void OnEnable()
{
codes = allSegments[randomIndexes[segmentHolderIndex]].codeSegments;
print("time on start:" + Time.time);
Time.timeScale = 0;
string[] randomizedCodes;
initialCodes = new string[codes.Length];
randomizedCodes = new string[codes.Length];
for (int j = 0; j < codes.Length; j++)
{
initialCodes[j] = codes[j].getCode();
randomizedCodes[j] = initialCodes[j];
}
RandomizeArray.randomize(randomizedCodes, randomizedCodes.Length);
int i = 0;
foreach (var code in codeHolders)
{
code.text = randomizedCodes[i];
i++;
}
}
public void AddNewRecepiesToQueue()
{
RandomizeArray.Randomize <Recipe>(recipesForQueueing);
foreach (var recipe in recipesForQueueing)
{
recipesQueue.Enqueue(recipe);
}
}
void SetFirstNRandomIndexes(int numberOfSegments)
{
randomIndexes = new int[numberOfSegments];
for (int i = 0; i < numberOfSegments; i++)
{
randomIndexes[i] = i;
}
RandomizeArray.randomize(randomIndexes, numberOfSegments);
}
void Awake()
{
Instance = this;
activeRecipesClones = new Recipe[activeRecipes.Length];
for (int i = 0; i < activeRecipes.Length; i++)
{
activeRecipesClones[i] = CloneRecipe(activeRecipes[i]);
}
recipesQueue = new Queue <Recipe>();
RandomizeArray.Randomize <Recipe>(recipesForQueueing);
AddNewRecepiesToQueue();
}
public void nextTrial()
{
trialSeqCounter = trialSeqCounter + 1;
cubeSeqCounter = cubeSeqCounter + 1;
// reshuffle cube appearance after one "cube order" (emsCurrently 3 objects) has been presented
if (cubeSeqCounter == CubeSeq.Length - 1)
{
cubeSeqCounter = 0;
RandomizeArray.ShuffleArray(CubeSeq); // Re-Randomize Cube Appearance Sequence
// in TU Berlin experiment (04/2018) cube location is not considered a factor of interest
// and is not going to be examined. Therefore randomize appearance of cube locations!
}
// set wait time to 2 second, displays visual feedback for 2 second before hiding it and starting next trial
if (actualTime < -2.5f)
{
actualTime = -2.5f;
}
updateEndOfTrialLogic = true;
}
// Use this for initialization
void Start()
{
NormalConflictArr = new int[nrOfTrials];
if (vibroFeedbackCondition)
{
feedback_type = "vibro";
}
else if (emsFeedbackCondition)
{
feedback_type = "ems";
}
else
{
feedback_type = "visual";
}
// init LSL markerstream
marker = FindObjectOfType <LSLMarkerStream>();
// init arduino
arduino = Arduino.global;
arduino.Setup(ConfigurePins);
// Finding the game object
table = GameObject.Find("Table");
plane = GameObject.Find("Plane");
leapmotion = GameObject.Find("LeapHandController");
instruct = GameObject.Find("IntroGUI");
textBox = GameObject.Find("TextBox");
endexp = GameObject.Find("End");
startPos = GameObject.Find("startPosDisc");
resting = GameObject.Find("resting");
questionnaire = GameObject.Find("questionnaire");
q = GameObject.Find("question");
ra = GameObject.Find("right_anchor");
la = GameObject.Find("left_anchor");
send = GameObject.Find("send");
// rehastim interface
rehastim = GameObject.Find("RehaStim");
// For Big Cube
cubeLeft = GameObject.Find("CubeLeft");
cubeMiddle = GameObject.Find("CubeMiddle");
cubeRight = GameObject.Find("CubeRight");
// Assign game objects to arrays
cubeGameObjArr[0] = cubeLeft;
cubeGameObjArr[1] = cubeMiddle;
cubeGameObjArr[2] = cubeRight;
// Randomize Cube Appearance Sequence
RandomizeArray.ShuffleArray(CubeSeq);
// Trial definition error with 1s and 0s for either conflict or normal trial depending on volatility of simulation
if (!training)
{
NormalConflictArr = RandomizeArray.GenerateArraySequences(nrOfTrials, 0.1, 5);
}
// todo fix GenerateArraySequence function so volatility param works
// if (volatility == 1)
// {
// NormalConflictArr = RandomizeArray.GenerateArraySequences(nrOfTrials, 0.1, 5);
// }
// else if (volatility == 0)
// {
// NormalConflictArr = RandomizeArray.GenerateArraySequences(nrOfTrials, 0.1, 5);
// }
// instruct and leapmotion game object remain visible and only table, plane and the end instruction are made invisible
table.gameObject.GetComponent <Renderer>().enabled = false;
plane.gameObject.GetComponent <Renderer>().enabled = false;
instruct.gameObject.gameObject.GetComponent <Canvas>().enabled = true;
endexp.gameObject.gameObject.GetComponent <Canvas>().enabled = false;
resting.gameObject.GetComponent <Renderer>().enabled = false;
questionnaire.SetActive(false);
// hide startPosDisc
startPos.SetActive(false);
DisableAllCube(); // set color to white, disable renderer and sphereCollider
}