public void Dict1_ShouldPivot_3_WithObjective_7_0()
{
var linearProgram = _reader.Read(DictionaryFiles + @"dict1");
var solution = _solver.Solve(linearProgram);
solution.PivotCount.ShouldEqual(3);
solution.ObjectiveValue.ShouldEqual(7.0, Tolerance);
}
public void Dict1_ShouldEnterWith_4_ShouldLeaveWith_3_WithObjective_7_0()
{
var linearProgram = _reader.Read(DictionaryFiles + @"dict1");
_analyze.Analyze(linearProgram);
_analyze.Entering.ShouldEqual(4);
_analyze.Leaving.ShouldEqual(3);
_pivotor.Pivot(_analyze.Entering, _analyze.Leaving, linearProgram);
linearProgram.ObjectiveValue.ShouldEqual(7.0, Tolerance);
}
public void ShouldSolve_10_Dict00()
{
var primal = _reader.Read(DictionaryFiles10 + "test0.dict");
var solution = _solver.Solve(primal);
solution.ObjectiveValue.ShouldEqual(32.612030, Tolerance);
}
public void ShouldMap_Vl01()
{
var primal = _reader.Read(DictionaryFiles + "vl1.dict");
var dual = _mapPrimalToDual.Map(primal);
//verify m,n
dual.M.ShouldEqual(primal.N);
dual.N.ShouldEqual(primal.M);
//verify indices
dual.BasicIndices.Length.ShouldEqual(primal.NonBasicIndices.Length);
dual.BasicIndices[1].ShouldEqual(1);
dual.BasicIndices[2].ShouldEqual(2);
dual.NonBasicIndices.Length.ShouldEqual(primal.BasicIndices.Length);
dual.NonBasicIndices[1].ShouldEqual(3);
dual.NonBasicIndices[2].ShouldEqual(4);
dual.NonBasicIndices[3].ShouldEqual(5);
dual.NonBasicIndices[4].ShouldEqual(6);
VerifyDual(primal, dual);
}
