| /dports/mail/nextcloud-mail/mail/vendor/rubix/ml/src/NeuralNet/ActivationFunctions/ |
| H A D | Softmax.php | 31 $zHat = $z->exp()->transpose();
33 $total = $zHat->sum()->clipLower(EPSILON);
35 return $zHat->divide($total)->transpose();
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| /dports/security/palisade/palisade-release-d76213499af44558170cca6c72c5314755fec23c/src/core/lib/lattice/ |
| H A D | trapdoor-poly-impl.cpp | 297 zHat.SetFormat(Format::EVALUATION); in GaussSamp()
303 zHatPrime(0, 0) = (*pHat)(0, 0) + T.m_e.Mult(zHat)(0, 0); in GaussSamp()
304 zHatPrime(1, 0) = (*pHat)(1, 0) + T.m_r.Mult(zHat)(0, 0); in GaussSamp()
307 zHatPrime(row, 0) = (*pHat)(row, 0) + zHat(row - 2, 0); in GaussSamp()
364 Matrix<NativePoly> zHat = in GaussSamp() local
369 zHat.SetFormat(Format::EVALUATION); in GaussSamp()
375 zHatPrime(0, 0) = (*pHat)(0, 0) + T.m_e.Mult(zHat)(0, 0); in GaussSamp()
376 zHatPrime(1, 0) = (*pHat)(1, 0) + T.m_r.Mult(zHat)(0, 0); in GaussSamp()
430 zHat.SetFormat(Format::EVALUATION); in GaussSampSquareMat()
496 Matrix<NativePoly> zHat = in GaussSampSquareMat() local
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| H A D | trapdoor-dcrtpoly-impl.cpp | 208 Matrix<DCRTPoly> zHat = in GaussSamp() local
213 zHat.SetFormat(Format::EVALUATION); in GaussSamp()
219 zHatPrime(0, 0) = (*pHat)(0, 0) + T.m_e.Mult(zHat)(0, 0); in GaussSamp()
220 zHatPrime(1, 0) = (*pHat)(1, 0) + T.m_r.Mult(zHat)(0, 0); in GaussSamp()
223 zHatPrime(row, 0) = (*pHat)(row, 0) + zHat(row - 2, 0); in GaussSamp()
285 Matrix<DCRTPoly> zHat = in GaussSampSquareMat() local
290 zHat.SetFormat(Format::EVALUATION); in GaussSampSquareMat()
292 for (size_t p = 0; p < k; p++) zHatMat(i * k + p, j) = zHat(p, 0); in GaussSampSquareMat()
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| H A D | trapdoor.cpp | 62 Matrix<Element> zHat = SplitInt64AltIntoElements<Element>(zHatBBI, n, params); in GaussSampOnline() local
65 zHat.SetFormat(Format::EVALUATION); in GaussSampOnline()
69 zHatPrime(0, 0) = (*pHat)(0, 0) + T.m_e.Mult(zHat)(0, 0); in GaussSampOnline()
70 zHatPrime(1, 0) = (*pHat)(1, 0) + T.m_r.Mult(zHat)(0, 0); in GaussSampOnline()
73 zHatPrime(row, 0) = (*pHat)(row, 0) + zHat(row - 2, 0); in GaussSampOnline()
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| /dports/math/openturns/openturns-1.18/lib/src/Base/Stat/ |
| H A D | WelchFactory.cxx | 168 ComplexMatrix zHat(kMax, dimension); in buildAsUserDefinedSpectralModel() local
179 for (UnsignedInteger k = 0; k < kMax; ++k) zHat(k, p) = zPHat[N - kMax + k]; in buildAsUserDefinedSpectralModel()
187 DSPCollection[k](p, q) += zHat(k, p) * std::conj(zHat(k, q)); in buildAsUserDefinedSpectralModel()
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| /dports/science/jdftx/jdftx-1.6.0/jdftx/core/ |
| H A D | CoulombSlab.cpp | 169 vector3<> zHat = R.column(iDir); zHat *= (1./zHat.length()); in energyAndGrad() local
170 E_RRT += E_RRTzz * outer(zHat,zHat); in energyAndGrad()
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| H A D | CoulombWire.cpp | 269 vector3<> zHat = R.column(iDir); zHat *= (1./zHat.length()); in energyAndGrad() local
270 E_RRT += E_RRTzz * outer(zHat,zHat); in energyAndGrad()
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| H A D | Coulomb_ExchangeEval.cpp | 358 { vector3<> zHat = (1./L) * Rsuper.column(params.iDir); in ExchangeEval() local
359 Eperiodic_RRT += (log(rho0) / L) * outer(zHat,zHat); in ExchangeEval()
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| /dports/science/jdftx/jdftx-1.6.0/jdftx/electronic/ |
| H A D | DumpChargedDefects.cpp | 77 vector3<> zHat = e.gInfo.R.column(iDir); in dump() local
78 zHat *= 1./zHat.length(); //unit vector along slab normal in dump()
79 double EzDiff = dot(zHat, Ediff); in dump()
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