public IEnumerator TestSquaresScoreGap()
{
int scoreWithGap;
int scoreWithoutGap;
// Score for round without gap
InitializeVisuospatialMeasure();
for (int a = 0; a < 6; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
scoreWithoutGap = VisuospatialSketchpadMeasure.subScoreSquares.Score;
// Score for round with gap
InitializeVisuospatialMeasure();
for (int a = 0; a < 5; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
// Add one round with gap
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound_gap);
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
scoreWithGap = VisuospatialSketchpadMeasure.subScoreSquares.Score;
yield return(null);
Assert.IsTrue(scoreWithGap < scoreWithoutGap);
}
public IEnumerator NumberOfRoundsCorrectScoreIncrease()
{
int score6Squares, score8Squares;
yield return(null);
// 6 squares
InitializeVisuospatialMeasure();
for (int a = 0; a < 5; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound_6Squares);
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
score6Squares = VisuospatialSketchpadMeasure.subScoreSquares.Score;
yield return(null);
// 8 squares
InitializeVisuospatialMeasure();
for (int a = 0; a < 5; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound_8Squares);
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
score8Squares = VisuospatialSketchpadMeasure.subScoreSquares.Score;
Assert.IsTrue(score6Squares < score8Squares, "6 squares score: " + score6Squares + " 8 squares score: " + score8Squares);
}
public IEnumerator TestSquaresNumberOfCorrectHighlightedSquaresInLargeNumberOfHighlighted()
{
int scoreWithLowNumberOfCorrectSquares;
int scoreWithHighNumberOfCorrectSquares;
// Score for round with correct squares, but lower number of squares
InitializeVisuospatialMeasure();
for (int a = 0; a < 5; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
scoreWithLowNumberOfCorrectSquares = VisuospatialSketchpadMeasure.subScoreSquares.Score;
// Score for round with correct squares, but higher number of squares
InitializeVisuospatialMeasure();
for (int a = 0; a < 4; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
// Add one round with more correct squares
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound_moreCorrectSquares);
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
scoreWithHighNumberOfCorrectSquares = VisuospatialSketchpadMeasure.subScoreSquares.Score;
yield return(null);
Assert.IsTrue(scoreWithLowNumberOfCorrectSquares < scoreWithHighNumberOfCorrectSquares);
}
public IEnumerator TestSquaresScoreMismatch()
{
int scoreWithMisMatch;
int scoreWithoutMisMatch;
// Score for round without mismatch
InitializeVisuospatialMeasure();
for (int a = 0; a < 6; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
scoreWithoutMisMatch = VisuospatialSketchpadMeasure.subScoreSquares.Score;
// Score for round with mismatch
InitializeVisuospatialMeasure();
for (int a = 0; a < 5; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
// Add one round with mismatch
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound_misMatch);
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
scoreWithMisMatch = VisuospatialSketchpadMeasure.subScoreSquares.Score;
yield return(null);
Assert.IsTrue(scoreWithMisMatch < scoreWithoutMisMatch);
}
public IEnumerator TestSquaresScoreNumberOfRounds()
{
int scoreForLowerNumOfRounds;
int scoreForHigherNumOfRounds;
int numOfRoundsInThisTestCase = 2;
// Score for 1 round
InitializeVisuospatialMeasure();
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
scoreForLowerNumOfRounds = VisuospatialSketchpadMeasure.subScoreSquares.Score;
// Make sure that the scores for rounds 2 - 8 increase depending on the number of rounds
for (int j = 2; j < 8; j++)
{
InitializeVisuospatialMeasure();
for (int k = 0; k < numOfRoundsInThisTestCase; k++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
// Call the EvaluateSquaresScore function
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
// Get the score
scoreForHigherNumOfRounds = VisuospatialSketchpadMeasure.subScoreSquares.Score;
yield return(null);
// Test that fewer rounds played should result in a lower score
Assert.IsTrue(scoreForLowerNumOfRounds <= scoreForHigherNumOfRounds, "Number of rounds: " + numOfRoundsInThisTestCase + " Low rounds score: " + scoreForLowerNumOfRounds + " High rounds score: " + scoreForHigherNumOfRounds);
// Set variables for next round comparison
scoreForLowerNumOfRounds = scoreForHigherNumOfRounds;
numOfRoundsInThisTestCase += 1;
}
}
//Helper functions start
//---------------------------------------------------------
//---------------------------------------------------------
/// <summary>
/// MeasureAllGames is called when all games end. It will call methods of
/// evaluating scores for all abilities.
/// </summary>
private static void MeasureAllGames()
{
// Measure abilities for Balloons
// If the game has been played, do the measurement; else don't do the measurement
if (!notYetPlayBalloons)
{
PointingMeasure.EvaluateBalloonsScore();
SelectiveVisualMeasure.EvaluateBalloonsScore();
InhibitionMeasure.EvaluateBalloonsScore();
}
// Measure abilities for Squares
// If the game has been played, do the measurement; else don't do the measurement
if (!notYetPlaySquares)
{
SelectiveVisualMeasure.EvaluateSquaresScore();
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
}
// Measure abilities for Catch The Thief
// If the game has been played, do the measurement; else don't do the measurement
if (!notYetPlayCTF)
{
InhibitionMeasure.EvaluateCTFScore();
SelectiveVisualMeasure.EvaluateCTFScore();
}
// Measure abilities for ImageHit
// If the game has been played, do the measurement; else don't do the measurement
if (!notYetPlayImageHit)
{
ObjectRecognitionMeasure.EvaluateImageHitScore();
InhibitionMeasure.EvaluateImageHitScore();
SelectiveVisualMeasure.EvaluateImageHitScore();
}
// Measure abilities for Catch The Ball
// If the game has been played, do the measurement; else don't do the measurement
if (!notYetCatchTheBall)
{
TimeToContact.EvaluateCatchTheBallScore();
}
// Measure abilities for Save One Ball
// If the game has been played, do the measurement; else don't do the measurement
if (!notYetSaveOneBall)
{
TimeToContact.EvaluateSaveOneBallScore();
}
// Measure abilities for Judge The Ball
// If the game has been played, do the measurement; else don't do the measurement
if (!notYetJudgeTheBall)
{
TimeToContact.EvaluateJudgeTheBallScore();
}
}
public IEnumerator TestMaxScore100()
{
int actualScore;
// Score for round with high number of correct squares
InitializeVisuospatialMeasure();
for (int a = 0; a < 7; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound_moreCorrectSquares);
}
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
actualScore = VisuospatialSketchpadMeasure.subScoreSquares.Score;
yield return(null);
Assert.IsTrue(actualScore == 100, "Score: " + actualScore);
}
public IEnumerator WHEN_EvaluateSquaresScoreFunctionCalledOnEmptyInput_SquareSubScoreReturnsBaseScore()
{
// Initialize the measurement module
InitializeVisuospatialMeasure();
// Call the evaluate score function
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
yield return(null);
// SquaresStorage datatype variable to hold the data from the squares mini-game
SquaresStorage squaresData = Squares.GetGameplayData();
// Ensure that SubscoreSquares values are correctly set
Assert.AreEqual(AbilityName.VISUOSPATIAL_SKETCHPAD, VisuospatialSketchpadMeasure.subScoreSquares.AbilityName);
Assert.AreEqual(GameName.SQUARES, VisuospatialSketchpadMeasure.subScoreSquares.GameName);
Assert.AreEqual(0, VisuospatialSketchpadMeasure.subScoreSquares.Score);
Assert.AreEqual(2, VisuospatialSketchpadMeasure.subScoreSquares.Weight);
}
public IEnumerator TestSquaresRecallTime()
{
int scoreForRecallTime3;
int scoreForRecallTime3_3;
int scoreForRecallTime3_6;
int scoreForRecallTime3_9;
int scoreForRecallTime4_2;
int scoreForRecallTime5;
// Score for round with recall time 3
InitializeVisuospatialMeasure();
for (int a = 0; a < 5; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound_3);
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
scoreForRecallTime3 = VisuospatialSketchpadMeasure.subScoreSquares.Score;
// Score for round with recall time 3.3
InitializeVisuospatialMeasure();
for (int a = 0; a < 5; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound_3_3);
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
scoreForRecallTime3_3 = VisuospatialSketchpadMeasure.subScoreSquares.Score;
// Score for round with recall time 3.6
InitializeVisuospatialMeasure();
for (int a = 0; a < 5; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound_3_6);
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
scoreForRecallTime3_6 = VisuospatialSketchpadMeasure.subScoreSquares.Score;
// Score for round with recall time 3.9
InitializeVisuospatialMeasure();
for (int a = 0; a < 5; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound_3_9);
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
scoreForRecallTime3_9 = VisuospatialSketchpadMeasure.subScoreSquares.Score;
// Score for round with recall time 4.2
InitializeVisuospatialMeasure();
for (int a = 0; a < 5; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound_4_2);
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
scoreForRecallTime4_2 = VisuospatialSketchpadMeasure.subScoreSquares.Score;
// Score for round with recall time 5
InitializeVisuospatialMeasure();
for (int a = 0; a < 5; a++)
{
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
}
// Add one round with the recall time
VisuospatialSketchpadMeasure.squaresData.Rounds.Add(squareRound);
VisuospatialSketchpadMeasure.EvaluateSquaresScore();
scoreForRecallTime5 = VisuospatialSketchpadMeasure.subScoreSquares.Score;
yield return(null);
Assert.IsTrue(scoreForRecallTime3 > scoreForRecallTime3_3, "3 seconds: " + scoreForRecallTime3 + " 3.3 seconds: " + scoreForRecallTime3_3);
Assert.IsTrue(scoreForRecallTime3_3 > scoreForRecallTime3_6, "3.3 seconds: " + scoreForRecallTime3_3 + " 3.6 seconds: " + scoreForRecallTime3_6);
Assert.IsTrue(scoreForRecallTime3_6 > scoreForRecallTime3_9, "3.6 seconds: " + scoreForRecallTime3_6 + " 3.9 seconds: " + scoreForRecallTime3_9);
Assert.IsTrue(scoreForRecallTime3_9 > scoreForRecallTime4_2, "3 seconds: " + scoreForRecallTime3 + ", 3.3 seconds: " + scoreForRecallTime3_3 + ", 3.6 seconds: " + scoreForRecallTime3_6 + ", 3.9 seconds: " + scoreForRecallTime3_9 + ", 4.2 seconds " + scoreForRecallTime4_2 + ", 5 seconds " + scoreForRecallTime5);
Assert.IsTrue(scoreForRecallTime4_2 > scoreForRecallTime5, "4.2 seconds: " + scoreForRecallTime4_2 + " 5 seconds " + scoreForRecallTime5);
}