/titanic_51/usr/src/lib/libm/common/C/ |
H A D | __lgamma.c | 125 double y, z; in sin_pi() local 128 y = -x; in sin_pi() 129 if (y <= 0.25) in sin_pi() 131 if (y >= two52) in sin_pi() 133 z = floor(y); in sin_pi() 134 if (y == z) in sin_pi() 137 /* argument reduction: set y = |x| mod 2 */ in sin_pi() 138 y *= 0.5; in sin_pi() 139 y = 2.0 * (y in sin_pi() 207 double t, p, q, cr, y; __k_lgamma() local [all...] |
H A D | __rem_pio2.c | 30 * __rem_pio2(x, y) passes back a better-than-double-precision 31 * approximation to x mod pi/2 in y[0]+y[1] and returns an integer 64 __rem_pio2(double x, double *y) { in __rem_pio2() argument 76 y[0] = t - pio2_1t; in __rem_pio2() 77 y[1] = (t - y[0]) - pio2_1t; in __rem_pio2() 80 y[0] = t - pio2_2t; in __rem_pio2() 81 y[1] = (t - y[ in __rem_pio2() [all...] |
/titanic_51/usr/src/uts/common/io/bnxe/577xx/drivers/common/include/ |
H A D | cyclic_oper.h | 44 #define _ABS_DIFF(x, y) ((x) > (y) ? (x) - (y) : (y) - (x)) argument 46 static __inline u8_t _cyclic_lt(u32_t x, u32_t y, u32_t d) in _cyclic_lt() argument 48 u32_t diff = _ABS_DIFF(x,y); in _cyclic_lt() 49 return (diff < d) ? x < y : x > y; in _cyclic_lt() 52 static __inline u8_t _cyclic_le(u32_t x, u32_t y, u32_t d) in _cyclic_le() argument 54 u32_t diff = _ABS_DIFF(x,y); in _cyclic_le() 58 CYCLIC_LT_8(x,y) global() argument 59 CYCLIC_LT_16(x,y) global() argument 60 CYCLIC_LT_24(x,y) global() argument 61 CYCLIC_LT_32(x,y) global() argument 63 CYCLIC_LE_8(x,y) global() argument 64 CYCLIC_LE_16(x,y) global() argument 65 CYCLIC_LE_24(x,y) global() argument 66 CYCLIC_LE_32(x,y) global() argument 68 CYCLIC_GT_8(x,y) global() argument 69 CYCLIC_GT_16(x,y) global() argument 70 CYCLIC_GT_24(x,y) global() argument 71 CYCLIC_GT_32(x,y) global() argument 73 CYCLIC_GE_8(x,y) global() argument 74 CYCLIC_GE_16(x,y) global() argument 75 CYCLIC_GE_24(x,y) global() argument 76 CYCLIC_GE_32(x,y) global() argument 79 CYCLIC_LT_BITS(x,y,bits) global() argument 80 CYCLIC_LE_BITS(x,y,bits) global() argument 81 CYCLIC_GT_BITS(x,y,bits) global() argument 82 CYCLIC_GE_BITS(x,y,bits) global() argument [all...] |
/titanic_51/usr/src/cmd/audio/include/ |
H A D | AudioTypes.h | 144 inline Double& operator += (double y) 145 { val += y; return (*this); } 146 inline Double& operator -= (double y) 147 { val -= y; return (*this); } 153 inline double min(const Double& x, const Double& y) { in min() argument 154 return (((double)x < (double)y) ? (double)x : (double)y); in min() 157 inline double min(const Double& x, double y) { in min() argument 158 return (((double)x < (double)y) ? (double)x : (double)y); in min() 160 min(double x,const Double & y) min() argument 164 max(const Double & x,const Double & y) max() argument 167 max(const Double & x,double y) max() argument 170 max(double x,const Double & y) max() argument [all...] |
/titanic_51/usr/src/lib/libm/amd64/src/ |
H A D | powl.s | 34 / 1 ** y is 1 (C99) 36 / NaN ** y (except 0) is NaN 43 / +0 ** +y (except 0, NaN) is +0 44 / -0 ** +y (except 0, NaN, odd int) is +0 45 / +0 ** -y (except 0, NaN) is +inf (z flag) 46 / -0 ** -y (except 0, NaN, odd int) is +inf (z flag) 47 / -0 ** y (odd int) is - (+0 ** x) 48 / +inf ** +y (except 0, NaN) is +inf 49 / +inf ** -y (except 0, NaN) is +0 50 / -inf ** +-y (excep [all...] |
/titanic_51/usr/src/lib/libc/sparc/fp/ |
H A D | _Q_fcc.c | 41 * _Q_feq(x, y) returns nonzero if *x == *y and zero otherwise. 42 * If either *x or *y is a signaling NaN, the invalid operation 46 _Q_feq(const union longdouble *x, const union longdouble *y) in _Q_feq() argument 50 if (QUAD_ISNAN(*x) || QUAD_ISNAN(*y)) { in _Q_feq() 52 (QUAD_ISNAN(*y) && !(y->l.msw & 0x8000))) { in _Q_feq() 56 __quad_fcmpq(x, y, &fsr); in _Q_feq() 65 if (QUAD_ISZERO(*x) && QUAD_ISZERO(*y)) in _Q_feq() 67 return ((x->l.msw ^ y in _Q_feq() 77 _Q_fne(const union longdouble * x,const union longdouble * y) _Q_fne() argument 107 _Q_flt(const union longdouble * x,const union longdouble * y) _Q_flt() argument 150 _Q_fle(const union longdouble * x,const union longdouble * y) _Q_fle() argument 194 _Q_fgt(const union longdouble * x,const union longdouble * y) _Q_fgt() argument 237 _Q_fge(const union longdouble * x,const union longdouble * y) _Q_fge() argument [all...] |
/titanic_51/usr/src/lib/libm/i386/src/ |
H A D | pow.s | 32 / does because y is placed on the NPX stack. 37 / 1 ** y is 1 (C99) 39 / NaN ** y (except 0) is NaN 46 / +0 ** +y (except 0, NaN) is +0 47 / -0 ** +y (except 0, NaN, odd int) is +0 48 / -0 ** +y (odd int) is -0 49 / +-0 ** -y (except 0, NaN) _SVID_libm_err 50 / +inf ** +y (except 0, NaN) is +inf 51 / +inf ** -y (except 0, NaN) is +0 52 / -inf ** +-y (excep [all...] |
H A D | powf.s | 32 / does because y is placed on the NPX stack. 37 / 1 ** y is 1 (C99) 39 / NaN ** y (except 0) is NaN 46 / +0 ** +y (except 0, NaN) is +0 47 / -0 ** +y (except 0, NaN, odd int) is +0 48 / +0 ** -y (except 0, NaN) is +inf (z flag) 49 / -0 ** -y (except 0, NaN, odd int) is +inf (z flag) 50 / -0 ** y (odd int) is - (+0 ** x) 51 / +inf ** +y (except 0, NaN) is +inf 52 / +inf ** -y (excep [all...] |
H A D | powl.s | 34 / 1 ** y is 1 (C99) 36 / NaN ** y (except 0) is NaN 43 / +0 ** +y (except 0, NaN) is +0 44 / -0 ** +y (except 0, NaN, odd int) is +0 45 / +0 ** -y (except 0, NaN) is +inf (z flag) 46 / -0 ** -y (except 0, NaN, odd int) is +inf (z flag) 47 / -0 ** y (odd int) is - (+0 ** x) 48 / +inf ** +y (except 0, NaN) is +inf 49 / +inf ** -y (except 0, NaN) is +0 50 / -inf ** +-y (excep [all...] |
H A D | hypot.s | 43 jz .x_maybe_0 / if x = +/-0, return |y| 47 movl 16(%esp),%eax / eax <-- hi_32(y) 48 andl $0x7fffffff,%eax / eax <-- hi_32(|y|) 49 jz .y_maybe_0 / if y = +/-0, return |x| 50 subl $0x7ff00000,%eax / eax <-- hi_32(|y|) - hi_32(INF) 53 fldl 12(%esp) / ,y 54 fmul %st(0),%st / ,y*y 55 fldl 4(%esp) / x,y*y [all...] |
/titanic_51/usr/src/lib/libshell/common/tests/ |
H A D | pointtype.sh | 33 float y=0 36 print -r $((sqrt(_.x*_.x + _.y*_.y))) 48 Pt_t q=(y=2) 53 print -r $((abs(_.x)+abs(_.y) )) 57 [[ ${p.y} == 2 ]] || err_exit '${p[y]} is not 2' 62 Pt_t pp=( ( x=3 y=4) ( x=5 y=12) (y=2) ) 68 pp+=( x=6 y=8) 74 Pt_t pp=( [one]=( x=3 y=4) [two]=( x=5 y=12) [three]=(y=2) ) 84 Pt_t _=(x=3 y=6) 88 print -r $((sqrt(_.x*_.x + _.y*_.y + _.z*_.z))) [all …]
|
/titanic_51/usr/src/lib/libm/common/R/ |
H A D | tanf.c | 76 double y, z, w; in tanf() local 84 y = (double)x; in tanf() 90 i = (int)y; in tanf() 96 return ((float)((y * T0) * (T1 + y * y))); in tanf() 98 z = y * y; in tanf() 99 return ((float)(((P0 * y) * (P1 + z * (P2 + z)) * in tanf() 104 y in tanf() [all...] |
H A D | sinf.c | 76 double y, z, w; in sinf() local 84 y = (double)x; in sinf() 89 i = (int)y; in sinf() 95 z = y * y; in sinf() 96 return ((float)((y * (S0 + z * S1)) * in sinf() 99 y = (y - pio2_1) - pio2_t; in sinf() 100 z = y * y; in sinf() [all...] |
H A D | cosf.c | 76 double y, z, w; in cosf() local 84 y = (double)x; in cosf() 89 i = (int)y; in cosf() 95 z = y * y; in cosf() 99 y = (y - pio2_1) - pio2_t; in cosf() 100 z = y * y; in cosf() 101 return ((float)-((y * (S in cosf() [all...] |
H A D | sincosf.c | 98 double y, z, w; in sincosf() local 106 y = (double)x; in sincosf() 111 i = (int)y; in sincosf() 119 z = y * y; in sincosf() 120 *s = (float)((y * (S0 + z * S1)) * in sincosf() 125 y = (y - pio2_1) - pio2_t; in sincosf() 126 z = y * y; in sincosf() [all...] |
/titanic_51/usr/src/contrib/ast/src/cmd/ksh93/tests/ |
H A D | pointtype.sh | 33 float y=0 36 print -r $((sqrt(_.x*_.x + _.y*_.y))) 48 Pt_t q=(y=2) 53 print -r $((abs(_.x)+abs(_.y) )) 57 [[ ${p.y} == 2 ]] || err_exit '${p[y]} is not 2' 62 Pt_t pp=( ( x=3 y=4) ( x=5 y=12) (y [all...] |
/titanic_51/usr/src/ucblib/libcurses/ |
H A D | addch.c | 34 int x, y; in waddch() local 38 y = win->_cury; in waddch() 40 fprintf(outf, "ADDCH('%c') at (%d, %d)\n", c, y, x); in waddch() 51 fprintf(outf, "ADDCH: 1: y = %d, x = %d, firstch = %d," in waddch() 52 " lastch = %d\n", y, x, win->_firstch[y], in waddch() 53 win->_lastch[y]); in waddch() 57 set_ch(win, y, x, c); in waddch() 58 win->_y[y][x++] = c; in waddch() 62 if (++y > in waddch() 100 set_ch(WINDOW * win,int y,int x,int ch) set_ch() argument [all...] |
H A D | touchwin.c | 34 int y, maxy; in touchwin() local 40 for (y = 0; y < maxy; y++) in touchwin() 41 (void) touchline(win, y, 0, win->_maxx - 1); in touchwin() 50 touchline(WINDOW *win, int y, int sx, int ex) in touchline() argument 53 fprintf(outf, "TOUCHLINE(%0.2o, %d, %d, %d)\n", win, y, sx, ex); in touchline() 55 win->_firstch[y], win->_lastch[y]); in touchline() 59 if (win->_firstch[y] in touchline() [all...] |
/titanic_51/usr/src/lib/libm/common/LD/ |
H A D | sinpil.c | 35 * Let y = |4x|, z = floor(y), and n = (int)(z mod 8.0) (displayed in binary). 36 * 1. If y == z, then x is a multiple of pi/4. Return the following values: 53 * 000 (y-z)/4 sinpi(t) cospi(t) tanpi(t) 54 * 001 (z+1-y)/4 cospi(t) sinpi(t) 1/tanpi(t) 55 * 010 (y-z)/4 cospi(t) -sinpi(t) -1/tanpi(t) 56 * 011 (z+1-y)/4 sinpi(t) -cospi(t) -tanpi(t) 57 * 100 (y-z)/4 -sinpi(t) -cospi(t) tanpi(t) 58 * 101 (z+1-y)/4 -cospi(t) -sinpi(t) 1/tanpi(t) 59 * 110 (y 103 long double y, z, t; sinpil() local [all...] |
/titanic_51/usr/src/lib/libm/common/Q/ |
H A D | sinpil.c | 36 * Let y = |4x|, z = floor(y), and n = (int)(z mod 8.0) (displayed in binary). 37 * 1. If y == z, then x is a multiple of pi/4. Return the following values: 54 * 000 (y-z)/4 sinpi(t) cospi(t) tanpi(t) 55 * 001 (z+1-y)/4 cospi(t) sinpi(t) 1/tanpi(t) 56 * 010 (y-z)/4 cospi(t) -sinpi(t) -1/tanpi(t) 57 * 011 (z+1-y)/4 sinpi(t) -cospi(t) -tanpi(t) 58 * 100 (y-z)/4 -sinpi(t) -cospi(t) tanpi(t) 59 * 101 (z+1-y)/4 -cospi(t) -sinpi(t) 1/tanpi(t) 60 * 110 (y 102 long double y, z, t; sinpil() local [all...] |
H A D | erfl.c | 281 long double s,y,t; local 288 y = fabsl(x); 289 if (y <= 0.84375L) { 290 if (y<=tiny) return x+P[0]*x; 291 s = y*y; 295 if (y<=1.25L) { 296 s = y-one; 299 } else if (y<=1.75L) { 300 s = y 311 long double s,y,t; global() local [all...] |
/titanic_51/usr/src/lib/libmvec/common/ |
H A D | __vhypot.c | 47 /* double hypot(double x, double y) 51 * x or y is +Inf or -Inf => +Inf 52 * x or y is NaN => QNaN 53 * 2. Computes hypot(x,y): 54 * hypot(x,y) = m * sqrt(xnm * xnm + ynm * ynm) 56 * m = max(|x|,|y|) 58 * ynm = y * (1/m) 106 double x, y, res; in __vhypot() local 134 y = *py; in __vhypot() 136 y in __vhypot() [all...] |
/titanic_51/usr/src/lib/iconv_modules/ko/common/ |
H A D | utf_to_ojh_sub.c | 42 unsigned int uni, x, y, z; in _utf8_to_johap82() local 47 y = (uni % 588) / 28; in _utf8_to_johap82() 54 y == 0x14 ? y + 9 : in _utf8_to_johap82() 55 y > 0x10 ? y + 8 : in _utf8_to_johap82() 56 y > 0x0D ? y + 7 : in _utf8_to_johap82() 57 y > 0x0A ? y in _utf8_to_johap82() [all...] |
/titanic_51/usr/src/lib/libmp/common/ |
H A D | madd.c | 70 MINT x, y; in mp_madd() local 73 x.len = y.len = 0; in mp_madd() 75 _mp_move(b, &y); in mp_madd() 79 if (y.len >= 0) { in mp_madd() 80 if (x.len >= y.len) { in mp_madd() 81 m_add(&x, &y, c); in mp_madd() 83 m_add(&y, &x, c); in mp_madd() 86 y.len = -y.len; in mp_madd() 87 mp_msub(&x, &y, in mp_madd() 160 MINT x, y; mp_msub() local [all...] |
/titanic_51/usr/src/lib/libm/common/complex/ |
H A D | cacosl.c | 76 long double x, y, t, R, S, A, Am1, B, y2, xm1, xp1, Apx; in cacosl() local 81 y = LD_IM(z); in cacosl() 83 hy = HI_XWORD(y); in cacosl() 89 if (y == zero || (iy >= 0x7fff0000)) { in cacosl() 91 LD_IM(ans) = -y; in cacosl() 96 /* |y| is inf or NaN */ in cacosl() 98 if (isinfl(y)) { /* cacos(x + i inf) = pi/2 - i inf */ in cacosl() 99 LD_IM(ans) = -y; in cacosl() 111 LD_RE(ans) = y + x; in cacosl() 115 LD_IM(ans) = y; in cacosl() [all...] |