/dports/devel/elfutils/elfutils-0.179/libcpu/defs/ |
H A D | i386 | 41 %mask {R_M} 3 589 00001111,11011011,{MOD}{mmxreg}{R_M}:pand {MOD}{R_M},{mmxreg} 591 00001111,11011111,{MOD}{mmxreg}{R_M}:pandn {MOD}{R_M},{mmxreg} 595 00001111,11101011,{MOD}{mmxreg}{R_M}:por {MOD}{R_M},{mmxreg} 597 00001111,11101111,{MOD}{mmxreg}{R_M}:pxor {MOD}{R_M},{mmxreg} 751 00001111,01101111,{MOD}{mmxreg}{R_M}:movq {MOD}{R_M},{mmxreg} 771 00001111,01111111,{MOD}{mmxreg}{R_M}:movq {mmxreg},{MOD}{R_M} 780 00001111,11010001,{MOD}{mmxreg}{R_M}:psrlw {MOD}{R_M},{mmxreg} 782 00001111,11010010,{MOD}{mmxreg}{R_M}:psrld {MOD}{R_M},{mmxreg} 784 00001111,11010011,{MOD}{mmxreg}{R_M}:psrlq {MOD}{R_M},{mmxreg} [all …]
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/dports/science/py-pygeodesy/PyGeodesy-21.9.16/test/ |
H A D | testPoints.py | 11 from pygeodesy import EPS, NN, R_M, R_MA, LatLon_, LatLon2psxy, \ 120 self.test('areaOf', areaOf(p, radius=R_M), '2.827856e+10', fmt='%.6e') 121 self.test('perimeterOf', perimeterOf(p, radius=R_M), '4.717039e+05', fmt='%.6e') 127 self.test('areaOf', areaOf(p, radius=R_M), '2.747297e+13', fmt='%.6e') # XXX 1.047657e+12 128 self.test('perimeterOf', perimeterOf(p, radius=R_M), '2.332643e+07', fmt='%.6e') 135 self.test('areaOf', areaOf(p, radius=R_M), '8.482014e+10', fmt='%.6e') 136 self.test('perimeterOf', perimeterOf(p, radius=R_M), '1.334104e+06', fmt='%.6e') 142 self.test('areaOf', areaOf(p, radius=R_M), '5.151974e+13', fmt='%.6e') 143 self.test('perimeterOf', perimeterOf(p, radius=R_M), '2.638608e+07', fmt='%.6e') 155 self.test('areaOf', areaOf(p, radius=R_M), '4.469277e+12', fmt='%.6e', known=True) [all …]
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H A D | testFormy.py | 11 from pygeodesy import R_M, antipode, bearing, cosineAndoyerLambert, \ 113 self.test('heightOf0', heightOf(0, R_M), 2638958.23912, fmt='%.5f') 114 self.test('heightOf45', heightOf(45, R_M), 5401080.43931, fmt='%.5f') 115 self.test('heightOf90', heightOf(90, R_M), R_M, fmt='%.5f') # Height 116 self.test('heightOf135', heightOf(135, R_M), 5401080.43931, fmt='%.5f') 152 for datum in (None, R_M, Datums.WGS84): 180 r = radians(2 * d) * R_M
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H A D | testProps.py | 136 from pygeodesy import Ellipsoid, R_M 141 t.testProps(Ellipsoid, R_M, R_M)
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H A D | testRoutes.py | 13 from pygeodesy import LatLon_, R_KM, R_M, \ 17141 known=True, radius=R_M, closed=False) 17146 LL=sphericalTrigonometry.LatLon, radius=R_M, closed=False) 17171 sph = Geodesic(R_M, 0)
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H A D | testEllipsoidal.py | 15 latlonDMS, m2SM, normDMS, PI, PI_4, R_M, VincentyError, wrap360 594 t = p.intersections2(0.0312705 * R_M, q, 0.0421788 * R_M) # radians to meter 597 t = m.intersections2(p, 0.0312705 * R_M, q, 0.0421788 * R_M, # radians to meter 601 r = PI_4 * R_M 616 r = R_M * PI / 3 624 r = R_M * PI / 4 639 r = radians(2 * d) * R_M
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H A D | testWebMercator.py | 12 from pygeodesy import F_D, F_DMS, R_M, R_MA, Datums, LatLon_, \ 100 self.test('Wm8.toWm', w.toStr(radius=R_M), '-33878.893 6693890.382 6371008.771')
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H A D | testSpherical.py | 13 from pygeodesy import F_D, F_DEG_, F_DMS, PI_4, R_M, \ 181 r = radians(2 * d) * R_M 182 t = p.intersections2(r, q, r, radius=R_M) 202 q, r.distanceTo(q), radius=R_M)
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H A D | testSimplify.py | 11 from pygeodesy import EPS, R_M, LatLon_, Numpy2LatLon, pairs, \ 53 def simplifyRDPfw(points, epsilon, radius=R_M, adjust=False, shortest=False, # MCCABE 20 130 def simplifyRDPgr(source, kink, radius=R_M, adjust=True, shortest=True, # MCCABE 17
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/dports/devel/z88dk/z88dk/src/z80asm/dev/z80asm2/ |
H A D | backend.c | 110 if ((r1 & R_MASK) == R_M && (r2 & R_MASK) == R_M) { // move memory to memory in emit_ld_r_r() 149 return emit_ld_r_indx_1(0x40 + (r << 3) + R_M, r, x, dis); in emit_ld_r_indx() 153 return emit_ld_r_indx_1(0x40 + (R_M << 3) + r, r, x, dis); in emit_ld_indx_r() 159 emit(0x06 + (R_M << 3)); in emit_ld_indx_n() 298 emit(opc + (R_M << 3)); in emit_inc_dec_indx_1() 390 emit(0x80 + (op << 3) + R_M); in emit_alu_indx() 397 emit(0xc0 + (op << 3) + R_M); in emit_alu_n() 501 emit((op << 3) + R_M); in emit_rot_indx() 611 emit((op << 6) + (bit << 3) + R_M); in emit_bit_indx()
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/dports/science/py-pygeodesy/PyGeodesy-21.9.16/pygeodesy/ |
H A D | sphericalTrigonometry.py | 28 from pygeodesy.interns import EPS, EPS1, EPS4, PI, PI2, PI_2, PI_4, R_M, \ 87 r *= R_M if radius is R_M else Radius(radius) 121 def alongTrackDistanceTo(self, start, end, radius=R_M, wrap=False): 228 def destination(self, distance, bearing, radius=R_M, height=None): 259 def distanceTo(self, other, radius=R_M, wrap=False): 595 def nearestOn(self, point1, point2, radius=R_M, **options): 735 def triangle7(self, otherB, otherC, radius=R_M, wrap=False): 819 def areaOf(points, radius=R_M, wrap=True): 1216 def nearestOn3(point, points, closed=False, radius=R_M, 1261 def perimeterOf(points, closed=False, radius=R_M, wrap=True): [all …]
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H A D | simplify.py | 79 from pygeodesy.interns import EPS, R_M, _small_, _too_, _1_0 123 radius = R_M # mean earth radius 376 def simplify1(points, distance=_1mm, radius=R_M, indices=False, **options): 413 def simplifyRDP(points, distance=_1mm, radius=R_M, shortest=False, 447 def simplifyRDPm(points, distance=_1mm, radius=R_M, shortest=False, 481 def simplifyRW(points, pipe=_1mm, radius=R_M, shortest=False, 528 def simplifyVW(points, area=_1mm, radius=R_M, attr=None, 583 def simplifyVWm(points, area=_1mm, radius=R_M, attr=None,
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H A D | sphericalNvector.py | 40 from pygeodesy.interns import EPS, EPS0, PI, PI2, PI_2, R_M, _end_, \ 126 def alongTrackDistanceTo(self, start, end, radius=R_M): 171 def crossTrackDistanceTo(self, start, end, radius=R_M): 204 def destination(self, distance, bearing, radius=R_M, height=None): 238 def distanceTo(self, other, radius=R_M, wrap=False): 648 def nearestOn3(self, points, closed=False, radius=R_M, height=None): 813 def areaOf(points, radius=R_M): 991 def nearestOn3(point, points, closed=False, radius=R_M, height=None): 1023 def perimeterOf(points, closed=False, radius=R_M): 1101 radius=R_M, height=None, useZ=False,
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H A D | geohash.py | 25 from pygeodesy.interns import EPS, NN, R_M, _COMMA_, _DOT_, _E_, \ 282 def distance2To(self, other, radius=R_M, adjust=False, wrap=False): # PYCHOK no cover 289 def distance3To(self, other, radius=R_M, wrap=False): # PYCHOK no cover 295 def equirectangularTo(self, other, radius=R_M, adjust=False, wrap=False): 323 def euclideanTo(self, other, radius=R_M, adjust=False, wrap=False): 345 def haversineTo(self, other, radius=R_M, wrap=False): 427 def vincentysTo(self, other, radius=R_M, wrap=False): 759 def equirectangular_(geohash1, geohash2, radius=R_M): 780 def haversine_(geohash1, geohash2, radius=R_M):
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H A D | formy.py | 16 from pygeodesy.interns import EPS, EPS0, EPS1, NN, PI, PI2, PI3, PI_2, R_M, \ 315 def cosineLaw(lat1, lon1, lat2, lon2, radius=R_M, wrap=False): 393 def equirectangular(lat1, lon1, lat2, lon2, radius=R_M, **options): 593 def excessKarney(lat1, lon1, lat2, lon2, radius=R_M, wrap=False): 657 def excessQuad(lat1, lon1, lat2, lon2, radius=R_M, wrap=False): 771 def flatPolar(lat1, lon1, lat2, lon2, radius=R_M, wrap=False): 902 def haversine(lat1, lon1, lat2, lon2, radius=R_M, wrap=False): 958 def heightOf(angle, distance, radius=R_M): 992 def horizon(height, radius=R_M, refraction=False): 1060 if datum is None or euclidean(lat1, lon1, lat1, lon2, radius=R_M, [all …]
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H A D | utily.py | 14 from pygeodesy.interns import EPS, EPS0, INF, PI, PI2, PI_2, R_M, \ 219 def degrees2m(deg, radius=R_M, lat=0): 328 def m2degrees(distance, radius=R_M, lat=0): 393 def m2radians(distance, radius=R_M, lat=0): 474 def radians2m(rad, radius=R_M, lat=0):
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H A D | sphericalBase.py | 20 from pygeodesy.ellipsoids import R_M, R_MA 73 def intersections2(self, rad1, other, rad2, radius=R_M): 317 def rhumbDestination(self, distance, bearing, radius=R_M, height=None): 362 def rhumbDistanceTo(self, other, radius=R_M):
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H A D | nvectorBase.py | 22 from pygeodesy.interns import EPS, EPS1, EPS_2, MISSING, NN, R_M, \ 499 radius=R_M, height=None, useZ=False): 536 area=False, eps=EPS1, radius=R_M, wrap=False): 630 radius=R_M, height=None, useZ=False,
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H A D | ellipsoids.py | 61 from pygeodesy.interns import EPS, EPS0, EPS02, EPS1, INF, NN, PI4, PI_2, R_M, _a_, \ 83 R_M = Radius(R_M =R_M) # mean (spherical) earth radius (C{meter}) variable 86 R_KM = Radius(R_KM=_F(m2km(R_M))) # mean (spherical) earth radius (C{KM}, kilo meter) 87 R_NM = Radius(R_NM=_F(m2NM(R_M))) # mean (spherical) earth radius (C{NM}, nautical miles) 88 R_SM = Radius(R_SM=_F(m2SM(R_M))) # mean (spherical) earth radius (C{SM}, statute miles) 2056 Sphere = _lazy(_Sphere_, *_T(R_M, R_M, _0_0)), # pseudo
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H A D | latlonBase.py | 23 from pygeodesy.interns import EPS, EPS0, EPS1, EPS4, NN, R_M, _COMMASPACE_, \ 106 def bounds(self, wide, tall, radius=R_M): # PYCHOK no cover 110 def boundsOf(self, wide, tall, radius=R_M, height=None): 403 radius = self._datum.ellipsoid.R1 if self._datum else R_M 1255 radius=R_M, wrap=False):
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/dports/science/py-pygeodesy/PyGeodesy-21.9.16/pygeodesy/deprecated/ |
H A D | datum.py | 7 from pygeodesy.ellipsoids import R_M, R_MA, R_MB, R_KM, R_NM, R_SM, R_FM, R_VM, \ 12 __all__ = (R_M.name, R_MA.name, R_MB.name,
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H A D | __init__.py | 18 from pygeodesy.interns import EPS, NN, R_M, _COMMASPACE_, _scalar_, _SPACE_, _UNDER_ 148 def areaof(points, adjust=True, radius=R_M, wrap=True): # PYCHOK no cover 370 def perimeterof(points, closed=False, adjust=True, radius=R_M, wrap=True): # PYCHOK no cover 399 def simplify2(points, pipe, radius=R_M, shortest=False, indices=False, **options): # PYCHOK no cov…
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/dports/emulators/simh/simh-3.9.0_5/Interdata/ |
H A D | id16_sys.c | 136 #define R_M 1 /* reg mask */ macro 147 R_M, R_R, R_X, R_M, 149 R_R, R_M, R_X 155 R_M, R_X, R_X 430 if (rtype == R_M) /* cant be mask */ in get_reg()
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H A D | id32_sys.c | 144 #define R_M 1 /* R1 mask */ macro 156 R_M, R_R, R_X, R_M, 158 R_R, R_M, R_X, R_R, 165 R_M, R_X, R_X, R_X, 499 if (rtype == R_M) /* cant be mask */ in get_reg()
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/dports/multimedia/libv4l/linux-5.13-rc2/include/soc/fsl/qe/ |
H A D | ucc_slow.h | 56 #define R_M 0x01000000 /* Frame received because of promiscuous macro
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