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H A D | e_acos.c | diff 181062 Thu Jul 31 20:14:02 MDT 2008 das As in other parts of libm, mark a few constants as volatile to prevent spurious optimizations. gcc doesn't support FENV_ACCESS, so when it folds constants, it assumes that the rounding mode is always the default and floating point exceptions never matter. |
H A D | e_acosf.c | diff 181062 Thu Jul 31 20:14:02 MDT 2008 das As in other parts of libm, mark a few constants as volatile to prevent spurious optimizations. gcc doesn't support FENV_ACCESS, so when it folds constants, it assumes that the rounding mode is always the default and floating point exceptions never matter. |
H A D | s_atanf.c | diff 181062 Thu Jul 31 20:14:02 MDT 2008 das As in other parts of libm, mark a few constants as volatile to prevent spurious optimizations. gcc doesn't support FENV_ACCESS, so when it folds constants, it assumes that the rounding mode is always the default and floating point exceptions never matter. |
H A D | e_atan2.c | diff 181062 Thu Jul 31 20:14:02 MDT 2008 das As in other parts of libm, mark a few constants as volatile to prevent spurious optimizations. gcc doesn't support FENV_ACCESS, so when it folds constants, it assumes that the rounding mode is always the default and floating point exceptions never matter. |
H A D | e_atan2f.c | diff 181062 Thu Jul 31 20:14:02 MDT 2008 das As in other parts of libm, mark a few constants as volatile to prevent spurious optimizations. gcc doesn't support FENV_ACCESS, so when it folds constants, it assumes that the rounding mode is always the default and floating point exceptions never matter. |
H A D | s_atan.c | diff 181062 Thu Jul 31 20:14:02 MDT 2008 das As in other parts of libm, mark a few constants as volatile to prevent spurious optimizations. gcc doesn't support FENV_ACCESS, so when it folds constants, it assumes that the rounding mode is always the default and floating point exceptions never matter. |
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