/* * Copyright (c) 2016-2018, NVIDIA CORPORATION. All rights reserved. * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. * */ #ifdef __cplusplus #include #else #include #endif #include #ifdef __cplusplus extern "C" { #endif /* * Real. */ typedef double vrd1_t; typedef double vrd2_t __attribute__((vector_size(2*sizeof(double)))); typedef double vrd4_t __attribute__((vector_size(4*sizeof(double)))); typedef double vrd8_t __attribute__((vector_size(8*sizeof(double)))); typedef float vrs1_t; typedef float vrs4_t __attribute__((vector_size(4*sizeof(float)))); typedef float vrs8_t __attribute__((vector_size(8*sizeof(float)))); typedef float vrs16_t __attribute__((vector_size(16*sizeof(float)))); /* * Complex. * * Note: * Vector structures cannot be made up of structures contaning real and * imaginary components. * As such, complex vector structures are in name only and simply * overloaded to the REALs. To extract the R and i's, other macros or * C constructs must be used. */ typedef double vcd1_t __attribute__((vector_size(2*sizeof(double)))); typedef double vcd2_t __attribute__((vector_size(4*sizeof(double)))); typedef double vcd4_t __attribute__((vector_size(8*sizeof(double)))); typedef float vcs1_t __attribute__((vector_size(2*sizeof(float)))); typedef float vcs2_t __attribute__((vector_size(4*sizeof(float)))); typedef float vcs4_t __attribute__((vector_size(8*sizeof(float)))); typedef float vcs8_t __attribute__((vector_size(16*sizeof(float)))); /* * Integer. */ typedef int32_t vis1_t; typedef int32_t vis2_t __attribute__((vector_size(2*sizeof(int32_t)))); typedef int32_t vis4_t __attribute__((vector_size(4*sizeof(int32_t)))); typedef int32_t vis8_t __attribute__((vector_size(8*sizeof(int32_t)))); typedef int32_t vis16_t __attribute__((vector_size(16*sizeof(int32_t)))); typedef int64_t vid1_t; typedef int64_t vid2_t __attribute__((vector_size(2*sizeof(int64_t)))); typedef int64_t vid4_t __attribute__((vector_size(4*sizeof(int64_t)))); typedef int64_t vid8_t __attribute__((vector_size(8*sizeof(int64_t)))); extern vrs4_t __ZGVxN4v__mth_i_vr4 (vrs4_t, float(*)(float)); extern vrs4_t __ZGVxM4v__mth_i_vr4 (vrs4_t, vis4_t, float(*)(float)); extern vrs4_t __ZGVxN4vv__mth_i_vr4vr4 (vrs4_t, vrs4_t, float(*)(float, float)); extern vrs4_t __ZGVxM4vv__mth_i_vr4vr4 (vrs4_t, vrs4_t, vis4_t, float(*)(float, float)); extern vrd2_t __ZGVxN2v__mth_i_vr8 (vrd2_t, double(*)(double)); extern vrd2_t __ZGVxM2v__mth_i_vr8 (vrd2_t, vid2_t, double(*)(double)); extern vrd2_t __ZGVxN2vv__mth_i_vr8vr8 (vrd2_t, vrd2_t, double(*)(double, double)); extern vrd2_t __ZGVxM2vv__mth_i_vr8vr8 (vrd2_t, vrd2_t, vid2_t, double(*)(double, double)); extern vrs8_t __ZGVyN8v__mth_i_vr4 (vrs8_t, float(*)(float)); extern vrs8_t __ZGVyM8v__mth_i_vr4 (vrs8_t, vis8_t, float(*)(float)); extern vrs8_t __ZGVyN8vv__mth_i_vr4vr4 (vrs8_t, vrs8_t, float(*)(float, float)); extern vrs8_t __ZGVyM8vv__mth_i_vr4vr4 (vrs8_t, vrs8_t, vis8_t, float(*)(float, float)); extern vrd4_t __ZGVyN4v__mth_i_vr8 (vrd4_t, double(*)(double)); extern vrd4_t __ZGVyM4v__mth_i_vr8 (vrd4_t, vid4_t, double(*)(double)); extern vrd4_t __ZGVyN4vv__mth_i_vr8vr8 (vrd4_t, vrd4_t, double(*)(double, double)); extern vrd4_t __ZGVyM4vv__mth_i_vr8vr8 (vrd4_t, vrd4_t, vid4_t, double(*)(double, double)); extern vrs16_t __ZGVzN16v__mth_i_vr4 (vrs16_t, float(*)(float)); extern vrs16_t __ZGVzM16v__mth_i_vr4 (vrs16_t, vis16_t, float(*)(float)); extern vrs16_t __ZGVzN16vv__mth_i_vr4vr4 (vrs16_t, vrs16_t, float(*)(float, float)); extern vrs16_t __ZGVzM16vv__mth_i_vr4vr4 (vrs16_t, vrs16_t, vis16_t, float(*)(float, float)); extern vrd8_t __ZGVzN8v__mth_i_vr8 (vrd8_t, double(*)(double)); extern vrd8_t __ZGVzM8v__mth_i_vr8 (vrd8_t, vid8_t, double(*)(double)); extern vrd8_t __ZGVzN8vv__mth_i_vr8vr8 (vrd8_t, vrd8_t, double(*)(double, double)); extern vrd8_t __ZGVzM8vv__mth_i_vr8vr8 (vrd8_t, vrd8_t, vid8_t, double(*)(double, double)); #ifdef __cplusplus } /* extern "C" */ #endif /* Complex */ #ifdef __cplusplus extern "C" { #endif extern vcs1_t __ZGVxN1v__mth_i_vc4 (vcs1_t, _Complex float func(_Complex float)); extern vcs1_t __ZGVxN1vv__mth_i_vc4vc4 (vcs1_t, vcs1_t, _Complex float func(_Complex float, _Complex float)); extern vcs2_t __ZGVxN2v__mth_i_vc4 (vcs2_t, _Complex float func(_Complex float)); extern vcs2_t __ZGVxN2vv__mth_i_vc4vc4 (vcs2_t, vcs2_t, _Complex float func(_Complex float, _Complex float)); extern vcd1_t __ZGVxN1v__mth_i_vc8 (vcd1_t, _Complex double func(_Complex double)); extern vcd1_t __ZGVxN1vv__mth_i_vc8vc8 (vcd1_t, vcd1_t, _Complex double func(_Complex double, _Complex double)); extern vcs4_t __ZGVyN4v__mth_i_vc4 (vcs4_t, _Complex float func(_Complex float)); extern vcs4_t __ZGVyN4vv__mth_i_vc4vc4 (vcs4_t, vcs4_t, _Complex float func(_Complex float, _Complex float)); extern vcd2_t __ZGVyN2v__mth_i_vc8 (vcd2_t, _Complex double func(_Complex double)); extern vcd2_t __ZGVyN2vv__mth_i_vc8vc8 (vcd2_t, vcd2_t, _Complex double func(_Complex double, _Complex double)); extern vcs8_t __ZGVzN8v__mth_i_vc4 (vcs8_t, _Complex float func(_Complex float)); extern vcs8_t __ZGVzN8vv__mth_i_vc4vc4 (vcs8_t, vcs8_t, _Complex float func(_Complex float, _Complex float)); extern vcd4_t __ZGVzN4v__mth_i_vc8 (vcd4_t, _Complex double func(_Complex double)); extern vcd4_t __ZGVzN4vv__mth_i_vc8vc8 (vcd4_t, vcd4_t, _Complex double func(_Complex double, _Complex double)); extern vrs4_t __ZGVxN4v__mth_i_vr4si4 (vrs4_t, int32_t, float (*)(float, int32_t)); extern vrs4_t __ZGVxM4v__mth_i_vr4si4 (vrs4_t, int32_t, vis4_t, float (*)(float, int32_t)); extern vrs4_t __ZGVxN4vv__mth_i_vr4vi4 (vrs4_t, vis4_t, float (*)(float, int32_t)); extern vrs4_t __ZGVxM4vv__mth_i_vr4vi4 (vrs4_t, vis4_t, vis4_t, float (*)(float, int32_t)); extern vrs4_t __ZGVxN4v__mth_i_vr4si8 (vrs4_t, long long, float (*)(float, long long)); extern vrs4_t __ZGVxM4v__mth_i_vr4si8 (vrs4_t, long long, vis4_t, float (*)(float, long long)); extern vrs4_t __ZGVxN4vv__mth_i_vr4vi8 (vrs4_t, vid2_t, vid2_t, float (*)(float, long long)); extern vrs4_t __ZGVxM4vv__mth_i_vr4vi8 (vrs4_t, vid2_t, vid2_t, vis4_t, float (*)(float, long long)); extern vrd2_t __ZGVxN2v__mth_i_vr8si4 (vrd2_t, int32_t, double (*)(double, int32_t)); extern vrd2_t __ZGVxM2v__mth_i_vr8si4 (vrd2_t, int32_t, vid2_t, double (*)(double, int32_t)); #ifdef __cplusplus } /* extern "C" */ #endif /* * POWER architecture needs the 32-bit integer vector array to be defined as a * full vector size - not required for X86-64 architectures. * Technically these worker functions should be defined as * extern vrd2_t __ZGVxN2vv__mth_i_vr8vi4 (vrd2_t, vis2_t, double (*)(double, int32_t)); * extern vrd2_t __ZGVxM2vv__mth_i_vr8vi4 (vrd2_t, vis2_t, vid2_t, double (*)(double, int32_t)); */ #ifdef __cplusplus extern "C" { #endif extern vrd2_t __ZGVxN2vv__mth_i_vr8vi4 (vrd2_t, vis4_t, double (*)(double, int32_t)); extern vrd2_t __ZGVxM2vv__mth_i_vr8vi4 (vrd2_t, vis4_t, vid2_t, double (*)(double, int32_t)); extern vrd2_t __ZGVxN2v__mth_i_vr8si8 (vrd2_t, long long, double (*)(double, long long)); extern vrd2_t __ZGVxM2v__mth_i_vr8si8 (vrd2_t, long long, vid2_t, double (*)(double, long long)); extern vrd2_t __ZGVxN2vv__mth_i_vr8vi8 (vrd2_t, vid2_t, double (*)(double, long long)); extern vrd2_t __ZGVxM2vv__mth_i_vr8vi8 (vrd2_t, vid2_t, vid2_t, double (*)(double, long long)); extern vrs8_t __ZGVyN8v__mth_i_vr4si4 (vrs8_t, int32_t, float (*)(float, int32_t)); extern vrs8_t __ZGVyM8v__mth_i_vr4si4 (vrs8_t, int32_t, vis8_t, float (*)(float, int32_t)); extern vrs8_t __ZGVyN8vv__mth_i_vr4vi4 (vrs8_t, vis8_t, float (*)(float, int32_t)); extern vrs8_t __ZGVyM8vv__mth_i_vr4vi4 (vrs8_t, vis8_t, vis8_t, float (*)(float, int32_t)); extern vrs8_t __ZGVyN8v__mth_i_vr4si8 (vrs8_t, long long, float (*)(float, long long)); extern vrs8_t __ZGVyM8v__mth_i_vr4si8 (vrs8_t, long long, vis8_t, float (*)(float, long long)); extern vrs8_t __ZGVyN8vv__mth_i_vr4vi8 (vrs8_t, vid4_t, vid4_t, float (*)(float, long long)); extern vrs8_t __ZGVyM8vv__mth_i_vr4vi8 (vrs8_t, vid4_t, vid4_t, vis8_t, float (*)(float, long long)); extern vrd4_t __ZGVyN4v__mth_i_vr8si4 (vrd4_t, int32_t, double (*)(double, int32_t)); extern vrd4_t __ZGVyM4v__mth_i_vr8si4 (vrd4_t, int32_t, vid4_t, double (*)(double, int32_t)); extern vrd4_t __ZGVyN4vv__mth_i_vr8vi4 (vrd4_t, vis4_t, double (*)(double, int32_t)); extern vrd4_t __ZGVyM4vv__mth_i_vr8vi4 (vrd4_t, vis4_t, vid4_t, double (*)(double, int32_t)); extern vrd4_t __ZGVyN4v__mth_i_vr8si8 (vrd4_t, long long, double (*)(double, long long)); extern vrd4_t __ZGVyM4v__mth_i_vr8si8 (vrd4_t, long long, vid4_t, double (*)(double, long long)); extern vrd4_t __ZGVyN4vv__mth_i_vr8vi8 (vrd4_t, vid4_t, double (*)(double, long long)); extern vrd4_t __ZGVyM4vv__mth_i_vr8vi8 (vrd4_t, vid4_t, vid4_t, double (*)(double, long long)); extern vrs16_t __ZGVzN16v__mth_i_vr4si4 (vrs16_t, int32_t, float (*)(float, int32_t)); extern vrs16_t __ZGVzM16v__mth_i_vr4si4 (vrs16_t, int32_t, vis16_t, float (*)(float, int32_t)); extern vrs16_t __ZGVzN16vv__mth_i_vr4vi4 (vrs16_t, vis16_t, float (*)(float, int32_t)); extern vrs16_t __ZGVzM16vv__mth_i_vr4vi4 (vrs16_t, vis16_t, vis16_t, float (*)(float, int32_t)); extern vrs16_t __ZGVzN16v__mth_i_vr4si8 (vrs16_t, long long, float (*)(float, long long)); extern vrs16_t __ZGVzM16v__mth_i_vr4si8 (vrs16_t, long long, vis16_t, float (*)(float, long long)); extern vrs16_t __ZGVzN16vv__mth_i_vr4vi8 (vrs16_t, vid8_t, vid8_t, float (*)(float, long long)); extern vrs16_t __ZGVzM16vv__mth_i_vr4vi8 (vrs16_t, vid8_t, vid8_t, vis16_t, float (*)(float, long long)); extern vrd8_t __ZGVzN8v__mth_i_vr8si4 (vrd8_t, int32_t, double (*)(double, int32_t)); extern vrd8_t __ZGVzM8v__mth_i_vr8si4 (vrd8_t, int32_t, vid8_t, double (*)(double, int32_t)); extern vrd8_t __ZGVzN8vv__mth_i_vr8vi4 (vrd8_t, vis8_t, double (*)(double, int32_t)); extern vrd8_t __ZGVzM8vv__mth_i_vr8vi4 (vrd8_t, vis8_t, vid8_t, double (*)(double, int32_t)); extern vrd8_t __ZGVzN8v__mth_i_vr8si8 (vrd8_t, long long, double (*)(double, long long)); extern vrd8_t __ZGVzM8v__mth_i_vr8si8 (vrd8_t, long long, vid8_t, double (*)(double, long long)); extern vrd8_t __ZGVzN8vv__mth_i_vr8vi8 (vrd8_t, vid8_t, double (*)(double, long long)); extern vrd8_t __ZGVzM8vv__mth_i_vr8vi8 (vrd8_t, vid8_t, vid8_t, double (*)(double, long long)); extern vcs1_t __ZGVxN1v__mth_i_vc4si4 (vcs1_t, int32_t, _Complex float func(_Complex float, int32_t)); extern vcs1_t __ZGVxN1v__mth_i_vc4si8 (vcs1_t, long long, _Complex float func(_Complex float, long long)); extern vcd1_t __ZGVxN1v__mth_i_vc8si4 (vcd1_t, int32_t, _Complex double func(_Complex double, int32_t)); extern vcd1_t __ZGVxN1v__mth_i_vc8si8 (vcd1_t, long long, _Complex double func(_Complex double, long long)); #ifdef __cplusplus } /* extern "C" */ #endif #include "mthdecls.h"