Searched refs:PR (Results 1 – 4 of 4) sorted by relevance
346 chla_transtype) PR="AUX";;347 sdsdot) PR="DOUBLE";;348 dqddot) PR="QUAD";;349 dhddot) PR="HALF";;350 i[sc]amax) PR="SINGLE";;351 i[dz]amax) PR="DOUBLE";;352 i[qw]amax) PR="QUAD";;353 i[hk]amax) PR="HALF";;354 [sc]*) PR="SINGLE";;355 [dz]*) PR="DOUBLE";;[all …]
10 const PetscScalar *PETSC_RESTRICT PU, *PETSC_RESTRICT PW, *PETSC_RESTRICT PR; in VecMergedDot_Private() local17 PetscCall(VecGetArrayRead(R, (const PetscScalar **)&PR)); in VecMergedDot_Private()24 sumru += PR[j] * PetscConj(PU[j]); in VecMergedDot_Private()31 sumru += PR[j] * PetscConj(PU[j]); in VecMergedDot_Private()32 sumuu += PR[j] * PetscConj(PR[j]); in VecMergedDot_Private()38 sumru += PR[j] * PetscConj(PU[j]); in VecMergedDot_Private()49 PetscCall(VecRestoreArrayRead(R, (const PetscScalar **)&PR)); in VecMergedDot_Private()
136 - Add Rosenbrock-W methods from {cite}`rang2015improved` with $B_{PR}$ stability: `TSROSWR34PRW`, `…
447 Particle-resolved direct numerical simulations (PR-DNS), which resolve not450 aerosol-cloud-turbulence interactions. For instance, PR-DNS may complement454 enabling the use of PR-DNS for this purpose. We will describe the physical