Lines Matching defs:e_out
143923 int s, e, k, e_out;
143970 e_out = (exponents_binary32 + 80)[e] - k;
143978 e_out = e_out + 1;
143986 if (e_out < 1) {
143988 d = 1 - e_out;
143991 e_out = 1;
144008 e_out = e_out + 1;
144009 } else if ((c_prov == (1ull << 23)) && (e_out == 1)) {
144017 if (e_out >= 255) {
144024 e_out = 0;
144032 if (e_out == 0)
144037 return_binary32 (s, e_out, c_prov);
144058 int s, e, k, e_out;
144104 e_out = (exponents_binary32 + 80)[e] - k;
144112 e_out = e_out + 1;
144120 if (e_out < 1) {
144122 d = 1 - e_out;
144125 e_out = 1;
144142 e_out = e_out + 1;
144143 } else if ((c_prov == (1ull << 23)) && (e_out == 1)) {
144151 if (e_out >= 255) {
144158 e_out = 0;
144166 if (e_out == 0)
144171 return_binary32 (s, e_out, c_prov);
144192 int s, e, k, e_out;
144232 e_out = (exponents_binary32 + 80)[e] - k;
144240 e_out = e_out + 1;
144248 if (e_out < 1) {
144250 d = 1 - e_out;
144253 e_out = 1;
144270 e_out = e_out + 1;
144271 } else if ((c_prov == (1ull << 23)) && (e_out == 1)) {
144279 if (e_out >= 255) {
144286 e_out = 0;
144294 if (e_out == 0)
144299 return_binary32 (s, e_out, c_prov);
144323 int s, e, k, e_out;
144365 e_out = (exponents_binary64 + 358)[e] - k;
144373 e_out = e_out + 1;
144381 if (e_out < 1) {
144383 d = 1 - e_out;
144386 e_out = 1;
144402 e_out = e_out + 1;
144407 if (e_out >= 2047) {
144414 e_out = 0;
144422 if (e_out == 0)
144427 return_binary64 (s, e_out, c_prov);
144451 int s, e, k, e_out;
144493 e_out = (exponents_binary64 + 358)[e] - k;
144501 e_out = e_out + 1;
144509 if (e_out < 1) {
144511 d = 1 - e_out;
144514 e_out = 1;
144531 e_out = e_out + 1;
144532 } else if ((c_prov == (1ull << 52)) && (e_out == 1))
144542 if (e_out >= 2047) {
144549 e_out = 0;
144557 if (e_out == 0)
144562 return_binary64 (s, e_out, c_prov);
144586 int s, e, k, e_out;
144624 e_out = (exponents_binary64 + 358)[e] - k;
144632 e_out = e_out + 1;
144640 if (e_out < 1) {
144642 d = 1 - e_out;
144645 e_out = 1;
144662 e_out = e_out + 1;
144663 } else if ((c_prov == (1ull << 52)) && (e_out == 1)) {
144671 if (e_out >= 2047) {
144678 e_out = 0;
144686 if (e_out == 0)
144691 return_binary64 (s, e_out, c_prov);
144713 int s, e, k, e_out;
144760 e_out = (exponents_binary80 + 4985)[e] - k;
144768 e_out = e_out + 1;
144781 if (e_out < 1) {
144783 d = 1 - e_out;
144790 e_out = 1;
144806 e_out = e_out + 1;
144811 if (e_out >= 32767) {
144818 e_out = 0;
144824 if (e_out == 0)
144829 return_binary80 (s, e_out, c_prov);
144850 int s, e, k, e_out;
144896 e_out = (exponents_binary80 + 4985)[e] - k;
144904 e_out = e_out + 1;
144917 if (e_out < 1) {
144919 d = 1 - e_out;
144926 e_out = 1;
144942 e_out = e_out + 1;
144947 if (e_out >= 32767) {
144954 e_out = 0;
144960 if (e_out == 0)
144965 return_binary80 (s, e_out, c_prov);
144986 int s, e, k, e_out;
145026 e_out = (exponents_binary80 + 4985)[e] - k;
145034 e_out = e_out + 1;
145047 if (e_out < 1) {
145049 d = 1 - e_out;
145056 e_out = 1;
145073 e_out = e_out + 1;
145074 } else if ((c_prov == (1ull << 63)) && (e_out == 1)) {
145082 if (e_out >= 32767) {
145089 e_out = 0;
145095 if (e_out == 0)
145100 return_binary80 (s, e_out, c_prov);
145123 int s, e, k, e_out;
145172 e_out = (exponents_binary128 + 5000)[e] - k;
145180 e_out = e_out + 1;
145189 if (e_out < 1) {
145191 d = 1 - e_out;
145198 e_out = 1;
145217 e_out = e_out + 1;
145223 if (e_out >= 32767) {
145230 e_out = 0;
145238 if (e_out == 0)
145243 return_binary128 (s, e_out, c_prov_hi, c_prov_lo);
145264 int s, e, k, e_out;
145312 e_out = (exponents_binary128 + 5000)[e] - k;
145320 e_out = e_out + 1;
145329 if (e_out < 1) {
145331 d = 1 - e_out;
145338 e_out = 1;
145357 e_out = e_out + 1;
145363 if (e_out >= 32767) {
145370 e_out = 0;
145378 if (e_out == 0)
145383 return_binary128 (s, e_out, c_prov_hi, c_prov_lo);
145404 int s, e, k, e_out;
145447 e_out = (exponents_binary128 + 5000)[e] - k;
145455 e_out = e_out + 1;
145464 if (e_out < 1) {
145466 d = 1 - e_out;
145473 e_out = 1;
145493 e_out = e_out + 1;
145494 } else if ((c_prov_hi == (1ull << 48)) && (e_out == 1)) {
145503 if (e_out >= 32767) {
145510 e_out = 0;
145518 if (e_out == 0)
145523 return_binary128 (s, e_out, c_prov_hi, c_prov_lo);
145546 int e, s, t, e_out;
145632 e_out = (exponents_bid32 + 450)[e];
145640 e_out = e_out + 1;
145659 e_out = e_out + 1;
145664 if (e_out > 90 + 101) {
145678 return_bid32 (s, e_out, c_prov);
145701 int e, s, t, e_out;
145786 e_out = (exponents_bid32 + 450)[e];
145794 e_out = e_out + 1;
145814 e_out = e_out + 1;
145815 } else if ((c_prov == 1000000ull) && (e_out == 0)) {
145824 if (e_out > 90 + 101) {
145838 return_bid32 (s, e_out, c_prov);
145864 int e, s, t, e_out;
145949 e_out = (exponents_bid32 + 450)[e];
145957 e_out = e_out + 1;
145977 e_out = e_out + 1;
145978 } else if ((c_prov == 1000000ull) && (e_out == 0)) {
145987 if (e_out > 90 + 101) {
146001 return_bid32 (s, e_out, c_prov);
146027 int e, s, t, e_out;
146101 e_out = (exponents_bid32 + 450)[e];
146109 e_out = e_out + 1;
146131 e_out = e_out + 1;
146132 } else if ((c_prov == 1000000ull) && (e_out == 0)) {
146144 if (e_out > 90 + 101) {
146158 return_bid32 (s, e_out, c_prov);
146182 int e, s, t, e_out;
146272 e_out = (exponents_bid64 + 1437)[e];
146280 e_out = e_out + 1;
146299 e_out = e_out + 1;
146304 if (e_out > 369 + 398) {
146318 return_bid64 (s, e_out, c_prov);
146342 int e, s, t, e_out;
146432 e_out = (exponents_bid64 + 1437)[e];
146440 e_out = e_out + 1;
146459 e_out = e_out + 1;
146464 if (e_out > 369 + 398) {
146478 return_bid64 (s, e_out, c_prov);
146504 int e, s, t, e_out;
146592 e_out = (exponents_bid64 + 1437)[e];
146600 e_out = e_out + 1;
146620 e_out = e_out + 1;
146621 } else if ((c_prov == 1000000000000000ull) && (e_out == 0)) {
146630 if (e_out > 369 + 398) {
146644 return_bid64 (s, e_out, c_prov);
146670 int e, s, t, e_out;
146753 e_out = (exponents_bid64 + 1437)[e];
146761 e_out = e_out + 1;
146781 e_out = e_out + 1;
146782 } else if ((c_prov == 1000000000000000ull) && (e_out == 0)) {
146791 if (e_out > 369 + 398) {
146805 return_bid64 (s, e_out, c_prov);
146828 int e, s, t, e_out, e_plus, e_hi, e_lo, f;
146901 // Compute the estimated decimal exponent e_out; the provisional exponent
146902 // will be either "e_out" or "e_out-1" depending on later significand check
146906 e_out = (((19728 * e_plus) + ((19779 * e_plus) >> 16)) >> 16) - 6512;
146910 e_hi = 11232 - e_out;
146942 e_out = e_out - 1;
146964 e_out = e_out + 1;
146974 return_bid128 (s, e_out, c_prov_hi, c_prov_lo);
146997 int e, s, t, e_out, e_plus, e_hi, e_lo, f;
147070 // Compute the estimated decimal exponent e_out; the provisional exponent
147071 // will be either "e_out" or "e_out-1" depending on later significand check
147075 e_out = (((19728 * e_plus) + ((19779 * e_plus) >> 16)) >> 16) - 6512;
147079 e_hi = 11232 - e_out;
147111 e_out = e_out - 1;
147133 e_out = e_out + 1;
147143 return_bid128 (s, e_out, c_prov_hi, c_prov_lo);
147168 int e, s, t, e_out, e_plus, e_hi, e_lo, f;
147239 // Compute the estimated decimal exponent e_out; the provisional exponent
147240 // will be either "e_out" or "e_out-1" depending on later significand check
147244 e_out = (((19728 * e_plus) + ((19779 * e_plus) >> 16)) >> 16) - 6512;
147248 e_hi = 11232 - e_out;
147280 e_out = e_out - 1;
147302 e_out = e_out + 1;
147312 return_bid128 (s, e_out, c_prov_hi, c_prov_lo);
147337 int e, s, t, e_out, e_plus, e_hi, e_lo, f;
147404 // Compute the estimated decimal exponent e_out; the provisional exponent
147405 // will be either "e_out" or "e_out-1" depending on later significand check
147409 e_out = (((19728 * e_plus) + ((19779 * e_plus) >> 16)) >> 16) - 6512;
147413 e_hi = 11232 - e_out;
147446 e_out = e_out - 1;
147468 e_out = e_out + 1;
147478 return_bid128 (s, e_out, c_prov_hi, c_prov_lo);