cpp.hint

// Microsoft Visual Studio "hint file" to help the IDE parse macro identifiers.
// See https://msdn.microsoft.com/en-us/library/dd997977.aspx
// (In addition to:  C:/Program Files (x86)/Microsoft Visual Studio 14.0/VC/vcpackages/cpp.hint )

#define HH_POOL_ALLOCATION(x)
#define HH_INITIALIZE_POOL(x)
#define HH_ALLOCATE_POOL(x)
#define HH_INITIALIZE_POOL_NESTED(x, y)

#define HH_MAKE_SAC(T)
#define HH_MAKE_POOLED_SAC(T)
#define HH_SACABLE(T)
#define HH_SAC_INITIALIZATION(T)
#define HH_SAC_ALLOCATE_CD(sac, type)
#define HH_SAC_ALLOCATE(sac, type)
#define HH_SAC_ALLOCATE_FUNC(sac, type, accessfunc)
#define HH_SAC_ALLOCATE_CD_FUNC(sac, type, accessfunc)

#define HH_TIMER(x)
#define HH_CTIMER(x)
#define HH_DTIMER(x)
#define HH_ATIMER(x)
#define HH_STIMER(x)
#define HH_PTIMER(x)
#define HH_TIMER_END(x)

#define HH_STAT(S) hh::Stat S(#S, true)
#define HH_STATNP(S) hh::Stat S(#S, false)
#define HH_SSTAT(S, v) do { static hh::Stat S(#S, true, true); S.enter(v); } while (false)
#define HH_SSTAT_RMS(S, v) do { static hh::Stat S(#S, true, true); S.set_rms(); S.enter(v); } while (false)
#define HH_RSTAT(S, range) do { HH_STAT(S); for (auto e : range) { S.enter(e); } } while (false)
#define HH_RSTAT_RMS(S, range) do { HH_STAT(S); S.set_rms(); for (auto e : range) { S.enter(e); } } while (false)

#define AS(x) x

#define JPP(arglist) arglist  // Image_IO.cpp jpeglib.h
#define E(x)  // MathOp.h and others

#define bcase break; case
#define ocase case
#define bdefault break; default

#define for_range_aux(T, i, lb, ub, u) for (T u = ub, i = lb; i<u; i++)
#define for_range(T, i, lb, ub) for_range_aux(T, i, lb, ub, u)
#define for_int(i, ub)      for_range(int, i, 0, ub)
#define for_intL(i, lb, ub) for_range(int, i, lb, ub)
#define for_size_t(i, ub)   for_range(size_t, i, 0, ub)

#define omp_parallel_for_range(omp_args, T, i, lb, ub) for_range_aux(T, i, lb, u)
#define parallel_for_range(T, i, lb, ub)         omp_parallel_for_range(, T, i, lb, ub)
#define cond_parallel_for_range(c, T, i, lb, ub) omp_parallel_for_range(, T, i, lb, ub)
#define parallel_for_int(i, ub)      parallel_for_range(int, i, 0, ub)
#define parallel_for_intL(i, lb, ub) parallel_for_range(int, i, lb, ub)
#define parallel_for_size_t(i, ub)   parallel_for_range(size_t, i, 0, ub)
#define hh_parallel_for              for
#define cond_parallel_for_int(c, i, ub)    cond_parallel_for_range(c, int, i, 0, ub)
#define cond_parallel_for_size_t(c, i, ub) cond_parallel_for_range(c, size_t, i, 0, ub)

#define ForSCSimplex(K, dim, s)
#define ForSCOrderedSimplex(K, dim, s)
#define ForSCSimplexChildIndex(s, c, i)
#define ForSCSimplexChild(s, c)
#define ForSCSimplexFaces(s, c)
#define ForSCSimplexParent(s, p)
#define ForSCSimplexStar(s, p)
#define ForSCVertexFace(v, f)
#define ForAWVertexFace(mesh, v, f, ff)
#define ForAWVertexVertex(mesh, v, f, vv, ff)

#define HH_NORETURN

#define HH_PRINTF_ATTRIBUTE(x)

#define CONSTEXPR

#define SHOW(x)
#define SHOWL

#define HH_DECLARE_OSTREAM_EOL(...)                                                             \
    struct has_ostream_eol_aux<__VA_ARGS__> { static CONSTEXPR bool value() { return true; } }
#define HH_DECLARE_OSTREAM_RANGE(...)