref2arraytrans = Reference2ArrayRangeTrans() code...
```python @pytest.mark.xfail def test_psyclone_special_array_notation(): code = """subroutine foo(a, n) integer :: n real*8, dimension(5) :: a a = (/2, 3, 4, 1/) end subroutine foo\n""" reader = FortranReader() psyir_tree: Node...
This unit test shows the bug: ```python def test_psyclone_boundary_expr_wrong(): code = """subroutine foo(a,b,c,n) integer :: n real*8, dimension(1:) :: a real*8, dimension(1:n) :: b real*8, dimension(n:) :: c real*8, dimension(:)...