Modules

Module	Source File	Description
m_allocator	allocator.f90
m_base_backend	backend.f90
m_base_case	base_case.f90	Provides the base case for running a simulation. New cases are implemented by extending this to specify the initial and boundary conditions, forcing terms and case-specific postprocessing and analysis.
m_case_generic	generic.f90	An example case set up to run and sustain a freestream flow. This is a good place to start for adding a new flow case.
m_case_tgv	tgv.f90
m_common	common.f90
m_cuda_allocator	allocator.f90
m_cuda_backend	backend.f90
m_cuda_common	common.f90
m_cuda_exec_dist	exec_dist.f90
m_cuda_exec_thom	exec_thom.f90
m_cuda_kernels_dist	distributed.f90
m_cuda_kernels_fieldops	fieldops.f90
m_cuda_kernels_reorder	reorder.f90
m_cuda_kernels_thom	thomas.f90
m_cuda_poisson_fft	poisson_fft.f90
m_cuda_sendrecv	sendrecv.f90
m_cuda_spectral	spectral_processing.f90
m_cuda_tdsops	tdsops.f90
m_field	field.f90
m_mesh	mesh.f90
m_omp_backend	backend.f90
m_omp_common	common.f90
m_omp_exec_dist	exec_dist.f90
m_omp_kernels_dist	distributed.f90
m_omp_poisson_fft	poisson_fft.f90
m_omp_sendrecv	sendrecv.f90
m_ordering	ordering.f90	"Application storage" stores spatial data with a directionality for better cache locality This set of functions converts indices from this application storage (_dir) to cartesian indices (_ijk)
m_poisson_fft	poisson_fft.f90
m_solver	solver.f90
m_tdsops	tdsops.f90
m_time_integrator	time_integrator.f90
m_vector_calculus	vector_calculus.f90