Searched hist:181374 (Results 1 - 6 of 6) sorted by relevance
| /freebsd-11.0-release/lib/msun/src/ | ||
| H A D | s_cimag.c | diff 181374 Thu Aug 07 14:48:27 MDT 2008 das Use cpack() and the gcc extension __imag__ to implement cimag() and conj() instead of using expressions like z * I. The latter is bad for several reasons: 1. It is implemented using arithmetic, which is unnecessary, and can generate floating point exceptions, contrary to the requirements on these functions. 2. gcc implements complex multiplication using a formula that breaks down for infinities, e.g., it gives INFINITY * I == nan + inf I. |
| H A D | s_cimagf.c | diff 181374 Thu Aug 07 14:48:27 MDT 2008 das Use cpack() and the gcc extension __imag__ to implement cimag() and conj() instead of using expressions like z * I. The latter is bad for several reasons: 1. It is implemented using arithmetic, which is unnecessary, and can generate floating point exceptions, contrary to the requirements on these functions. 2. gcc implements complex multiplication using a formula that breaks down for infinities, e.g., it gives INFINITY * I == nan + inf I. |
| H A D | s_cimagl.c | diff 181374 Thu Aug 07 14:48:27 MDT 2008 das Use cpack() and the gcc extension __imag__ to implement cimag() and conj() instead of using expressions like z * I. The latter is bad for several reasons: 1. It is implemented using arithmetic, which is unnecessary, and can generate floating point exceptions, contrary to the requirements on these functions. 2. gcc implements complex multiplication using a formula that breaks down for infinities, e.g., it gives INFINITY * I == nan + inf I. |
| H A D | s_conj.c | diff 181374 Thu Aug 07 14:48:27 MDT 2008 das Use cpack() and the gcc extension __imag__ to implement cimag() and conj() instead of using expressions like z * I. The latter is bad for several reasons: 1. It is implemented using arithmetic, which is unnecessary, and can generate floating point exceptions, contrary to the requirements on these functions. 2. gcc implements complex multiplication using a formula that breaks down for infinities, e.g., it gives INFINITY * I == nan + inf I. |
| H A D | s_conjf.c | diff 181374 Thu Aug 07 14:48:27 MDT 2008 das Use cpack() and the gcc extension __imag__ to implement cimag() and conj() instead of using expressions like z * I. The latter is bad for several reasons: 1. It is implemented using arithmetic, which is unnecessary, and can generate floating point exceptions, contrary to the requirements on these functions. 2. gcc implements complex multiplication using a formula that breaks down for infinities, e.g., it gives INFINITY * I == nan + inf I. |
| H A D | s_conjl.c | diff 181374 Thu Aug 07 14:48:27 MDT 2008 das Use cpack() and the gcc extension __imag__ to implement cimag() and conj() instead of using expressions like z * I. The latter is bad for several reasons: 1. It is implemented using arithmetic, which is unnecessary, and can generate floating point exceptions, contrary to the requirements on these functions. 2. gcc implements complex multiplication using a formula that breaks down for infinities, e.g., it gives INFINITY * I == nan + inf I. |
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