Function testRealSimilar

src/openms/source/CONCEPT/ClassTest.cpp:370–423

      }

      void testRealSimilar(const char* /*file*/, int line,
                           long double number_1, const char* number_1_stringified, bool number_1_is_realtype, Int number_1_written_digits,
                           long double number_2, const char* number_2_stringified, bool /* number_2_is_realtype */, Int number_2_written_digits
                           )
      {
        TEST::initialNewline();
        ++TEST::test_count;
        TEST::test_line = line;
        TEST::this_test = true;
        if (!number_1_is_realtype)
        {
          TEST::this_test = false;
          stdcout << " -  line " << line << ':'
                    << "TEST_REAL_SIMILAR(" << number_1_stringified << ','
                    << number_2_stringified << "):"
                                     " argument " << number_1_stringified
                    << " does not have a floating point type!  Go fix your code!"
                    << std::endl;
          failed_lines_list.push_back(line);
        }
        TEST::test = TEST::test && TEST::this_test;
        if (TEST::this_test)
        {
          TEST::this_test = TEST::isRealSimilar(number_1, number_2);
          TEST::test = TEST::test && TEST::this_test;
          {
            if (TEST::this_test)
            {
              if (TEST::verbose > 1)
              {
                stdcout << " +  line " << line << ":  TEST_REAL_SIMILAR("
                          << number_1_stringified << ',' << number_2_stringified
                          << "): got " << std::setprecision(number_1_written_digits)
                          << number_1 << ", expected "
                          << std::setprecision(number_2_written_digits) << number_2 << std::endl;
              }
            }
            else
            {
              stdcout << " -  line " << TEST::test_line
                        << ":  TEST_REAL_SIMILAR(" << number_1_stringified << ','
                        << number_2_stringified << "): got "
                        << std::setprecision(number_1_written_digits) << number_1
                        << ", expected "
                        << std::setprecision(number_2_written_digits) << number_2
                        << " (absolute: " << TEST::absdiff << " ["
                        << TEST::absdiff_max_allowed << "], relative: "
                        << TEST::ratio << " [" << TEST::ratio_max_allowed
                        << "], message: \"" << TEST::fuzzy_message << "\"" << std::endl;
              failed_lines_list.push_back(line);
            }
          }
        }
      }

      bool isRealSimilar(long double number_1, long double number_2)
      {