// Update is called once per frame
void NewParticipantListener()
{
participantID.text = ps.GetParticipantAsString();
ps.ConditionFromParticipant();
ParticipantStatus.Condition cond = ps.GetCondition();
cubeset.text = cond.cubeset.ToString();
arrangement.text = cond.catmap.ToString();
}
// in order for this to work we need an EventSystem component
void SetParticipantCondition()
{
ps.SetCondition(int.Parse(cubeset.text), int.Parse(arrangement.text)).BuildParticipantFromCondition();
if (ps.GetParticipant() > 0)
{
Debug.Log("condition " + ps.GetCondition() + " for " + ps.GetParticipant());
SceneManager.LoadScene(NextScene, LoadSceneMode.Single);
}
}
// in order for this to work we need an EventSystem component
void SetParticipantCondition()
{
ps.SetCondition(int.Parse(cubeset.text), int.Parse(arrangement.text)).BuildParticipantFromCondition();
if (ps.GetParticipant() > 0)
{
menu.SetActive(false);
controInfo.SetActive(true);
Debug.Log("condition " + ps.GetCondition() + " for " + ps.GetParticipant());
}
}
void PreviousParticipantListener()
{
if (ps.GetParticipant() > 0)
{
participantID.text = ps.GetParticipantAsString();
ParticipantStatus.Condition cond = ps.GetCondition();
cubeset.text = cond.cubeset.ToString();
arrangement.text = cond.catmap.ToString();
}
}
// in order for this to work we need an EventSystem component
void StartExperimentListener()
{
if (ps.GetParticipant() > 0)
{
Debug.Log("Starting experiment: condition " + ps.GetCondition() + " for " + ps.GetParticipant());
if (NextScene != null && NextScene != "")
{
SceneManager.LoadScene(NextScene, LoadSceneMode.Single);
}
}
}
public DataFarmerObject(string tag)
{
this.tag = tag;
this.timestamp = Time.time;
ps = ParticipantStatus.GetInstance();
this.participant = ps.GetParticipant();
this.trial = ps.GetTrial();
this.condition = ps.GetCondition();
this.category = ps.GetCategory();
this.cube = ps.GetCube();
}
// Update is called once per frame
public void Update()
{
GameObject cube = GameObject.FindGameObjectWithTag("Interactable Object");
if (player != null && cube != null)
{
if (cube != null)
{
Transform transform = cube.GetComponent <Transform>();
int[] angles =
{
(int)Math.Abs(Math.Round(Vector3.Angle(player.transform.forward, transform.right)) - 90.0),
(int)Math.Abs(Math.Round(Vector3.Angle(player.transform.forward, transform.up)) - 90.0),
(int)Math.Abs(Math.Round(Vector3.Angle(player.transform.forward, transform.forward)) - 90.0),
};
int max = angles.Max();
int visibleSide = NOSIDE;
// basic idea: is the cube face angled towards us enough for us to see it?
// we also want to check if the player's head is rotated up or to the side too far
if (max > thresholdAngle)
{
visibleSide = angles.ToList().IndexOf(max);
}
bool publishUpdate = false;
if (ps.GetTrial() != trial)
{
trial = ps.GetTrial();
publishUpdate = true;
}
else
{
if (visibleSide != previousSide)
{
publishUpdate = true;
}
}
if (publishUpdate)
{
// the last Vector3 is a placeholder for the cumulative movement of the head and hand controllers
DataFarmer.GetInstance().Save(
new DFFixation(
"up=" + angles[UP],
"forward=" + angles[FORWARD],
"right=" + angles[RIGHT],
dirStrings[visibleSide],
ps.DisplacementsToString()
)
);
previousSide = visibleSide;
}
if (detailedLogging && measurements % 20 == 0)
{
angleDisplay.text =
"participant " + ps.GetParticipantAsString()
+ " condition " + ps.GetCondition().ToString() + "\n"
+ "right " + player.transform.forward[RIGHT]
+ " up " + player.transform.forward[UP]
+ "\n" + dirStrings[UP] + " " + angles[UP]
+ ", " + dirStrings[RIGHT] + " " + angles[RIGHT]
+ ", " + dirStrings[FORWARD] + " " + angles[FORWARD]
+ "\n" + dirStrings[visibleSide] + " is facing you"
+ "\n" + "correct answer is " + ps.GetCategory();
}
;
measurements++;
}
}
}