public override void HandleCorrect(EquationController equation)
{
equation.DisplayCorrect();
result.ApplyEquationResult(EquationResult.CreateFromEquation(equation, true));
equation.SelectNewAnswer();
equationsLeft--;
}
private string GetScorePartFromEquationResult(EquationResult e)
{
float[] terms = e.GetTerms();
float term1 = terms[0];
float term2 = terms[1];
bool term2IsNegative = term2 < 0;
string op = term2IsNegative ? "-" : "+";
return((e.WasCorrect() ? "✓" : "X") + " " + term1 + " " + op + " " + Mathf.Abs(term2) + " = " + e.GetAnswer());
}
public override void HandleIncorrect(EquationController equation)
{
// This is their guess if the've guessed the max number of times allowed
bool noMoreGuessesLeft = equation.GetNumberOfGuesses() == GameSettings.Instance.ClassicMode_Guesses;
// we destroy this equation if it's their last guess
equation.DisplayIncorrect(noMoreGuessesLeft);
if (noMoreGuessesLeft)
{
result.ApplyEquationResult(EquationResult.CreateFromEquation(equation, false));
equation.SelectNewAnswer();
equationsLeft--;
}
}
public int GetBaseScore()
{
float score = 0;
for (int i = 0; i < equationsArray.Count; i++)
{
EquationResult thisEquation = (EquationResult)equationsArray[i];
if (thisEquation.WasCorrect())
{
float[] terms = thisEquation.GetTerms();
float thisScore = Mathf.Abs(terms[0]) + Mathf.Abs(terms[1]) + Mathf.Abs(thisEquation.GetAnswer());
score = score + thisScore;
}
}
return((int)Mathf.Ceil(score));
}
public void ApplyEquationResult(EquationResult equation)
{
equationsArray.Add(equation);
}