/*internal void flyByWire(Vector3 camPos, Vector3 camRot, float scale, Vector3 modelRot)
{
RecorderFrame frame;
frame.
}*/
internal void flyByWire(RecorderFrame frameData, PreloadedModelsStorage modelStorage, bool forceCam)
{
if (forceCam)
{
//MonoBehaviour.print("Forcing cam to "+frameData.camPos+" , "+frameData.camRot);
OVRcamRig.transform.position = frameData.camPos;
OVRcamRig.transform.rotation = Quaternion.Euler(frameData.camRot);
}
if (frameData.textState == RecorderFrame.TEXTSTATE.BIG | frameData.textState == RecorderFrame.TEXTSTATE.BOTH)
{
setBigText(frameData.bigText);
}
if (frameData.textState == RecorderFrame.TEXTSTATE.STATE | frameData.textState == RecorderFrame.TEXTSTATE.BOTH)
{
setStateText(frameData.stateText);
}
currentZoom = frameData.modelScale;
currentRotEuler = frameData.modelRot;
for (int i = 0; i < frameData.modelIDs.Length; i++)
{
MonoBehaviour.print("Assinging model "+frameData.modelFilenames[i]+" to "+frameData.modelIDs[i]);
assignSpecific(frameData.modelIDs[i], modelStorage.getModelForcedLoad(frameData.modelFilenames[i]));
}
}
// Update is called once per frame
void FixedUpdate()
{
if (open)
{
RecorderFrame frame = new RecorderFrame();
Transform camTransform = GlobalStateHolder.unityInterface.OVRcamera.GetComponent<Transform>();
frame.camPos = camTransform.position;
//MonoBehaviour.print(camTransform.name+"(camPos) is "+frame.camPos);
frame.camRot = camTransform.rotation.eulerAngles;
frame.modelScale = GlobalStateHolder.unityInterface.getCurrentScale();
frame.modelRot = GlobalStateHolder.unityInterface.getCurrentRotation();
//MonoBehaviour.print("scale " + frame.modelScale + " rot " + frame.modelRot);
Model[] duplet = GlobalStateHolder.unityInterface.getCurrentDuplet();
if (duplet == null) duplet = new Model[2];
Model[] triplet = GlobalStateHolder.unityInterface.getCurrentTriplet();
if (triplet == null) triplet = new Model[3];
Model[] models = duplet.Concat(triplet).ToArray();
int modelDiff = 0;
for (int i = 0; i < models.Length; i++)
{
if (models[i] != currentModels[i])
{
modelDiff++;
if (models[i] != null)
addUsedModel(models[i]);
}
}
frame.modelIDs = new int[modelDiff];
frame.modelFilenames = new string[modelDiff];
int modelPos = 0;
for (int i = 0; i < models.Length; i++)
{
if (models[i] != currentModels[i])
{
currentModels[i] = models[i];
frame.modelIDs[modelPos] = i;
if (models[i] != null)
frame.modelFilenames[modelPos] = models[i].Path;
else
frame.modelFilenames[modelPos] = "NO_MODEL";
modelPos++;
}
}
string stateText = GlobalStateHolder.unityInterface.getStateText();
string bigText = GlobalStateHolder.unityInterface.getBigText();
//MonoBehaviour.print("bigText:" + bigText);
if ((currentStateText.CompareTo(stateText) != 0))
{
frame.stateText = stateText;
currentStateText = stateText;
}
if ((currentBigText.CompareTo(bigText) != 0))
{
frame.bigText = bigText;
currentBigText = bigText;
}
frame.textState = RecorderFrame.TEXTSTATE.NONE;
if (frame.stateText != null & frame.bigText != null)
frame.textState = RecorderFrame.TEXTSTATE.BOTH;
else
{
if (frame.stateText != null)
frame.textState = RecorderFrame.TEXTSTATE.STATE;
if (frame.bigText != null)
frame.textState = RecorderFrame.TEXTSTATE.BIG;
}
frame.write(writer);
MonoBehaviour.print("Wrote recorder frame");
//IMCOScreen currentScreen = unityInterface.g
}
}
