derek.holloway
7502bf64a4
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1565 lines
94 KiB
C
1565 lines
94 KiB
C
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// Header file: overload_to_externs.h
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// generated by utility gen_externs
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#define _CD double _Complex
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#define _CF float _Complex
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#define _UI unsigned int
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#define _UL unsigned long
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#define _INLINE_ATTR_ __attribute__((flatten, always_inline))
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// Headers for extern xteamr functions defined in libomptarget DeviceRTL
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// are defined here in the test header file because user apps cannot include
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// the DeviceRTL Interface.h header file.
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#if defined(__AMDGCN__) || defined(__NVPTX__)
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extern "C" {
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#define _RF_LDS volatile __attribute__((address_space(3)))
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void _INLINE_ATTR_ __kmpc_xteamr_d_16x64
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(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
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void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_f_16x64
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(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
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void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cd_16x64
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(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
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void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cf_16x64
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(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
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void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_i_16x64
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(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
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void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_ui_16x64
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(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
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void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_l_16x64
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(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
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void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_ul_16x64
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(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
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void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_d_8x64
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(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
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void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_f_8x64
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(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
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void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cd_8x64
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(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
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void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cf_8x64
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(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
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void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_i_8x64
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(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
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void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_ui_8x64
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(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
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void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_l_8x64
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(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
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void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_ul_8x64
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(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
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void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_d_4x64
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(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
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void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_f_4x64
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(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
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void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cd_4x64
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(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
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void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cf_4x64
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(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
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void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_i_4x64
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(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
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void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_ui_4x64
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(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
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void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_l_4x64
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(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
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void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_ul_4x64
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(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
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void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_d_2x64
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(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
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void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_f_2x64
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(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
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void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cd_2x64
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(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
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void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cf_2x64
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(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
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void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_i_2x64
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(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
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void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_ui_2x64
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(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
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void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_l_2x64
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(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
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void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_ul_2x64
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(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
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void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_d_1x64
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(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
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void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_f_1x64
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(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
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void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cd_1x64
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(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
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void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cf_1x64
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(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
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void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_i_1x64
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(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
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void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_ui_1x64
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(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
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void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_l_1x64
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(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
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void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_ul_1x64
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(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
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void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_d_32x32
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(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
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void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_f_32x32
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(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
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void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cd_32x32
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(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
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void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cf_32x32
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(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
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void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_i_32x32
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(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
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void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_ui_32x32
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(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
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void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_l_32x32
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(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
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void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_ul_32x32
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(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
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void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_d_16x32
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(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
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void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_f_16x32
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(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
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void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cd_16x32
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(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
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void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_cf_16x32
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(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
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void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_i_16x32
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(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
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void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_ui_16x32
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(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
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void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
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const uint64_t k, const uint32_t numteams);
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void _INLINE_ATTR_ __kmpc_xteamr_l_16x32
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(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_ul_16x32
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_d_8x32
|
|
(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
|
|
void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_f_8x32
|
|
(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
|
|
void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_cd_8x32
|
|
(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
|
|
void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_cf_8x32
|
|
(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
|
|
void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_i_8x32
|
|
(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
|
|
void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_ui_8x32
|
|
(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
|
|
void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_l_8x32
|
|
(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_ul_8x32
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_d_4x32
|
|
(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
|
|
void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_f_4x32
|
|
(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
|
|
void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_cd_4x32
|
|
(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
|
|
void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_cf_4x32
|
|
(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
|
|
void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_i_4x32
|
|
(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
|
|
void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_ui_4x32
|
|
(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
|
|
void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_l_4x32
|
|
(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_ul_4x32
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_d_2x32
|
|
(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
|
|
void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_f_2x32
|
|
(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
|
|
void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_cd_2x32
|
|
(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
|
|
void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_cf_2x32
|
|
(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
|
|
void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_i_2x32
|
|
(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
|
|
void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_ui_2x32
|
|
(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
|
|
void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_l_2x32
|
|
(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void _INLINE_ATTR_ __kmpc_xteamr_ul_2x32
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams);
|
|
void __kmpc_rfun_sum_d(double *val, double otherval);
|
|
void __kmpc_rfun_sum_lds_d(_RF_LDS double *val, _RF_LDS double *otherval);
|
|
void __kmpc_rfun_sum_f(float *val, float otherval);
|
|
void __kmpc_rfun_sum_lds_f(_RF_LDS float *val, _RF_LDS float *otherval);
|
|
void __kmpc_rfun_sum_cd(_CD *val, _CD otherval);
|
|
void __kmpc_rfun_sum_lds_cd(_RF_LDS _CD *val, _RF_LDS _CD *otherval);
|
|
void __kmpc_rfun_sum_cf(_CF *val, _CF otherval);
|
|
void __kmpc_rfun_sum_lds_cf(_RF_LDS _CF *val, _RF_LDS _CF *otherval);
|
|
void __kmpc_rfun_sum_i(int *val, int otherval);
|
|
void __kmpc_rfun_sum_lds_i(_RF_LDS int *val, _RF_LDS int *otherval);
|
|
void __kmpc_rfun_sum_ui(_UI *val, _UI otherval);
|
|
void __kmpc_rfun_sum_lds_ui(_RF_LDS _UI *val, _RF_LDS _UI *otherval);
|
|
void __kmpc_rfun_sum_l(long *val, long otherval);
|
|
void __kmpc_rfun_sum_lds_l(_RF_LDS long *val, _RF_LDS long *otherval);
|
|
void __kmpc_rfun_sum_ul(_UL *val, _UL otherval);
|
|
void __kmpc_rfun_sum_lds_ul(_RF_LDS _UL *val, _RF_LDS _UL *otherval);
|
|
void __kmpc_rfun_max_d(double *val, double otherval);
|
|
void __kmpc_rfun_max_lds_d(_RF_LDS double *val, _RF_LDS double *otherval);
|
|
void __kmpc_rfun_max_f(float *val, float otherval);
|
|
void __kmpc_rfun_max_lds_f(_RF_LDS float *val, _RF_LDS float *otherval);
|
|
void __kmpc_rfun_max_i(int *val, int otherval);
|
|
void __kmpc_rfun_max_lds_i(_RF_LDS int *val, _RF_LDS int *otherval);
|
|
void __kmpc_rfun_max_ui(_UI *val, _UI otherval);
|
|
void __kmpc_rfun_max_lds_ui(_RF_LDS _UI *val, _RF_LDS _UI *otherval);
|
|
void __kmpc_rfun_max_l(long *val, long otherval);
|
|
void __kmpc_rfun_max_lds_l(_RF_LDS long *val, _RF_LDS long *otherval);
|
|
void __kmpc_rfun_max_ul(_UL *val, _UL otherval);
|
|
void __kmpc_rfun_max_lds_ul(_RF_LDS _UL *val, _RF_LDS _UL *otherval);
|
|
void __kmpc_rfun_min_d(double *val, double otherval);
|
|
void __kmpc_rfun_min_lds_d(_RF_LDS double *val, _RF_LDS double *otherval);
|
|
void __kmpc_rfun_min_f(float *val, float otherval);
|
|
void __kmpc_rfun_min_lds_f(_RF_LDS float *val, _RF_LDS float *otherval);
|
|
void __kmpc_rfun_min_i(int *val, int otherval);
|
|
void __kmpc_rfun_min_lds_i(_RF_LDS int *val, _RF_LDS int *otherval);
|
|
void __kmpc_rfun_min_ui(_UI *val, _UI otherval);
|
|
void __kmpc_rfun_min_lds_ui(_RF_LDS _UI *val, _RF_LDS _UI *otherval);
|
|
void __kmpc_rfun_min_l(long *val, long otherval);
|
|
void __kmpc_rfun_min_lds_l(_RF_LDS long *val, _RF_LDS long *otherval);
|
|
void __kmpc_rfun_min_ul(_UL *val, _UL otherval);
|
|
void __kmpc_rfun_min_lds_ul(_RF_LDS _UL *val, _RF_LDS _UL *otherval);
|
|
#undef _RF_LDS
|
|
int __kmpc_get_warp_size();
|
|
} // end extern C
|
|
|
|
#else
|
|
|
|
// For host compilation, define null functions for host linking.
|
|
|
|
extern "C" {
|
|
#undef _RF_LDS
|
|
#define _RF_LDS
|
|
void __kmpc_xteamr_d_16x64
|
|
(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
|
|
void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_f_16x64
|
|
(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
|
|
void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cd_16x64
|
|
(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
|
|
void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cf_16x64
|
|
(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
|
|
void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_i_16x64
|
|
(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
|
|
void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ui_16x64
|
|
(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
|
|
void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_l_16x64
|
|
(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ul_16x64
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_d_8x64
|
|
(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
|
|
void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_f_8x64
|
|
(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
|
|
void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cd_8x64
|
|
(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
|
|
void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cf_8x64
|
|
(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
|
|
void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_i_8x64
|
|
(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
|
|
void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ui_8x64
|
|
(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
|
|
void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_l_8x64
|
|
(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ul_8x64
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_d_4x64
|
|
(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
|
|
void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_f_4x64
|
|
(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
|
|
void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cd_4x64
|
|
(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
|
|
void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cf_4x64
|
|
(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
|
|
void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_i_4x64
|
|
(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
|
|
void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ui_4x64
|
|
(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
|
|
void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_l_4x64
|
|
(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ul_4x64
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_d_2x64
|
|
(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
|
|
void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_f_2x64
|
|
(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
|
|
void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cd_2x64
|
|
(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
|
|
void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cf_2x64
|
|
(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
|
|
void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_i_2x64
|
|
(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
|
|
void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ui_2x64
|
|
(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
|
|
void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_l_2x64
|
|
(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ul_2x64
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_d_1x64
|
|
(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
|
|
void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_f_1x64
|
|
(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
|
|
void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cd_1x64
|
|
(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
|
|
void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cf_1x64
|
|
(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
|
|
void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_i_1x64
|
|
(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
|
|
void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ui_1x64
|
|
(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
|
|
void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_l_1x64
|
|
(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ul_1x64
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_d_32x32
|
|
(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
|
|
void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_f_32x32
|
|
(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
|
|
void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cd_32x32
|
|
(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
|
|
void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cf_32x32
|
|
(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
|
|
void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_i_32x32
|
|
(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
|
|
void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ui_32x32
|
|
(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
|
|
void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_l_32x32
|
|
(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ul_32x32
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_d_16x32
|
|
(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
|
|
void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_f_16x32
|
|
(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
|
|
void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cd_16x32
|
|
(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
|
|
void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cf_16x32
|
|
(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
|
|
void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_i_16x32
|
|
(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
|
|
void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ui_16x32
|
|
(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
|
|
void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_l_16x32
|
|
(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ul_16x32
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_d_8x32
|
|
(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
|
|
void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_f_8x32
|
|
(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
|
|
void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cd_8x32
|
|
(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
|
|
void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cf_8x32
|
|
(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
|
|
void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_i_8x32
|
|
(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
|
|
void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ui_8x32
|
|
(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
|
|
void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_l_8x32
|
|
(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ul_8x32
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_d_4x32
|
|
(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
|
|
void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_f_4x32
|
|
(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
|
|
void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cd_4x32
|
|
(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
|
|
void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cf_4x32
|
|
(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
|
|
void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_i_4x32
|
|
(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
|
|
void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ui_4x32
|
|
(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
|
|
void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_l_4x32
|
|
(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ul_4x32
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_d_2x32
|
|
(double v, double *r_ptr, double *tvs, uint32_t *td, void (*_rf)(double *, double),
|
|
void (*_rf_lds)(_RF_LDS double *, _RF_LDS double *), const double iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_f_2x32
|
|
(float v, float *r_ptr, float *tvs, uint32_t *td, void (*_rf)(float *, float),
|
|
void (*_rf_lds)(_RF_LDS float *, _RF_LDS float *), const float iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cd_2x32
|
|
(_CD v, _CD *r_ptr, _CD *tvs, uint32_t *td, void (*_rf)(_CD *, _CD),
|
|
void (*_rf_lds)(_RF_LDS _CD *, _RF_LDS _CD *), const _CD iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_cf_2x32
|
|
(_CF v, _CF *r_ptr, _CF *tvs, uint32_t *td, void (*_rf)(_CF *, _CF),
|
|
void (*_rf_lds)(_RF_LDS _CF *, _RF_LDS _CF *), const _CF iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_i_2x32
|
|
(int v, int *r_ptr, int *tvs, uint32_t *td, void (*_rf)(int *, int),
|
|
void (*_rf_lds)(_RF_LDS int *, _RF_LDS int *), const int iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ui_2x32
|
|
(_UI v, _UI *r_ptr, _UI *tvs, uint32_t *td, void (*_rf)(_UI *, _UI),
|
|
void (*_rf_lds)(_RF_LDS _UI *, _RF_LDS _UI *), const _UI iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_l_2x32
|
|
(long v, long *r_ptr, long *tvs, uint32_t *td, void (*_rf)(long *, long),
|
|
void (*_rf_lds)(_RF_LDS long *, _RF_LDS long *), const long iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_xteamr_ul_2x32
|
|
(_UL v, _UL *r_ptr, _UL *tvs, uint32_t *td, void (*_rf)(_UL *, _UL),
|
|
void (*_rf_lds)(_RF_LDS _UL *, _RF_LDS _UL *), const _UL iv,
|
|
const uint64_t k, const uint32_t numteams){};
|
|
void __kmpc_rfun_sum_d(double *val, double otherval){}
|
|
void __kmpc_rfun_sum_lds_d(_RF_LDS double *val, _RF_LDS double *otherval){}
|
|
void __kmpc_rfun_sum_f(float *val, float otherval){}
|
|
void __kmpc_rfun_sum_lds_f(_RF_LDS float *val, _RF_LDS float *otherval){}
|
|
void __kmpc_rfun_sum_cd(_CD *val, _CD otherval){}
|
|
void __kmpc_rfun_sum_lds_cd(_RF_LDS _CD *val, _RF_LDS _CD *otherval){}
|
|
void __kmpc_rfun_sum_cf(_CF *val, _CF otherval){}
|
|
void __kmpc_rfun_sum_lds_cf(_RF_LDS _CF *val, _RF_LDS _CF *otherval){}
|
|
void __kmpc_rfun_sum_i(int *val, int otherval){}
|
|
void __kmpc_rfun_sum_lds_i(_RF_LDS int *val, _RF_LDS int *otherval){}
|
|
void __kmpc_rfun_sum_ui(_UI *val, _UI otherval){}
|
|
void __kmpc_rfun_sum_lds_ui(_RF_LDS _UI *val, _RF_LDS _UI *otherval){}
|
|
void __kmpc_rfun_sum_l(long *val, long otherval){}
|
|
void __kmpc_rfun_sum_lds_l(_RF_LDS long *val, _RF_LDS long *otherval){}
|
|
void __kmpc_rfun_sum_ul(_UL *val, _UL otherval){}
|
|
void __kmpc_rfun_sum_lds_ul(_RF_LDS _UL *val, _RF_LDS _UL *otherval){}
|
|
void __kmpc_rfun_max_d(double *val, double otherval){}
|
|
void __kmpc_rfun_max_lds_d(_RF_LDS double *val, _RF_LDS double *otherval){}
|
|
void __kmpc_rfun_max_f(float *val, float otherval){}
|
|
void __kmpc_rfun_max_lds_f(_RF_LDS float *val, _RF_LDS float *otherval){}
|
|
void __kmpc_rfun_max_i(int *val, int otherval){}
|
|
void __kmpc_rfun_max_lds_i(_RF_LDS int *val, _RF_LDS int *otherval){}
|
|
void __kmpc_rfun_max_ui(_UI *val, _UI otherval){}
|
|
void __kmpc_rfun_max_lds_ui(_RF_LDS _UI *val, _RF_LDS _UI *otherval){}
|
|
void __kmpc_rfun_max_l(long *val, long otherval){}
|
|
void __kmpc_rfun_max_lds_l(_RF_LDS long *val, _RF_LDS long *otherval){}
|
|
void __kmpc_rfun_max_ul(_UL *val, _UL otherval){}
|
|
void __kmpc_rfun_max_lds_ul(_RF_LDS _UL *val, _RF_LDS _UL *otherval){}
|
|
void __kmpc_rfun_min_d(double *val, double otherval){}
|
|
void __kmpc_rfun_min_lds_d(_RF_LDS double *val, _RF_LDS double *otherval){}
|
|
void __kmpc_rfun_min_f(float *val, float otherval){}
|
|
void __kmpc_rfun_min_lds_f(_RF_LDS float *val, _RF_LDS float *otherval){}
|
|
void __kmpc_rfun_min_i(int *val, int otherval){}
|
|
void __kmpc_rfun_min_lds_i(_RF_LDS int *val, _RF_LDS int *otherval){}
|
|
void __kmpc_rfun_min_ui(_UI *val, _UI otherval){}
|
|
void __kmpc_rfun_min_lds_ui(_RF_LDS _UI *val, _RF_LDS _UI *otherval){}
|
|
void __kmpc_rfun_min_l(long *val, long otherval){}
|
|
void __kmpc_rfun_min_lds_l(_RF_LDS long *val, _RF_LDS long *otherval){}
|
|
void __kmpc_rfun_min_ul(_UL *val, _UL otherval){}
|
|
void __kmpc_rfun_min_lds_ul(_RF_LDS _UL *val, _RF_LDS _UL *otherval){}
|
|
#undef _RF_LDS
|
|
int __kmpc_get_warp_size(){
|
|
printf("ERROR: executing _kmpc_get_warp_size on host\n");
|
|
return -1;}
|
|
} // end extern C
|
|
|
|
#endif // of definitions for host null functions
|
|
|
|
// These overloaded function definitions are for this test framework
|
|
// (xteamr.cpp) to invoke the extern DexviceRTL helper functions.
|
|
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_d, __kmpc_rfun_sum_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_f, __kmpc_rfun_sum_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x64
|
|
(_CD val, _CD *rv, _CD *tvs, uint32_t *td, const _CD iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cd_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cd, __kmpc_rfun_sum_lds_cd, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x64
|
|
(_CF val, _CF *rv, _CF *tvs, uint32_t *td, const _CF iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cf_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cf, __kmpc_rfun_sum_lds_cf, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_i, __kmpc_rfun_sum_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ui, __kmpc_rfun_sum_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_l, __kmpc_rfun_sum_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ul, __kmpc_rfun_sum_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_d, __kmpc_rfun_sum_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_f, __kmpc_rfun_sum_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x64
|
|
(_CD val, _CD *rv, _CD *tvs, uint32_t *td, const _CD iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cd_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cd, __kmpc_rfun_sum_lds_cd, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x64
|
|
(_CF val, _CF *rv, _CF *tvs, uint32_t *td, const _CF iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cf_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cf, __kmpc_rfun_sum_lds_cf, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_i, __kmpc_rfun_sum_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ui, __kmpc_rfun_sum_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_l, __kmpc_rfun_sum_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ul, __kmpc_rfun_sum_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_d, __kmpc_rfun_sum_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_f, __kmpc_rfun_sum_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x64
|
|
(_CD val, _CD *rv, _CD *tvs, uint32_t *td, const _CD iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cd_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cd, __kmpc_rfun_sum_lds_cd, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x64
|
|
(_CF val, _CF *rv, _CF *tvs, uint32_t *td, const _CF iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cf_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cf, __kmpc_rfun_sum_lds_cf, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_i, __kmpc_rfun_sum_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ui, __kmpc_rfun_sum_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_l, __kmpc_rfun_sum_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ul, __kmpc_rfun_sum_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_d, __kmpc_rfun_sum_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_f, __kmpc_rfun_sum_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x64
|
|
(_CD val, _CD *rv, _CD *tvs, uint32_t *td, const _CD iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cd_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cd, __kmpc_rfun_sum_lds_cd, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x64
|
|
(_CF val, _CF *rv, _CF *tvs, uint32_t *td, const _CF iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cf_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cf, __kmpc_rfun_sum_lds_cf, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_i, __kmpc_rfun_sum_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ui, __kmpc_rfun_sum_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_l, __kmpc_rfun_sum_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ul, __kmpc_rfun_sum_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_1x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_d, __kmpc_rfun_sum_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_1x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_f, __kmpc_rfun_sum_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_1x64
|
|
(_CD val, _CD *rv, _CD *tvs, uint32_t *td, const _CD iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cd_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cd, __kmpc_rfun_sum_lds_cd, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_1x64
|
|
(_CF val, _CF *rv, _CF *tvs, uint32_t *td, const _CF iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cf_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cf, __kmpc_rfun_sum_lds_cf, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_1x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_i, __kmpc_rfun_sum_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_1x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ui, __kmpc_rfun_sum_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_1x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_l, __kmpc_rfun_sum_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_1x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ul, __kmpc_rfun_sum_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_32x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_d, __kmpc_rfun_sum_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_32x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_f, __kmpc_rfun_sum_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_32x32
|
|
(_CD val, _CD *rv, _CD *tvs, uint32_t *td, const _CD iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cd_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cd, __kmpc_rfun_sum_lds_cd, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_32x32
|
|
(_CF val, _CF *rv, _CF *tvs, uint32_t *td, const _CF iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cf_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cf, __kmpc_rfun_sum_lds_cf, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_32x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_i, __kmpc_rfun_sum_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_32x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ui, __kmpc_rfun_sum_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_32x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_l, __kmpc_rfun_sum_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_32x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ul, __kmpc_rfun_sum_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_d, __kmpc_rfun_sum_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_f, __kmpc_rfun_sum_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x32
|
|
(_CD val, _CD *rv, _CD *tvs, uint32_t *td, const _CD iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cd_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cd, __kmpc_rfun_sum_lds_cd, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x32
|
|
(_CF val, _CF *rv, _CF *tvs, uint32_t *td, const _CF iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cf_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cf, __kmpc_rfun_sum_lds_cf, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_i, __kmpc_rfun_sum_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ui, __kmpc_rfun_sum_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_l, __kmpc_rfun_sum_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_16x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ul, __kmpc_rfun_sum_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_d, __kmpc_rfun_sum_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_f, __kmpc_rfun_sum_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x32
|
|
(_CD val, _CD *rv, _CD *tvs, uint32_t *td, const _CD iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cd_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cd, __kmpc_rfun_sum_lds_cd, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x32
|
|
(_CF val, _CF *rv, _CF *tvs, uint32_t *td, const _CF iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cf_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cf, __kmpc_rfun_sum_lds_cf, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_i, __kmpc_rfun_sum_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ui, __kmpc_rfun_sum_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_l, __kmpc_rfun_sum_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_8x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ul, __kmpc_rfun_sum_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_d, __kmpc_rfun_sum_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_f, __kmpc_rfun_sum_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x32
|
|
(_CD val, _CD *rv, _CD *tvs, uint32_t *td, const _CD iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cd_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cd, __kmpc_rfun_sum_lds_cd, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x32
|
|
(_CF val, _CF *rv, _CF *tvs, uint32_t *td, const _CF iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cf_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cf, __kmpc_rfun_sum_lds_cf, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_i, __kmpc_rfun_sum_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ui, __kmpc_rfun_sum_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_l, __kmpc_rfun_sum_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_4x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ul, __kmpc_rfun_sum_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_d, __kmpc_rfun_sum_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_f, __kmpc_rfun_sum_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x32
|
|
(_CD val, _CD *rv, _CD *tvs, uint32_t *td, const _CD iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cd_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cd, __kmpc_rfun_sum_lds_cd, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x32
|
|
(_CF val, _CF *rv, _CF *tvs, uint32_t *td, const _CF iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_cf_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_cf, __kmpc_rfun_sum_lds_cf, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_i, __kmpc_rfun_sum_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ui, __kmpc_rfun_sum_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_l, __kmpc_rfun_sum_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_sum_2x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_sum_ul, __kmpc_rfun_sum_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_16x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_d, __kmpc_rfun_max_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_16x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_f, __kmpc_rfun_max_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_16x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_i, __kmpc_rfun_max_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_16x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ui, __kmpc_rfun_max_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_16x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_l, __kmpc_rfun_max_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_16x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ul, __kmpc_rfun_max_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_8x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_d, __kmpc_rfun_max_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_8x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_f, __kmpc_rfun_max_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_8x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_i, __kmpc_rfun_max_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_8x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ui, __kmpc_rfun_max_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_8x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_l, __kmpc_rfun_max_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_8x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ul, __kmpc_rfun_max_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_4x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_d, __kmpc_rfun_max_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_4x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_f, __kmpc_rfun_max_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_4x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_i, __kmpc_rfun_max_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_4x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ui, __kmpc_rfun_max_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_4x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_l, __kmpc_rfun_max_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_4x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ul, __kmpc_rfun_max_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_2x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_d, __kmpc_rfun_max_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_2x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_f, __kmpc_rfun_max_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_2x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_i, __kmpc_rfun_max_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_2x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ui, __kmpc_rfun_max_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_2x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_l, __kmpc_rfun_max_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_2x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ul, __kmpc_rfun_max_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_1x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_d, __kmpc_rfun_max_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_1x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_f, __kmpc_rfun_max_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_1x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_i, __kmpc_rfun_max_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_1x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ui, __kmpc_rfun_max_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_1x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_l, __kmpc_rfun_max_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_1x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ul, __kmpc_rfun_max_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_32x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_d, __kmpc_rfun_max_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_32x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_f, __kmpc_rfun_max_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_32x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_i, __kmpc_rfun_max_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_32x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ui, __kmpc_rfun_max_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_32x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_l, __kmpc_rfun_max_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_32x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ul, __kmpc_rfun_max_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_16x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_d, __kmpc_rfun_max_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_16x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_f, __kmpc_rfun_max_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_16x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_i, __kmpc_rfun_max_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_16x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ui, __kmpc_rfun_max_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_16x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_l, __kmpc_rfun_max_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_16x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ul, __kmpc_rfun_max_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_8x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_d, __kmpc_rfun_max_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_8x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_f, __kmpc_rfun_max_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_8x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_i, __kmpc_rfun_max_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_8x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ui, __kmpc_rfun_max_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_8x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_l, __kmpc_rfun_max_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_8x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ul, __kmpc_rfun_max_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_4x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_d, __kmpc_rfun_max_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_4x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_f, __kmpc_rfun_max_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_4x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_i, __kmpc_rfun_max_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_4x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ui, __kmpc_rfun_max_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_4x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_l, __kmpc_rfun_max_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_4x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ul, __kmpc_rfun_max_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_2x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_d, __kmpc_rfun_max_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_2x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_f, __kmpc_rfun_max_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_2x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_i, __kmpc_rfun_max_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_2x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ui, __kmpc_rfun_max_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_2x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_l, __kmpc_rfun_max_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_max_2x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_max_ul, __kmpc_rfun_max_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_16x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_d, __kmpc_rfun_min_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_16x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_f, __kmpc_rfun_min_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_16x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_i, __kmpc_rfun_min_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_16x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ui, __kmpc_rfun_min_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_16x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_l, __kmpc_rfun_min_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_16x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_16x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ul, __kmpc_rfun_min_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_8x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_d, __kmpc_rfun_min_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_8x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_f, __kmpc_rfun_min_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_8x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_i, __kmpc_rfun_min_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_8x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ui, __kmpc_rfun_min_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_8x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_l, __kmpc_rfun_min_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_8x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_8x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ul, __kmpc_rfun_min_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_4x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_d, __kmpc_rfun_min_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_4x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_f, __kmpc_rfun_min_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_4x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_i, __kmpc_rfun_min_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_4x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ui, __kmpc_rfun_min_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_4x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_l, __kmpc_rfun_min_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_4x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_4x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ul, __kmpc_rfun_min_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_2x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_d, __kmpc_rfun_min_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_2x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_f, __kmpc_rfun_min_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_2x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_i, __kmpc_rfun_min_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_2x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ui, __kmpc_rfun_min_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_2x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_l, __kmpc_rfun_min_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_2x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_2x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ul, __kmpc_rfun_min_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_1x64
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_d, __kmpc_rfun_min_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_1x64
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_f, __kmpc_rfun_min_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_1x64
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_i, __kmpc_rfun_min_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_1x64
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ui, __kmpc_rfun_min_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_1x64
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_l, __kmpc_rfun_min_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_1x64
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_1x64(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ul, __kmpc_rfun_min_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_32x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_d, __kmpc_rfun_min_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_32x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_f, __kmpc_rfun_min_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_32x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_i, __kmpc_rfun_min_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_32x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ui, __kmpc_rfun_min_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_32x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_l, __kmpc_rfun_min_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_32x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_32x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ul, __kmpc_rfun_min_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_16x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_d, __kmpc_rfun_min_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_16x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_f, __kmpc_rfun_min_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_16x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_i, __kmpc_rfun_min_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_16x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ui, __kmpc_rfun_min_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_16x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_l, __kmpc_rfun_min_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_16x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_16x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ul, __kmpc_rfun_min_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_8x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_d, __kmpc_rfun_min_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_8x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_f, __kmpc_rfun_min_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_8x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_i, __kmpc_rfun_min_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_8x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ui, __kmpc_rfun_min_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_8x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_l, __kmpc_rfun_min_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_8x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_8x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ul, __kmpc_rfun_min_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_4x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_d, __kmpc_rfun_min_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_4x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_f, __kmpc_rfun_min_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_4x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_i, __kmpc_rfun_min_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_4x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ui, __kmpc_rfun_min_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_4x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_l, __kmpc_rfun_min_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_4x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_4x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ul, __kmpc_rfun_min_lds_ul, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_2x32
|
|
(double val, double *rv, double *tvs, uint32_t *td, const double iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_d_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_d, __kmpc_rfun_min_lds_d, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_2x32
|
|
(float val, float *rv, float *tvs, uint32_t *td, const float iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_f_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_f, __kmpc_rfun_min_lds_f, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_2x32
|
|
(int val, int *rv, int *tvs, uint32_t *td, const int iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_i_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_i, __kmpc_rfun_min_lds_i, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_2x32
|
|
(_UI val, _UI *rv, _UI *tvs, uint32_t *td, const _UI iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ui_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ui, __kmpc_rfun_min_lds_ui, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_2x32
|
|
(long val, long *rv, long *tvs, uint32_t *td, const long iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_l_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_l, __kmpc_rfun_min_lds_l, iv, k, numteams);}
|
|
void _INLINE_ATTR_ _overload_to_extern_min_2x32
|
|
(_UL val, _UL *rv, _UL *tvs, uint32_t *td, const _UL iv, const uint64_t k, const uint32_t numteams)
|
|
{ __kmpc_xteamr_ul_2x32(val, rv, tvs, td,
|
|
__kmpc_rfun_min_ul, __kmpc_rfun_min_lds_ul, iv, k, numteams);}
|
|
#undef _CD
|
|
#undef _CF
|
|
#undef _UI
|
|
#undef _UL
|
|
#undef _INLINE_ATTR_
|