public IEnumerator CheckGetInhibitionScoreForSpecialCase()
{
ClearInhibitionMeasure();
yield return(null);
InhibitionMeasure.imagehitData = new ImageHitStorage();
InhibitionMeasure.imagehitData.Rounds = new List <List <ImageHitRound> >();
for (int i = 0; i <= 10; i++)
{
List <ImageHitRound> testRound = new List <ImageHitRound>();
for (int j = 0; j <= 10; j++)
{
ImageHitRound testro = new ImageHitRound();
testro.imageName = "111";
testro.isKeyPressed = true;
testRound.Add(testro);
}
InhibitionMeasure.imagehitData.Rounds.Add(testRound);
}
float d = InhibitionMeasure.GetInhibitionScore();
Assert.IsTrue(d == 0);
}
public IEnumerator CheckGetImageFromRound12()
{
yield return(null);
ObjectRecognitionMeasure.imagehitData = null;
ObjectRecognitionMeasure.imagehitData = new ImageHitStorage();
ObjectRecognitionMeasure.imagehitData.Rounds = new List <List <ImageHitRound> >();
List <ImageHitRound> testRound = ObjectRecognitionMeasure.GetImageFromRound12(new ImageHitRound(), null);
Assert.True(testRound.Count == 0, "message no Source");
ImageHitRound testro = new ImageHitRound();
testro.imageName = "1";
testro.imageTheme = "1";
List <ImageHitRound> testRound1 = new List <ImageHitRound>();
testRound1.Add(testro);
List <ImageHitRound> testRound3 = ObjectRecognitionMeasure.GetImageFromRound12(testro, testRound1);
Assert.True(testRound3.Count == 2, "message no Source");
}
public IEnumerator CheckGetInhibitionScoreFromRound12()
{
ClearInhibitionMeasure();
// Call tested function
yield return(null);
List <ImageHitRound> ihr = new List <ImageHitRound>();
ihr = null;
InhibitionMeasure.GetInhibitionScoreFromRound12(ihr);
List <ImageHitRound> ihr1 = new List <ImageHitRound>();
ImageHitRound ih = new ImageHitRound();
ih.isCorrectlyIdentified = true;
ihr1.Add(ih);
InhibitionMeasure.GetInhibitionScoreFromRound12(ihr1);
ihr1 = new List <ImageHitRound>();
ih.isCorrectlyIdentified = false;
ih.isSpaceKey = false;
ih.isKeyPressed = true;
ihr1.Add(ih);
InhibitionMeasure.GetInhibitionScoreFromRound12(ihr1);
ihr1 = new List <ImageHitRound>();
ImageHitRound ih2 = new ImageHitRound();
ih.isCorrectlyIdentified = true;
ih.isSpaceKey = false;
ih.isKeyPressed = true;
ih2.isCorrectlyIdentified = false;
ih2.isSpaceKey = false;
ih2.isKeyPressed = true;
ihr1.Add(ih);
ihr1.Add(ih2);
InhibitionMeasure.GetInhibitionScoreFromRound12(ihr1);
ihr1 = new List <ImageHitRound>();
ih2 = new ImageHitRound();
ih.isCorrectlyIdentified = true;
ih.isSpaceKey = false;
ih.isKeyPressed = true;
ih2.isCorrectlyIdentified = true;
ih2.isSpaceKey = false;
ih2.isKeyPressed = true;
ihr1.Add(ih);
ihr1.Add(ih2);
}
public IEnumerator CheckGetKeyNum()
{
ClearSelectiveVisualMeasure();
yield return(null);
SelectiveVisualMeasure.imagehitData = null;
float source = SelectiveVisualMeasure.GetKeyNum(0);
Assert.True(source == 0, "message no Source");
SelectiveVisualMeasure.imagehitData = new ImageHitStorage();
SelectiveVisualMeasure.imagehitData.Rounds = new List <List <ImageHitRound> >();
for (int i = 0; i <= 10; i++)
{
List <ImageHitRound> testRound = new List <ImageHitRound>();
for (int j = 0; j <= 10; j++)
{
ImageHitRound testro = new ImageHitRound();
testro.imageName = "111";
testRound.Add(testro);
}
SelectiveVisualMeasure.imagehitData.Rounds.Add(testRound);
}
float source1 = SelectiveVisualMeasure.GetKeyNum(0);
Assert.True(source1 == 0, "message no Source");
SelectiveVisualMeasure.imagehitData = null;
SelectiveVisualMeasure.imagehitData = new ImageHitStorage();
SelectiveVisualMeasure.imagehitData.Rounds = new List <List <ImageHitRound> >();
for (int i = 0; i <= 10; i++)
{
List <ImageHitRound> testRound = new List <ImageHitRound>();
for (int j = 0; j <= 10; j++)
{
ImageHitRound testro = new ImageHitRound();
testro.imageName = "111";
testro.isKeyPressed = j % 2 != 0;
testRound.Add(testro);
}
SelectiveVisualMeasure.imagehitData.Rounds.Add(testRound);
}
float source2 = SelectiveVisualMeasure.GetKeyNum(0);
Assert.True(source2 == 20, "message no Source");
}
public IEnumerator WHEN_ImageHitRound_THEN_ImageHitStorageGetestThemeValue()
{
round = new ImageHitRound();
round.testTheme = "Test"; // float value
string testTheme = "Test";
yield return(null);
Assert.IsTrue(testTheme == round.testTheme, "ImageHit getter returning incorrect value: ");
}
public IEnumerator WHEN_ImageHitRound_THEN_ImageHitStorageGetskeyPressTimeValue()
{
round = new ImageHitRound();
round.keyPressTime = 4.9f; // float value
float keyPressTime = 4.9f;
yield return(null);
Assert.IsTrue(keyPressTime == round.keyPressTime, "ImageHit getter returning incorrect value: ");
}
public IEnumerator WHEN_ImageHitRoun_THEN_ImageHitStorageGeIsSpaceKeyValue()
{
round = new ImageHitRound();
round.isSpaceKey = false;
bool isSpaceKey = false;
yield return(null);
Assert.IsTrue(isSpaceKey == round.isSpaceKey, "ImageHit getter returning incorrect value:");
}
public IEnumerator WHEN_ImageHitRoun_THEN_ImageHitStorageGetIsKeyPressedValue()
{
round = new ImageHitRound();
round.isKeyPressed = false;
bool isKeyPressed = false;
yield return(null);
Assert.IsTrue(isKeyPressed == round.isKeyPressed, "ImageHit getter returning incorrect value:");
}
/// <summary>
/// To find images of TImage type.
/// After the first stage of the game (the first ten images), the wrong images will be redisplayed.
/// FindImage looks for the image in the test image list imagesToFound according to the image name and theme in the previous part of the game.
/// Images with identical theme and name are the same images.
/// </summary>
/// <param name="img"></param>
/// <param name="sp"></param>
/// <returns>the images find of the images</returns>
public TImage FindImage(List <TImage> imagesToFound, ImageHitRound round)
{
if (imagesToFound != null)
{
for (int i = 0; i < imagesToFound.Count; i++)
{
if (imagesToFound[i].imageTheme == round.imageTheme &&
imagesToFound[i].sprite.name == round.imageName) //The theme of images is the same as the specified theme
{
return(imagesToFound[i]);
}
}
}
return(null);
}
/// <summary>
/// Called by the system before calling Update() for the first time to initialize data
/// </summary>
void Start()
{
currentRoundTestData = new List <ImageHitRound>();
currentImageHitRound = new ImageHitRound();
currentImageHitRound.UnidentifiedKeysPressed = new List <TimeAndKey>();
{
imageHitData = new ImageHitStorage();
{
imageHitData.Rounds = new List <List <ImageHitRound> >();
}
}
gameState = -1;
mRoundStart = OnRoundStart;
StartGame();
}
/// <summary>
/// To display the next image
/// </summary>
public void NextImage()
{
if (canShowNextImage)
{
if (serialNumber >= 0 && serialNumber < initialTestImages.Count)
{
currentImageHitRound = new ImageHitRound(); //The data of this game
currentImageHitRound.testTheme = specifiedTheme; //The image theme of this game
currentImageHitRound.imageName = initialTestImages[serialNumber].sprite.name; //The name of the specified image
currentImageHitRound.imageTheme = initialTestImages[serialNumber].imageTheme; //The theme of the specified image
keyPressStartTime = Time.time; //To record the pressing time
currentRoundTestData.Add(currentImageHitRound);
imageDisplay.sprite = initialTestImages[serialNumber].sprite; // The next image object
keyPressStartTime = Time.time; // Start to display the time
canShowNextImage = false;
}
else // images display is done
{
if (gameState == 0) // The first part is over
{
gameState = 1;
OnRound1Over();
imageDisplayedTime = 0;
gameInfo.text = "";
timer.text = "";
imageDisplay.sprite = null;
imageDisplay.color = Color.black;
prepareTime = 1;
}
else // the second part is over
{
gameState = 2;
}
if (gameState == 2) // the game is over
{
OnRound2Over();
gameState = -1;
gameInfo.text = "ImageHit Test Complete";
timer.text = "";
}
}
}
}
public IEnumerator CheckGetImageFromRound12()
{
ClearInhibitionMeasure();
// Call tested function
yield return(null);
ImageHitRound r1 = new ImageHitRound();
List <ImageHitRound> r2 = new List <ImageHitRound>();
r1 = null;
InhibitionMeasure.GetImageFromRound12(r1, r2);
r1 = new ImageHitRound();
r1.imageName = "1";
r2.Add(r1);
InhibitionMeasure.GetImageFromRound12(r1, r2);
}
public IEnumerator CheckGetImageKeyPressTimeFromRound12()
{
yield return(null);
ObjectRecognitionMeasure.imagehitData = null;
ObjectRecognitionMeasure.imagehitData = new ImageHitStorage();
ObjectRecognitionMeasure.imagehitData.Rounds = new List <List <ImageHitRound> >();
List <ImageHitRound> testRound = new List <ImageHitRound>();
for (int j = 0; j <= 10; j++)
{
ImageHitRound testro = new ImageHitRound();
testro.imageName = "111";
testro.isCorrectlyIdentified = true;
testro.keyPressTime = 0.2f;
testRound.Add(testro);
}
testRound = null;
float source1 = ObjectRecognitionMeasure.GetImageKeyTimeFromRound12(testRound);
Assert.True(source1 == 0, "message no Source");
ObjectRecognitionMeasure.imagehitData = null;
ObjectRecognitionMeasure.imagehitData = new ImageHitStorage();
ObjectRecognitionMeasure.imagehitData.Rounds = new List <List <ImageHitRound> >();
List <ImageHitRound> testRound2 = new List <ImageHitRound>();
for (int j = 0; j <= 10; j++)
{
ImageHitRound testro = new ImageHitRound();
testro.imageName = "111";
testro.isCorrectlyIdentified = true;
testro.keyPressTime = 0.2f;
testRound2.Add(testro);
}
float source2 = ObjectRecognitionMeasure.GetImageKeyTimeFromRound12(testRound2);
Assert.True(source2.ToString() == "2.2", "message no Source");
}
public IEnumerator TEST_GetTotalKeyTime_Method()
{
// Use the Assert class to test conditions.
// yield to skip a frame
List <ImageHitRound> imagedata = new List <ImageHitRound>();
yield return(null);
float temp = TImage.GetTotalKeyTime(imagedata);
Assert.IsTrue(temp == 0, "Incorrect GetTotalKeyTime...");
List <ImageHitRound> imagedata1 = new List <ImageHitRound>();
var testRound = new ImageHitRound();
testRound.keyPressTime = 0.2f;
imagedata1.Add(testRound);
float temp1 = TImage.GetTotalKeyTime(imagedata1);
Assert.IsTrue(temp1 == 0.2f, "Incorrect GetTotalKeyTime...");
}
/// <summary>
/// Find the images corresponding to the first stage among the images used in the second stage.
/// </summary>
/// <param name="pround1">Game data (including theme name and image name)</param>
/// <param name="pround2">Game data (including theme name and image name)</param>
/// <returns></returns>
public static List <ImageHitRound> GetImageFromRound12(ImageHitRound pround1, List <ImageHitRound> pround2)
{
List <ImageHitRound> res = new List <ImageHitRound>();
if (pround1 == null || pround2 == null)
{
return(res);
}
int len = pround2.Count;
for (int i = 0; i < len; i++)
{
if (pround2[i].imageName == pround1.imageName &&
pround2[i].imageTheme == pround1.imageTheme) //Images with identical theme and name are the same images.
{
res.Add(pround2[i]);
}
}
res.Add(pround1);
return(res);
}
public IEnumerator TEST_GetKeyPressCount_Method()
{
// Use the Assert class to test conditions.
// yield to skip a frame
yield return(null);
List <ImageHitRound> imagedata = new List <ImageHitRound>();
int temp = TImage.GetKeyPressCount(imagedata);
Assert.IsTrue(temp == 0, "Incorrect GetKeyPressCount value");
List <ImageHitRound> imagedata1 = new List <ImageHitRound>();
var testRound = new ImageHitRound();
testRound.isKeyPressed = true;
imagedata1.Add(testRound);
int tem1p = TImage.GetKeyPressCount(imagedata1);
Assert.IsTrue(tem1p == 1, "Incorrect GetKeyPressCount value");
}
public IEnumerator TEST_GetRightCounte_Method()
{
// Use the Assert class to test conditions.
// yield to skip a frame
yield return(null);
List <ImageHitRound> imagedata = new List <ImageHitRound>();
float temp = TImage.GetRightCount(imagedata);
Assert.IsTrue(temp == 0, "Incorrect GetRightCount...");
List <ImageHitRound> imagedata1 = new List <ImageHitRound>();
var testRound = new ImageHitRound();
testRound.isCorrectlyIdentified = true;
imagedata1.Add(testRound);
float temp1 = TImage.GetRightCount(imagedata1);
Assert.IsTrue(temp1 == 1, "Incorrect GetRightCount...");
}
/// <summary>
/// Get the seletive visual ability score each image and store it
/// </summary>
/// <param name="tmp"> the data of the game</param>
/// <returns> The selective visual score for the image hit game </returns>
public static float GetScoreFromOneImage(ImageHitRound tmp, float oneKeyScore)
{
if (tmp == null)
{
return(0);
}
if (!tmp.isKeyPressed) // Only when the space bar is pressed, this ability score can count
{
return(0);
}
float keyPressTime = tmp.keyPressTime;
float level = 0;
// In the case of pressing the space, the basic score is 0 points.
// If the player presses the space n times, if it is correct to press the space,
// each response time is less than 0.5 seconds to get 100/npoints,
// 0.5-1 second to get 100/n*85% points, 1-1.5 seconds to get 100/n *75% points,
// 1.5-2 seconds to get 100/n*60% points, 2-2.5 seconds to get 100/n*45% points, 2.5-3 seconds to get 100/n*30% points.
// In the case of an error by pressing the space, the score will be reduced by two levels according to the correct situation,
// that is, 100/n*75% points will be obtained within 0.5 seconds, and so on. In the case of an error,
// the reaction time of more than 2 seconds will not be scored.
if (tmp.isCorrectlyIdentified)
{
if (keyPressTime <= 0.5f)
{
level = 1f;
}
else if (keyPressTime <= 1.0f)
{
level = 0.85f;
}
else if (keyPressTime <= 1.5f)
{
level = 0.75f;
}
else if (keyPressTime <= 2.0f)
{
level = 0.6f;
}
else if (keyPressTime <= 2.5f)
{
level = 0.45f;
}
else if (keyPressTime <= 3.0f)
{
level = 0.3f;
}
}
else
{
if (keyPressTime <= 0.5f)
{
level = 0.75f;
}
else if (keyPressTime <= 1.0f)
{
level = 0.6f;
}
else if (keyPressTime <= 1.5f)
{
level = 0.45f;
}
else if (keyPressTime <= 2.0f)
{
level = 0.3f;
}
}
float fscore = level * oneKeyScore;
return(fscore);
}
public IEnumerator CheckOnRound1Over()
{
ImageHit imagehit = imageHitScritps;
yield return(new WaitForSeconds(0.5f));
ImageHit.imageHitData = new ImageHitStorage();
imagehit.currentRoundTestData = new List <ImageHitRound>();
imagehit.OnRound1Over();
Assert.True(imagehit.canShowNextImage, "message :The no CheckOnRound1Over");
ImageHit.imageHitData = new ImageHitStorage();
imagehit.currentRoundTestData = new List <ImageHitRound>();
ImageHitRound image1 = new ImageHitRound();
ImageHitRound image2 = new ImageHitRound();
image1.isCorrectlyIdentified = true;
imagehit.currentRoundTestData.Add(image1);
imagehit.currentRoundTestData.Add(image2);
imagehit.OnRound1Over();
Assert.True(imagehit.canShowNextImage, "message :The no CheckOnRound1Over");
ImageHit.imageHitData = new ImageHitStorage();
imagehit.currentRoundTestData = new List <ImageHitRound>();
ImageHitRound image3 = new ImageHitRound();
ImageHitRound image4 = new ImageHitRound();
ImageHitRound image5 = new ImageHitRound();
ImageHitRound image6 = new ImageHitRound();
image3.isCorrectlyIdentified = true;
image4.isCorrectlyIdentified = true;
image5.isCorrectlyIdentified = true;
image6.isCorrectlyIdentified = true;
imagehit.currentRoundTestData.Add(image3);
imagehit.currentRoundTestData.Add(image4);
imagehit.currentRoundTestData.Add(image5);
imagehit.currentRoundTestData.Add(image6);
imagehit.OnRound1Over();
Assert.True(imagehit.canShowNextImage, "message :The no CheckOnRound1Over");
ImageHit.imageHitData = new ImageHitStorage();
imagehit.currentRoundTestData = new List <ImageHitRound>();
ImageHitRound image7 = new ImageHitRound();
ImageHitRound image8 = new ImageHitRound();
ImageHitRound image9 = new ImageHitRound();
ImageHitRound image10 = new ImageHitRound();
imagehit.currentRoundTestData.Add(image7);
imagehit.currentRoundTestData.Add(image8);
imagehit.currentRoundTestData.Add(image9);
imagehit.currentRoundTestData.Add(image10);
imagehit.OnRound1Over();
Assert.True(imagehit.canShowNextImage, "message :The no CheckOnRound1Over");
}
public IEnumerator CheckGetObjectRecognitionScore()
{
yield return(null);
ObjectRecognitionMeasure.imagehitData = null;
ObjectRecognitionMeasure.imagehitData = new ImageHitStorage();
ObjectRecognitionMeasure.imagehitData.Rounds = new List <List <ImageHitRound> >();
for (int i = 0; i <= 10; i++)
{
List <ImageHitRound> testRound = new List <ImageHitRound>();
for (int j = 0; j <= 10; j++)
{
ImageHitRound testro = new ImageHitRound();
testro.imageName = "111";
testro.isCorrectlyIdentified = true;
testro.keyPressTime = 0.2f;
testRound.Add(testro);
}
ObjectRecognitionMeasure.imagehitData.Rounds.Add(testRound);
}
float source1 = ObjectRecognitionMeasure.GetObjectRecognitionScore();
Assert.True(source1 == 100, "message no Source");
ObjectRecognitionMeasure.imagehitData = null;
ObjectRecognitionMeasure.imagehitData = new ImageHitStorage();
ObjectRecognitionMeasure.imagehitData.Rounds = new List <List <ImageHitRound> >();
for (int i = 0; i <= 10; i++)
{
List <ImageHitRound> testRound = new List <ImageHitRound>();
for (int j = 0; j <= 10; j++)
{
ImageHitRound testro = new ImageHitRound();
testro.imageName = "111";
testro.isCorrectlyIdentified = true;
testro.keyPressTime = 0.7f;
testRound.Add(testro);
}
ObjectRecognitionMeasure.imagehitData.Rounds.Add(testRound);
}
float source2 = ObjectRecognitionMeasure.GetObjectRecognitionScore();
Assert.True(source2 == 95, "message no Source");
ObjectRecognitionMeasure.imagehitData = null;
ObjectRecognitionMeasure.imagehitData = new ImageHitStorage();
ObjectRecognitionMeasure.imagehitData.Rounds = new List <List <ImageHitRound> >();
for (int i = 0; i <= 10; i++)
{
List <ImageHitRound> testRound = new List <ImageHitRound>();
for (int j = 0; j <= 10; j++)
{
ImageHitRound testro = new ImageHitRound();
testro.imageName = "111";
testro.isCorrectlyIdentified = true;
testro.keyPressTime = 1.2f;
testRound.Add(testro);
}
ObjectRecognitionMeasure.imagehitData.Rounds.Add(testRound);
}
float source3 = ObjectRecognitionMeasure.GetObjectRecognitionScore();
Assert.True(source3 == 90, "message no Source");
ObjectRecognitionMeasure.imagehitData = null;
ObjectRecognitionMeasure.imagehitData = new ImageHitStorage();
ObjectRecognitionMeasure.imagehitData.Rounds = new List <List <ImageHitRound> >();
for (int i = 0; i <= 10; i++)
{
List <ImageHitRound> testRound = new List <ImageHitRound>();
for (int j = 0; j <= 10; j++)
{
ImageHitRound testro = new ImageHitRound();
testro.imageName = "111";
testro.isCorrectlyIdentified = true;
testro.keyPressTime = 1.8f;
testRound.Add(testro);
}
ObjectRecognitionMeasure.imagehitData.Rounds.Add(testRound);
}
float source4 = ObjectRecognitionMeasure.GetObjectRecognitionScore();
Assert.True(source4 == 85, "message no Source");
ObjectRecognitionMeasure.imagehitData = null;
ObjectRecognitionMeasure.imagehitData = new ImageHitStorage();
ObjectRecognitionMeasure.imagehitData.Rounds = new List <List <ImageHitRound> >();
for (int i = 0; i <= 10; i++)
{
List <ImageHitRound> testRound = new List <ImageHitRound>();
for (int j = 0; j <= 10; j++)
{
ImageHitRound testro = new ImageHitRound();
testro.imageName = "111";
testro.isCorrectlyIdentified = true;
testro.keyPressTime = 2.3f;
testRound.Add(testro);
}
ObjectRecognitionMeasure.imagehitData.Rounds.Add(testRound);
}
float source5 = ObjectRecognitionMeasure.GetObjectRecognitionScore();
Assert.True(source5 == 80, "message no Source");
}
public IEnumerator CheckGetScoreFromOneImage()
{
ClearSelectiveVisualMeasure();
yield return(null);
ImageHitRound imageHitRound = new ImageHitRound();
imageHitRound.isKeyPressed = true;
imageHitRound.isCorrectlyIdentified = true;
float source = SelectiveVisualMeasure.GetScoreFromOneImage(imageHitRound, 30f);
Assert.AreEqual(30, source, "message no Source");
ImageHitRound imageHitRound2 = new ImageHitRound();
imageHitRound2.isKeyPressed = true;
imageHitRound2.isCorrectlyIdentified = false;
imageHitRound2.keyPressTime = 0.6f;
float source2 = SelectiveVisualMeasure.GetScoreFromOneImage(imageHitRound2, 30f);
Assert.AreEqual(18, source2, "message no Source");
ImageHitRound imageHitRound3 = null;
//imageHitRound.isKeyPressed = true;
//imageHitRound.isCorrectlyIdentified = false;
float source3 = SelectiveVisualMeasure.GetScoreFromOneImage(imageHitRound3, 30f);
Assert.AreEqual(0, source3, "message no Source");
ImageHitRound imageHitRound4 = new ImageHitRound();
imageHitRound4.isKeyPressed = false;
imageHitRound4.isCorrectlyIdentified = true;
imageHitRound4.keyPressTime = 1.2f;
float source4 = SelectiveVisualMeasure.GetScoreFromOneImage(imageHitRound4, 30f);
Assert.AreEqual(0, source4, "message no Source");
ImageHitRound imageHitRound5 = new ImageHitRound();
imageHitRound5.isKeyPressed = false;
imageHitRound5.isCorrectlyIdentified = true;
imageHitRound5.keyPressTime = 1.6f;
float source5 = SelectiveVisualMeasure.GetScoreFromOneImage(imageHitRound5, 30f);
Assert.AreEqual(0, source5, "message no Source");
ImageHitRound imageHitRound6 = new ImageHitRound();
imageHitRound6.isKeyPressed = false;
imageHitRound6.isCorrectlyIdentified = true;
imageHitRound6.keyPressTime = 2.1f;
float source6 = SelectiveVisualMeasure.GetScoreFromOneImage(imageHitRound6, 30f);
Assert.AreEqual(0, source6, "message no Source");
ImageHitRound imageHitRound7 = new ImageHitRound();
imageHitRound7.isKeyPressed = false;
imageHitRound7.isCorrectlyIdentified = true;
imageHitRound7.keyPressTime = 2.6f;
float source7 = SelectiveVisualMeasure.GetScoreFromOneImage(imageHitRound7, 30f);
Assert.AreEqual(0, source7, "message no Source");
ImageHitRound imageHitRound8 = new ImageHitRound();
imageHitRound8.isKeyPressed = false;
imageHitRound8.isCorrectlyIdentified = false;
float source8 = SelectiveVisualMeasure.GetScoreFromOneImage(imageHitRound8, 30f);
Assert.AreEqual(0, source8, "message no Source");
ImageHitRound imageHitRound9 = new ImageHitRound();
imageHitRound9.isKeyPressed = false;
imageHitRound9.isCorrectlyIdentified = false;
imageHitRound9.keyPressTime = 0.9f;
float source9 = SelectiveVisualMeasure.GetScoreFromOneImage(imageHitRound9, 30f);
Assert.AreEqual(0, source9, "message no Source");
ImageHitRound imageHitRound10 = new ImageHitRound();
imageHitRound10.isKeyPressed = false;
imageHitRound10.isCorrectlyIdentified = false;
imageHitRound10.keyPressTime = 1.1f;
float source10 = SelectiveVisualMeasure.GetScoreFromOneImage(imageHitRound10, 30f);
Assert.AreEqual(0, source10, "message no Source");
ImageHitRound imageHitRound11 = new ImageHitRound();
imageHitRound11.isKeyPressed = false;
imageHitRound11.isCorrectlyIdentified = false;
imageHitRound11.keyPressTime = 1.6f;
float source11 = SelectiveVisualMeasure.GetScoreFromOneImage(imageHitRound11, 30f);
Assert.AreEqual(0, source11, "message no Source");
}
public void SetUp()
{
// Create example clicks:
List <TimeAndPosition> exampleClicks = new List <TimeAndPosition>();
TimeAndPosition timeAndPosition_longTime = new TimeAndPosition(1.5, new Position2D(0, 0));
exampleClicks.Add(timeAndPosition_longTime);
// Create example balloon rounds:
// balloonRound is an exmaple of round
balloonRound.BalloonSize = 60;
balloonRound.DestinationPoint = new Position2D(100, 200);
balloonRound.DestinationClickTime = 0.8;
balloonRound.Clicks = new List <TimeAndPosition>();
balloonRound.SuccessClickPoint = new Position2D(102, 197);
// balloonRound_shortestPossibleDestClickTime is an exmaple of round with extreme short DestinationClickTime
// which is smaller than 0.15s(the fastest human reaction time)
// other fields are the same with balloonRound
balloonRound_shortestPossibleDestClickTime.BalloonSize = 60;
balloonRound_shortestPossibleDestClickTime.DestinationPoint = new Position2D(100, 200);
balloonRound_shortestPossibleDestClickTime.DestinationClickTime = 0.1; // time smaller than 0.15 which is the fastest human reaction time
balloonRound_shortestPossibleDestClickTime.Clicks = new List <TimeAndPosition>();
balloonRound_shortestPossibleDestClickTime.SuccessClickPoint = new Position2D(102, 197);
// balloonRound_longMoveTimeInDestinationClickTime is an exmaple of round with long DestinationClickTime
// other fields are the same with balloonRound
balloonRound_longDestinationClickTime.BalloonSize = 60;
balloonRound_longDestinationClickTime.DestinationPoint = new Position2D(100, 200);
balloonRound_longDestinationClickTime.DestinationClickTime = 1.5; // long destination click time
balloonRound_longDestinationClickTime.Clicks = new List <TimeAndPosition>();
balloonRound_longDestinationClickTime.SuccessClickPoint = new Position2D(102, 197);
// balloonRound_longMoveTimeInClicks is an exmaple of round with long time in clicks items
// other fields are the same with balloonRound
balloonRound_longTimeInClicks.BalloonSize = 60;
balloonRound_longTimeInClicks.DestinationPoint = new Position2D(100, 200);
balloonRound_longTimeInClicks.DestinationClickTime = 0.8;
balloonRound_longTimeInClicks.Clicks = exampleClicks; // long time in clicks item
balloonRound_longTimeInClicks.SuccessClickPoint = new Position2D(102, 197);
// Example squares
IndexAndPosition IndexAndPositionIndex0 = new IndexAndPosition(0, new Position2D(0, 0));
IndexAndPosition IndexAndPositionIndex1 = new IndexAndPosition(1, new Position2D(1, 1));
// Set data for round where Highlighted and Recalled are identical in Squares mini-game
squareRound_sameOrder.HighlightedSquares = new List <IndexAndPosition>();
squareRound_sameOrder.HighlightedSquares.Add(IndexAndPositionIndex0);
squareRound_sameOrder.HighlightedSquares.Add(IndexAndPositionIndex1);
squareRound_sameOrder.RecalledSquares = new List <IndexAndPosition>();
squareRound_sameOrder.RecalledSquares.Add(IndexAndPositionIndex0);
squareRound_sameOrder.RecalledSquares.Add(IndexAndPositionIndex1);
squareRound_sameOrder.RecallTime = 4f;
squareRound_sameOrder.SquareHighlightInterval = 0.7f;
squareRound_sameOrder.SquareHighlightInterval = 0.7f;
// Set data for round where Highlighted and Recalled squares are in a different order in Squares mini-game
squareRound_differentOrder.HighlightedSquares = new List <IndexAndPosition>();
squareRound_differentOrder.HighlightedSquares.Add(IndexAndPositionIndex0);
squareRound_differentOrder.HighlightedSquares.Add(IndexAndPositionIndex1);
squareRound_differentOrder.RecalledSquares = new List <IndexAndPosition>();
squareRound_differentOrder.RecalledSquares.Add(IndexAndPositionIndex1);
squareRound_differentOrder.RecalledSquares.Add(IndexAndPositionIndex0);
squareRound_differentOrder.RecallTime = 4f;
squareRound_differentOrder.SquareHighlightInterval = 0.7f;
squareRound_differentOrder.SquareHighlightInterval = 0.7f;
// Set data for round where Recalled squares has a gap value in Squares mini-game
squareRound_gap.HighlightedSquares = new List <IndexAndPosition>();
squareRound_gap.HighlightedSquares.Add(IndexAndPositionIndex0);
squareRound_gap.HighlightedSquares.Add(IndexAndPositionIndex1);
squareRound_gap.RecalledSquares = new List <IndexAndPosition>();
squareRound_gap.RecalledSquares.Add(IndexAndPositionIndex0);
squareRound_gap.RecallTime = 4f;
squareRound_gap.SquareHighlightInterval = 0.7f;
squareRound_gap.SquareHighlightInterval = 0.7f;
// Set data for round where Recalled squares has a mismatch value in Squares mini-game
squareRound_mismatch.HighlightedSquares = new List <IndexAndPosition>();
squareRound_mismatch.HighlightedSquares.Add(IndexAndPositionIndex0);
squareRound_mismatch.HighlightedSquares.Add(IndexAndPositionIndex1);
squareRound_mismatch.RecalledSquares = new List <IndexAndPosition>();
squareRound_mismatch.RecalledSquares.Add(IndexAndPositionIndex0);
squareRound_mismatch.RecallTime = 4f;
squareRound_mismatch.SquareHighlightInterval = 0.7f;
squareRound_mismatch.SquareHighlightInterval = 0.7f;
catchRound.IsIdentifiedKeyPressed = true;
catchRound.identifiedKeyPressTime = 0.15f;
catchRound.ThiefAppearInRound = false;
catchRound.PersonAppearInRound = true;
catchRound_longTimeInClicks.IsIdentifiedKeyPressed = true;
catchRound_longTimeInClicks.identifiedKeyPressTime = 0.5f;
catchRound_longTimeInClicks.ThiefAppearInRound = true;
catchRound_longTimeInClicks.PersonAppearInRound = false;
catchRound_showTimeInClicks.IsIdentifiedKeyPressed = true;
catchRound_showTimeInClicks.identifiedKeyPressTime = 0.8f;
catchRound_showTimeInClicks.ThiefAppearInRound = true;
catchRound_showTimeInClicks.PersonAppearInRound = false;
catchRound_showTimeInClicks.IsIdentifiedKeyPressed = true;
catchRound_showTimeInClicks.identifiedKeyPressTime = 0.8f;
catchRound_showTimeInClicks.ThiefAppearInRound = true;
catchRound_showTimeInClicks.PersonAppearInRound = false;
imaghtHitRound.Add(new ImageHitRound());
imahtHitRound_longTimeInClicks.Add(new ImageHitRound());
imageHit_showTimeInClicks.Add(new ImageHitRound());
imaghtHitRound[0] = new ImageHitRound();
imaghtHitRound[0].imageName = "";
imaghtHitRound[0].imageTheme = "";
imaghtHitRound[0].isCorrectlyIdentified = false;
imaghtHitRound[0].isKeyPressed = false;
imaghtHitRound[0].isSpaceKey = false;
imaghtHitRound[0].keyPressTime = 0.5f;
imaghtHitRound[0].testTheme = "";
imahtHitRound_longTimeInClicks[0] = new ImageHitRound();
imahtHitRound_longTimeInClicks[0].imageName = "";
imahtHitRound_longTimeInClicks[0].imageTheme = "";
imahtHitRound_longTimeInClicks[0].isCorrectlyIdentified = false;
imahtHitRound_longTimeInClicks[0].isKeyPressed = false;
imahtHitRound_longTimeInClicks[0].isSpaceKey = false;
imahtHitRound_longTimeInClicks[0].keyPressTime = 0.2f;
imahtHitRound_longTimeInClicks[0].testTheme = "";
imageHit_showTimeInClicks[0] = new ImageHitRound();
imageHit_showTimeInClicks[0].imageName = "";
imageHit_showTimeInClicks[0].imageTheme = "";
imageHit_showTimeInClicks[0].isCorrectlyIdentified = false;
imageHit_showTimeInClicks[0].isKeyPressed = false;
imageHit_showTimeInClicks[0].isSpaceKey = false;
imageHit_showTimeInClicks[0].keyPressTime = 0.8f;
imageHit_showTimeInClicks[0].testTheme = "";
}
public void CreateExampleObjects()
{
// Create example clicks:
List <TimeAndPosition> exampleClicks_normal = new List <TimeAndPosition>();
TimeAndPosition timeAndPosition_normal = new TimeAndPosition(0.8, new Position2D(0, 0));
exampleClicks_normal.Add(timeAndPosition_normal);
List <TimeAndPosition> exampleClicks_longTime = new List <TimeAndPosition>();
TimeAndPosition timeAndPosition_longTime = new TimeAndPosition(1.5, new Position2D(0, 0));
exampleClicks_longTime.Add(timeAndPosition_normal);
// Create example balloon rounds:
// balloonRound is an exmaple of round
balloonRound.BalloonSize = 60;
balloonRound.DestinationPoint = new Position2D(100, 200);
balloonRound.DestinationClickTime = 0.8;
balloonRound.Clicks = new List <TimeAndPosition>();
balloonRound.SuccessClickPoint = new Position2D(102, 197);
// balloonRound_shortestPossibleDestClickTime is an exmaple of round with extreme short DestinationClickTime
// which is smaller than 0.15s(the fastest human reaction time)
// other fields are the same with balloonRound
balloonRound_shortestPossibleDestClickTime.BalloonSize = 60;
balloonRound_shortestPossibleDestClickTime.DestinationPoint = new Position2D(100, 200);
balloonRound_shortestPossibleDestClickTime.DestinationClickTime = 0.1; // time smaller than 0.15 which is the fastest human reaction time
balloonRound_shortestPossibleDestClickTime.Clicks = new List <TimeAndPosition>();
balloonRound_shortestPossibleDestClickTime.SuccessClickPoint = new Position2D(102, 197);
// balloonRound_longDestinationClickTime is an exmaple of round with long DestinationClickTime
// other fields are the same with balloonRound
balloonRound_longDestinationClickTime.BalloonSize = 60;
balloonRound_longDestinationClickTime.DestinationPoint = new Position2D(100, 200);
balloonRound_longDestinationClickTime.DestinationClickTime = 1.5; // long destination click time
balloonRound_longDestinationClickTime.Clicks = new List <TimeAndPosition>();
balloonRound_longDestinationClickTime.SuccessClickPoint = new Position2D(102, 197);
// balloonRound_longTimeInClicks is an exmaple of round with long time in clicks items
// other fields are the same with balloonRound
balloonRound_longTimeInClicks.BalloonSize = 60;
balloonRound_longTimeInClicks.DestinationPoint = new Position2D(100, 200);
balloonRound_longTimeInClicks.DestinationClickTime = 0.8;
balloonRound_longTimeInClicks.Clicks = exampleClicks_longTime; // long time in clicks item
balloonRound_longTimeInClicks.SuccessClickPoint = new Position2D(102, 197);
// balloonRound_hasUnsuccessfulClicks is an exmaple of round with one unsuccessful click
// other fields are the same with balloonound
balloonRound_hasOneUnsuccessfulClick.BalloonSize = 60;
balloonRound_hasOneUnsuccessfulClick.DestinationPoint = new Position2D(100, 200);
balloonRound_hasOneUnsuccessfulClick.DestinationClickTime = 0.8;
balloonRound_hasOneUnsuccessfulClick.Clicks = exampleClicks_normal; // one unsuccessful clicks
balloonRound_hasOneUnsuccessfulClick.SuccessClickPoint = new Position2D(102, 197);
// balloonRound_has4UnsuccessfulClick has 4 same click items as in balloonRound_hasUnsuccessfulClicks
// other fields are the same with balloonRound_hasUnsuccessfulClicks
balloonRound_has4UnsuccessfulClick.BalloonSize = 60;
balloonRound_has4UnsuccessfulClick.DestinationPoint = new Position2D(100, 200);
balloonRound_has4UnsuccessfulClick.Clicks = AddClickItemsNTimes(timeAndPosition_normal, 4);
balloonRound_has4UnsuccessfulClick.SuccessClickPoint = new Position2D(102, 197);
// balloonRound_has9UnsuccessfulClick has 9 same click items as in balloonRound_hasUnsuccessfulClicks
// other fields are the same with balloonRound_hasUnsuccessfulClicks
balloonRound_has9UnsuccessfulClick.BalloonSize = 60;
balloonRound_has9UnsuccessfulClick.DestinationPoint = new Position2D(100, 200);
balloonRound_has9UnsuccessfulClick.Clicks = AddClickItemsNTimes(timeAndPosition_normal, 9);
balloonRound_has9UnsuccessfulClick.SuccessClickPoint = new Position2D(102, 197);
// balloonRound_has14UnsuccessfulClick has 14 same click items as in balloonRound_hasUnsuccessfulClicks
// other fields are the same with balloonRound_hasUnsuccessfulClicks
balloonRound_has14UnsuccessfulClick.BalloonSize = 60;
balloonRound_has14UnsuccessfulClick.DestinationPoint = new Position2D(100, 200);
balloonRound_has14UnsuccessfulClick.Clicks = AddClickItemsNTimes(timeAndPosition_normal, 14);
balloonRound_has14UnsuccessfulClick.SuccessClickPoint = new Position2D(102, 197);
// balloonRound_has20UnsuccessfulClick has 20 same click items as in balloonRound_hasUnsuccessfulClicks
// other fields are the same with balloonRound_hasUnsuccessfulClicks
balloonRound_has20UnsuccessfulClick.BalloonSize = 60;
balloonRound_has20UnsuccessfulClick.DestinationPoint = new Position2D(100, 200);
balloonRound_has20UnsuccessfulClick.Clicks = AddClickItemsNTimes(timeAndPosition_normal, 20);
balloonRound_has20UnsuccessfulClick.SuccessClickPoint = new Position2D(102, 197);
catchRound.IsIdentifiedKeyPressed = true;
catchRound.identifiedKeyPressTime = 0.15f;
catchRound.ThiefAppearInRound = false;
catchRound.PersonAppearInRound = true;
catchRound_longTimeInClicks.IsIdentifiedKeyPressed = true;
catchRound_longTimeInClicks.identifiedKeyPressTime = 0.5f;
catchRound_longTimeInClicks.ThiefAppearInRound = true;
catchRound_longTimeInClicks.PersonAppearInRound = false;
catchRound_showTimeInClicks.IsIdentifiedKeyPressed = true;
catchRound_showTimeInClicks.identifiedKeyPressTime = 0.8f;
catchRound_showTimeInClicks.ThiefAppearInRound = true;
catchRound_showTimeInClicks.PersonAppearInRound = false;
imaghtHitRound.Add(new ImageHitRound());
imahtHitRound_longTimeInClicks.Add(new ImageHitRound());
imageHit_showTimeInClicks.Add(new ImageHitRound());
imaghtHitRound[0].imageName = "";
imaghtHitRound[0].imageTheme = "";
imaghtHitRound[0].isCorrectlyIdentified = false;
imaghtHitRound[0].isKeyPressed = false;
imaghtHitRound[0].isSpaceKey = false;
imaghtHitRound[0].keyPressTime = 0.5f;
imaghtHitRound[0].testTheme = "";
imahtHitRound_longTimeInClicks[0] = new ImageHitRound();
imahtHitRound_longTimeInClicks[0].imageName = "";
imahtHitRound_longTimeInClicks[0].imageTheme = "";
imahtHitRound_longTimeInClicks[0].isCorrectlyIdentified = false;
imahtHitRound_longTimeInClicks[0].isKeyPressed = false;
imahtHitRound_longTimeInClicks[0].isSpaceKey = false;
imahtHitRound_longTimeInClicks[0].keyPressTime = 0.2f;
imahtHitRound_longTimeInClicks[0].testTheme = "";
imageHit_showTimeInClicks[0] = new ImageHitRound();
imageHit_showTimeInClicks[0].imageName = "";
imageHit_showTimeInClicks[0].imageTheme = "";
imageHit_showTimeInClicks[0].isCorrectlyIdentified = false;
imageHit_showTimeInClicks[0].isKeyPressed = false;
imageHit_showTimeInClicks[0].isSpaceKey = false;
imageHit_showTimeInClicks[0].keyPressTime = 0.8f;
imageHit_showTimeInClicks[0].testTheme = "";
}
