public void SelectButton()
{
if (!container)
{
container = FindObjectOfType <multipleContainer>();
}
if (container.SelectedAnswer != null)
{
if (container.SelectedAnswer == this)
{
container.SelectedAnswer.image.color = Color.white;
container.submit.interactable = false;
container.SelectedAnswer = null;
return;
}
else
{
container.SelectedAnswer.image.color = Color.white;
container.SelectedAnswer = null;
}
}
container.submit.interactable = true;
image.color = Color.yellow;
container.SelectedAnswer = this;
}
//Called only when a quiz begins. Loads a question AND sets health/attack.
public virtual void loadMonster()
{
if (!multipleContainer)
{
multipleContainer = FindObjectOfType <multipleContainer>();
}
multipleContainer.SetAttacks(false, true);
DestroyMonster();
if (parent.quizRunning.monsterArt != null)
{
sprite = Instantiate(parent.quizRunning.monsterArt, monsterSpot.transform, false);
sprite.transform.localScale = parent.quizRunning.monsterArt.transform.localScale;
animator = sprite.GetComponent <Animator>();
startingPosition = sprite.transform.localPosition;
startingRotation = sprite.transform.localRotation;
}
if (parent == null)
{
parent = GameObject.Find("MonsterManager").GetComponent <MonsterManager>();
}
enemyPhase = false;
enemyPhase = questions.MakeQuestion(parent.quizRunning);
health = parent.quizRunning.MonsterHealth;
attack = parent.quizRunning.MonsterAttack;
bar.setMaxHealth(health, false);
if (parent.quizRunning.Hard)
{
bar.wait = false;
}
if (!music)
{
music = FindObjectOfType <MusicManager>();
}
if (music)
{
music.SetCombatMusic(parent.quizRunning.Operator, parent.quizRunning.boss);
}
}
//Uses given values to calculate a random sum and its components, then store and display them.
internal bool MakeQuestion(QuizButton a_running, bool bossAttacking = false)
{
if (calculator == null)
{
calculator = FindObjectOfType <Calculator>();
}
if (container == null)
{
container = FindObjectOfType <multipleContainer>();
}
button = a_running;
float[] numbers = new float[button.variableCount];
answer = -2;
string oper = "";
int rand = 1;
//Randomise as many numbers as required, within range.
for (int i = 0; i < a_running.variableCount; i++)
{
numbers[i] = (int)Random.Range(button.minNumber, (button.maxNumber + 1));
}
float multiple = 1;
switch (a_running.Operator)
{
case operators.Addition:
answer = numbers[0];
for (int i = 1; i < a_running.variableCount; i++)
{
answer += numbers[i];
oper = "+ ";
}
break;
case operators.Subtraction:
answer = numbers[0];
for (int i = 1; i < a_running.variableCount; i++)
{
answer -= numbers[i];
oper = "- ";
}
break;
case operators.Multiplication:
//If operator is 'x', second number is one of two possible numbers
if (a_running.boss && a_running.validNumbers != 0)
{
rand = Random.Range(0, (a_running.validNumbers));
}
else
{
rand = Random.Range(0, (a_running.secondFixedNumber.Length));
}
numbers[1] = a_running.secondFixedNumber[rand];
multiple = numbers[1];
answer = numbers[0] * numbers[1];
oper = "x ";
break;
case operators.Division:
rand = Random.Range(0, (a_running.secondFixedNumber.Length));
numbers[1] = a_running.secondFixedNumber[rand];
multiple = numbers[1];
answer = numbers[0] / numbers[1];
oper = "÷ ";
break;
default:
return(CalculateBODMAS(a_running, 0, bossAttacking));
}
bool rounding = a_running.preventRounding;
if (a_running.preventRounding) //if box is ticked, need to make sure numbers don't require rounding up.
{
rounding = PreventRounding(numbers, a_running, (int)answer);
}
bool whole = IsWhole(answer);
//if Answer is too low/too high, or requires rounding to solve, we try again.
if (answer < a_running.minAnswer || answer > a_running.maxAnswer || rounding || !whole || answer == previousAnswer)
{
return(MakeQuestion(a_running, bossAttacking));
}
previousAnswer = answer;
string answerNeeded = answer.ToString("F0");
bool enemyPhase = container.SetMultiple((int)answer, a_running, multiple, bossAttacking);
string answerWords;
answerWords = " ";
answerWords += numbers[0].ToString("F0");
for (int i = 1; i < a_running.variableCount; i++)
{
answerWords += oper + numbers[i].ToString("F0");
answer += numbers[i];
}
answerWords += "= ";
questionNeeded = answerWords;
calculator.answerNeeded = answerNeeded;
return(enemyPhase);
}
