drivers/gpu/drm/drm_modes.c

2170

unsigned int deg, margin, rotation = 0;

drivers/gpu/drm/drm_modes.c

2184

if (drm_mode_parse_cmdline_int(delim, &deg))

drivers/gpu/drm/drm_modes.c

2187

switch (deg) {

drivers/hid/bpf/progs/Huion__Kamvas13Gen3.bpf.c

1152

Unit(deg)

drivers/hid/bpf/progs/Huion__Kamvas16Gen3.bpf.c

468

Unit(deg)

drivers/hwmon/bt1-pvt.h

231

unsigned int deg;

drivers/iio/resolver/ad2s1210.c

574

int deg;

drivers/iio/resolver/ad2s1210.c

578

deg = 44;

drivers/iio/resolver/ad2s1210.c

581

deg = 360;

drivers/iio/resolver/ad2s1210.c

588

deg == 44 ? AD2S1210_PHASE_LOCK_RANGE_44 : 0);

drivers/mtd/nand/raw/atmel/pmecc.c

197

const unsigned int k = BIT(deg(poly));

include/linux/iio/iio.h

1079

#define IIO_DEGREE_TO_RAD(deg) (((deg) * 314159ULL + 9000000ULL) / 18000000ULL)

include/linux/polynomial.h

17

unsigned int deg;

lib/bch.c

105

unsigned int deg; /* polynomial degree */

lib/bch.c

1079

const unsigned int k = 1 << deg(poly);

lib/bch.c

1121

d = deg(data);

lib/bch.c

1217

g->deg = 0;

lib/bch.c

1223

g->c[g->deg+1] = 1;

lib/bch.c

1224

for (j = g->deg; j > 0; j--)

lib/bch.c

1228

g->deg++;

lib/bch.c

1232

n = g->deg+1;

lib/bch.c

1244

bch->ecc_bits = g->deg;

lib/bch.c

391

i = deg(poly);

lib/bch.c

406

memcpy(dst, src, GF_POLY_SZ(src->deg));

lib/bch.c

423

pelp->deg = 0;

lib/bch.c

425

elp->deg = 0;

lib/bch.c

429

for (i = 0; (i < t) && (elp->deg <= t); i++) {

lib/bch.c

435

for (j = 0; j <= pelp->deg; j++) {

lib/bch.c

442

tmp = pelp->deg+k;

lib/bch.c

443

if (tmp > elp->deg) {

lib/bch.c

444

elp->deg = tmp;

lib/bch.c

453

for (j = 1; j <= elp->deg; j++)

lib/bch.c

458

return (elp->deg > t) ? -1 : (int)elp->deg;

lib/bch.c

613

i = deg(v);

lib/bch.c

732

int i, d = a->deg, l = GF_N(bch)-a_log(bch, a->c[a->deg]);

lib/bch.c

747

const unsigned int d = b->deg;

lib/bch.c

749

if (a->deg < d)

lib/bch.c

758

for (j = a->deg; j >= d; j--) {

lib/bch.c

770

a->deg = d-1;

lib/bch.c

771

while (!c[a->deg] && a->deg)

lib/bch.c

772

a->deg--;

lib/bch.c

781

if (a->deg >= b->deg) {

lib/bch.c

782

q->deg = a->deg-b->deg;

lib/bch.c

786

memcpy(q->c, &a->c[b->deg], (1+q->deg)*sizeof(unsigned int));

lib/bch.c

788

q->deg = 0;

lib/bch.c

801

if (a->deg < b->deg)

lib/bch.c

804

while (b->deg > 0) {

lib/bch.c

826

z->deg = 1;

lib/bch.c

830

out->deg = 0;

lib/bch.c

831

memset(out, 0, GF_POLY_SZ(f->deg));

lib/bch.c

838

for (j = z->deg; j >= 0; j--) {

lib/bch.c

843

if (z->deg > out->deg)

lib/bch.c

844

out->deg = z->deg;

lib/bch.c

847

z->deg *= 2;

lib/bch.c

852

while (!out->c[out->deg] && out->deg)

lib/bch.c

853

out->deg--;

lib/bch.c

878

if (tk->deg > 0) {

lib/bch.c

882

if (gcd->deg < f->deg) {

lib/bch.c

886

*h = &((struct gf_poly_deg1 *)f)[gcd->deg].poly;

lib/bch.c

903

switch (poly->deg) {

lib/bch.c

920

if (poly->deg && (k <= GF_M(bch))) {

lib/bch.c

946

bch->cache[p->deg] = 0;

lib/bch.c

947

syn0 = gf_div(bch, p->c[0], p->c[p->deg]);

lib/bch.c

951

for (j = 1, syn = syn0; j <= p->deg; j++) {

lib/bch.c

958

if (count == p->deg)

lib/bch.c

962

return (count == p->deg) ? count : 0;

lib/polynomial.c

101

} while ((term++)->deg);

lib/polynomial.c

84

int deg;

lib/polynomial.c

98

for (deg = 0; deg < term->deg; ++deg)