298   void OrdvArith::LexImpl::myAssignFromExpv(OrdvElem* ordv, const vector<long>& expv) const  in myAssignFromExpv()  argument
304       myOrdvBuffer[i] = expv[i];  in myAssignFromExpv()
309   void OrdvArith::LexImpl::myComputeExpv(vector<long>& expv, const OrdvElem* ordv) const  in myComputeExpv()  argument
316       expv[i] = NumericCast<long>(myOrdvBuffer[i]);  in myComputeExpv()
342   void OrdvArith::StdDegLexImpl::myAssignFromExpv(OrdvElem* ordv, const vector<long>& expv) const  in myAssignFromExpv()  argument
344     OrdvElem deg = expv[0];  in myAssignFromExpv()
347       CoCoA_ASSERT("Exponent overflow" && deg <= myOrdvMask-expv[i]);  in myAssignFromExpv()
348       deg += expv[i];  in myAssignFromExpv()
355       myOrdvBuffer[i] = expv[i-1];  in myAssignFromExpv()
361   void OrdvArith::StdDegLexImpl::myComputeExpv(vector<long>& expv, const OrdvElem* ordv) const  in myComputeExpv()  argument
372       expv[i-1] = ordvi;  in myComputeExpv()
374     expv[myNumIndets-1] = expN;  in myComputeExpv()
418   void OrdvArith::StdDegRevLexImpl::myAssignFromExpv(OrdvElem* ordv, const vector<long>& expv) const  in myAssignFromExpv()  argument
420     OrdvElem deg = expv[0];  in myAssignFromExpv()
423       CoCoA_ASSERT("Negative exponent" && expv[i] >= 0);  in myAssignFromExpv()
424       CoCoA_ASSERT("Exponent overflow" && static_cast<unsigned long>(expv[i]) <= myOrdvMask-deg);  in myAssignFromExpv()
425       deg += expv[i];  in myAssignFromExpv()
432       myOrdvBuffer[i] = deg - expv[myNumIndets - i];  in myAssignFromExpv()
438   void OrdvArith::StdDegRevLexImpl::myComputeExpv(vector<long>& expv, const OrdvElem* ordv) const  in myComputeExpv()  argument
450       expv[myNumIndets-i] = deg - ordvi;  in myComputeExpv()
452     expv[0] = exp0;  in myComputeExpv()
497 …void OrdvArith::StdDegRevLexImpl2::myAssignFromExpv(OrdvElem* ordv, const vector<long>& expv) const  in myAssignFromExpv()  argument
506       CoCoA_ASSERT("Exponent overflow" && NumericCast<OrdvElem>(expv[i]) <= myOrdvMask-PartialSum);  in myAssignFromExpv()
507       PartialSum += expv[i];  in myAssignFromExpv()
515   void OrdvArith::StdDegRevLexImpl2::myComputeExpv(vector<long>& expv, const OrdvElem* ordv) const  in myComputeExpv()  argument
521     expv[0] = myOrdvBuffer[myNumIndets-1];  in myComputeExpv()
524       expv[i] = myOrdvBuffer[j-1] - myOrdvBuffer[j];  in myComputeExpv()
570 …void OrdvArith::MatrixOrderingImpl::myAssignFromExpv(OrdvElem* ordv, const vector<long>& expv) con…  in myAssignFromExpv()  argument
579         myOrdvBuffer[i] += myOrderMatrix[i][j]*expv[j];  in myAssignFromExpv()
586   void OrdvArith::MatrixOrderingImpl::myComputeExpv(vector<long>& expv, const OrdvElem* ordv) const  in myComputeExpv()  argument
597       expv[i] = deg/myOrderMatrixDet;  in myComputeExpv()
713 …Arith::MatrixOrderingMod32749Impl::myAssignFromExpv(OrdvElem* ordv, const vector<long>& expv) const  in myAssignFromExpv()  argument
722         myOrdvBuffer[i] += myOrderMatrix[i][j]*expv[j];  in myAssignFromExpv()
729 …void OrdvArith::MatrixOrderingMod32749Impl::myComputeExpv(vector<long>& expv, const OrdvElem* ordv…  in myComputeExpv()  argument
743       expv[i] = deg%32749;  in myComputeExpv()