- Removed Chameleon dependency completely.
- LU factorization (hicma_zgetrf) on double complex matrices stored in tile low-rank (TLR) format.
- Support for a new application that simulates the 3D unstructured mesh deformation of a population of the novel coronaviruses (i.e., SARS-CoV-2). This relies on the virus geometry extracted from the Protein Data Bank (PDB) codenamed PDBID 6VXX available at (https://www.rcsb.org/structure/6VXX). The corresponding basis function and data geometry are available at STARS-H (https://github.com/ecrc/stars-h).
- New matrix kernel (3D exponential) for statistics application from STARS-H (https://github.com/ecrc/stars-h) is supported.
- Sequential operations on low-rank tiles are moved into a standalone library called HCORE (https://github.com/ecrc/hcore).
- Number of flops is reported. See the driver routines under timing folder.
- Multiplication order of tiles in each inner product performed by HiCMA_GEMM can be changed via adding --reorderinnerproducts flag while calling timing/time_zgemm_tile. This flag enables sorting tiles according to increasing sum of ranks of tile pairs that which will be multiplied.
- More tests in timing/CMakeLists.txt
- Set minimum number of singular vectors in HCORE_GEMM to 1 instead of 2
- Triangular solve (left) for low rank A and B/X
- Triangular solve (left, lower) for low rank A and full rank B/X
- Testing routine for POSV and TRSM
- HCORE routine for C=C+AB where A is low rank and B and C are full rank
- Separate routines for dense and low rank matrix generation
- Matrix-Matrix Multiplication
- Cholesky Factorization
- Double Precision
- Task-based Programming Models
- Shared and Distributed-Memory Environments
- Support for StarPU Dynamic Runtime Systems
- Testing Suite and Examples