/*===-------------------------------------------------------------------------- * ROCm Device Libraries * * This file is distributed under the University of Illinois Open Source * License. See LICENSE.TXT for details. *===------------------------------------------------------------------------*/ #pragma OPENCL EXTENSION cl_khr_fp16 : enable extern __attribute__((const)) uint __cvt_f16_rtn_f32(float); extern __attribute__((const)) uint __cvt_f16_rtp_f32(float); extern __attribute__((const)) uint __cvt_f16_rtz_f32(float); extern __attribute__((const)) uint __cvt_f16_rtn_f64(double); extern __attribute__((const)) uint __cvt_f16_rtp_f64(double); extern __attribute__((const)) uint __cvt_f16_rtz_f64(double); #define ATTR __attribute__((overloadable, const)) #define IATTR __attribute__((const)) #define AATTR(S) __attribute__((overloadable, const, alias(S))) #define _C(A,B) A##B #define C(A,B) _C(A,B) #if !defined USE_CLP #define NOPN(N,TO,TI,S,R) ATTR TO##N convert_##TO##N##S##R(TO##N x) { return x; } #define NOP(TO,TI,S,R) \ NOPN(16,TO,TI,S,R) \ NOPN(8,TO,TI,S,R) \ NOPN(4,TO,TI,S,R) \ NOPN(3,TO,TI,S,R) \ NOPN(2,TO,TI,S,R) \ NOPN(,TO,TI,S,R) #define XLIST x #define XLIST2 x.s0, x.s1 #define XLIST3 XLIST2, x.s2 #define XLIST4 XLIST3, x.s3 #define XLIST8 XLIST4, x.s4, x.s5, x.s6, x.s7 #define XLIST16 XLIST8, x.s8, x.s9, x.sa, x.sb, x.sc, x.sd, x.se, x.sf #define YLIST y #define YLIST2 y.s0, y.s1 #define YLIST3 YLIST2, y.s2 #define YLIST4 YLIST3, y.s3 #define YLIST8 YLIST4, y.s4, y.s5, y.s6, y.s7 #define YLIST16 YLIST8, y.s8, y.s9, y.sa, y.sb, y.sc, y.sd, y.se, y.sf #define CASTN(N,TO,TI,S,R) ATTR TO##N convert_##TO##N##S##R(TI##N x) { return (TO##N)(XLIST##N); } #define CAST(TO,TI,S,R) \ CASTN(16,TO,TI,S,R) \ CASTN(8,TO,TI,S,R) \ CASTN(4,TO,TI,S,R) \ CASTN(3,TO,TI,S,R) \ CASTN(2,TO,TI,S,R) \ CASTN(,TO,TI,S,R) #else #define NOP(TO,TI,S,R) #define CAST(TO,TI,S,R) #endif #define char_short_lb CHAR_MIN #define char_short_ub CHAR_MAX #define char_int_lb CHAR_MIN #define char_int_ub CHAR_MAX #define char_long_lb CHAR_MIN #define char_long_ub CHAR_MAX #define char_float_lb CHAR_MIN #define char_float_ub CHAR_MAX #define char_double_lb CHAR_MIN #define char_double_ub CHAR_MAX #define char_half_lb CHAR_MIN #define char_half_ub CHAR_MAX #define uchar_short_lb 0 #define uchar_short_ub UCHAR_MAX #define uchar_int_lb 0 #define uchar_int_ub UCHAR_MAX #define uchar_long_lb 0 #define uchar_long_ub UCHAR_MAX #define uchar_float_lb 0 #define uchar_float_ub UCHAR_MAX #define uchar_double_lb 0 #define uchar_double_ub UCHAR_MAX #define uchar_half_lb 0 #define uchar_half_ub UCHAR_MAX #define short_int_lb SHRT_MIN #define short_int_ub SHRT_MAX #define short_long_lb SHRT_MIN #define short_long_ub SHRT_MAX #define short_float_lb SHRT_MIN #define short_float_ub SHRT_MAX #define short_double_lb SHRT_MIN #define short_double_ub SHRT_MAX #define short_half_lb -HALF_MAX #define short_half_ub HALF_MAX #define ushort_int_lb 0 #define ushort_int_ub USHRT_MAX #define ushort_long_lb 0 #define ushort_long_ub USHRT_MAX #define ushort_float_lb 0 #define ushort_float_ub USHRT_MAX #define ushort_double_lb 0 #define ushort_double_ub USHRT_MAX #define ushort_half_lb 0 #define ushort_half_ub HALF_MAX #define int_long_lb INT_MIN #define int_long_ub INT_MAX #define int_float_lb INT_MIN #define int_float_ub 0x7fffff80 #define int_double_lb INT_MIN #define int_double_ub INT_MAX #define int_half_lb -HALF_MAX #define int_half_ub HALF_MAX #define uint_long_lb 0 #define uint_long_ub UINT_MAX #define uint_float_lb 0 #define uint_float_ub 0xffffff00U #define uint_double_lb 0 #define uint_double_ub UINT_MAX #define uint_half_lb 0 #define uint_half_ub HALF_MAX #define long_float_lb LONG_MIN #define long_float_ub 0x7fffff8000000000L #define long_double_lb LONG_MIN #define long_double_ub 0x7ffffffffffffc00L #define long_half_lb -HALF_MAX #define long_half_ub HALF_MAX #define ulong_float_lb 0 #define ulong_float_ub 0xffffff0000000000UL #define ulong_double_lb 0 #define ulong_double_ub 0xfffffffffffff800UL #define ulong_half_lb 0 #define ulong_half_ub HALF_MAX #define char_minbnd CHAR_MAX #define uchar_minbnd UCHAR_MAX #define short_minbnd SHRT_MAX #define ushort_minbnd USHRT_MAX #define int_minbnd INT_MAX #define uint_minbnd UINT_MAX #define long_minbnd LONG_MAX #define ulong_minbnd ULONG_MAX #define char_maxbnd CHAR_MIN #define uchar_maxbnd 0 #define short_maxbnd SHRT_MIN #define ushort_maxbnd 0 #define int_maxbnd INT_MIN #define uint_maxbnd 0 #define long_maxbnd LONG_MIN #define ulong_maxbnd 0 #define MMN(F,N,TO,TI,S,R) \ ATTR TO##N \ convert_##TO##N##S##R(TI##N x) \ { \ return convert_##TO##N(F(x, (TI##N) TO##_##F##bnd)); \ } #define MIN(TO,TI,S,R) \ MMN(min,16,TO,TI,S,R) \ MMN(min,8,TO,TI,S,R) \ MMN(min,4,TO,TI,S,R) \ MMN(min,3,TO,TI,S,R) \ MMN(min,2,TO,TI,S,R) \ MMN(min,,TO,TI,S,R) #define MAX(TO,TI,S,R) \ MMN(max,16,TO,TI,S,R) \ MMN(max,8,TO,TI,S,R) \ MMN(max,4,TO,TI,S,R) \ MMN(max,3,TO,TI,S,R) \ MMN(max,2,TO,TI,S,R) \ MMN(max,,TO,TI,S,R) #define CLAMPN(N,TO,TI,S,R) \ ATTR TO##N \ convert_##TO##N##S##R(TI##N x) \ { \ return convert_##TO##N(min(max(x, (TI##N) TO##_##TI##_lb), (TI##N) TO##_##TI##_ub)); \ } #define CLAMP(TO,TI,S,R) \ CLAMPN(16,TO,TI,S,R) \ CLAMPN(8,TO,TI,S,R) \ CLAMPN(4,TO,TI,S,R) \ CLAMPN(3,TO,TI,S,R) \ CLAMPN(2,TO,TI,S,R) \ CLAMPN(,TO,TI,S,R) #define F2IEN(E,N,TO,TI,S,R) \ ATTR TO##N \ convert_##TO##N##S##R(TI##N x) \ { \ return convert_##TO##N##_sat##E(x); \ } #define F2IE(E,TO,TI,S,R) \ F2IEN(E,16,TO,TI,S,R) \ F2IEN(E,8,TO,TI,S,R) \ F2IEN(E,4,TO,TI,S,R) \ F2IEN(E,3,TO,TI,S,R) \ F2IEN(E,2,TO,TI,S,R) \ F2IEN(E,,TO,TI,S,R) #define EF2I(TO,TI,S,R) F2IE(_rte,TO,TI,S,R) #define NF2I(TO,TI,S,R) F2IE(_rtn,TO,TI,S,R) #define PF2I(TO,TI,S,R) F2IE(_rtp,TO,TI,S,R) #define ZF2I(TO,TI,S,R) F2IE(_rtz,TO,TI,S,R) #define CLAMPFN(F,N,TO,TI,S,R) \ ATTR TO##N \ convert_##TO##N##S##R(TI##N x) \ { \ x = min(max(F(x), (TI##N) TO##_##TI##_lb), (TI##N) TO##_##TI##_ub); \ return (TO##N)(XLIST##N); \ } #define CLAMPF(F,TO,TI,S,R) \ CLAMPFN(F,16,TO,TI,S,R) \ CLAMPFN(F,8,TO,TI,S,R) \ CLAMPFN(F,4,TO,TI,S,R) \ CLAMPFN(F,3,TO,TI,S,R) \ CLAMPFN(F,2,TO,TI,S,R) \ CLAMPFN(F,,TO,TI,S,R) #define ECLAMP(TO,TI,S,R) CLAMPF(rint,TO,TI,S,R) #define NCLAMP(TO,TI,S,R) CLAMPF(floor,TO,TI,S,R) #define PCLAMP(TO,TI,S,R) CLAMPF(ceil,TO,TI,S,R) #define ZCLAMP(TO,TI,S,R) CLAMPF(,TO,TI,S,R) #define SEL_(A,B,C) C ? B : A #define SEL_2(A,B,C) select(A,B,C) #define SEL_3(A,B,C) select(A,B,C) #define SEL_4(A,B,C) select(A,B,C) #define SEL_8(A,B,C) select(A,B,C) #define SEL_16(A,B,C) select(A,B,C) #define nou_short short #define nou_ushort short #define nou_int int #define nou_uint int #define nou_long long #define nou_ulong long #define CMP(N,TO,TI,X,OP,B) \ C(convert_,C(nou_##TO, N))(X OP (TI##N) TO##_##TI##_##B) #define CMP_(TO,TI,X,OP,B) (X OP (TI) TO##_##TI##_##B) #define CMP_2(TO,TI,X,OP,B) CMP(2,TO,TI,X,OP,B) #define CMP_3(TO,TI,X,OP,B) CMP(3,TO,TI,X,OP,B) #define CMP_4(TO,TI,X,OP,B) CMP(4,TO,TI,X,OP,B) #define CMP_8(TO,TI,X,OP,B) CMP(8,TO,TI,X,OP,B) #define CMP_16(TO,TI,X,OP,B) CMP(16,TO,TI,X,OP,B) #define CLAMP2FN(F,N,TO,TI,S,R) \ ATTR TO##N \ convert_##TO##N##S##R(TI##N x) \ { \ TI##N y = min(max(F(x), (TI##N) TO##_##TI##_lb), (TI##N) TO##_##TI##_ub); \ TO##N z = (TO##N)(YLIST##N); \ z = SEL_##N(z, (TO##N) TO##_minbnd, CMP_##N(TO,TI,x,>,ub)); \ return SEL_##N(z, (TO##N) TO##_maxbnd, CMP_##N(TO,TI,x,<,lb)); \ } #define CLAMP2F(F,TO,TI,S,R) \ CLAMP2FN(F,16,TO,TI,S,R) \ CLAMP2FN(F,8,TO,TI,S,R) \ CLAMP2FN(F,4,TO,TI,S,R) \ CLAMP2FN(F,3,TO,TI,S,R) \ CLAMP2FN(F,2,TO,TI,S,R) \ CLAMP2FN(F,,TO,TI,S,R) #define ECLAMP2(TO,TI,S,R) CLAMP2F(rint,TO,TI,S,R) #define NCLAMP2(TO,TI,S,R) CLAMP2F(floor,TO,TI,S,R) #define PCLAMP2(TO,TI,S,R) CLAMP2F(ceil,TO,TI,S,R) #define ZCLAMP2(TO,TI,S,R) CLAMP2F(,TO,TI,S,R) #define EXPAND2(TO,TI,S,R) \ ATTR TO##2 \ convert_##TO##2##S##R(TI##2 x) \ { \ return (TO##2)(convert_##TO##S##R(x.lo), \ convert_##TO##S##R(x.hi)); \ } #define EXPAND3(TO,TI,S,R) \ ATTR TO##3 \ convert_##TO##3##S##R(TI##3 x) \ { \ return (TO##3)(convert_##TO##2##S##R(x.s01), \ convert_##TO##S##R(x.s2)); \ } #define EXPAND4(TO,TI,S,R) \ ATTR TO##4 \ convert_##TO##4##S##R(TI##4 x) \ { \ return (TO##4)(convert_##TO##2##S##R(x.lo), \ convert_##TO##2##S##R(x.hi)); \ } #define EXPAND8(TO,TI,S,R) \ ATTR TO##8 \ convert_##TO##8##S##R(TI##8 x) \ { \ return (TO##8)(convert_##TO##4##S##R(x.lo), \ convert_##TO##4##S##R(x.hi)); \ } #define EXPAND16(TO,TI,S,R) \ ATTR TO##16 \ convert_##TO##16##S##R(TI##16 x) \ { \ return (TO##16)(convert_##TO##8##S##R(x.lo), \ convert_##TO##8##S##R(x.hi)); \ } #define EXPAND(TO,TI,S,R) \ EXPAND16(TO,TI,S,R) \ EXPAND8(TO,TI,S,R) \ EXPAND4(TO,TI,S,R) \ EXPAND3(TO,TI,S,R) \ EXPAND2(TO,TI,S,R) #define G_char_char(TO,TI,S,R) NOP(TO,TI,S,R) #define G_char_sat_char(TO,TI,S,R) NOP(TO,TI,S,R) #define G_char_sat_rte_char(TO,TI,S,R) NOP(TO,TI,S,R) #define G_char_sat_rtn_char(TO,TI,S,R) NOP(TO,TI,S,R) #define G_char_sat_rtp_char(TO,TI,S,R) NOP(TO,TI,S,R) #define G_char_sat_rtz_char(TO,TI,S,R) NOP(TO,TI,S,R) #define G_char_rte_char(TO,TI,S,R) NOP(TO,TI,S,R) #define G_char_rtn_char(TO,TI,S,R) NOP(TO,TI,S,R) #define G_char_rtp_char(TO,TI,S,R) NOP(TO,TI,S,R) #define G_char_rtz_char(TO,TI,S,R) NOP(TO,TI,S,R) #define G_char_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_sat_uchar(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rte_uchar(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rtn_uchar(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rtp_uchar(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rtz_uchar(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_sat_short(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_sat_rte_short(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_sat_rtn_short(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_sat_rtp_short(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_sat_rtz_short(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_rte_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtn_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtp_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtz_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_sat_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rte_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rtn_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rtp_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rtz_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtn_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtp_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtz_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_sat_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_sat_rte_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_sat_rtn_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_sat_rtp_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_sat_rtz_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_rte_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtn_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtp_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtz_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_sat_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rte_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rtn_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rtp_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rtz_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_rte_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtn_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtp_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtz_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_sat_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_sat_rte_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_sat_rtn_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_sat_rtp_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_sat_rtz_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_char_rte_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtn_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtp_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtz_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_sat_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rte_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rtn_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rtp_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_sat_rtz_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_char_rte_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtn_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtp_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_rtz_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_char_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_char_sat_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_char_sat_rte_float(TO,TI,S,R) ECLAMP(TO,TI,S,R) #define G_char_sat_rtn_float(TO,TI,S,R) NCLAMP(TO,TI,S,R) #define G_char_sat_rtp_float(TO,TI,S,R) PCLAMP(TO,TI,S,R) #define G_char_sat_rtz_float(TO,TI,S,R) ZCLAMP(TO,TI,S,R) #define G_char_rte_float(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_char_rtn_float(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_char_rtp_float(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_char_rtz_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_char_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_char_sat_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_char_sat_rte_double(TO,TI,S,R) ECLAMP(TO,TI,S,R) #define G_char_sat_rtn_double(TO,TI,S,R) NCLAMP(TO,TI,S,R) #define G_char_sat_rtp_double(TO,TI,S,R) PCLAMP(TO,TI,S,R) #define G_char_sat_rtz_double(TO,TI,S,R) ZCLAMP(TO,TI,S,R) #define G_char_rte_double(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_char_rtn_double(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_char_rtp_double(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_char_rtz_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_char_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_char_sat_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_char_sat_rte_half(TO,TI,S,R) ECLAMP(TO,TI,S,R) #define G_char_sat_rtn_half(TO,TI,S,R) NCLAMP(TO,TI,S,R) #define G_char_sat_rtp_half(TO,TI,S,R) PCLAMP(TO,TI,S,R) #define G_char_sat_rtz_half(TO,TI,S,R) ZCLAMP(TO,TI,S,R) #define G_char_rte_half(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_char_rtn_half(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_char_rtp_half(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_char_rtz_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uchar_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_sat_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uchar_sat_rte_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uchar_sat_rtn_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uchar_sat_rtp_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uchar_sat_rtz_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uchar_rte_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtn_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtp_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtz_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_uchar(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uchar_sat_uchar(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uchar_sat_rte_uchar(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uchar_sat_rtn_uchar(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uchar_sat_rtp_uchar(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uchar_sat_rtz_uchar(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uchar_rte_uchar(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uchar_rtn_uchar(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uchar_rtp_uchar(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uchar_rtz_uchar(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uchar_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_sat_short(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_sat_rte_short(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_sat_rtn_short(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_sat_rtp_short(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_sat_rtz_short(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_rte_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtn_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtp_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtz_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_sat_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_sat_rte_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_sat_rtn_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_sat_rtp_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_sat_rtz_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtn_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtp_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtz_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_sat_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_sat_rte_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_sat_rtn_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_sat_rtp_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_sat_rtz_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_rte_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtn_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtp_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtz_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_sat_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_sat_rte_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_sat_rtn_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_sat_rtp_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_sat_rtz_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_rte_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtn_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtp_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtz_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_sat_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_sat_rte_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_sat_rtn_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_sat_rtp_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_sat_rtz_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uchar_rte_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtn_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtp_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtz_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_sat_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_sat_rte_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_sat_rtn_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_sat_rtp_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_sat_rtz_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uchar_rte_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtn_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtp_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_rtz_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uchar_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uchar_sat_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uchar_sat_rte_float(TO,TI,S,R) ECLAMP(TO,TI,S,R) #define G_uchar_sat_rtn_float(TO,TI,S,R) NCLAMP(TO,TI,S,R) #define G_uchar_sat_rtp_float(TO,TI,S,R) PCLAMP(TO,TI,S,R) #define G_uchar_sat_rtz_float(TO,TI,S,R) ZCLAMP(TO,TI,S,R) #define G_uchar_rte_float(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_uchar_rtn_float(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_uchar_rtp_float(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_uchar_rtz_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uchar_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uchar_sat_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uchar_sat_rte_double(TO,TI,S,R) ECLAMP(TO,TI,S,R) #define G_uchar_sat_rtn_double(TO,TI,S,R) NCLAMP(TO,TI,S,R) #define G_uchar_sat_rtp_double(TO,TI,S,R) PCLAMP(TO,TI,S,R) #define G_uchar_sat_rtz_double(TO,TI,S,R) ZCLAMP(TO,TI,S,R) #define G_uchar_rte_double(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_uchar_rtn_double(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_uchar_rtp_double(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_uchar_rtz_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uchar_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uchar_sat_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uchar_sat_rte_half(TO,TI,S,R) ECLAMP(TO,TI,S,R) #define G_uchar_sat_rtn_half(TO,TI,S,R) NCLAMP(TO,TI,S,R) #define G_uchar_sat_rtp_half(TO,TI,S,R) PCLAMP(TO,TI,S,R) #define G_uchar_sat_rtz_half(TO,TI,S,R) ZCLAMP(TO,TI,S,R) #define G_uchar_rte_half(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_uchar_rtn_half(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_uchar_rtp_half(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_uchar_rtz_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_short_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_rte_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_rtn_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_rtp_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_rtz_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rte_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtn_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtp_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtz_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_short(TO,TI,S,R) NOP(TO,TI,S,R) #define G_short_sat_short(TO,TI,S,R) NOP(TO,TI,S,R) #define G_short_sat_rte_short(TO,TI,S,R) NOP(TO,TI,S,R) #define G_short_sat_rtn_short(TO,TI,S,R) NOP(TO,TI,S,R) #define G_short_sat_rtp_short(TO,TI,S,R) NOP(TO,TI,S,R) #define G_short_sat_rtz_short(TO,TI,S,R) NOP(TO,TI,S,R) #define G_short_rte_short(TO,TI,S,R) NOP(TO,TI,S,R) #define G_short_rtn_short(TO,TI,S,R) NOP(TO,TI,S,R) #define G_short_rtp_short(TO,TI,S,R) NOP(TO,TI,S,R) #define G_short_rtz_short(TO,TI,S,R) NOP(TO,TI,S,R) #define G_short_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_sat_rte_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_sat_rtn_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_sat_rtp_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_sat_rtz_ushort(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtn_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtp_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtz_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_short_sat_rte_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_short_sat_rtn_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_short_sat_rtp_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_short_sat_rtz_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_short_rte_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtn_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtp_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtz_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_sat_rte_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_sat_rtn_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_sat_rtp_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_sat_rtz_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_rte_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtn_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtp_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtz_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_short_sat_rte_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_short_sat_rtn_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_short_sat_rtp_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_short_sat_rtz_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_short_rte_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtn_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtp_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtz_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_sat_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_sat_rte_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_sat_rtn_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_sat_rtp_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_sat_rtz_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_short_rte_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtn_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtp_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_rtz_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_short_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_short_sat_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_short_sat_rte_float(TO,TI,S,R) ECLAMP(TO,TI,S,R) #define G_short_sat_rtn_float(TO,TI,S,R) NCLAMP(TO,TI,S,R) #define G_short_sat_rtp_float(TO,TI,S,R) PCLAMP(TO,TI,S,R) #define G_short_sat_rtz_float(TO,TI,S,R) ZCLAMP(TO,TI,S,R) #define G_short_rte_float(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_short_rtn_float(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_short_rtp_float(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_short_rtz_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_short_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_short_sat_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_short_sat_rte_double(TO,TI,S,R) ECLAMP(TO,TI,S,R) #define G_short_sat_rtn_double(TO,TI,S,R) NCLAMP(TO,TI,S,R) #define G_short_sat_rtp_double(TO,TI,S,R) PCLAMP(TO,TI,S,R) #define G_short_sat_rtz_double(TO,TI,S,R) ZCLAMP(TO,TI,S,R) #define G_short_rte_double(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_short_rtn_double(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_short_rtp_double(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_short_rtz_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_short_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_short_sat_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_short_sat_rte_half(TO,TI,S,R) ECLAMP2(TO,TI,S,R) #define G_short_sat_rtn_half(TO,TI,S,R) NCLAMP2(TO,TI,S,R) #define G_short_sat_rtp_half(TO,TI,S,R) PCLAMP2(TO,TI,S,R) #define G_short_sat_rtz_half(TO,TI,S,R) ZCLAMP2(TO,TI,S,R) #define G_short_rte_half(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_short_rtn_half(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_short_rtp_half(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_short_rtz_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ushort_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_sat_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ushort_sat_rte_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ushort_sat_rtn_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ushort_sat_rtp_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ushort_sat_rtz_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ushort_rte_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtn_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtp_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtz_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_sat_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_sat_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_sat_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_sat_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_sat_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_sat_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ushort_sat_rte_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ushort_sat_rtn_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ushort_sat_rtp_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ushort_sat_rtz_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ushort_rte_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtn_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtp_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtz_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_ushort(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ushort_sat_ushort(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ushort_sat_rte_ushort(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ushort_sat_rtn_ushort(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ushort_sat_rtp_ushort(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ushort_sat_rtz_ushort(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ushort_rte_ushort(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ushort_rtn_ushort(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ushort_rtp_ushort(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ushort_rtz_ushort(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ushort_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_sat_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_ushort_sat_rte_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_ushort_sat_rtn_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_ushort_sat_rtp_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_ushort_sat_rtz_int(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_ushort_rte_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtn_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtp_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtz_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_sat_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_ushort_sat_rte_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_ushort_sat_rtn_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_ushort_sat_rtp_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_ushort_sat_rtz_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_ushort_rte_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtn_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtp_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtz_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_sat_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_ushort_sat_rte_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_ushort_sat_rtn_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_ushort_sat_rtp_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_ushort_sat_rtz_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_ushort_rte_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtn_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtp_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtz_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_sat_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_ushort_sat_rte_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_ushort_sat_rtn_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_ushort_sat_rtp_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_ushort_sat_rtz_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_ushort_rte_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtn_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtp_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_rtz_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ushort_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ushort_sat_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ushort_sat_rte_float(TO,TI,S,R) ECLAMP(TO,TI,S,R) #define G_ushort_sat_rtn_float(TO,TI,S,R) NCLAMP(TO,TI,S,R) #define G_ushort_sat_rtp_float(TO,TI,S,R) PCLAMP(TO,TI,S,R) #define G_ushort_sat_rtz_float(TO,TI,S,R) ZCLAMP(TO,TI,S,R) #define G_ushort_rte_float(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_ushort_rtn_float(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_ushort_rtp_float(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_ushort_rtz_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ushort_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ushort_sat_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ushort_sat_rte_double(TO,TI,S,R) ECLAMP(TO,TI,S,R) #define G_ushort_sat_rtn_double(TO,TI,S,R) NCLAMP(TO,TI,S,R) #define G_ushort_sat_rtp_double(TO,TI,S,R) PCLAMP(TO,TI,S,R) #define G_ushort_sat_rtz_double(TO,TI,S,R) ZCLAMP(TO,TI,S,R) #define G_ushort_rte_double(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_ushort_rtn_double(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_ushort_rtp_double(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_ushort_rtz_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ushort_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ushort_sat_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ushort_sat_rte_half(TO,TI,S,R) ECLAMP2(TO,TI,S,R) #define G_ushort_sat_rtn_half(TO,TI,S,R) NCLAMP2(TO,TI,S,R) #define G_ushort_sat_rtp_half(TO,TI,S,R) PCLAMP2(TO,TI,S,R) #define G_ushort_sat_rtz_half(TO,TI,S,R) ZCLAMP2(TO,TI,S,R) #define G_ushort_rte_half(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_ushort_rtn_half(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_ushort_rtp_half(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_ushort_rtz_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_int_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rte_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rtn_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rtp_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rtz_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rte_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtn_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtp_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtz_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rte_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rtn_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rtp_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rtz_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rte_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtn_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtp_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtz_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rtn_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rtp_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_rtz_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtn_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtp_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtz_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_int(TO,TI,S,R) NOP(TO,TI,S,R) #define G_int_sat_int(TO,TI,S,R) NOP(TO,TI,S,R) #define G_int_sat_rte_int(TO,TI,S,R) NOP(TO,TI,S,R) #define G_int_sat_rtn_int(TO,TI,S,R) NOP(TO,TI,S,R) #define G_int_sat_rtp_int(TO,TI,S,R) NOP(TO,TI,S,R) #define G_int_sat_rtz_int(TO,TI,S,R) NOP(TO,TI,S,R) #define G_int_rte_int(TO,TI,S,R) NOP(TO,TI,S,R) #define G_int_rtn_int(TO,TI,S,R) NOP(TO,TI,S,R) #define G_int_rtp_int(TO,TI,S,R) NOP(TO,TI,S,R) #define G_int_rtz_int(TO,TI,S,R) NOP(TO,TI,S,R) #define G_int_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_int_sat_rte_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_int_sat_rtn_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_int_sat_rtp_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_int_sat_rtz_uint(TO,TI,S,R) MIN(TO,TI,S,R) #define G_int_rte_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtn_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtp_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtz_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_int_sat_rte_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_int_sat_rtn_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_int_sat_rtp_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_int_sat_rtz_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_int_rte_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtn_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtp_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtz_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_sat_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_int_sat_rte_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_int_sat_rtn_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_int_sat_rtp_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_int_sat_rtz_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_int_rte_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtn_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtp_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_rtz_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_int_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_int_sat_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_int_sat_rte_float(TO,TI,S,R) ECLAMP2(TO,TI,S,R) #define G_int_sat_rtn_float(TO,TI,S,R) NCLAMP2(TO,TI,S,R) #define G_int_sat_rtp_float(TO,TI,S,R) PCLAMP2(TO,TI,S,R) #define G_int_sat_rtz_float(TO,TI,S,R) ZCLAMP2(TO,TI,S,R) #define G_int_rte_float(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_int_rtn_float(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_int_rtp_float(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_int_rtz_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_int_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_int_sat_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_int_sat_rte_double(TO,TI,S,R) ECLAMP(TO,TI,S,R) #define G_int_sat_rtn_double(TO,TI,S,R) NCLAMP(TO,TI,S,R) #define G_int_sat_rtp_double(TO,TI,S,R) PCLAMP(TO,TI,S,R) #define G_int_sat_rtz_double(TO,TI,S,R) ZCLAMP(TO,TI,S,R) #define G_int_rte_double(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_int_rtn_double(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_int_rtp_double(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_int_rtz_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_int_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_int_sat_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_int_sat_rte_half(TO,TI,S,R) ECLAMP2(TO,TI,S,R) #define G_int_sat_rtn_half(TO,TI,S,R) NCLAMP2(TO,TI,S,R) #define G_int_sat_rtp_half(TO,TI,S,R) PCLAMP2(TO,TI,S,R) #define G_int_sat_rtz_half(TO,TI,S,R) ZCLAMP2(TO,TI,S,R) #define G_int_rte_half(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_int_rtn_half(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_int_rtp_half(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_int_rtz_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uint_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_sat_rte_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_sat_rtn_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_sat_rtp_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_sat_rtz_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_rte_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtn_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtp_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtz_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_sat_rte_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_sat_rtn_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_sat_rtp_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_sat_rtz_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_rte_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtn_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtp_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtz_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_rtn_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_rtp_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_rtz_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtn_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtp_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtz_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_int(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_sat_rte_int(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_sat_rtn_int(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_sat_rtp_int(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_sat_rtz_int(TO,TI,S,R) MAX(TO,TI,S,R) #define G_uint_rte_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtn_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtp_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtz_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_uint(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uint_sat_uint(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uint_sat_rte_uint(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uint_sat_rtn_uint(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uint_sat_rtp_uint(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uint_sat_rtz_uint(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uint_rte_uint(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uint_rtn_uint(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uint_rtp_uint(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uint_rtz_uint(TO,TI,S,R) NOP(TO,TI,S,R) #define G_uint_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uint_sat_rte_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uint_sat_rtn_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uint_sat_rtp_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uint_sat_rtz_long(TO,TI,S,R) CLAMP(TO,TI,S,R) #define G_uint_rte_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtn_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtp_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtz_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_sat_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uint_sat_rte_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uint_sat_rtn_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uint_sat_rtp_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uint_sat_rtz_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_uint_rte_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtn_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtp_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_rtz_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_uint_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uint_sat_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uint_sat_rte_float(TO,TI,S,R) ECLAMP2(TO,TI,S,R) #define G_uint_sat_rtn_float(TO,TI,S,R) NCLAMP2(TO,TI,S,R) #define G_uint_sat_rtp_float(TO,TI,S,R) PCLAMP2(TO,TI,S,R) #define G_uint_sat_rtz_float(TO,TI,S,R) ZCLAMP2(TO,TI,S,R) #define G_uint_rte_float(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_uint_rtn_float(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_uint_rtp_float(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_uint_rtz_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uint_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uint_sat_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uint_sat_rte_double(TO,TI,S,R) ECLAMP(TO,TI,S,R) #define G_uint_sat_rtn_double(TO,TI,S,R) NCLAMP(TO,TI,S,R) #define G_uint_sat_rtp_double(TO,TI,S,R) PCLAMP(TO,TI,S,R) #define G_uint_sat_rtz_double(TO,TI,S,R) ZCLAMP(TO,TI,S,R) #define G_uint_rte_double(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_uint_rtn_double(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_uint_rtp_double(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_uint_rtz_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uint_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uint_sat_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_uint_sat_rte_half(TO,TI,S,R) ECLAMP2(TO,TI,S,R) #define G_uint_sat_rtn_half(TO,TI,S,R) NCLAMP2(TO,TI,S,R) #define G_uint_sat_rtp_half(TO,TI,S,R) PCLAMP2(TO,TI,S,R) #define G_uint_sat_rtz_half(TO,TI,S,R) ZCLAMP2(TO,TI,S,R) #define G_uint_rte_half(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_uint_rtn_half(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_uint_rtp_half(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_uint_rtz_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_long_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rte_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtn_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtp_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtz_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rte_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtn_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtp_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtz_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rte_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtn_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtp_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtz_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rte_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtn_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtp_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtz_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtn_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtp_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtz_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtn_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtp_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtz_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rte_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtn_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtp_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtz_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rte_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtn_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtp_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtz_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rte_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtn_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtp_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_rtz_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rte_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtn_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtp_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtz_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_long(TO,TI,S,R) NOP(TO,TI,S,R) #define G_long_sat_long(TO,TI,S,R) NOP(TO,TI,S,R) #define G_long_sat_rte_long(TO,TI,S,R) NOP(TO,TI,S,R) #define G_long_sat_rtn_long(TO,TI,S,R) NOP(TO,TI,S,R) #define G_long_sat_rtp_long(TO,TI,S,R) NOP(TO,TI,S,R) #define G_long_sat_rtz_long(TO,TI,S,R) NOP(TO,TI,S,R) #define G_long_rte_long(TO,TI,S,R) NOP(TO,TI,S,R) #define G_long_rtn_long(TO,TI,S,R) NOP(TO,TI,S,R) #define G_long_rtp_long(TO,TI,S,R) NOP(TO,TI,S,R) #define G_long_rtz_long(TO,TI,S,R) NOP(TO,TI,S,R) #define G_long_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_sat_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_long_sat_rte_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_long_sat_rtn_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_long_sat_rtp_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_long_sat_rtz_ulong(TO,TI,S,R) MIN(TO,TI,S,R) #define G_long_rte_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtn_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtp_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_rtz_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_long_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_long_sat_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_long_sat_rte_float(TO,TI,S,R) ECLAMP2(TO,TI,S,R) #define G_long_sat_rtn_float(TO,TI,S,R) NCLAMP2(TO,TI,S,R) #define G_long_sat_rtp_float(TO,TI,S,R) PCLAMP2(TO,TI,S,R) #define G_long_sat_rtz_float(TO,TI,S,R) ZCLAMP2(TO,TI,S,R) #define G_long_rte_float(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_long_rtn_float(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_long_rtp_float(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_long_rtz_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_long_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_long_sat_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_long_sat_rte_double(TO,TI,S,R) ECLAMP2(TO,TI,S,R) #define G_long_sat_rtn_double(TO,TI,S,R) NCLAMP2(TO,TI,S,R) #define G_long_sat_rtp_double(TO,TI,S,R) PCLAMP2(TO,TI,S,R) #define G_long_sat_rtz_double(TO,TI,S,R) ZCLAMP2(TO,TI,S,R) #define G_long_rte_double(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_long_rtn_double(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_long_rtp_double(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_long_rtz_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_long_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_long_sat_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_long_sat_rte_half(TO,TI,S,R) ECLAMP2(TO,TI,S,R) #define G_long_sat_rtn_half(TO,TI,S,R) NCLAMP2(TO,TI,S,R) #define G_long_sat_rtp_half(TO,TI,S,R) PCLAMP2(TO,TI,S,R) #define G_long_sat_rtz_half(TO,TI,S,R) ZCLAMP2(TO,TI,S,R) #define G_long_rte_half(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_long_rtn_half(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_long_rtp_half(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_long_rtz_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ulong_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rte_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rtn_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rtp_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rtz_char(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_rte_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtn_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtp_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtz_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rte_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rtn_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rtp_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rtz_short(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_rte_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtn_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtp_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtz_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_rtn_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_rtp_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_rtz_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtn_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtp_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtz_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_int(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rte_int(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rtn_int(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rtp_int(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rtz_int(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_rte_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtn_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtp_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtz_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_rte_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_rtn_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_rtp_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_rtz_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rte_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtn_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtp_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtz_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_sat_long(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rte_long(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rtn_long(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rtp_long(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_sat_rtz_long(TO,TI,S,R) MAX(TO,TI,S,R) #define G_ulong_rte_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtn_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtp_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_rtz_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_ulong_ulong(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ulong_sat_ulong(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ulong_sat_rte_ulong(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ulong_sat_rtn_ulong(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ulong_sat_rtp_ulong(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ulong_sat_rtz_ulong(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ulong_rte_ulong(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ulong_rtn_ulong(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ulong_rtp_ulong(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ulong_rtz_ulong(TO,TI,S,R) NOP(TO,TI,S,R) #define G_ulong_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ulong_sat_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ulong_sat_rte_float(TO,TI,S,R) ECLAMP2(TO,TI,S,R) #define G_ulong_sat_rtn_float(TO,TI,S,R) NCLAMP2(TO,TI,S,R) #define G_ulong_sat_rtp_float(TO,TI,S,R) PCLAMP2(TO,TI,S,R) #define G_ulong_sat_rtz_float(TO,TI,S,R) ZCLAMP2(TO,TI,S,R) #define G_ulong_rte_float(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_ulong_rtn_float(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_ulong_rtp_float(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_ulong_rtz_float(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ulong_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ulong_sat_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ulong_sat_rte_double(TO,TI,S,R) ECLAMP2(TO,TI,S,R) #define G_ulong_sat_rtn_double(TO,TI,S,R) NCLAMP2(TO,TI,S,R) #define G_ulong_sat_rtp_double(TO,TI,S,R) PCLAMP2(TO,TI,S,R) #define G_ulong_sat_rtz_double(TO,TI,S,R) ZCLAMP2(TO,TI,S,R) #define G_ulong_rte_double(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_ulong_rtn_double(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_ulong_rtp_double(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_ulong_rtz_double(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ulong_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ulong_sat_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_ulong_sat_rte_half(TO,TI,S,R) ECLAMP2(TO,TI,S,R) #define G_ulong_sat_rtn_half(TO,TI,S,R) NCLAMP2(TO,TI,S,R) #define G_ulong_sat_rtp_half(TO,TI,S,R) PCLAMP2(TO,TI,S,R) #define G_ulong_sat_rtz_half(TO,TI,S,R) ZCLAMP2(TO,TI,S,R) #define G_ulong_rte_half(TO,TI,S,R) EF2I(TO,TI,S,R) #define G_ulong_rtn_half(TO,TI,S,R) NF2I(TO,TI,S,R) #define G_ulong_rtp_half(TO,TI,S,R) PF2I(TO,TI,S,R) #define G_ulong_rtz_half(TO,TI,S,R) ZF2I(TO,TI,S,R) #define G_float_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_sat_char(TO,TI,S,R) #define G_float_sat_rte_char(TO,TI,S,R) #define G_float_sat_rtn_char(TO,TI,S,R) #define G_float_sat_rtp_char(TO,TI,S,R) #define G_float_sat_rtz_char(TO,TI,S,R) #define G_float_rte_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtn_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtp_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtz_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_sat_uchar(TO,TI,S,R) #define G_float_sat_rte_uchar(TO,TI,S,R) #define G_float_sat_rtn_uchar(TO,TI,S,R) #define G_float_sat_rtp_uchar(TO,TI,S,R) #define G_float_sat_rtz_uchar(TO,TI,S,R) #define G_float_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_sat_short(TO,TI,S,R) #define G_float_sat_rte_short(TO,TI,S,R) #define G_float_sat_rtn_short(TO,TI,S,R) #define G_float_sat_rtp_short(TO,TI,S,R) #define G_float_sat_rtz_short(TO,TI,S,R) #define G_float_rte_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtn_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtp_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtz_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_sat_ushort(TO,TI,S,R) #define G_float_sat_rte_ushort(TO,TI,S,R) #define G_float_sat_rtn_ushort(TO,TI,S,R) #define G_float_sat_rtp_ushort(TO,TI,S,R) #define G_float_sat_rtz_ushort(TO,TI,S,R) #define G_float_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtn_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtp_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtz_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_sat_int(TO,TI,S,R) #define G_float_sat_rte_int(TO,TI,S,R) #define G_float_sat_rtn_int(TO,TI,S,R) #define G_float_sat_rtp_int(TO,TI,S,R) #define G_float_sat_rtz_int(TO,TI,S,R) #define G_float_rte_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtn_int(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_rtp_int(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_rtz_int(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_sat_uint(TO,TI,S,R) #define G_float_sat_rte_uint(TO,TI,S,R) #define G_float_sat_rtn_uint(TO,TI,S,R) #define G_float_sat_rtp_uint(TO,TI,S,R) #define G_float_sat_rtz_uint(TO,TI,S,R) #define G_float_rte_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtn_uint(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_rtp_uint(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_rtz_uint(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_sat_long(TO,TI,S,R) #define G_float_sat_rte_long(TO,TI,S,R) #define G_float_sat_rtn_long(TO,TI,S,R) #define G_float_sat_rtp_long(TO,TI,S,R) #define G_float_sat_rtz_long(TO,TI,S,R) #define G_float_rte_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtn_long(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_rtp_long(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_rtz_long(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_sat_ulong(TO,TI,S,R) #define G_float_sat_rte_ulong(TO,TI,S,R) #define G_float_sat_rtn_ulong(TO,TI,S,R) #define G_float_sat_rtp_ulong(TO,TI,S,R) #define G_float_sat_rtz_ulong(TO,TI,S,R) #define G_float_rte_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtn_ulong(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_rtp_ulong(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_rtz_ulong(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_float(TO,TI,S,R) NOP(TO,TI,S,R) #define G_float_sat_float(TO,TI,S,R) #define G_float_sat_rte_float(TO,TI,S,R) #define G_float_sat_rtn_float(TO,TI,S,R) #define G_float_sat_rtp_float(TO,TI,S,R) #define G_float_sat_rtz_float(TO,TI,S,R) #define G_float_rte_float(TO,TI,S,R) NOP(TO,TI,S,R) #define G_float_rtn_float(TO,TI,S,R) NOP(TO,TI,S,R) #define G_float_rtp_float(TO,TI,S,R) NOP(TO,TI,S,R) #define G_float_rtz_float(TO,TI,S,R) NOP(TO,TI,S,R) #define G_float_double(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_sat_double(TO,TI,S,R) #define G_float_sat_rte_double(TO,TI,S,R) #define G_float_sat_rtn_double(TO,TI,S,R) #define G_float_sat_rtp_double(TO,TI,S,R) #define G_float_sat_rtz_double(TO,TI,S,R) #define G_float_rte_double(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtn_double(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_rtp_double(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_rtz_double(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_float_half(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_sat_half(TO,TI,S,R) #define G_float_sat_rte_half(TO,TI,S,R) #define G_float_sat_rtn_half(TO,TI,S,R) #define G_float_sat_rtp_half(TO,TI,S,R) #define G_float_sat_rtz_half(TO,TI,S,R) #define G_float_rte_half(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtn_half(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtp_half(TO,TI,S,R) CAST(TO,TI,S,R) #define G_float_rtz_half(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_sat_char(TO,TI,S,R) #define G_double_sat_rte_char(TO,TI,S,R) #define G_double_sat_rtn_char(TO,TI,S,R) #define G_double_sat_rtp_char(TO,TI,S,R) #define G_double_sat_rtz_char(TO,TI,S,R) #define G_double_rte_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtn_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtp_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtz_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_sat_uchar(TO,TI,S,R) #define G_double_sat_rte_uchar(TO,TI,S,R) #define G_double_sat_rtn_uchar(TO,TI,S,R) #define G_double_sat_rtp_uchar(TO,TI,S,R) #define G_double_sat_rtz_uchar(TO,TI,S,R) #define G_double_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_sat_short(TO,TI,S,R) #define G_double_sat_rte_short(TO,TI,S,R) #define G_double_sat_rtn_short(TO,TI,S,R) #define G_double_sat_rtp_short(TO,TI,S,R) #define G_double_sat_rtz_short(TO,TI,S,R) #define G_double_rte_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtn_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtp_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtz_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_sat_ushort(TO,TI,S,R) #define G_double_sat_rte_ushort(TO,TI,S,R) #define G_double_sat_rtn_ushort(TO,TI,S,R) #define G_double_sat_rtp_ushort(TO,TI,S,R) #define G_double_sat_rtz_ushort(TO,TI,S,R) #define G_double_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtn_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtp_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtz_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_sat_int(TO,TI,S,R) #define G_double_sat_rte_int(TO,TI,S,R) #define G_double_sat_rtn_int(TO,TI,S,R) #define G_double_sat_rtp_int(TO,TI,S,R) #define G_double_sat_rtz_int(TO,TI,S,R) #define G_double_rte_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtn_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtp_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtz_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_sat_uint(TO,TI,S,R) #define G_double_sat_rte_uint(TO,TI,S,R) #define G_double_sat_rtn_uint(TO,TI,S,R) #define G_double_sat_rtp_uint(TO,TI,S,R) #define G_double_sat_rtz_uint(TO,TI,S,R) #define G_double_rte_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtn_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtp_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtz_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_sat_long(TO,TI,S,R) #define G_double_sat_rte_long(TO,TI,S,R) #define G_double_sat_rtn_long(TO,TI,S,R) #define G_double_sat_rtp_long(TO,TI,S,R) #define G_double_sat_rtz_long(TO,TI,S,R) #define G_double_rte_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtn_long(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_double_rtp_long(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_double_rtz_long(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_double_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_sat_ulong(TO,TI,S,R) #define G_double_sat_rte_ulong(TO,TI,S,R) #define G_double_sat_rtn_ulong(TO,TI,S,R) #define G_double_sat_rtp_ulong(TO,TI,S,R) #define G_double_sat_rtz_ulong(TO,TI,S,R) #define G_double_rte_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtn_ulong(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_double_rtp_ulong(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_double_rtz_ulong(TO,TI,S,R) EXPAND(TO,TI,S,R) #define G_double_float(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_sat_float(TO,TI,S,R) #define G_double_sat_rte_float(TO,TI,S,R) #define G_double_sat_rtn_float(TO,TI,S,R) #define G_double_sat_rtp_float(TO,TI,S,R) #define G_double_sat_rtz_float(TO,TI,S,R) #define G_double_rte_float(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtn_float(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtp_float(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtz_float(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_double(TO,TI,S,R) NOP(TO,TI,S,R) #define G_double_sat_double(TO,TI,S,R) #define G_double_sat_rte_double(TO,TI,S,R) #define G_double_sat_rtn_double(TO,TI,S,R) #define G_double_sat_rtp_double(TO,TI,S,R) #define G_double_sat_rtz_double(TO,TI,S,R) #define G_double_rte_double(TO,TI,S,R) NOP(TO,TI,S,R) #define G_double_rtn_double(TO,TI,S,R) NOP(TO,TI,S,R) #define G_double_rtp_double(TO,TI,S,R) NOP(TO,TI,S,R) #define G_double_rtz_double(TO,TI,S,R) NOP(TO,TI,S,R) #define G_double_half(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_sat_half(TO,TI,S,R) #define G_double_sat_rte_half(TO,TI,S,R) #define G_double_sat_rtn_half(TO,TI,S,R) #define G_double_sat_rtp_half(TO,TI,S,R) #define G_double_sat_rtz_half(TO,TI,S,R) #define G_double_rte_half(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtn_half(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtp_half(TO,TI,S,R) CAST(TO,TI,S,R) #define G_double_rtz_half(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_sat_char(TO,TI,S,R) #define G_half_sat_rte_char(TO,TI,S,R) #define G_half_sat_rtn_char(TO,TI,S,R) #define G_half_sat_rtp_char(TO,TI,S,R) #define G_half_sat_rtz_char(TO,TI,S,R) #define G_half_rte_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtn_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtp_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtz_char(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_sat_uchar(TO,TI,S,R) #define G_half_sat_rte_uchar(TO,TI,S,R) #define G_half_sat_rtn_uchar(TO,TI,S,R) #define G_half_sat_rtp_uchar(TO,TI,S,R) #define G_half_sat_rtz_uchar(TO,TI,S,R) #define G_half_rte_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtn_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtp_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtz_uchar(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_sat_short(TO,TI,S,R) #define G_half_sat_rte_short(TO,TI,S,R) #define G_half_sat_rtn_short(TO,TI,S,R) #define G_half_sat_rtp_short(TO,TI,S,R) #define G_half_sat_rtz_short(TO,TI,S,R) #define G_half_rte_short(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtn_short(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtp_short(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtz_short(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_sat_ushort(TO,TI,S,R) #define G_half_sat_rte_ushort(TO,TI,S,R) #define G_half_sat_rtn_ushort(TO,TI,S,R) #define G_half_sat_rtp_ushort(TO,TI,S,R) #define G_half_sat_rtz_ushort(TO,TI,S,R) #define G_half_rte_ushort(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtn_ushort(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtp_ushort(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtz_ushort(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_sat_int(TO,TI,S,R) #define G_half_sat_rte_int(TO,TI,S,R) #define G_half_sat_rtn_int(TO,TI,S,R) #define G_half_sat_rtp_int(TO,TI,S,R) #define G_half_sat_rtz_int(TO,TI,S,R) #define G_half_rte_int(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtn_int(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtp_int(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtz_int(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_sat_uint(TO,TI,S,R) #define G_half_sat_rte_uint(TO,TI,S,R) #define G_half_sat_rtn_uint(TO,TI,S,R) #define G_half_sat_rtp_uint(TO,TI,S,R) #define G_half_sat_rtz_uint(TO,TI,S,R) #define G_half_rte_uint(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtn_uint(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtp_uint(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtz_uint(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_sat_long(TO,TI,S,R) #define G_half_sat_rte_long(TO,TI,S,R) #define G_half_sat_rtn_long(TO,TI,S,R) #define G_half_sat_rtp_long(TO,TI,S,R) #define G_half_sat_rtz_long(TO,TI,S,R) #define G_half_rte_long(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtn_long(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtp_long(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtz_long(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_sat_ulong(TO,TI,S,R) #define G_half_sat_rte_ulong(TO,TI,S,R) #define G_half_sat_rtn_ulong(TO,TI,S,R) #define G_half_sat_rtp_ulong(TO,TI,S,R) #define G_half_sat_rtz_ulong(TO,TI,S,R) #define G_half_rte_ulong(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtn_ulong(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtp_ulong(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtz_ulong(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_float(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_sat_float(TO,TI,S,R) #define G_half_sat_rte_float(TO,TI,S,R) #define G_half_sat_rtn_float(TO,TI,S,R) #define G_half_sat_rtp_float(TO,TI,S,R) #define G_half_sat_rtz_float(TO,TI,S,R) #define G_half_rte_float(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtn_float(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtp_float(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtz_float(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_double(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_sat_double(TO,TI,S,R) #define G_half_sat_rte_double(TO,TI,S,R) #define G_half_sat_rtn_double(TO,TI,S,R) #define G_half_sat_rtp_double(TO,TI,S,R) #define G_half_sat_rtz_double(TO,TI,S,R) #define G_half_rte_double(TO,TI,S,R) CAST(TO,TI,S,R) #define G_half_rtn_double(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtp_double(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_rtz_double(TO,TI,S,R) EXPAND(TO,TI,R,S) #define G_half_half(TO,TI,S,R) NOP(TO,TI,S,R) #define G_half_sat_half(TO,TI,S,R) #define G_half_sat_rte_half(TO,TI,S,R) #define G_half_sat_rtn_half(TO,TI,S,R) #define G_half_sat_rtp_half(TO,TI,S,R) #define G_half_sat_rtz_half(TO,TI,S,R) #define G_half_rte_half(TO,TI,S,R) NOP(TO,TI,S,R) #define G_half_rtn_half(TO,TI,S,R) NOP(TO,TI,S,R) #define G_half_rtp_half(TO,TI,S,R) NOP(TO,TI,S,R) #define G_half_rtz_half(TO,TI,S,R) NOP(TO,TI,S,R) #define GEN2(TO,TI) \ C(G_,C(TO,C(_,TI)))(TO,TI,,) \ C(G_,C(TO,C(_sat_,TI)))(TO,TI,_sat,) \ C(G_,C(TO,C(_sat_rte_,TI)))(TO,TI,_sat,_rte) \ C(G_,C(TO,C(_sat_rtn_,TI)))(TO,TI,_sat,_rtn) \ C(G_,C(TO,C(_sat_rtp_,TI)))(TO,TI,_sat,_rtp) \ C(G_,C(TO,C(_sat_rtz_,TI)))(TO,TI,_sat,_rtz) \ C(G_,C(TO,C(_rte_,TI)))(TO,TI,,_rte) \ C(G_,C(TO,C(_rtn_,TI)))(TO,TI,,_rtn) \ C(G_,C(TO,C(_rtp_,TI)))(TO,TI,,_rtp) \ C(G_,C(TO,C(_rtz_,TI)))(TO,TI,,_rtz) #define GEN(T) \ GEN2(T,char) \ GEN2(T,uchar) \ GEN2(T,short) \ GEN2(T,ushort) \ GEN2(T,int) \ GEN2(T,uint) \ GEN2(T,long) \ GEN2(T,ulong) \ GEN2(T,float) \ GEN2(T,double) \ GEN2(T,half) GEN(char) GEN(uchar) GEN(short) GEN(ushort) GEN(int) GEN(uint) GEN(long) GEN(ulong) GEN(float) GEN(double) GEN(half) ATTR float convert_float_rtn(int i) { int s = i >> 31; uint u = as_uint((i + s) ^ s); uint lz = clz(u); uint e = 127U + 31U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffU; uint t = u & 0xffU; u = (e << 23) | (u >> 8); return as_float((u + ((s & t) > 0)) | (s & 0x80000000)); } ATTR float convert_float_rtp(int i) { int s = i >> 31; uint u = as_uint((i + s) ^ s); uint lz = clz(u); uint e = 127U + 31U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffU; uint t = u & 0xffU; u = (e << 23) | (u >> 8); return as_float((u + ((~s & t) > 0)) | (s & 0x80000000)); } ATTR float convert_float_rtz(int i) { int s = i >> 31; uint u = as_uint((i + s) ^ s); uint lz = clz(u); uint e = 127U + 31U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffU; u = (e << 23) | (u >> 8); return as_float(u | (s & 0x80000000)); } IATTR static float cvt1f4_zu4(uint u) { uint lz = clz(u); uint e = 127U + 31U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffU; return as_float((e << 23) | (u >> 8)); } extern AATTR("cvt1f4_zu4") float convert_float_rtn(uint); extern AATTR("cvt1f4_zu4") float convert_float_rtz(uint); ATTR float convert_float_rtp(uint u) { uint lz = clz(u); uint e = 127U + 31U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffU; uint t = u & 0xffU; u = (e << 23) | (u >> 8); return as_float(u + (t > 0)); } ATTR float convert_float_rtn(long l) { long s = l >> 63; ulong u = as_ulong((l + s) ^ s); uint lz = clz(u); uint e = 127U + 63U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffffffffffUL; ulong t = u & 0xffffffffffUL; uint v = (e << 23) | (uint)(u >> 40); return as_float((v + ((s & t) > 0)) | ((uint)s & 0x80000000)); } ATTR float convert_float_rtp(long l) { long s = l >> 63; ulong u = as_ulong((l + s) ^ s); uint lz = clz(u); uint e = 127U + 63U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffffffffffUL; ulong t = u & 0xffffffffffUL; uint v = (e << 23) | (uint)(u >> 40); return as_float((v + ((~s & t) > 0)) | ((uint)s & 0x80000000)); } ATTR float convert_float_rtz(long l) { long s = l >> 63; ulong u = as_ulong((l + s) ^ s); uint lz = clz(u); uint e = 127U + 63U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffffffffffUL; uint v = (e << 23) | (uint)(u >> 40); return as_float(v | ((uint)s & 0x80000000)); } IATTR static float cvt1f4_zu8(ulong u) { uint lz = clz(u); uint e = 127U + 63U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffffffffffUL; return as_float((e << 23) | (uint)(u >> 40)); } extern AATTR("cvt1f4_zu8") float convert_float_rtz(ulong); extern AATTR("cvt1f4_zu8") float convert_float_rtn(ulong); ATTR float convert_float_rtp(ulong u) { uint lz = clz(u); uint e = 127U + 63U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffffffffffUL; ulong t = u & 0xffffffffffUL; uint v = (e << 23) | (uint)(u >> 40); return as_float(v + (t > 0)); } ATTR float convert_float_rtn(double a) { ulong u = as_ulong(a); ulong um = u & 0xfffffffffffffUL; int e = (int)((u >> 52) & 0x7ff) - 1023 + 127; int ds = max(0, min(31, 1 - e)); ulong t = (um | (e > -896 ? 0x0010000000000000UL : 0UL)) << (35 - ds); uint s = (uint)(u >> 32) & 0x80000000; uint m = (uint)(u >> 29) & 0x7fffff; uint i = 0x7f800000 | m | (um ? 0x00400000 : 0U); uint n = ((uint)(e << 23)) | m; uint d = (0x800000 | m) >> ds; uint v = e < 1 ? d : n; v += (s >> 31) & (t > 0UL); uint j = 0x7f7fffff + (s >> 31); v = e > 254 ? j : v; v = e == 1151 ? i : v; return as_float(s | v); } ATTR float convert_float_rtp(double a) { ulong u = as_ulong(a); ulong um = u & 0xfffffffffffffUL; int e = (int)((u >> 52) & 0x7ff) - 1023 + 127; int ds = max(0, min(31, 1 - e)); ulong t = (um | (e > -896 ? 0x0010000000000000UL : 0UL)) << (35 - ds); uint s = (uint)(u >> 32) & 0x80000000; uint m = (uint)(u >> 29) & 0x7fffff; uint i = 0x7f800000 | m | (um ? 0x00400000 : 0U); uint n = ((uint)(e << 23)) | m; uint d = (0x800000 | m) >> ds; uint v = e < 1 ? d : n; v += ~(s >> 31) & (t > 0UL); uint j = 0x7f800000 - (s >> 31); v = e > 254 ? j : v; v = e == 1151 ? i : v; return as_float(s | v); } ATTR float convert_float_rtz(double a) { ulong u = as_ulong(a); ulong um = u & 0xfffffffffffffUL; int e = (int)((u >> 52) & 0x7ff) - 1023 + 127; uint s = (uint)(u >> 32) & 0x80000000; uint m = (uint)(u >> 29) & 0x7fffff; uint i = 0x7f800000 | m | (um ? 0x00400000 : 0U); uint n = ((uint)(e << 23)) | m; uint d = (0x800000 | m) >> (1 - e); uint v = e > 254 ? 0x7f7fffff : n; v = e == 1151 ? i : v; v = e < 1 ? d : v; v = e < -23 ? 0 : v; return as_float(s | v); } ATTR double convert_double_rtn(long l) { long s = l >> 63; ulong u = as_ulong((l + s) ^ s); uint lz = clz(u); uint e = 1023U + 63U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffffffffffUL; ulong t = u & 0x7ffUL; u = ((ulong)e << 52) | (u >> 11); return as_double((u + ((s & t) > 0)) | ((ulong)s & 0x8000000000000000UL)); } ATTR double convert_double_rtp(long l) { long s = l >> 63; ulong u = as_ulong((l + s) ^ s); uint lz = clz(u); uint e = 1023U + 63U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffffffffffUL; ulong t = u & 0x7ffUL; u = ((ulong)e << 52) | (u >> 11); return as_double((u + ((~s & t) > 0)) | ((ulong)s & 0x8000000000000000UL)); } ATTR double convert_double_rtz(long l) { long s = l >> 63; ulong u = as_ulong((l + s) ^ s); uint lz = clz(u); uint e = 1023U + 63U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffffffffffUL; u = ((ulong)e << 52) | (u >> 11); return as_double(u | ((ulong)s & 0x8000000000000000UL)); } IATTR static double cvt1f8_zu8(ulong u) { uint lz = clz(u); uint e = 1023U + 63U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffffffffffUL; return as_double(((ulong)e << 52) | (u >> 11)); } AATTR("cvt1f8_zu8") double convert_double_rtz(ulong); AATTR("cvt1f8_zu8") double convert_double_rtn(ulong); ATTR double convert_double_rtp(ulong u) { uint lz = clz(u); uint e = 1023U + 63U - lz; e = u ? e : 0; u = (u << lz) & 0x7fffffffffffffffUL; ulong t = u & 0x7ffUL; u = ((ulong)e << 52) | (u >> 11); return as_double(u + (t > 0UL)); } ATTR half convert_half_rtn(short s) { return as_half((ushort)__cvt_f16_rtz_f32((float)s)); } ATTR half convert_half_rtp(short s) { return as_half((ushort)__cvt_f16_rtp_f32((float)s)); } ATTR half convert_half_rtz(short s) { return as_half((ushort)__cvt_f16_rtz_f32((float)s)); } IATTR static half cvt1f2_zu2(ushort u) { return as_half((ushort)__cvt_f16_rtz_f32((float)u)); } AATTR("cvt1f2_zu2") half convert_half_rtn(ushort); AATTR("cvt1f2_zu2") half convert_half_rtz(ushort); ATTR half convert_half_rtp(ushort u) { return as_half((ushort)__cvt_f16_rtp_f32((float)u)); } ATTR half convert_half_rtn(int i) { i = clamp(i, SHRT_MIN, SHRT_MAX); return as_half((ushort)__cvt_f16_rtn_f32((float)i)); } ATTR half convert_half_rtp(int i) { i = clamp(i, SHRT_MIN, SHRT_MAX); return as_half((ushort)__cvt_f16_rtp_f32((float)i)); } ATTR half convert_half_rtz(int i) { i = clamp(i, SHRT_MIN, SHRT_MAX); return as_half((ushort)__cvt_f16_rtz_f32((float)i)); } IATTR static half cvt1f2_zu4(uint u) { u = min(u, (uint)USHRT_MAX); return as_half((ushort)__cvt_f16_rtz_f32((float)u)); } AATTR("cvt1f2_zu4") half convert_half_rtn(uint); AATTR("cvt1f2_zu4") half convert_half_rtz(uint); ATTR half convert_half_rtp(uint u) { u = min(u, (uint)USHRT_MAX); return as_half((ushort)__cvt_f16_rtp_f32((float)u)); } ATTR half convert_half_rtn(long l) { int i = (int)clamp(l, (long)SHRT_MIN, (long)SHRT_MAX); return as_half((ushort)__cvt_f16_rtn_f32((float)i)); } ATTR half convert_half_rtp(long l) { int i = (int)clamp(l, (long)SHRT_MIN, (long)SHRT_MAX); return as_half((ushort)__cvt_f16_rtp_f32((float)i)); } ATTR half convert_half_rtz(long l) { int i = (int)clamp(l, (long)SHRT_MIN, (long)SHRT_MAX); return as_half((ushort)__cvt_f16_rtz_f32((float)i)); } IATTR static half cvt1f2_zu8(ulong ul) { uint u = (uint)min(ul, (ulong)USHRT_MAX); return as_half((ushort)__cvt_f16_rtz_f32((float)u)); } AATTR("cvt1f2_zu8") half convert_half_rtn(ulong); AATTR("cvt1f2_zu8") half convert_half_rtz(ulong); ATTR half convert_half_rtp(ulong ul) { uint u = (uint)min(ul, (ulong)USHRT_MAX); return as_half((ushort)__cvt_f16_rtp_f32((float)u)); } ATTR half convert_half_rtp(float a) { return as_half((ushort)__cvt_f16_rtp_f32(a)); } ATTR half convert_half_rtn(float a) { return as_half((ushort)__cvt_f16_rtn_f32(a)); } ATTR half convert_half_rtz(float a) { return as_half((ushort)__cvt_f16_rtz_f32(a)); } ATTR half convert_half_rtp(double a) { return as_half((ushort)__cvt_f16_rtp_f64(a)); } ATTR half convert_half_rtn(double a) { return as_half((ushort)__cvt_f16_rtn_f64(a)); } ATTR half convert_half_rtz(double a) { return as_half((ushort)__cvt_f16_rtz_f64(a)); }