peclet::flow::GpOverlayT< Space, Real > Struct Template Reference

Per-overlay-row SoA. More...

#include <ghost_projection.hpp>

Public Attributes
Kokkos::View< int *, Space >	cell
Kokkos::View< Real *, Space >	rescale
Kokkos::View< int8_t *, Space >	coupled
Kokkos::View< int8_t *, Space >	state
Kokkos::View< Real *, Space >	th
Kokkos::View< Real *, Space >	w_bc
Kokkos::View< Real *, Space >	w_n1
Kokkos::View< Real *, Space >	w_n2
Kokkos::View< Real *, Space >	wm_n1
Kokkos::View< Real *, Space >	wm_n2

Detailed Description

template<class Space, class Real = float>
struct peclet::flow::GpOverlayT< Space, Real >

Per-overlay-row SoA.

Face slot k = 2*axis + (0 = plus side, 1 = minus side), matching the momentum overlay's direction order {+x,-x,+y,-y,+z,-z}. Weights are the UNSCALED closure coefficients (u_face = w_bc*u_bc + w_n1*u_near + w_n2*u_far); the row rescale rho is applied at row level by the delta kernels. TWO weight sets: w_* (rhs_order) feed the divergence (RHS + diagnostic, gpDivergDelta); wm_* (matrix_order) feed the implicit phi couplings (gpApplyDelta). Orders may differ (the mixed/deferred-correction scheme: rhs_order=2 keeps the 2nd-order steady constraint, matrix_order=1 keeps the matrix 7-point and near-symmetric — the operator mismatch converges through the time stepping, measured rate ~0.4).

Definition at line 101 of file ghost_projection.hpp.

Member Data Documentation

cell

template<class Space , class Real = float>

Kokkos::View<int*, Space> peclet::flow::GpOverlayT< Space, Real >::cell

Definition at line 102 of file ghost_projection.hpp.

rescale

template<class Space , class Real = float>

Kokkos::View<Real*, Space> peclet::flow::GpOverlayT< Space, Real >::rescale

Definition at line 103 of file ghost_projection.hpp.

coupled

template<class Space , class Real = float>

Kokkos::View<int8_t*, Space> peclet::flow::GpOverlayT< Space, Real >::coupled

Definition at line 104 of file ghost_projection.hpp.

state

template<class Space , class Real = float>

Kokkos::View<int8_t*, Space> peclet::flow::GpOverlayT< Space, Real >::state

Definition at line 105 of file ghost_projection.hpp.

th

template<class Space , class Real = float>

Kokkos::View<Real*, Space> peclet::flow::GpOverlayT< Space, Real >::th

Definition at line 106 of file ghost_projection.hpp.

w_bc

template<class Space , class Real = float>

Kokkos::View<Real*, Space> peclet::flow::GpOverlayT< Space, Real >::w_bc

Definition at line 107 of file ghost_projection.hpp.

w_n1

template<class Space , class Real = float>

Kokkos::View<Real*, Space> peclet::flow::GpOverlayT< Space, Real >::w_n1

Definition at line 107 of file ghost_projection.hpp.

w_n2

template<class Space , class Real = float>

Kokkos::View<Real*, Space> peclet::flow::GpOverlayT< Space, Real >::w_n2

Definition at line 107 of file ghost_projection.hpp.

wm_n1

template<class Space , class Real = float>

Kokkos::View<Real*, Space> peclet::flow::GpOverlayT< Space, Real >::wm_n1

Definition at line 108 of file ghost_projection.hpp.

wm_n2

template<class Space , class Real = float>

Kokkos::View<Real*, Space> peclet::flow::GpOverlayT< Space, Real >::wm_n2

Definition at line 108 of file ghost_projection.hpp.

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The documentation for this struct was generated from the following file:

• src/ghost_projection.hpp