Lines Matching refs:nVar
319 size_t nVar = 0; in solve() local
396 for (nVar=0; nVar<nVariables; nVar++) in solve()
397 pObjectCoeffs[nVar] = rObjCoeff[nVar+1]; in solve()
437 for (nVar=0; nVar<nVariables; nVar++) in solve()
438 pValues[nVar] = rLeftCoeff[nVar+1]; in solve()
447 for (nVar=0; nVar<nVariables; nVar++) in solve()
448 pValues[nVar] -= rRightCoeff[nVar+1]; in solve()
474 for (nVar=0; nVar<nVariables; nVar++) in solve()
479 double fCoeff = pCompMatrix[ nRow * nVariables + nVar ]; // row-wise in solve()
487 pMatrixBegin[nVar] = nBegin; in solve()
488 pMatrixCount[nVar] = nMatrixPos - nBegin; in solve()
498 for (nVar=0; nVar<nVariables; nVar++) in solve()
500 pLowerBounds[nVar] = mbNonNegative ? 0.0 : -DBL_MAX; in solve()
501 pUpperBounds[nVar] = DBL_MAX; in solve()
507 for (nVar=0; nVar<nVariables; nVar++) in solve()
508 pColType[nVar] = mbInteger ? 'I' : 'C'; in solve()
520 for (nVar=0; nVar<nVariables; nVar++) in solve()
521 if ( AddressEqual( aVariableCells[nVar], aLeftAddr ) ) in solve()
524 pColType[nVar] = 'I'; in solve()
527 pColType[nVar] = 'B'; in solve()
528 pLowerBounds[nVar] = 0.0; in solve()
529 pUpperBounds[nVar] = 1.0; in solve()