public void applyTheTransforms(int e)
{
//apply transforms at the current time index to all the objects
//These have to match what is in Manifest.XML AND manifest loader in terms of order mytype etc.
string st = GetLine(e);
string[] stA = Regex.Split(st, myManifest.getSeparator());
string quatString;
string[] valArray;
int myType = -1;
int startString;
int endString;
int staLength = stA.Length;
logInfoDisplay.ChangeIndexText(e);
for (int i = 0; i < staLength; i++)
{
if (stA[i].IndexOf("(") != -1)
{
string label = (stA[i].Substring(0, stA[i].IndexOf("(")));
myType = myManifest.getTypeByLabel(label);
}
startString = stA[i].IndexOf("(") + 1;
endString = stA[i].Length - (1 + startString);
if (startString < 0)
{
startString = 0;
}
if (endString < 1)
{
endString = 1;
}
quatString = "";
if (stA[i].Length > 0)
{
quatString = stA[i].Substring(startString, endString);
valArray = Regex.Split(quatString, ",");
switch (myType)
{
case 1:
Quaternion HeadRot = new Quaternion(GetFloat(valArray[0]), GetFloat(valArray[1]), GetFloat(valArray[2]), GetFloat(valArray[3]));
CameraHead.transform.rotation = HeadRot;
leftCamera.transform.rotation = HeadRot;
rightCamera.transform.rotation = HeadRot;
break;
case 2:
Vector3 HeadPos = new Vector3(GetFloat(valArray[0]), GetFloat(valArray[1]), GetFloat(valArray[2]));
CameraHead.transform.position = HeadPos;
leftCamera.transform.position = HeadPos;
rightCamera.transform.position = HeadPos;
break;
case 3:
Vector3 LE = new Vector3(GetFloat(valArray[0]), GetFloat(valArray[1]), GetFloat(valArray[2]));
//LeftEye.transform.rotation = mainScript.GetEyeRotQuat(LE, CameraHead.transform.rotation);
//Kyle's entry
LeftEye.transform.localRotation = mainScript.eyeTrackInterpret.AssignRotation(LE, 1);
logInfoDisplay.ChangeLEyeText(LE);
//Quaternion LE = new Quaternion(GetFloat(valArray[0]), GetFloat(valArray[1]), GetFloat(valArray[2]), GetFloat(valArray[3]));
break;
case 4:
Vector3 RE = new Vector3(GetFloat(valArray[0]), GetFloat(valArray[1]), GetFloat(valArray[2]));
//RightEye.transform.rotation = mainScript.GetEyeRotQuat(RE, CameraHead.transform.rotation);
//Kyle's entry
RightEye.transform.localRotation = mainScript.eyeTrackInterpret.AssignRotation(RE, 0);
logInfoDisplay.ChangeREyeText(RE);
//Quaternion RE = new Quaternion(GetFloat(valArray[0]), GetFloat(valArray[1]), GetFloat(valArray[2]), GetFloat(valArray[3]));
break;
case 5:
Vector3 LContPos = new Vector3(GetFloat(valArray[0]), GetFloat(valArray[1]), GetFloat(valArray[2]));
LeftController.transform.position = LContPos;
break;
case 6:
Vector3 RContPos = new Vector3(GetFloat(valArray[0]), GetFloat(valArray[1]), GetFloat(valArray[2]));
RightController.transform.position = RContPos;
break;
case 7:
Quaternion LContRot = new Quaternion(GetFloat(valArray[0]), GetFloat(valArray[1]), GetFloat(valArray[2]), GetFloat(valArray[3]));
LeftController.transform.rotation = LContRot;
break;
case 8:
Quaternion RContRot = new Quaternion(GetFloat(valArray[0]), GetFloat(valArray[1]), GetFloat(valArray[2]), GetFloat(valArray[3]));
RightController.transform.rotation = RContRot;
break;
case 9:
float LTAxis = GetFloat(quatString);
LeftTrigger.transform.rotation = mainScript.getQuatFromTriggerValue(LTAxis, mainScript.LeftTriggerOrienter.transform.rotation.eulerAngles);
if (LTAxis > 0)
{
if (LTAxisTrackedValue == 0)
{
mainScript.DoTriggerPress("left");
}
}
else
if (LTAxis == 0)
{
if (LTAxisTrackedValue > 0)
{
mainScript.DoTriggerRelease("left");
}
}
LTAxisTrackedValue = LTAxis;
break;
case 10:
float RTAxis = GetFloat(quatString);
RightTrigger.transform.rotation = mainScript.getQuatFromTriggerValue(RTAxis, mainScript.RightTriggerOrienter.transform.rotation.eulerAngles);
if (RTAxis > 0)
{
if (RTAxisTrackedValue == 0)
{
mainScript.DoTriggerPress("right");
}
}
if (RTAxis == 0)
{
if (RTAxisTrackedValue > 0)
{
mainScript.DoTriggerRelease("right");
}
}
RTAxisTrackedValue = RTAxis;
break;
case 11:
Vector2 LCtopAxisPos = new Vector2(GetFloat(valArray[0]), GetFloat(valArray[1]));
Vector3 newPos = LeftTopAxisOrienter.transform.localPosition;
newPos.x = LeftTopAxisOrienter.transform.localPosition.x + (LCtopAxisPos.x * AxialRadialExtent);
newPos.z = LeftTopAxisOrienter.transform.localPosition.z - (LCtopAxisPos.y * AxialRadialExtent);
LeftTopAxis.transform.localPosition = newPos;
break;
case 12:
Vector2 RCtopAxisPos = new Vector2(GetFloat(valArray[0]), GetFloat(valArray[1]));
Vector3 newRPos = RightTopAxisOrienter.transform.localPosition;
newRPos.x = RightTopAxisOrienter.transform.localPosition.x + (RCtopAxisPos.x * AxialRadialExtent);
newRPos.z = RightTopAxisOrienter.transform.localPosition.z - (RCtopAxisPos.y * AxialRadialExtent);
RightTopAxis.transform.localPosition = newRPos;
break;
case 13:
//Left top button pressed
if (quatString.ToLower().IndexOf("true") != -1)
{
LeftTopButton.SetActive(false);
LeftTopButtonDown.SetActive(true);
}
else
{
LeftTopButton.SetActive(true);
LeftTopButtonDown.SetActive(false);
}
break;
case 14:
//Right top button pressed
if (quatString.ToLower().IndexOf("true") != -1)
{
RightTopButton.SetActive(false);
RightTopButtonDown.SetActive(true);
}
else
{
RightTopButton.SetActive(true);
RightTopButtonDown.SetActive(false);
}
break;
case 15:
//Left Grip button pressed
if (quatString.ToLower().IndexOf("true") != -1)
{
LeftGripButton.SetActive(false);
LeftGripButtonDown.SetActive(true);
}
else
{
LeftGripButton.SetActive(true);
LeftGripButtonDown.SetActive(false);
}
break;
case 16:
//Right Grip button pressed
if (quatString.ToLower().IndexOf("true") != -1)
{
RightGripButton.SetActive(false);
RightGripButtonDown.SetActive(true);
}
else
{
RightGripButton.SetActive(true);
RightGripButtonDown.SetActive(false);
}
break;
case 17:
//LeftPupil.GetComponent<RectTransform>().localScale = new Vector3(GetFloat(quatString), LeftPupil.GetComponent<RectTransform>().localScale.y, GetFloat(quatString));
mainScript.setPupilWidth(LeftPupil, GetFloat(quatString));
logInfoDisplay.ChangeLEyeWidthText(GetFloat(quatString));
break;
case 18:
//RightPupil.GetComponent<RectTransform>().localScale = new Vector3(GetFloat(quatString), RightPupil.GetComponent<RectTransform>().localScale.y, GetFloat(quatString));
mainScript.setPupilWidth(RightPupil, GetFloat(quatString));
logInfoDisplay.ChangeREyeWidthText(GetFloat(quatString));
break;
case 19:
int endSpot = quatString.IndexOf(":");
int theCurrentTest;
if (endSpot > 0)
{
theCurrentTest = int.Parse(quatString.Substring(0, endSpot));
}
else
{
theCurrentTest = int.Parse(quatString);
}
//put a colon in there so its plus 2 to skip the colon in manifest loader.
string testDataString = stA[i].Substring(startString + 2, endString - 1);
//this is test specific data stored in an open ended string that the specific test script can record and playback.
if (myTests.currentTest != -1)
{
myTests.baseTests[myTests.currentTest].dataString = testDataString;
}
if (theCurrentTest != myTests.currentTest)
{
myTests.showTest(theCurrentTest);
}
break;
case 20:
int theCurrentEnvironment = int.Parse(stA[i].Substring(startString, endString));
if (theCurrentEnvironment != myEnvironments.currentEnvironment)
{
myEnvironments.showObj(theCurrentEnvironment);
}
break;
case 21:
logInfoDisplay.ChangeTimeText(stA[i]);
break;
default:
break;
}
}
}
}
