int main(int /*argc*/, char** /*argv*/) {
//Create UtilsForTesting object
UtilsForTesting u;
//Try out the new sumVectorsAndThenDivide function
//First, read in some vectors from the file Vectors.input
OptionParser p(ReadFileIntoString("Vectors.input"));
MyVector<double> A = p.Get<MyVector<double> >("FirstVectorToAdd");
MyVector<double> B = p.Get<MyVector<double> >("SecondVectorToAdd");
double divisor = p.Get<double>("Divisor",1.);
//Next, make a vector to store the result
MyVector<double> result(MV::Size(A.Size()),0.);
//Test that the divisor is nonzero
IS_TRUE(divisor != 0, "Divisor is zero");
//REQUIRE the divisor to be nonzero
//Commented out to verify that the IS_TRUE line above also causes the test
//to fail
//REQUIRE(divisor != 0, "Divisor must be nonzero");
//Do the computation
result = sumVectorsAndThenDivide(A,B,divisor);
//Print out the results
std::cout << "Vector A = " << A << std::endl;
std::cout << "Vector B = " << B << std::endl;
std::cout << "(A+B)/divisor = " << result << std::endl;
//Test that the result magnitude is zero
double resultMagnitudeSq = 0.0;
for(int i=0;i<result.Size();++i) {
resultMagnitudeSq += result[i]*result[i];
}
IS_ZERO(resultMagnitudeSq,"Sum of vector and its negative nonzero.");
//How many tests failed?
std::cout << u.NumberOfTestsFailed() << " tests failed." << std::endl;
//Return number of failed tests
return u.NumberOfTestsFailed();
}
int main(int /*arc*/, char** /*argv*/) {
double const PI = 3.1415926535897932;
const MyVector<double> radii(MV::fill, 3.,4.,5.);
double AnaVol = (4./3.)*PI*(radii[0]*radii[0]*radii[0] + \
radii[1]*radii[1]*radii[1] + \
radii[2]*radii[2]*radii[2]);
double CalcVol = TotalVolumeOfSpheresFromRadii(radii);
std::cout << "Analytical Volume Sum = " << AnaVol << std::endl;
std::cout << "Calculated Volume Sum = " << CalcVol << std::endl;
UtilsForTesting u;
IS_TRUE(CalcVol-AnaVol<1.0e-10,"Error in TotalVolumeOfSpheresFromRadii!! Calculated Volume =/= real volume!! You stupid bitch!!");
return u.NumberOfTestsFailed();
//return EXIT_SUCCESS;
}
int main(int /*argc*/, char** /*argv*/) {
UtilsForTesting u;
//Try out the new sumVectors function
//First, create a couple of vectors, then add them together
/*
const MyVector<double> A(MV::fill, 3.,4.,5.);
const MyVector<double> B(MV::fill, 6.,7.,8.);
*/
OptionParser p(ReadFileIntoString("Vectors.input"));
MyVector<double> A = p.Get<MyVector<double> >("FirstVectorToAdd");
MyVector<double> B = p.Get<MyVector<double> >("SecondVectorToAdd");
double divisor = p.Get<double>("Divisor",1.0);
REQUIRE(divisor!=0.0, "Error: divisor set to zero");
IS_TRUE(divisor!=0.0, "Error: divisor is equal to zero");
//Next, make a vector to store the result
MyVector<double> result(MV::Size(A.Size()),0.);
//Add the vectors together
result = sumVectors(A,B,divisor);
//Print out the results
std::cout << "Vector A = " << A << std::endl;
std::cout << "Vector B = " << B << std::endl;
std::cout << "Sum = " << result << std::endl;
//Test that the result magnitude is zero
double resultMagnitudeSq = 0.0;
for(int i=0;i<result.Size();++i) {
resultMagnitudeSq += result[i]*result[i];
}
IS_ZERO(resultMagnitudeSq,"Sum of vector and its negative nonzero.");
//Return success
//return EXIT_SUCCESS;
return u.NumberOfTestsFailed();
}
int main(int /*argc*/, char** /*argv*/) {
//Try out the new sumVectors function
//First, create a couple of vectors, then add them together
OptionParser p(ReadFileIntoString("Vectors.input"));
MyVector<double> A = p.Get<MyVector<double> >("FirstVectorToAdd");
MyVector<double> B = p.Get<MyVector<double> >("SecondVectorToAdd");
const double C = p.Get<double>("DoubleToDivideBy");
// Check that C isn't equal to 0
UtilsForTesting u;
IS_TRUE(C != 0.0, "ERROR: DoubleToDivideBy can't be 0.0");
//REQUIRE(divisor != 0.0, "ERROR: DoubleToDivideBY can't be 0.0");
//Next, make a vector to store the result
MyVector<double> result(MV::Size(A.Size()),0.);
//Add the vectors together
result = addDivideVectors(A,B,C);
//Print out the results
std::cout << "Vector A = " << A << std::endl;
std::cout << "Vector B = " << B << std::endl;
std::cout << "Result = " << result << std::endl;
double resultMagnitudeSq = 0.0;
for(int i=0; i<result.Size(); ++i){
resultMagnitudeSq += result[i]*result[i];
}
IS_ZERO(resultMagnitudeSq, "Sum of vector and its negative nonzero.");
//Return success
return u.NumberOfTestsFailed();
}
int main(int /*argc*/, char** /*argv*/) {
//Try out the new sumVectors function
//First, create a couple of vectors, then add them together
OptionParser p(ReadFileIntoString("Vectors.input"));
MyVector <double> A = p.Get<MyVector<double> >("FirstVectorToAdd");
MyVector <double> B = p.Get<MyVector<double> >("SecondVectorToAdd");
//Next, make a vector to store the result
MyVector<double> result(MV::Size(A.Size()), 0.);
//Test that the vectors are the same size
REQUIRE(A.Size() == B.Size(), "Error: vectors not the same size.\n");
double d = p.Get<double>("Divider");
UtilsForTesting u;
IS_TRUE(d != 0,"The divider is zero.\n");
//Add the vectors together
result = sumVectorsDivided(A, B, d);
//bug
//result = A;
double resultMagnitudeSq = 0.0;
for(int i=0;i<result.Size();++i) {
resultMagnitudeSq += result[i]*result[i];
}
//Test that the result magnitude is zero
IS_ZERO(resultMagnitudeSq, "The result magnitude is not zero\n");
//Print out the results
cout << "Vector A = " << A << endl;
cout << "Vector B = " << B << endl;
cout << "Sum divided by " << d << " = " << result << endl;
//Return success
return u.NumberOfTestsFailed();
}
