public virtual string ReadDataByLine()
{
EmpiricalTestingConsole.Write(new string[1] {
"public virtual string ReadDataByLine()"
});
return(Console.ReadLine());
}
public QuadraticEquation(Coefficients coefficients)
{
EmpiricalTestingConsole.Write(new string[1] {
"public QuadraticEquation (Coefficients coefficients)"
});
EmpiricalTestingConsole.Write(new string[1] {
"coefficients=" + coefficients.ToString()
});
EmpiricalTestingConsole.Write(new string[3] {
"A=" + coefficients.A, "B=" + coefficients.B, "C=" + coefficients.C
});
if (coefficients != null)
{
EmpiricalTestingConsole.Write(new string[1] {
"if (coefficients != null)"
});
Coefficients = coefficients;
EmpiricalTestingConsole.Write(new string[1] {
"Coefficients = coefficients"
});
EmpiricalTestingConsole.Write(new string[1] {
"Coefficients=" + Coefficients.ToString()
});
EmpiricalTestingConsole.Write(new string[3] {
"A=" + Coefficients.A, "B=" + Coefficients.B, "C=" + Coefficients.C
});
}
else
{
EmpiricalTestingConsole.Write(new string[1] {
"else"
});
throw new Exception("'coefficients' cannot be null");
}
}
public OutputProcessing(Output output)
{
EmpiricalTestingConsole.Write(new string[1] {
"public OutputProcessing(Output output)"
});
_output = output;
EmpiricalTestingConsole.Write(new string[1] {
"_output = output"
});
EmpiricalTestingConsole.Write(new string[1] {
"_output=" + output.ToString()
});
}
static void Main(string[] args)
{
EmpiricalTestingConsole.Write(new string[1] {
"static void Main(string[] args)"
});
try
{
EmpiricalTestingConsole.Write(new string[1] {
"try"
});
InputProcessing inputProcessing = new InputProcessing(new Input(), new Output());
EmpiricalTestingConsole.Write(new string[1] {
"InputProcessing inputProcessing = new InputProcessing(new Input(), new Output())"
});
EmpiricalTestingConsole.Write(new string[1] {
"inputProcessing=" + inputProcessing.ToString()
});
OutputProcessing outputProcessing = new OutputProcessing(new Output());
EmpiricalTestingConsole.Write(new string[1] {
"OutputProcessing outputProcessing = new OutputProcessing(new Output())"
});
EmpiricalTestingConsole.Write(new string[1] {
"outputProcessing=" + outputProcessing.ToString()
});
QuadraticEquation quadraticEquation = new QuadraticEquation(inputProcessing.GetData());
EmpiricalTestingConsole.Write(new string[1] {
"QuadraticEquation quadraticEquation = new QuadraticEquation(inputProcessing.GetData())"
});
EmpiricalTestingConsole.Write(new string[1] {
"quadraticEquation=" + quadraticEquation.ToString()
});
outputProcessing.PutData(quadraticEquation.SolveWithRealSolutions());
EmpiricalTestingConsole.Write(new string[1] {
"outputProcessing.PutData(quadraticEquation.SolveWithRealSolutions())"
});
}
catch (Exception e)
{
EmpiricalTestingConsole.Write(new string[1] {
"catch (Exception e)"
});
Console.WriteLine(e.Message);
EmpiricalTestingConsole.Write(new string[1] {
"Console.WriteLine(e.Message)"
});
}
}
public void PutData(Solution solution)
{
EmpiricalTestingConsole.Write(new string[1] {
"public void PutData(Solution solution)"
});
EmpiricalTestingConsole.Write(new string[1] {
"solution=" + solution.ToString()
});
EmpiricalTestingConsole.Write(new string[2] {
"solution.Root1=" + solution.Root1.ToString(), "solution.Root2=" + solution.Root2.ToString()
});
string line1, line2;
EmpiricalTestingConsole.Write(new string[1] {
"string line1, line2"
});
string[] newSolution = Decimals.Round(solution, 2);
EmpiricalTestingConsole.Write(new string[1] {
"string[] newSolution = Decimals.Round(solution, 2)"
});
EmpiricalTestingConsole.Write(new string[2] {
"newSolution[0]=" + newSolution[0], "newSolution[1]=" + newSolution[1]
});
line1 = "x1=" + newSolution[0];
EmpiricalTestingConsole.Write(new string[1] {
"line1 = " + "x1 = " + " + newSolution[0]"
});
EmpiricalTestingConsole.Write(new string[1] {
"line1=" + line1
});
line2 = "x2=" + newSolution[1];
EmpiricalTestingConsole.Write(new string[1] {
"line2 = " + "x2 = " + " + newSolution[1]"
});
EmpiricalTestingConsole.Write(new string[1] {
"line2=" + line2
});
_output.WriteData(new string[2] {
line1, line2
});
EmpiricalTestingConsole.Write(new string[1] {
"_output.WriteData(new string[2] {line1, line2})"
});
}
public Coefficients(int coefficientA, int coefficientB, int coefficientC)
{
EmpiricalTestingConsole.Write(new string[1] {
"public Coefficients(int coefficientA, int coefficientB, int coefficientC)"
});
EmpiricalTestingConsole.Write(new string[1] {
"coefficientA=" + coefficientA.ToString()
});
EmpiricalTestingConsole.Write(new string[1] {
"coefficientB=" + coefficientB.ToString()
});
EmpiricalTestingConsole.Write(new string[1] {
"coefficientB=" + coefficientB.ToString()
});
if (coefficientA == 0)
{
EmpiricalTestingConsole.Write(new string[1] {
"if (coefficientA == 0)"
});
throw new Exception("The 'a' coefficient cannot equal 0");
}
A = coefficientA;
EmpiricalTestingConsole.Write(new string[1] {
"A = coefficientA"
});
EmpiricalTestingConsole.Write(new string[1] {
"A=" + A.ToString()
});
B = coefficientB;
EmpiricalTestingConsole.Write(new string[1] {
"B = coefficientB"
});
EmpiricalTestingConsole.Write(new string[1] {
"B=" + B.ToString()
});
C = coefficientC;
EmpiricalTestingConsole.Write(new string[1] {
"C = coefficientC"
});
EmpiricalTestingConsole.Write(new string[1] {
"C=" + C.ToString()
});
}
public Solution(double root1, double root2)
{
EmpiricalTestingConsole.Write(new string[1] {
"public Solution(double root1, double root2)"
});
EmpiricalTestingConsole.Write(new string[2] {
"root1=" + root1.ToString(), "root2=" + root2.ToString()
});
Root1 = root1;
EmpiricalTestingConsole.Write(new string[1] {
"Root1 = root1"
});
EmpiricalTestingConsole.Write(new string[1] {
"Root1=" + Root1.ToString()
});
Root2 = root2;
EmpiricalTestingConsole.Write(new string[1] {
"Root2 = root2"
});
EmpiricalTestingConsole.Write(new string[1] {
"Root2=" + Root2.ToString()
});
}
public static string[] Round(Solution solution, int numberDecimals)
{
EmpiricalTestingConsole.Write(new string[1] {
"public static string[] Round(Solution solution, int numberDecimals)"
});
EmpiricalTestingConsole.Write(new string[1] {
"solution=" + solution.ToString()
});
EmpiricalTestingConsole.Write(new string[2] {
"solution.Root1=" + solution.Root1.ToString(), "solution.Root2=" + solution.Root2.ToString()
});
EmpiricalTestingConsole.Write(new string[1] {
"numberDecimals=" + numberDecimals.ToString()
});
string[] roots;
EmpiricalTestingConsole.Write(new string[1] {
"string[] roots"
});
roots = new string[2]
{
(Math.Truncate(Math.Pow(10, numberDecimals) * solution.Root1) / (double)Math.Pow(10, numberDecimals)).ToString(),
(Math.Truncate(Math.Pow(10, numberDecimals) * solution.Root2) / (double)Math.Pow(10, numberDecimals)).ToString(),
};
EmpiricalTestingConsole.Write(new string[5]
{
"roots = new string[2]",
"{",
"(Math.Truncate(Math.Pow(10,numberDecimals) * solution.Root1) / (double) Math.Pow(10,numberDecimals)).ToString(),",
"(Math.Truncate(Math.Pow(10,numberDecimals) * solution.Root2) / (double) Math.Pow(10,numberDecimals)).ToString(),",
"};"
});
EmpiricalTestingConsole.Write(new string[2] {
"roots[0]=" + roots[0], "roots[1]=" + roots[1]
});
return(roots);
}
public Solution SolveWithRealSolutions()
{
EmpiricalTestingConsole.Write(new string[1] {
"public Solution SolveWithRealSolutions()"
});
Solution solution = null;
EmpiricalTestingConsole.Write(new string[1] {
"Solution solution = null"
});
if (Delta.Equals(0))
{
EmpiricalTestingConsole.Write(new string[1] {
"if (Delta.Equals(0))"
});
solution = new Solution(
(double)(-Coefficients.B) / (double)(2 * Coefficients.A),
(double)(-Coefficients.B) / (double)(2 * Coefficients.A)
);
EmpiricalTestingConsole.Write(new string[4]
{
"solution = new Solution(",
"(double)(-Coefficients.B) / (double)(2 * Coefficients.A),",
"(double)(-Coefficients.B) / (double)(2 * Coefficients.A)",
")"
});
EmpiricalTestingConsole.Write(new string[1] {
"solution=" + solution.ToString()
});
EmpiricalTestingConsole.Write(new string[2] {
"solution.Root1=" + solution.Root1.ToString(), "solution.Root2=" + solution.Root2.ToString()
});
}
if (Delta > 0)
{
EmpiricalTestingConsole.Write(new string[1] {
" if(Delta > 0)"
});
solution = new Solution(
(double)(-Coefficients.B + Math.Sqrt(Delta)) / (double)(2 * Coefficients.A),
(double)(-Coefficients.B - Math.Sqrt(Delta)) / (double)(2 * Coefficients.A)
);
EmpiricalTestingConsole.Write(new string[4]
{
"solution = new Solution(",
"(double)(-Coefficients.B + Math.Sqrt(Delta)) / (double)(2 * Coefficients.A),",
"(double)(-Coefficients.B - Math.Sqrt(Delta)) / (double)(2 * Coefficients.A)",
")"
});
EmpiricalTestingConsole.Write(new string[1] {
"solution=" + solution.ToString()
});
EmpiricalTestingConsole.Write(new string[2] {
"solution.Root1=" + solution.Root1.ToString(), "solution.Root2=" + solution.Root2.ToString()
});
}
if (Delta < 0)
{
EmpiricalTestingConsole.Write(new string[1] {
" if (Delta < 0)"
});
throw new Exception("the equation do not have a real solution");
}
return(solution);
}
