public IEnumerator WHEN_SquareRoundAdded1Round_THEN_SquareRoundGetterReturnsCorrectValues()
{
squaresData = new SquaresStorage();
squaresData.Rounds = new List <SquaresRound>();
round = new SquaresRound();
round.SquareHighlightDuration = 5.9f; // float value
float expectedHighlightDuration = 5.9f;
round.SquareHighlightInterval = 7.3f; // float value
float expectedHighlightInterval = 7.3f;
round.RecallTime = 8.59f; // float value
float expectedRecallTime = 8.59f;
IndexAndPosition testIndexAndPosition = new IndexAndPosition(3, new Position2D(3, 5));
round.HighlightedSquares = new List <IndexAndPosition>();
round.HighlightedSquares.Add(testIndexAndPosition);
round.RecalledSquares = new List <IndexAndPosition>();
round.RecalledSquares.Add(testIndexAndPosition);
squaresData.Rounds.Add(round);
SquaresRound actualSquaresRound = squaresData.Rounds[0];
yield return(null);
Assert.IsTrue(expectedHighlightDuration == actualSquaresRound.SquareHighlightDuration, "");
Assert.IsTrue(expectedHighlightInterval == actualSquaresRound.SquareHighlightInterval, "");
Assert.IsTrue(expectedRecallTime == actualSquaresRound.RecallTime, "");
Assert.IsTrue(testIndexAndPosition == round.RecalledSquares[0], "");
Assert.IsTrue(testIndexAndPosition == round.HighlightedSquares[0], "");
}
public IEnumerator WHEN_SquaresHighlightedSquaresCreated_THEN_SquaresHighlightedSquaresIsEmpty()
{
round = new SquaresRound();
round.HighlightedSquares = new List <IndexAndPosition>();
int expectedSizeOfList = 0;
yield return(null);
Assert.IsTrue(expectedSizeOfList == round.HighlightedSquares.Count, "HighlightedSquares list is not empty at creation.");
}
public IEnumerator WHEN_SquaresRoundRecallTimeSet_THEN_SquaresRoundGetsCorrectValue()
{
round = new SquaresRound();
round.RecallTime = 7.59f; // float value
float expectedRecallTime = 7.59f;
yield return(null);
Assert.IsTrue(expectedRecallTime == round.RecallTime, "Recall time getter returning incorrect value.");
}
public IEnumerator WHEN_SquaresRoundSquareHighlightIntervalSet_THEN_SquaresRoundGetsCorrectValue()
{
round = new SquaresRound();
round.SquareHighlightInterval = 7f; // float value
float expectedHighlightInterval = 7f;
yield return(null);
Assert.IsTrue(expectedHighlightInterval == round.SquareHighlightInterval, "SquareHighlightInterval getter returning incorrect value.");
}
public IEnumerator WHEN_SquaresRoundSquareHighlightDurationSet_THEN_SquaresRoundGetsCorrectValue()
{
round = new SquaresRound();
round.SquareHighlightDuration = 4.9f; // float value
float expectedHighlightDuration = 4.9f;
yield return(null);
Assert.IsTrue(expectedHighlightDuration == round.SquareHighlightDuration, "SquareHighlightDuration getter returning incorrect value: " + expectedHighlightDuration + " , " + round.SquareHighlightDuration);
}
public IEnumerator WHEN_SquaresRecalledSquaresAdd1Item_THEN_SquaresRecalledSquaresHas1Item()
{
round = new SquaresRound();
round.RecalledSquares = new List <IndexAndPosition>();
round.RecalledSquares.Add(new IndexAndPosition(1, new Position2D(2, 3)));
int expectedSizeOfList = 1;
yield return(null);
Assert.IsTrue(expectedSizeOfList == round.RecalledSquares.Count, "When one item is added to RecalledSquares, the size of RecalledSquares is incorrect");
}
public IEnumerator WHEN_SquaresHighlightedSquaresAdd1Item_THEN_SquaresHighlightedSquaresHas1Item()
{
IndexAndPosition testIndexAndPosition = new IndexAndPosition(3, new Position2D(3, 5));
round = new SquaresRound();
round.HighlightedSquares = new List <IndexAndPosition>();
round.HighlightedSquares.Add(testIndexAndPosition);
int expectedSizeOfList = 1;
yield return(null);
Assert.IsTrue(expectedSizeOfList == round.HighlightedSquares.Count, "When one item is added to HighlightedSquares, the size of HighlightedSquares is incorrect");
}
public IEnumerator WHEN_SquareRoundAdded1Round_THEN_SquareRoundSizeIs1()
{
squaresData = new SquaresStorage();
squaresData.Rounds = new List <SquaresRound>();
round = new SquaresRound();
squaresData.Rounds.Add(round);
int expectedSizeOfList = 1;
yield return(null);
Assert.IsTrue(expectedSizeOfList == squaresData.Rounds.Count, "round list does not have the added round.");
}
public IEnumerator WHEN_SquaresRecalledSquaresSet_THEN_SquaresRoundGetsCorrectValue()
{
IndexAndPosition testIndexAndPosition = new IndexAndPosition(3, new Position2D(3, 5));
round = new SquaresRound();
round.RecalledSquares = new List <IndexAndPosition>();
round.RecalledSquares.Add(testIndexAndPosition);
List <IndexAndPosition> expectedRecalledSquaresList = new List <IndexAndPosition>()
{
testIndexAndPosition
};
yield return(null);
Assert.IsTrue(expectedRecalledSquaresList[0] == round.RecalledSquares[0], "SquareHighlightInterval getter returning incorrect value");
}
/// <summary>
/// Function for displaying the highlight sequence
/// </summary>
private IEnumerator HighlightSequenceStage()
{
roundNumber += 1;
// Initialize round gameplay data variables
round = new SquaresRound();
round.HighlightedSquares = new List <IndexAndPosition>();
round.RecalledSquares = new List <IndexAndPosition>();
round.SquareHighlightInterval = squareHighlightInterval; // float value
round.SquareHighlightDuration = squareHighlightDuration; // float value
// Randomly select a new square highlight sequence for the new round,
// by using the existing list of square game objects
squaresToHighlight = RamGenerator.PickNRandomElems(displayedSquares, numberOfHighlightedSquares);
// Display the square highlight sequence
yield return(StartCoroutine(HighlightSquareSequence(squaresToHighlight, squareHighlightInterval)));
// Clear the list of squares recalled by the player
recalledSquares = new List <IndexAndPosition>();
}
