HCC
HCC is a single-source, C/C++ compiler for heterogeneous computing. It's optimized with HSA (http://www.hsafoundation.com/).
Class Index
A | C | D | E | F | G | I | L | N | P | R | S | T | U | _
  A  
__vector_data_container< SCALAR_TYPE, 4 > (hc::short_vector)   copy_output< OutputIter, T, N, N > (Concurrency)   long_3   short_vector_traits< __vector< SCALAR_TYPE, SIZE > >   
__vector_data_container< SCALAR_TYPE, 4 >   copy_output< OutputIter, T, N, N > (hc)   long_4   short_vector_traits< __vector< SCALAR_TYPE, SIZE > > (Concurrency::graphics)   
AmPointerInfo (hc)   __vector_data_container< SCALAR_TYPE, 4 > (Concurrency::graphics)   
  d  
longlong_1   short_vector_traits< __vector< SCALAR_TYPE, SIZE > > (hc::short_vector)   
  P  
__vector_data_container< SCALAR_TYPE, 8 > (hc::short_vector)   longlong_2   
  t  
__vector_data_container< SCALAR_TYPE, 8 >   do_copy (Concurrency)   longlong_3   
PrintfPacket (hc)   __vector_data_container< SCALAR_TYPE, 8 > (Concurrency::graphics)   do_copy (hc)   longlong_4   tile_barrier (hc)   
PrintfPacketData (hc)   
  a  
do_copy< Iter, T, 1 > (Concurrency)   
  n  
tile_barrier (Concurrency)   
  S  
do_copy< Iter, T, 1 > (hc)   tiled_extent (Concurrency)   
accelerator (Concurrency)   do_copy< T *, T, 1 > (Concurrency)   norm   tiled_extent (Kalmar)   
ShortTid   accelerator (hc)   do_copy< T *, T, 1 > (hc)   norm_2   tiled_extent (hc)   
  _  
accelerator_view (Concurrency)   do_copy< T *, T, N > (hc)   norm_3   tiled_extent< 1 > (hc)   
accelerator_view (hc)   do_copy< T *, T, N > (Concurrency)   norm_4   tiled_extent< 2 > (hc)   
__amp_norm_template (Concurrency::graphics)   accelerator_view_removed (Kalmar)   double_1   
  p  
tiled_extent< 3 > (hc)   
__amp_norm_template   am_allocator (hc)   double_2   tiled_extent< D0, 0, 0 > (Concurrency)   
__amp_norm_template (hc::short_vector)   array (Concurrency)   double_3   pfe_helper (Concurrency)   tiled_extent< D0, D1, 0 > (Concurrency)   
__has_data (Concurrency)   array (hc)   double_4   pfe_helper (hc)   tiled_index (Concurrency)   
__has_data (hc)   array_projection_helper (Concurrency)   
  e  
pfe_helper< 0, Kernel, _Tp > (Concurrency)   tiled_index (hc)   
__has_size (Concurrency)   array_projection_helper (hc)   pfe_helper< 0, Kernel, _Tp > (hc)   tiled_index< 1 > (hc)   
__has_size (hc)   array_projection_helper< T, 1 > (Concurrency)   extent (Concurrency)   pfe_wrapper (Concurrency)   tiled_index< 2 > (hc)   
__is_container (Concurrency)   array_projection_helper< T, 1 > (hc)   extent (hc)   pfe_wrapper (hc)   tiled_index< D0, 0, 0 > (Concurrency)   
__is_container (hc)   array_view (Concurrency)   
  f  
projection_helper (Concurrency)   tiled_index< D0, D1, 0 > (Concurrency)   
__u (hc)   array_view (hc)   projection_helper (hc)   
  u  
__vector   array_view< const T, N > (Concurrency)   float_1   projection_helper< const T, 1 > (Concurrency)   
__vector (Concurrency::graphics)   array_view< const T, N > (hc)   float_2   projection_helper< const T, 1 > (hc)   uchar_1   
__vector (hc::short_vector)   auto_voidp   float_3   projection_helper< const T, N > (Concurrency)   uchar_2   
__vector< __amp_norm_template< normIsSigned >, VECTOR_LENGTH > (hc::short_vector)   
  c  
float_4   projection_helper< const T, N > (hc)   uchar_3   
__vector< __amp_norm_template< normIsSigned >, VECTOR_LENGTH >   
  g  
projection_helper< T, 1 > (Concurrency)   uchar_4   
__vector< __amp_norm_template< normIsSigned >, VECTOR_LENGTH > (Concurrency::graphics)   char_1   projection_helper< T, 1 > (hc)   uint_1   
__vector_data_container   char_2   gl_dim3   
  r  
uint_2   
__vector_data_container (Concurrency::graphics)   char_3   grid_launch_parm   uint_3   
__vector_data_container (hc::short_vector)   char_4   grid_launch_parm_cxx   runtime_exception (Kalmar)   uint_4   
__vector_data_container< SCALAR_TYPE, 1 >   completion_future (Concurrency)   
  i  
  s  
ulong_1   
__vector_data_container< SCALAR_TYPE, 1 > (Concurrency::graphics)   completion_future (hc)   ulong_2   
__vector_data_container< SCALAR_TYPE, 1 > (hc::short_vector)   copy_bidir (Concurrency)   index (Kalmar)   short_1   ulong_3   
__vector_data_container< SCALAR_TYPE, 16 > (hc::short_vector)   copy_bidir (hc)   int_1   short_2   ulong_4   
__vector_data_container< SCALAR_TYPE, 16 >   copy_bidir< T, N, N > (Concurrency)   int_2   short_3   ulonglong_1   
__vector_data_container< SCALAR_TYPE, 16 > (Concurrency::graphics)   copy_bidir< T, N, N > (hc)   int_3   short_4   ulonglong_2   
__vector_data_container< SCALAR_TYPE, 2 > (hc::short_vector)   copy_input (Concurrency)   int_4   short_vector   ulonglong_3   
__vector_data_container< SCALAR_TYPE, 2 >   copy_input (hc)   invalid_compute_domain (Kalmar)   short_vector (Concurrency::graphics)   ulonglong_4   
__vector_data_container< SCALAR_TYPE, 2 > (Concurrency::graphics)   copy_input< InputIter, T, N, N > (Concurrency)   
  l  
short_vector (hc::short_vector)   unorm   
__vector_data_container< SCALAR_TYPE, 3 > (hc::short_vector)   copy_input< InputIter, T, N, N > (hc)   short_vector_traits (hc::short_vector)   unorm_2   
__vector_data_container< SCALAR_TYPE, 3 >   copy_output (Concurrency)   long_1   short_vector_traits (Concurrency::graphics)   unorm_3   
__vector_data_container< SCALAR_TYPE, 3 > (Concurrency::graphics)   copy_output (hc)   long_2   short_vector_traits   unorm_4   
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