/**
* Builds CombinatorialDSS and ArithmeticalDSS in the fourth quadrants and
* compares them, if both are equals, the test is passed.
*/
bool CompareToArithmetical()
{
typedef string::const_iterator codeIterator;
typedef CombinatorialDSS<codeIterator, int> TestedType;
typedef ArithmeticalDSS<Contour::ConstIterator,int,4> ReferenceType;
trace.beginBlock ( "Comparing to ArithmeticalDSS" );
std::string filename = testPath + "samples/manche.fc";
std::fstream fst;
fst.open (filename.c_str(), std::ios::in);
Contour theContour(fst);
Contour::ConstIterator it = theContour.begin();
TestedType C;
C.init( it );
ArithmeticalDSS<FreemanChain<int>::ConstIterator, int, 4> A(it);
A.extendForward();
bool res = true;
while ( C.end() != theContour.chain.end() )
{
bool a = A.extendForward();
bool c = C.extendForward();
if ( a ^ c )
{
res = false;
cout << "Extension test error\n";
break;
}
else if ( ! a )
{
A.retractForward();
C.retractForward();
}
// Compare positions
if ( ( C.getFirstPoint() != A.getFirstPoint() ) || ( C.getLastPoint() != A.getLastPoint() ) )
{
res = false;
cout << "Equality test error\n";
break;
}
// Compare arithmetic parameters
if ( ( C.getA() != A.getA() ) || ( C.getB() != A.getB() ) ||
( C.getMu() != A.getMu() ) || ( C.getOmega() != A.getOmega() ) ||
( C.getUf() != A.getUf() ) || ( C.getUl() != A.getUl() ) ||
( C.getLf() != A.getLf() ) || ( C.getLl() != A.getLl() )
)
{
cout << "Arithmetic parameters error\n";
cout << C << endl;
cout << A << endl;
cout << "getA() " << C.getA() << " --- " << A.getA() << "\n";
cout << "getB() " << C.getB() << " --- " << A.getB() << "\n";
cout << "getMu() " << C.getMu() << " --- " << A.getMu() << "\n";
cout << "getOmega()" << C.getOmega() << " --- " << A.getOmega() << "\n";
cout << "getUf() " << C.getUf() << " --- " << A.getUf() << "\n";
cout << "getUl() " << C.getUl() << " --- " << A.getUl() << "\n";
cout << "getLf() " << C.getLf() << " --- " << A.getLf() << "\n";
cout << "getLl() " << C.getLl() << " --- " << A.getLl() << endl;
res = false;
break;
}
}
trace.endBlock();
return res;
}
/**
* Builds OneBalancedWordComputer and ArithmeticalDSSComputer in the fourth quadrants and
* compares them, if both are equals, the test is passed.
*/
bool CompareToArithmetical()
{
typedef string::const_iterator codeIterator;
typedef OneBalancedWordComputer<codeIterator, int> TestedType;
typedef ArithmeticalDSSComputer<Contour::ConstIterator,int,4> ReferenceType;
trace.beginBlock ( "Comparing to ArithmeticalDSSComputer" );
std::string filename = testPath + "samples/manche.fc";
std::fstream fst;
fst.open (filename.c_str(), std::ios::in);
Contour theContour(fst);
Contour::ConstIterator it = theContour.begin();
TestedType C;
C.init( it );
ReferenceType A(it);
A.extendFront();
bool res = true;
while ( C.end() != theContour.chain.end() )
{
bool a = A.extendFront();
bool c = C.extendFront();
if ( a ^ c )
{
res = false;
cout << "Extension test error\n";
break;
}
else if ( ! a )
{
A.retractBack();
C.retractBack();
}
// Compare positions
if ( ( C.back() != A.back() ) || ( C.front() != A.front() ) )
{
res = false;
cout << "Equality test error\n";
break;
}
// Compare arithmetic parameters
if ( ( C.getA() != A.a() ) || ( C.getB() != A.b() ) ||
( C.getMu() != A.mu() ) || ( C.getOmega() != A.omega() ) ||
( C.Uf() != A.Uf() ) || ( C.Ul() != A.Ul() ) ||
( C.Lf() != A.Lf() ) || ( C.Ll() != A.Ll() )
)
{
cout << "Arithmetic parameters error\n";
cout << C << endl;
cout << A << endl;
cout << "a() " << C.getA() << " --- " << A.a() << "\n";
cout << "b() " << C.getB() << " --- " << A.b() << "\n";
cout << "mu() " << C.getMu() << " --- " << A.mu() << "\n";
cout << "omega()" << C.getOmega() << " --- " << A.omega() << "\n";
cout << "Uf() " << C.Uf() << " --- " << A.Uf() << "\n";
cout << "Ul() " << C.Ul() << " --- " << A.Ul() << "\n";
cout << "Lf() " << C.Lf() << " --- " << A.Lf() << "\n";
cout << "Ll() " << C.Ll() << " --- " << A.Ll() << endl;
res = false;
break;
}
}
trace.endBlock();
return res;
}
