// Start is called before the first frame update
void Start()
{
appendpath = Application.dataPath + ParticipantIDangle;
appendpath2 = Application.dataPath + ParticipantIDtime;
Attentiongrabberright.SetActive(false);
AttentionGrabberleft.SetActive(false);
}
void Update()
{
eulerAngY = transform.localEulerAngles.y;
//Left return button this pushes the filter on the right side back to the right position
if (Input.GetButtonDown("Fire1"))
{
Destroy(clone);
currentleft = 1;
manualreturnleft = true;
Thresholdleft = 400f;
Thresholdleft2 = 400f;
AttentionGrabbercreator = false;
sWriter2 = new StreamWriter(appendpath2, append: true);
sWriter = new StreamWriter(appendpath, append: true);
sWriter2.Write(",,Filter Moving Left Manually Returned MEDIUM\n,,");
sWriter2.Write(timerleft2 + "\n");
sWriter2.Close();
sWriter.Write(",,Filter Moving Left Manually Returned MEDIUM \n,,");
for (int k = 0; k < writelist.Count; k++)
{
sWriter.Write(writelist[k] + "\n,,");
}
sWriter.Write("\n");
sWriter.Close();
writelist.Clear();
timerleft2 = 0;
timerleft = 0;
}
if (Input.GetButtonDown("Speedhalf"))
{
speed = .015f;
}
if (Input.GetButtonDown("Speed1"))
{
speed = .03f;
}
if (Input.GetButtonDown("Speeddouble"))
{
speed = .06f;
}
//left filterstarter pushes the right side to the left
if (Input.GetButtonDown("a"))
{
currentleft = 0;
AttentionGrabbercreator = true;
triggeractivateleft = true;
manualreturnleft = false;
currentangleleft = eulerAngY;
Debug.Log(currentangleleft);
Desiredangleleft = currentangleleft - Inputangleleft;
Debug.Log(Desiredangleleft);
if (Desiredangleleft < 0)
{
Desiredangleleft = 360 + Desiredangleleft;
}
Thresholdleft = Desiredangleleft - 15;
Debug.Log("Threshold = " + Thresholdleft);
Thresholdleft2 = Desiredangleleft + 15;
Debug.Log("Threshold2 = " + Thresholdleft2);
}
//Right filter return pushes the left side filter back home
if (Input.GetButtonDown("Fire2"))
{
Destroy(clone);
current = 1;
manualreturn = true;
AttentionGrabbercreator = false;
Threshold = 400f;
Threshold2 = 400f;
sWriter2 = new StreamWriter(appendpath2, append: true);
sWriter = new StreamWriter(appendpath, append: true);
sWriter2.Write(",,,,,,,,Filter Moving Right Manually Returned MEDIUM\n,,,,,,,,");
sWriter2.Write(timer2 + "\n");
sWriter.Write(",,,,,,,,Filter Moving Right Manually Returned MEDIUM\n,,,,,,,,");
for (int k = 0; k < writelist.Count; k++)
{
sWriter.Write(writelist[k] + "\n,,,,,,,,");
}
sWriter.Write("\n");
writelist.Clear();
sWriter.Close();
sWriter2.Close();
timer2 = 0;
timer = 0;
}
//right filter start pushed left side filter towards the right
if (Input.GetButtonDown("Fire3"))
{
current = 0;
AttentionGrabbercreator = true;
triggeractivate = true;
manualreturn = false;
currentangle = eulerAngY;
Debug.Log(currentangle);
Desiredangle = currentangle + Inputangle;
Debug.Log(Desiredangle);
if (Desiredangle > 360)
{
Desiredangle = Desiredangle - 360;
}
Threshold = Desiredangle - 15;
Debug.Log("Threshold = " + Threshold);
Threshold2 = Desiredangle + 15;
Debug.Log("Threshold2 = " + Threshold2);
}
if (triggeractivate)
{
//Left side filter is being pushed to the right
float step = speed * Time.deltaTime; // calculate distance to move
if (!manualreturn)
{
timer = timer += Time.deltaTime;
timer2 = timer2 += Time.deltaTime;
}
if (timer >= waittime)
{
writelist.Add(item: eulerAngY);
timer = timer - waittime;
}
Geometry.transform.position = Vector3.MoveTowards(Geometry.transform.position, waypoints[current].position, step);
if ((eulerAngY >= Threshold) && (eulerAngY <= Threshold2))
{
current = 1;
timer2 = timer2 -= Time.deltaTime;
if (AttentionGrabbercreator)
{
Attentiongrabberright.SetActive(true);
clone = Instantiate(Attentiongrabberright, Attentiongrabberright.transform.position, Attentiongrabberright.transform.rotation);
AttentionGrabbercreator = false;
Attentiongrabberright.SetActive(false);
}
if (Vector3.Distance(Geometry.transform.position, waypoints[current].position) < 0.001f)
{
triggeractivate = false;
manualreturn = false;
sWriter2 = new StreamWriter(appendpath2, append: true);
sWriter = new StreamWriter(appendpath, append: true);
sWriter.Write(",,,,,,,,Righttrigger MEDIUM \n,,,,,,,,");
for (int k = 0; k < writelist.Count; k++)
{
sWriter.Write(writelist[k] + "\n,,,,,,,,");
}
sWriter.Write("\n");
sWriter2.Write(",,,,,,,,Time taken for user to turn right MEDIUM \n,,,,,,,,");
sWriter2.Write(timer2 + "\n");
sWriter.Close();
sWriter2.Close();
writelist.Clear();
timer2 = 0;
timer = 0;
Destroy(clone);
}
}
else
{
if (!manualreturn)
{
current = 0;
}
}
}
if (triggeractivateleft)
{
//right side filter is moving left
if (!manualreturnleft)
{
timerleft = timerleft += Time.deltaTime;
timerleft2 = timerleft2 += Time.deltaTime;
}
if (timerleft >= waittime)
{
writelist.Add(item: eulerAngY);
timerleft = timerleft - waittime;
}
float step = speed * Time.deltaTime; // calculate distance to move
Geometryleft.transform.position = Vector3.MoveTowards(Geometryleft.transform.position, waypointsleft[currentleft].position, step);
if ((eulerAngY >= Thresholdleft) && (eulerAngY < Thresholdleft2))
{
currentleft = 1;
timerleft2 = timerleft2 -= Time.deltaTime;
if (AttentionGrabbercreator)
{
AttentionGrabberleft.SetActive(true);
clone = Instantiate(AttentionGrabberleft, AttentionGrabberleft.transform.position, AttentionGrabberleft.transform.rotation);
AttentionGrabbercreator = false;
AttentionGrabberleft.SetActive(false);
}
if (Vector3.Distance(Geometryleft.transform.position, waypointsleft[currentleft].position) < 0.001f)
{
triggeractivateleft = false;
manualreturnleft = false;
sWriter2 = new StreamWriter(appendpath2, append: true);
sWriter = new StreamWriter(appendpath, append: true);
sWriter.Write(",,Lefttrigger MEDIUM \n,,");
for (int k = 0; k < writelist.Count; k++)
{
sWriter.Write(writelist[k] + "\n,,");
}
sWriter.Write("\n");
sWriter2.Write(",,Time taken for user to turn left MEDIUM\n,,");
sWriter2.Write(timerleft2 + "\n");
sWriter.Close();
sWriter2.Close();
writelist.Clear();
timerleft2 = 0;
Destroy(clone);
}
}
else
{
if (!manualreturnleft)
{
currentleft = 0;
}
}
}
}
