public void openKeypad()
{
puzzle.animator.SetBool("KeypadOpen", true);
puzzle.keypad.index = this.index;
if (puzzle.successes[this.index])
{
puzzle.keypad.correctLight.sprite = puzzle.lightImages[1];
}
else
{
puzzle.keypad.correctLight.sprite = puzzle.lightImages[0];
}
puzzle.keypad.enterButton.interactable = !puzzle.successes[this.index];
puzzle.keypad.resetButton.interactable = !puzzle.successes[this.index];
puzzle.keypad.value = puzzle.values[index];
puzzle.keypad.coordinateLabel = puzzle.coordinates[index];
if (CameraScript.Instance.wiresConnected)
{
puzzle.keypad.outputText.text = RomanNum.ToRoman(puzzle.keypad.value);
puzzle.keypad.sideText.text = puzzle.coordinates[index] + "-COORD";
}
else
{
puzzle.keypad.value = 0;
puzzle.values[index] = 0;
puzzle.keypad.outputText.text = "";
puzzle.keypad.sideText.text = "";
}
}
public void numb_notEqual()
{
RomanNum a1 = new RomanNum(1);
string s1 = a1.Roman;
a1.Dec = 2;
string s2 = a1.Roman;
Assert.AreNotEqual(s1, s2);
}
public void Test7()
{
//arrange
RomanNum r = new RomanNum();
var expected = "VII";
//act
var actual = r.ConvertToRoman(7);
//assert
Assert.AreEqual(expected, actual);
}
public void Test3999()
{
//arrange
RomanNum r = new RomanNum();
var expected = "MMMCMXCIX";
//act
var actual = r.ConvertToRoman(3999);
//assert
Assert.AreEqual(expected, actual);
}
public void roman_q_exeption()
{
string rom = "q";
try
{
int actual = RomanNum.ConvertToDec(rom);
}
catch (ExeptionRomanNumber ex)
{
Assert.AreEqual(string.Format(ExeptionRes.unsupportedChar, rom), ex.Message);
}
}
public void roman_xxxx_exeption()
{
string rom = "xxxx";
try
{
int actual = RomanNum.ConvertToDec(rom);
}
catch (ExeptionRomanNumber ex)
{
Assert.AreEqual(ExeptionRes.treeInARow, ex.Message);
}
}
public void decimal_4000_exeption()
{
int value = 4000;
try
{
string actual = RomanNum.ConvertToRoman(value);
}
catch (ExeptionRomanNumber ex)
{
Assert.AreEqual(ExeptionRes.wrongRange, ex.Message);
}
}
public void roman_empty_exeption()
{
string rom = "";
try
{
int actual = RomanNum.ConvertToDec(rom);
}
catch (ExeptionRomanNumber ex)
{
Assert.AreEqual(ExeptionRes.nullOrEmpty, ex.Message);
}
}
public void roman_vx_exeption()
{
string rom = "vx";
try
{
int actual = RomanNum.ConvertToDec(rom);
}
catch (ExeptionRomanNumber ex)
{
Assert.AreEqual(ExeptionRes.wrong, ex.Message);
}
}
public void roman_ixiii_exeption()
{
string rom = "ixiii";
int dec = 12;
string correctRom = "XII";
try
{
int actual = RomanNum.ConvertToDec(rom);
}
catch (ExeptionRomanNumber ex)
{
Assert.AreEqual(string.Format(ExeptionRes.IncorrectNumber, correctRom, dec, rom), ex.Message);
}
}
public void UpdateDisplay()
{
if (CameraScript.Instance.wiresConnected)
{
puzzle.values[this.index] = value;
outputText.text = RomanNum.ToRoman(value);
sideText.text = coordinateLabel + "-COORD";
thoughts.sentence = "Three keypads. They seem to be for inputting coordinates of some sort.";
}
else
{
thoughts.sentence = "Three keypads. They don't seem to be turned on.";
value = 0;
puzzle.values[index] = 0;
outputText.text = "";
sideText.text = "";
}
}
public void Test_Convert()
{
Dictionary <int, string> inputOutput = new Dictionary <int, string>
{
{ 2000, "MM" },
{ 2500, "MMD" },
{ 500, "D" },
{ 21, "XXI" },
{ 24, "XXIV" },
{ 4, "IV" },
{ 44, "XLIV" },
{ 88, "LXXXVIII" },
{ 98, "XCVIII" }
};
foreach (var KV in inputOutput)
{
var v = RomanNum.Convert(KV.Key);
Assert.IsTrue(v == KV.Value, "{0} should convert to {1}, got {2} instead.", KV.Key, KV.Value, v);
}
}
public void updateText()
{
text.text = chemical + ": " + RomanNum.ToRoman(value);
}
public void int_to_roman(int integerVersion, string romanVersion)
{
string actual = RomanNum.ConvertToRoman(integerVersion);
Assert.AreEqual(romanVersion, actual);
}
public void roman_to_int(int integerVersion, string romanVersion)
{
int actual = RomanNum.ConvertToDec(romanVersion);
Assert.AreEqual(integerVersion, actual);
}