1 /****************************************************************************** 2 Copyright (c) 2007-2011, Intel Corp. 3 All rights reserved. 4 5 Redistribution and use in source and binary forms, with or without 6 modification, are permitted provided that the following conditions are met: 7 8 * Redistributions of source code must retain the above copyright notice, 9 this list of conditions and the following disclaimer. 10 * Redistributions in binary form must reproduce the above copyright 11 notice, this list of conditions and the following disclaimer in the 12 documentation and/or other materials provided with the distribution. 13 * Neither the name of Intel Corporation nor the names of its contributors 14 may be used to endorse or promote products derived from this software 15 without specific prior written permission. 16 17 THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" 18 AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE 19 IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE 20 ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE 21 LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR 22 CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF 23 SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS 24 INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN 25 CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) 26 ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF 27 THE POSSIBILITY OF SUCH DAMAGE. 28 ******************************************************************************/ 29 30 #define M_ACOS 0 31 #define M_ACOSD 1 32 #define M_ACOSH 2 33 #define M_ASIN 3 34 #define M_ASIND 4 35 #define M_ASINH 5 36 #define M_ATAN 6 37 #define M_ATAND 7 38 #define M_ATANH 8 39 #define M_ATAN2 9 40 #define M_ATAND2 10 41 #define M_CABS 11 42 #define M_COS 12 43 #define M_COSD 13 44 #define M_COSH 14 45 #define M_CSQRT 15 46 #define M_EXP 16 47 #define M_EXPM1 17 48 #define M_LOG 18 49 #define M_LOG2 19 50 #define M_LOG10 20 51 #define M_MOD 21 52 #define M_POWER 22 53 #define M_REM 23 54 #define M_SIN 24 55 #define M_SIND 25 56 #define M_SINH 26 57 #define M_SQRT 27 58 #define M_TAN 28 59 #define M_TAND 29 60 #define M_TANH 30 61 #define M_SINCOS 31 62 #define M_SINCOSD 32 63 #define M_COT 33 64 #define M_COTD 34 65 #define M_TANCOT 35 66 #define M_TANCOTD 36 67 #define M_LOGB 37 68 #define M_LDEXP 38 69 #define M_CDIV 39 70 #define M_NEXTAFTER 40 71 #define M_INTPOWER 41 72 #define M_BES_Y0 42 73 #define M_BES_Y1 43 74 #define M_BES_YN 44 75 #define M_LOG1P 45 76 #define M_LGAMMA 46 77 #define M_SCALB 47 78 #define M_INTINTPOWER 48 79 #define M_BES_J0 49 80 #define M_BES_J1 50 81 #define M_BES_JN 51 82 #define M_ERF 52 83 #define M_ERFC 53 84 #define M_TRUNC 54 85 #define M_FLOOR 55 86 #define M_CEIL 56 87 #define M_FABS 57 88 #define M_FREXP 58 89 #define M_HYPOT 59 90 #define M_MODF 60 91 #define M_RSQRT 61 92 #define M_EXP2 62 93 #define M_TGAMMA 63 94 #define M_SCALBN 64 95 #define M_SCALBLN 65 96 #define M_LRINT 66 97 #define M_LROUND 67 98 #define M_LLRINT 68 99 #define M_LLROUND 69 100 #define M_REMQUO 70 101 #define M_NEXTTOWARD 71 102 #define M_FDIM 72 103 #define M_FMAX 73 104 #define M_FMIN 74 105 #define M_FMA 75 106 #define M_NANFUNC 76 107 #define M_LAST 77 108 109 110 #define ACOS_ARG_GT_ONE 0 111 #define ACOSD_ARG_GT_ONE 1 112 #define ACOSH_ARG_LT_ONE 2 113 #define ASIN_ARG_GT_ONE 3 114 #define ASIND_ARG_GT_ONE 4 115 #define ATANH_ABS_ARG_GT_ONE 5 116 #define ATANH_OF_ONE 6 117 #define ATANH_OF_NEG_ONE 7 118 #define ATAN2_BOTH_ZERO 8 119 #define ATAN2_BOTH_INF 9 120 #define ATAN2_UNDERFLOW 10 121 #define ATAND2_BOTH_ZERO 11 122 #define ATAND2_BOTH_INF 12 123 #define ATAND2_UNDERFLOW 13 124 #define CABS_OVERFLOW 14 125 #define CDIV_DIV_BY_ZERO 15 126 #define CDIV_OVERFLOW 16 127 #define COS_OF_INFINITY 17 128 #define COSD_OF_INFINITY 18 129 #define COSH_OVERFLOW 19 130 #define COT_UNDERFLOW 20 131 #define COT_POS_OVERFLOW 21 132 #define COT_NEG_OVERFLOW 22 133 #define COT_OF_INFINITY 23 134 #define COT_OF_ZERO 24 135 #define COT_OF_NEG_ZERO 25 136 #define COTD_UNDERFLOW 26 137 #define COTD_POS_OVERFLOW 27 138 #define COTD_NEG_OVERFLOW 28 139 #define COTD_OF_INFINITY 29 140 #define COTD_OF_ZERO 30 141 #define COTD_OF_NEG_ZERO 31 142 #define COTD_MULTIPLE_OF_180 32 143 #define EXP_OVERFLOW 33 144 #define EXP_UNDERFLOW 34 145 #define EXP_OF_INF 35 146 #define EXP_OF_NEG_INF 36 147 #define EXPM1_OVERFLOW 37 148 #define EXPM1_OF_INF 38 149 #define EXPM1_OF_NEG_INF 39 150 #define LDEXP_OVERFLOW 40 151 #define LDEXP_NEG_OVERFLOW 41 152 #define LDEXP_UNDERFLOW 42 153 #define SCALB_OVERFLOW 43 154 #define SCALB_NEG_OVERFLOW 44 155 #define SCALB_UNDERFLOW 45 156 #define SCALB_OF_POS_TO_POS_INF 46 157 #define SCALB_OF_NEG_TO_POS_INF 47 158 #define SCALB_OF_FINITE_TO_NEG_INF 48 159 #define SCALB_OF_INF_TO_NEG_INF 49 160 #define SCALB_INVALID 50 161 #define LOGB_OF_ZERO 51 162 #define LOG_OF_NEGATIVE 52 163 #define LOG_OF_ZERO 53 164 #define LOG2_OF_NEGATIVE 54 165 #define LOG2_OF_ZERO 55 166 #define LOG10_OF_NEGATIVE 56 167 #define LOG10_OF_ZERO 57 168 #define LOG1P_LESS_M1 58 169 #define LOG1P_M1 59 170 #define MOD_UNDERFLOW 60 171 #define MOD_BY_ZERO 61 172 #define MOD_OF_INF 62 173 #define NEXTAFTER_POS_OVERFLOW 63 174 #define NEXTAFTER_NEG_OVERFLOW 64 175 #define NEXTAFTER_POS_UNDERFLOW 65 176 #define NEXTAFTER_NEG_UNDERFLOW 66 177 #define POWER_POS_OVERFLOW 67 178 #define POWER_NEG_OVERFLOW 68 179 #define POWER_UNDERFLOW 69 180 #define POWER_NEG_BASE 70 181 #define POWER_ZERO_TO_NEG 71 182 #define POWER_INF_TO_ZERO 72 183 #define POWER_ONE_TO_INF 73 184 #define POWER_NEG_ZERO_TO_NEG 74 185 #define POWER_ZERO_TO_ZERO 75 186 #define POWER_POS_INF_TO_POS 76 187 #define POWER_NEG_INF_TO_POS 77 188 #define POWER_NEG_INF_TO_POS_ODD 78 189 #define POWER_FINITE_TO_INF 79 190 #define POWER_INF_TO_NEG 80 191 #define POWER_SMALL_TO_INF 81 192 #define INTPOWER_POS_OVERFLOW 82 193 #define INTPOWER_NEG_OVERFLOW 83 194 #define INTPOWER_POS_UNDERFLOW 84 195 #define INTPOWER_NEG_UNDERFLOW 85 196 #define INTPOWER_ZERO_TO_ZERO 86 197 #define INTPOWER_POS_DIV_BY_ZERO 87 198 #define INTPOWER_NEG_DIV_BY_ZERO 88 199 #define INTINTPOWER_OVERFLOW 89 200 #define INTINTPOWER_ZERODIV 90 201 #define REM_UNDERFLOW 91 202 #define REM_BY_ZERO 92 203 #define REM_OF_INF 93 204 #define SIN_OF_INFINITY 94 205 #define SINCOS_OF_INFINITY 95 206 #define SINCOSD_OF_INFINITY 96 207 #define SINCOSD_UNDERFLOW 97 208 #define SIND_OF_INFINITY 98 209 #define SIND_UNDERFLOW 99 210 #define SINH_OVERFLOW 100 211 #define SINH_NEG_OVERFLOW 101 212 #define SINH_UNDERFLOW 102 213 #define SQRT_OF_NEGATIVE 103 214 #define RSQRT_OF_POS_ZERO 104 215 #define RSQRT_OF_NEG_ZERO 105 216 #define TAN_OF_INFINITY 106 217 #define TAND_UNDERFLOW 107 218 #define TAND_OVERFLOW 108 219 #define TAND_OF_INFINITY 109 220 #define TAND_ODD_MULTIPLE_OF_90 110 221 #define TANH_OVERFLOW 111 222 #define TANH_UNDERFLOW 112 223 #define TANCOT_OF_INFINITY 113 224 #define TANCOTD_OF_INFINITY 114 225 #define TANCOTD_UNDERFLOW 115 226 #define BES_J0_OF_INFINITY 116 227 #define BES_J1_OF_INFINITY 117 228 #define BES_JN_OF_INFINITY 118 229 #define BES_J1_UNDERFLOW 119 230 #define BES_J1_NEG_UNDERFLOW 120 231 #define BES_JN_UNDERFLOW 121 232 #define BES_JN_NEG_UNDERFLOW 122 233 #define BES_Y0_OF_INFINITY 123 234 #define BES_Y1_OF_INFINITY 124 235 #define BES_YN_OF_INFINITY 125 236 #define BES_Y0_OF_NEGATIVE 126 237 #define BES_Y0_OF_ZERO 127 238 #define BES_Y1_OF_NEGATIVE 128 239 #define BES_Y1_OF_ZERO 129 240 #define BES_Y1_OVERFLOW 130 241 #define BES_YN_OF_NEGATIVE 131 242 #define BES_YN_OF_ZERO 132 243 #define BES_YN_NEG_OVERFLOW 133 244 #define BES_YN_POS_OVERFLOW 134 245 #define LGAMMA_OVERFLOW 135 246 #define LGAMMA_POS_INF 136 247 #define LGAMMA_NEG_INF 137 248 #define LGAMMA_NON_POS_INT 138 249 #define LGAMMA_OF_ZERO 139 250 #define ERFC_UNDERFLOW 140 251 #define NANFUNC_CANONICAL_NAN 141 252 #define EXP2_OVERFLOW 142 253 #define EXP2_UNDERFLOW 143 254 #define EXP2_OF_INF 144 255 #define EXP2_OF_NEG_INF 145 256 #define SCALBN_OVERFLOW 146 257 #define SCALBN_NEG_OVERFLOW 147 258 #define SCALBN_UNDERFLOW 148 259 #define SCALBLN_OVERFLOW 149 260 #define SCALBLN_NEG_OVERFLOW 150 261 #define SCALBLN_UNDERFLOW 151 262 #define TGAMMA_OVERFLOW 152 263 #define TGAMMA_NEG_OVERFLOW 153 264 #define TGAMMA_POS_INF 154 265 #define TGAMMA_NEG_INF 155 266 #define TGAMMA_EVEN_NEG_INT 156 267 #define TGAMMA_ODD_NEG_INT 157 268 #define TGAMMA_OF_ZERO 158 269 #define LRINT_OVERFLOW 159 270 #define LROUND_OVERFLOW 160 271 #define LLRINT_OVERFLOW 161 272 #define LLROUND_OVERFLOW 162 273 #define REMQUO_UNDERFLOW 163 274 #define REMQUO_BY_ZERO 164 275 #define REMQUO_OF_INF 165 276 #define NEXTTOWARD_POS_OVERFLOW 166 277 #define NEXTTOWARD_NEG_OVERFLOW 167 278 #define NEXTTOWARD_POS_UNDERFLOW 168 279 #define NEXTTOWARD_NEG_UNDERFLOW 169 280 #define FDIM_POS_OVERFLOW 170 281 #define FDIM_POS_UNDERFLOW 171 282 #define FMA_POS_UNDERFLOW 172 283 #define FMA_NEG_UNDERFLOW 173 284 #define FMA_POS_OVERFLOW 174 285 #define FMA_NEG_OVERFLOW 175 286 #define FMA_INF_AND_ZERO 176 287 #define FMA_INF_AND_INF 177 288 #define LAST_ERROR_CODE 178 289