releasedExamples/MultiDimPhase/advectSrc/OldPatchGodunov.cpp
// Apply a van Leer limiter directly to the slopes.  No characteristic
// analysis/projection is done as this is specific to each application.
// The user should implement their own applyLimiter() in their derived class
// if characteristic analysis/projection is needed.
Apply a van Leer limiter directly to the slopes.  No characteristic
analysis/projection is done as this is specific to each application.
The user should implement their own applyLimiter() in their derived class
if characteristic analysis/projection is needed.
Apply a van Leer limiter directly to the slopes . No characteristic analysis / projection is done as this is specific to each application . The user should implement their own applyLimiter () in their derived class if characteristic analysis / projection is needed .
void OldPatchGodunov::applyLimiter(FArrayBox&       a_dW,
                                   const FArrayBox& a_dWLeft,
                                   const FArrayBox& a_dWRight,
                                   const int&       a_dir,
                                   const Box&       a_box)
{
  CH_assert(isDefined());
  FORT_OLDVANLEERLIMITERF(CHF_FRA(a_dW),
                          CHF_CONST_FRA(a_dWLeft),
                          CHF_CONST_FRA(a_dWRight),
                          CHF_CONST_INT(a_dir),
                          CHF_BOX(a_box));
}
void OldPatchGodunov :: applyLimiter ( FArrayBox & a_dW , const FArrayBox & a_dWLeft , const FArrayBox & a_dWRight , const int & a_dir , const Box & a_box ) { CH_assert ( isDefined ( ) ) ; FORT_OLDVANLEERLIMITERF ( CHF_FRA ( a_dW ) , CHF_CONST_FRA ( a_dWLeft ) , CHF_CONST_FRA ( a_dWRight ) , CHF_CONST_INT ( a_dir ) , CHF_BOX ( a_box ) ) ; }
Apply a van Leer limiter directly to the slopes.
Apply a van Leer limiter directly to the slopes .