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/system/tpm/trunks/
tpm_state.h	71 // Returns true iff the TPM supports the ECC NIST P-256 curve.
/bootable/recovery/tools/dumpkey/
DumpPublicKey.java	73 * 5: 256-bit EC key with curve NIST P-256 78 throw new Exception("Curve must be NIST P-256");
/device/google/marlin/
audio_policy_volumes_drc.xml	16 <!-- Volume section defines a volume curve for a given use case and device category. 17 It contains a list of points of this curve expressing the attenuation in Millibels for a given
/device/google/muskie/
audio_policy_volumes.xml	16 <!-- Volume section defines a volume curve for a given use case and device category. 17 It contains a list of points of this curve expressing the attenuation in Millibels for a given
/external/adhd/cras/
README.dbus-api	12 output-specific volume curve. 18 output-specific volume curve.
/external/boringssl/src/crypto/evp/
p_ec_asn1.c	95 // The parameters are a named curve. 167 // Omit the redundant copy of the curve name. This contradicts RFC 5915 but
/external/boringssl/src/crypto/x509/
x509_txt.c	181 return ("Suite B: invalid ECC curve"); 185 return ("Suite B: curve not allowed for this LOS");
/external/boringssl/src/include/openssl/
curve25519.h	27 // Curve25519 is an elliptic curve. See https://tools.ietf.org/html/rfc7748. 63 // Ed25519 is a signature scheme using a twisted-Edwards curve that is
/external/dng_sdk/source/
dng_tag_values.h	357 // 2. Encode V coordinate using sRGB encoding curve. 360 // 5. Decode V coordinate using sRGB decoding curve (inverse of step 2).
/external/libexif/libexif/olympus/
mnote-olympus-tag.c	70 {MNOTE_NIKON_TAG_CURVE, "Curve,", N_("Contrast Curve"), ""},
/external/lmfit/
CHANGELOG	137 -- separate generic minimization and one-dimensional curve fitting 139 - replace curve-fitting demo
/external/lmfit/man/
lmfit.7	145 \&\fBlmfit\fR is a C library for Levenberg-Marquardt least-squares minimization and curve fitting. It is mature code, based on decades-old algorithms from the \s-1FORTRAN\s0 library \s-1MINPACK.\s0 147 For fitting a data set {(x_i,y_i)|i=0,1,..} by a parametric curve f(x,t), see \fBlmcurve\fR(3).
/external/python/cpython2/Doc/library/
gl.rst	101 Defines a nurbs curve. The length of ctlpoints is ``len(knots) - order``. 106 Defines a piecewise-linear curve. *points* is a list of points. *type* must be
/external/python/cpython2/Lib/test/
ssl_servers.py	182 parser.add_argument('--curve-name', dest='curve_name', type=str, 184 help='curve name for EC-based Diffie-Hellman')
/external/python/cpython3/Lib/test/
ssl_servers.py	182 parser.add_argument('--curve-name', dest='curve_name', type=str, 184 help='curve name for EC-based Diffie-Hellman')
/external/wycheproof/
README.md	30 cryptographic algorithms, including RSA, elliptic curve crypto and 64 - Invalid curve attacks
/frameworks/av/services/audiopolicy/config/
audio_policy_volumes.xml	16 <!-- Volume section defines a volume curve for a given use case and device category. 17 It contains a list of points of this curve expressing the attenuation in Millibels for a given
/frameworks/base/core/java/android/view/animation/
PathInterpolator.java	69 * Create an interpolator for a quadratic Bezier curve. The end points 80 * Create an interpolator for a cubic Bezier curve. The end points
/hardware/interfaces/keymaster/4.0/support/include/keymasterV4_0/
authorization_set.h	259 AuthorizationSetBuilder& EcdsaKey(EcCurve curve); 267 AuthorizationSetBuilder& EcdsaSigningKey(EcCurve curve);
/packages/inputmethods/LatinIME/java/src/com/android/inputmethod/keyboard/internal/
HermiteInterpolator.java	20 * Interpolates XY-coordinates using Cubic Hermite Curve. 141 * with the slope of the tangent m1 at p1 and m2 at p2, the polynomial of cubic Hermite curve
/prebuilts/go/darwin-x86/pkg/darwin_amd64/crypto/
elliptic.a	15  elliptic 0 |SGOROOTsrccryptoelliptic.go CurveParams  CurveParams P |S mathbigint.goInt negabs : nat.gonat  arith.goWordV|SaddBz·2Bx·3By·4 BandB*esc:0x12B, esc:0x1B.4 BandNotB*2B, esc:0x9B.4 BbitBx·24i·3 bitLenB<4  bytesB*4"buf·34i·1 clearBz·14cmpB<4By·34r·1convertWordsBq·1 117 , @SetString@l? ? base·5@SetUint64@*?, @Sign@<4 Sqrt@*?@,8 @String@<8 Sub@*?@,8@.8 @Text@<8? ? @<4 UnmarshalJSON@*8" text·3 &UnmarshalText@*8"? &Xor@*?@,8@.8 @lehmerGCD@*?@? 8@? 8 @!modSqrt3Mod4Prime@*?@,8@? 8 @'modSqrtTonelliShanks@*?@,8@?  @?@z·4?N?  base·6@&setFromScanner@l?Nr·4?@4 N@ B@Gx@Gy@ BitSizeName l?>curve·38@ x1·48@ y1·58@ x2·68@ y2·78@@? Double>?8@?8@?8@@?IsOnCurve>curve·28@,8@.8 >?2 >?ScalarBaseMult>?8"?4@@!ScalarMult>?8@ Bx·48@ By·58"? 4@@?addJacobian>curve·48@ x1·58@ y1·68@ z1·78@ x2·88@ y2·98@z2·108@@@/#affineFromJacobian>?8@~8@? 8@z·68@ xOut·1@ yOut·2? doubleJacobian>?8@x·58@y·68@z·78@@@??@ x@ y ?@x1@y1@x2@y2@?@??@?@?@?@??@?@?" k@?@??"?@?@?> ?GenerateKey<curve·5 ? Reader? " p?&? rand·6" priv·1@<@N&? ? Marshal<?@,4@.4 " Unmarshal<?" data·44@?@y·2 pP256 < P384 < P521 < R  p224.goP224 <  <autogenerated>init ? bits bits.goLen ??< 229 go19ld iomath/bigsync?"".Curve.Add?0runtime.morestack_noctxt? 230 .this?type."".Curve?x1?$type.*math/big.Int?y1?x2?y2?x?y?Tgclocals·7ef76a8695508dd4be46185eacfb014d?Tgclocals·69c1753bd5f81501d95132d08af04464?.gofile..<autogenerated>?"".Curve.Double?Tgclocals·4c18320792dd6a35b5e54b1ce722ff6e?$"".Curve.IsOnCurve?~r3?type.bool?Tgclocals·00a7bcf12fe794553c60a5677df371f1?"".Curve.Params?~r1?(type.*"".CurveParams?Tgclocals·522734ad228da40e2256ba19cf2bc72c?."".Curve.ScalarB (…)     [all...]
/prebuilts/go/linux-x86/pkg/linux_amd64/crypto/
elliptic.a	15  elliptic 0 |SGOROOTsrccryptoelliptic.go CurveParams  CurveParams P |S mathbigint.goInt negabs : nat.gonat  arith.goWordV|SaddBz·2Bx·3By·4 BandB*esc:0x12B, esc:0x1B.4 BandNotB*2B, esc:0x9B.4 BbitBx·24i·3 bitLenB<4  bytesB*4"buf·34i·1 clearBz·14cmpB<4By·34r·1convertWordsBq·1 117 , @SetString@l? ? base·5@SetUint64@*?, @Sign@<4 Sqrt@*?@,8 @String@<8 Sub@*?@,8@.8 @Text@<8? ? @<4 UnmarshalJSON@*8" text·3 &UnmarshalText@*8"? &Xor@*?@,8@.8 @lehmerGCD@*?@? 8@? 8 @!modSqrt3Mod4Prime@*?@,8@? 8 @'modSqrtTonelliShanks@*?@,8@?  @?@z·4?N?  base·6@&setFromScanner@l?Nr·4?@4 N@ B@Gx@Gy@ BitSizeName l?>curve·38@ x1·48@ y1·58@ x2·68@ y2·78@@? Double>?8@?8@?8@@?IsOnCurve>curve·28@,8@.8 >?2 >?ScalarBaseMult>?8"?4@@!ScalarMult>?8@ Bx·48@ By·58"? 4@@?addJacobian>curve·48@ x1·58@ y1·68@ z1·78@ x2·88@ y2·98@z2·108@@@/#affineFromJacobian>?8@~8@? 8@z·68@ xOut·1@ yOut·2? doubleJacobian>?8@x·58@y·68@z·78@@@??@ x@ y ?@x1@y1@x2@y2@?@??@?@?@?@??@?@?" k@?@??"?@?@?> ?GenerateKey<curve·5 ? Reader? " p?&? rand·6" priv·1@<@N&? ? Marshal<?@,4@.4 " Unmarshal<?" data·44@?@y·2 pP256 < P384 < P521 < R  p224.goP224 <  <autogenerated>init ? bits bits.goLen ??< 229 go19ld iomath/bigsync?"".Curve.Add?0runtime.morestack_noctxt? 230 .this?type."".Curve?x1?$type.*math/big.Int?y1?x2?y2?x?y?Tgclocals·7ef76a8695508dd4be46185eacfb014d?Tgclocals·69c1753bd5f81501d95132d08af04464?.gofile..<autogenerated>?"".Curve.Double?Tgclocals·4c18320792dd6a35b5e54b1ce722ff6e?$"".Curve.IsOnCurve?~r3?type.bool?Tgclocals·00a7bcf12fe794553c60a5677df371f1?"".Curve.Params?~r1?(type.*"".CurveParams?Tgclocals·522734ad228da40e2256ba19cf2bc72c?."".Curve.ScalarB (…)     [all...]
/external/pdfium/third_party/lcms/src/
cmssamp.c	280 // Least Squares Fit of a Quadratic Curve to Data 482 // using curve fitting. 492 // curve fitting: The round-trip curve normally looks like a nearly constant section at the black point, 499 // find the black point using the least squares error quadratic curve fitting 533 // fit and get the vertex of quadratic curve
/frameworks/support/compat/src/main/java/androidx/core/graphics/
PathParser.java	474 case 'c': // curveto - Draws a cubic Bézier curve (relative) 484 case 'C': // curveto - Draws a cubic Bézier curve 492 case 's': // smooth curveto - Draws a cubic Bézier curve (reflective cp) 509 case 'S': // shorthand/smooth curveto Draws a cubic Bézier curve(reflective cp) 538 case 't': // Draws a quadratic Bézier curve(reflective control point)(relative) 553 case 'T': // Draws a quadratic Bézier curve (reflective control point)
/external/adhd/cras/src/dsp/
drc_kernel.c	106 /* Exponential curve for the knee. It is 1st derivative matched at 110 * This is used only when calculating the static curve, not used when actually 204 /* This is the knee part of the compression curve. Returns the output level 218 /* Full compression curve with constant ratio after knee. Returns the ratio of 292 /* All of these coefficients were derived for 4th order polynomial curve 369 /* Compute adaptive release curve using 4th order polynomial. 532 * shaping curve. This is linear up to the threshold, then     [all...]

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