| /openbsd/src/regress/lib/libm/fpaccuracy/ |
| D | trailer.h | 45 for( p=input_points, q=points; q-points<N; p++,q++ ) { in Fn()
56 for( p=input_points, q=points; q-points<N; p++,q++ ) { in Fn()
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| D | asinh.c | 30 int arg_e, val_e; } input_points[N] = { variable
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| D | asin.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | y1.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | cos.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | sqrt.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | acos.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | atanh.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | y0.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | erf.c | 30 int arg_e, val_e; } input_points[N] = { variable
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| D | log.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | j0.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | cosh.c | 30 int arg_e, val_e; } input_points[N] = { variable
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| D | sin.c | 30 int arg_e, val_e; } input_points[N] = { variable
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| D | tan.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | log10.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | j1.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | exp.c | 30 int arg_e, val_e; } input_points[N] = { variable
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| D | sinh.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | lgamma.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | erfc.c | 30 int arg_e, val_e; } input_points[N] = { variable
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| D | tanh.c | 30 int arg_e, val_e; } input_points[N] = { variable
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| D | atan.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | acosh.c | 31 int arg_e, val_e; } input_points[N] = { variable
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| D | INV.c | 31 int arg_e, val_e; } input_points[N] = { variable
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