private static string RelativeValueForInstruction(InstructionSave instruction, CustomVariable customVariable, IElement element)
{
if (!string.IsNullOrEmpty(customVariable.SourceObject))
{
string relativeMember = InstructionManager.GetRelativeForAbsolute(customVariable.SourceObjectProperty);
return(relativeMember);
}
else
{
string relativeMember = null;
if (element is EntitySave)
{
relativeMember = InstructionManager.GetRelativeForAbsolute(instruction.Member);
}
return(relativeMember);
}
}
/// <summary>
/// Coroutine for the welcome text.
/// Implement your welcome loop here.
/// </summary>
/// <returns>Yield instruction</returns>
public override IEnumerator WelcomeLoop()
{
// First flag that we are in the welcome routine
welcomeDone = false;
inWelcome = true;
//
HudManager.DisplayText("Look to the top right.");
InstructionManager.DisplayText("This is the welcome. Here you can write a welcome for your subject! \n Press the trigger button to continue...");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
//
HudManager.ClearText();
InstructionManager.DisplayText("It's awesome! \n Press the trigger button to continue...");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
// Now that you are done, set the flag to indicate we are done.
welcomeDone = true;
}
public static void RecordInstructions(InstructionList listToRecordTo, double timeToExecute,
List <string> membersToIgnore, Text textToRecord)
{
foreach (string member in EditorData.CurrentTextMembersWatching)
{
if (membersToIgnore.Contains(member) == false)
{
Type memberType = InstructionManager.GetTypeForMember(mTextType, member);
Type genericType = typeof(Instruction <,>).MakeGenericType(
mTextType, memberType);
object value = FlatRedBall.Instructions.Reflection.LateBinder <Text> .Instance[textToRecord, member];
Instruction instruction = Activator.CreateInstance(genericType,
textToRecord, member, value, timeToExecute) as Instruction;
listToRecordTo.Add(instruction);
}
}
}
private bool ApplyDesiredDirectionToMovement(Direction desiredDirection, TileShapeCollection collision,
PositionedObjectList <Character> characters)
{
bool movedNewDirection = false;
if (isMovingToTile == false && desiredDirection != Direction.None)
{
float desiredX = this.X;
float desiredY = this.Y;
bool isBlocked;
MoveInDirection(desiredDirection, ref desiredX, ref desiredY);
this.ForwardCollision.X = desiredX;
this.ForwardCollision.Y = desiredY;
isBlocked = GetIfIsBlocked(collision, characters);
if (isBlocked)
{
// move the collision back so it occupies the character's tile
this.ForwardCollision.Position = this.Position;
}
else
{
float timeToTake = tileSize / MovementSpeed;
InstructionManager.MoveToAccurate(this, desiredX, desiredY, this.Z, timeToTake);
isMovingToTile = true;
this.Call(() =>
{
this.isMovingToTile = false;
BackwardCollision.Position = this.Position;
UpdateActionCollision();
}).After(timeToTake);
movedNewDirection = true;
}
}
return(movedNewDirection);
}
/// <summary>
/// Coroutine for the experiment instructions.
/// Implement your instructions loop here.
/// </summary>
/// <returns>Yield instruction</returns>
public override IEnumerator InstructionsLoop()
{
// First flag that we are in the instructions routine
instructionsDone = false;
inInstructions = true;
//Instructions
if (sessionNumber == 1) // first session
{
InstructionManager.DisplayText("Alright, the sphere targets should have spawned for you." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("In the 1st session, you will need to reach to the spheres using your index finger." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("If you are ready, let's start training!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
}
else if (sessionNumber == 2) // second session
{
InstructionManager.DisplayText("You've finished the 1st session, well done. Let's start the second session" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("The sphere targets have been replaced by bottle targets and a bottle has been placed in your hand." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("In the 2nd session, you will need to match bothe the target locations and orientations ." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("If you are ready, let's start training!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
}
// Now that you are done, set the flag to indicate we are done.
instructionsDone = true;
}
protected virtual void UnpauseThisScreen()
{
InstructionManager.UnpauseEngine();
this.IsPaused = false;
}
public void StartAsyncLoad(string screenType, Action afterLoaded = null)
{
if (AsyncLoadingState == AsyncLoadingState.LoadingScreen)
{
#if DEBUG
throw new InvalidOperationException("This Screen is already loading a Screen of type " + asyncScreenTypeToLoad + ". This is a DEBUG-only exception");
#endif
}
else if (AsyncLoadingState == AsyncLoadingState.Done)
{
#if DEBUG
throw new InvalidOperationException("This Screen has already loaded a Screen of type " + asyncScreenTypeToLoad + ". This is a DEBUG-only exception");
#endif
}
else
{
AsyncLoadingState = AsyncLoadingState.LoadingScreen;
asyncScreenTypeToLoad = ScreenManager.MainAssembly.GetType(screenType);
if (asyncScreenTypeToLoad == null)
{
throw new Exception("Could not find the type " + screenType);
}
#if REQUIRES_PRIMARY_THREAD_LOADING
// We're going to do the "async" loading on the primary thread
// since we can't actually do it async.
PerformAsyncLoad();
if (afterLoaded != null)
{
afterLoaded();
}
#else
mNumberOfThreadsBeforeAsync = FlatRedBallServices.GetNumberOfThreadsToUse();
FlatRedBallServices.SetNumberOfThreadsToUse(1);
Action action;
if (afterLoaded == null)
{
action = (Action)PerformAsyncLoad;
}
else
{
action = () =>
{
PerformAsyncLoad();
// We're going to add this to the instruction manager so it executes on the main thread:
InstructionManager.AddSafe(new DelegateInstruction(afterLoaded));
};
}
#if WINDOWS_8 || UWP
System.Threading.Tasks.Task.Run(action);
#else
ThreadStart threadStart = new ThreadStart(action);
Thread thread = new Thread(threadStart);
thread.Start();
#endif
#endif
}
}
public virtual void UnpauseThisScreen()
{
InstructionManager.UnpauseEngine();
Math.Collision.CollisionManager.Self.IsPausedByScreen = false;
this.IsPaused = false;
}
void Start()
{
sMan = GameObject.FindObjectOfType<SignpostManager> ();
iMan = GameObject.FindObjectOfType<InstructionManager> ();
spriteRenderer = transform.parent.gameObject.GetComponent<SpriteRenderer> ();
}
public bool relativeX, relativeY, relativeZ; // Apply adjustment over these axes
private void Start()
{
this.simManComp = simManager.GetComponent <SimManager>();
this.instrManComp = instrManager.GetComponent <InstructionManager>();
}
private static void GenerateInterpolateForIndividualStateNoSource(ref ICodeBlock codeBlock, IElement element, ref ICodeBlock otherBlock, InstructionSave instruction, CustomVariable customVariable, string valueAsString, string timeCastString)
{
string velocityMember =
FlatRedBall.Instructions.InstructionManager.GetVelocityForState(instruction.Member);
// If the velocityMember exists, we need to make sure it's actually exposable
if (!ExposedVariableManager.GetExposableMembersFor(element, false).Any(item => item.Member == velocityMember))
{
velocityMember = null;
}
if (velocityMember == null && customVariable.HasAccompanyingVelocityProperty)
{
velocityMember = customVariable.Name + "Velocity";
}
if (!string.IsNullOrEmpty(velocityMember))
{
string relativeVelocity = InstructionManager.GetRelativeForAbsolute(velocityMember);
string leftHandPlusEquals = null;
if (!string.IsNullOrEmpty(relativeVelocity))
{
codeBlock = codeBlock
.If("this.Parent != null");
otherBlock = otherBlock
.If("this.Parent != null");
string instructionMemberRelative = InstructionManager.GetRelativeForAbsolute(instruction.Member);
leftHandPlusEquals = relativeVelocity + " = ";
codeBlock.Line(leftHandPlusEquals + "(" + valueAsString + " - " +
instructionMemberRelative + ") / " + timeCastString + "secondsToTake;");
otherBlock.Line(leftHandPlusEquals + " 0;");
codeBlock = codeBlock
.End()
.Else();
otherBlock = otherBlock
.End()
.Else();
}
leftHandPlusEquals = velocityMember + " = ";
codeBlock.Line(leftHandPlusEquals + "(" + valueAsString + " - " + instruction.Member +
") / " + timeCastString + "secondsToTake;");
otherBlock.Line(leftHandPlusEquals + " 0;");
if (!string.IsNullOrEmpty(relativeVelocity))
{
codeBlock = codeBlock.End();
otherBlock = otherBlock.End();
}
}
}
private void FixedUpdate()
{
//
// Tasks performed determinalistically throughout the experiment
// E.g. data gathering.
//
switch (experimentState)
{
case ExperimentState.PerformingTask:
//
// Gather data while experiment is in progress
//
string displayData = "Training time elapsed: " + taskTime.ToString() + " seconds.";
// Read from all user sensors
foreach (ISensor sensor in AvatarSystem.GetActiveSensors())
{
if (sensor.GetSensorType().Equals(SensorType.EMGWiFi))
{
displayData += "\n" + sensor.GetSensorType().ToString() + " Command:";
float[] sensorData = sensor.GetAllProcessedData();
foreach (float element in sensorData)
{
displayData += "\n" + element.ToString();
}
}
else if (sensor.GetSensorType().Equals(SensorType.VirtualEncoder))
{
displayData += "\n" + sensor.GetSensorType().ToString() + " Command:";
float[] sensorData = sensor.GetAllProcessedData();
foreach (float element in sensorData)
{
displayData += "\n" + element.ToString();
}
}
}
InstructionManager.DisplayText(displayData);
//hudManager.DisplayText(logData);
//
// Append data to lists
//
taskTime += Time.fixedDeltaTime;
//
// Raycast debug
//
// Vector3 shoulderToElbow = elbowGO.transform.position - residualLimbGO.transform.position;
// Vector3 shoulderToHand = handGO.transform.position - (residualLimbGO.transform.position - 0.25f * shoulderToElbow);
// Debug.DrawRay(residualLimbGO.transform.position - 0.2f * shoulderToElbow, shoulderToHand, Color.magenta);
//
// Save log and reset flags when successfully compeleted task
//
if (IsTaskDone())
{
//
// Perform data management, such as appending data to lists for analysis
//
//
// Save logger for current experiment and change to data analysis
//
//ExperimentSystem.GetActiveLogger(1).CloseLog();
//
// Clear data management buffers
//
experimentState = ExperimentState.AnalizingResults;
break;
}
// Check if requested to end training
UpdateEnd();
break;
default:
break;
}
}
// Update is called once per frame
void Update()
{
switch (experimentState)
{
/*
*************************************************
* HelloWorld
*************************************************
*/
// Welcome subject to the virtual world.
case ExperimentState.Welcome:
if (WaitFlag)
{
if (debug)
{
TeleportToStartPosition();
}
HudManager.ClearText();
experimentState = ExperimentState.Initialising;
}
else
{
HudManager.DisplayText("Welcome!");
InstructionManager.DisplayText("Hello world!");
}
break;
/*
*************************************************
* InitializingApplication
*************************************************
*/
// Perform initialization functions before starting experiment.
case ExperimentState.Initialising:
//
// Perform experiment initialization procedures
//
//
// Initialize data logs
//
//
// Go to training
//
experimentState = ExperimentState.Training;
break;
/*
*************************************************
* Practice
*************************************************
*/
// Perform initialization functions before starting experiment.
case ExperimentState.Training:
//
// Guide subject through training
//
//
// Go to instructions
//
experimentState = ExperimentState.Instructions;
break;
/*
*************************************************
* GivingInstructions
*************************************************
*/
case ExperimentState.Instructions:
// Skip instructions when repeating sessions
if (SkipInstructions)
{
HudManager.DisplayText("Move to start", 2.0f);
// Turn targets clear
experimentState = ExperimentState.WaitingForStart;
break;
}
//
// Give instructions
//
//
// Go to waiting for start
//
HudManager.DisplayText("Move to start", 2.0f);
// Turn targets clear
experimentState = ExperimentState.WaitingForStart;
break;
/*
*************************************************
* WaitingForStart
*************************************************
*/
case ExperimentState.WaitingForStart:
// Show status to subject
infoText = GetInfoText();
InstructionManager.DisplayText(infoText);
// Check if pause requested
UpdatePause();
switch (waitState)
{
// Waiting for subject to get to start position.
case WaitState.Waiting:
if (IsReadyToStart())
{
startEnable = true;
// Select target
gridManager.SelectBall(iterationNumber - 1);
waitState = WaitState.Countdown;
}
break;
// HUD countdown for reaching action.
case WaitState.Countdown:
// If all is good and haven't started counting, start.
if (startEnable && !counting && !CountdownDone)
{
// Manage countdown
HudManager.ClearText();
StopHUDCountDown();
counting = true;
HUDCountDown(3);
}
// If all is good and the countdownDone flag is raised, switch to reaching.
else if (CountdownDone)
{
// Reset flags
startEnable = false;
counting = false;
countdownDone = false;
// Continue
experimentState = ExperimentState.PerformingTask;
waitState = WaitState.Waiting;
break;
}
// If hand goes out of target reset countdown and wait for position
else if (!IsReadyToStart() && !CountdownDone)
{
StopHUDCountDown();
startEnable = false;
counting = false;
countdownDone = false;
// Clear ball
gridManager.ResetBallSelection();
// Indicate to move back
HudManager.DisplayText("Move to start", 2.0f);
waitState = WaitState.Waiting;
break;
}
break;
default:
break;
}
break;
/*
*************************************************
* PerformingTask
*************************************************
*/
case ExperimentState.PerformingTask:
// Task performance is handled deterministically in FixedUpdate.
break;
/*
*************************************************
* AnalizingResults
*************************************************
*/
case ExperimentState.AnalizingResults:
// Allow 3 seconds after task end to do calculations
SetWaitFlag(3.0f);
//
// Data analysis and calculations
//
//
// System update
//
//
// Data logging
//
//
// Flow managment
//
// Rest for some time when required
if (IsRestTime())
{
SetWaitFlag(RestTime);
experimentState = ExperimentState.Resting;
}
// Check whether the new session condition is met
else if (IsEndOfSession())
{
experimentState = ExperimentState.InitializingNext;
}
// Check whether the experiment end condition is met
else if (IsEndOfExperiment())
{
experimentState = ExperimentState.End;
}
else
{
experimentState = ExperimentState.UpdatingApplication;
}
break;
/*
*************************************************
* UpdatingApplication
*************************************************
*/
case ExperimentState.UpdatingApplication:
if (WaitFlag)
{
//
// Update iterations and flow control
//
iterationNumber++;
completedIterations++;
//
// Update log requirements
//
//
//
// Go to start of next iteration
experimentState = ExperimentState.WaitingForStart;
}
break;
/*
*************************************************
* InitializingNext
*************************************************
*/
case ExperimentState.InitializingNext:
//
// Perform session closure procedures
//
//
// Initialize new session variables and flow control
//
iterationNumber = 1;
sessionNumber++;
skipInstructions = true;
//
// Initialize data logging
//
ExperimentSystem.GetActiveLogger(1).AddNewLogFile(sessionNumber, iterationNumber, "Data format");
experimentState = ExperimentState.Initialising; // Initialize next session
break;
/*
*************************************************
* Resting
*************************************************
*/
case ExperimentState.Resting:
//
// Check for session change or end request from experimenter
//
if (UpdateNext())
{
ConfigureNextSession();
break;
}
else if (UpdateEnd())
{
EndExperiment();
break;
}
//
// Restart after flag is set by wait coroutine
//
if (WaitFlag)
{
HudManager.DisplayText("Get ready to restart!", 3.0f);
SetWaitFlag(5.0f);
experimentState = ExperimentState.UpdatingApplication;
break;
}
break;
/*
*************************************************
* Paused
*************************************************
*/
case ExperimentState.Paused:
//
// Check for session change or end request from experimenter
//
UpdatePause();
if (UpdateNext())
{
ConfigureNextSession();
break;
}
else if (UpdateEnd())
{
EndExperiment();
break;
}
break;
/*
*************************************************
* End
*************************************************
*/
case ExperimentState.End:
//
// Update log data and close logs.
//
//
// Return to main menu
//
default:
break;
}
//
// Update information displayed on monitor
//
//
// Update information displayed for debugging purposes
//
if (debug)
{
debugText.text = experimentState.ToString() + "\n";
if (experimentState == ExperimentState.WaitingForStart)
{
debugText.text += waitState.ToString() + "\n";
}
float qShoulder = Mathf.Rad2Deg * (upperArmTracker.GetProcessedData(5) + Mathf.PI); // Offsetting to horizontal position being 0.
float qElbow = Mathf.Rad2Deg * (lowerArmTracker.GetProcessedData(5)) - qShoulder; // Offsetting to horizontal position being 0.
debugText.text += qShoulder.ToString() + "\n";
debugText.text += qElbow.ToString() + "\n";
}
}
// Update is called once per frame
void Update()
{
switch (experimentState)
{
/*
*************************************************
* HelloWorld
*************************************************
*/
// Welcome subject to the virtual world.
case ExperimentState.Welcome:
if (WaitFlag)
{
HudManager.ClearText();
experimentState = ExperimentState.Initialising;
}
else
{
HudManager.DisplayText("Welcome!");
}
break;
/*
*************************************************
* InitializingApplication
*************************************************
*/
// Perform initialization functions before starting experiment.
case ExperimentState.Initialising:
//
// Perform experiment initialization procedures
//
// Enable colliders
AvatarSystem.EnableAvatarColliders();
// Initialize arm guide
guideManager.Initialize(startAngleList[angleNumber - 1], endAngleList[angleNumber - 1], movementTimeList[timeNumber - 1]);
guideManager.GoToStart();
//
// Initialize data logs
//
motionLogger.AddNewLogFile(startAngleList[angleNumber - 1] + "_" + endAngleList[angleNumber - 1] + "_" + movementTimeList[timeNumber - 1], iterationNumber, motionDataFormat);
//
// Go to training
//
experimentState = ExperimentState.Training;
break;
/*
*************************************************
* Practice
*************************************************
*/
// Perform initialization functions before starting experiment.
case ExperimentState.Training:
//
// Guide subject through training
//
//
// Go to instructions
//
experimentState = ExperimentState.Instructions;
break;
/*
*************************************************
* GivingInstructions
*************************************************
*/
case ExperimentState.Instructions:
HudManager.DisplayText(movementTimeList[timeNumber - 1] + " sec. movement.", 2.0f);
// Skip instructions when repeating sessions
if (SkipInstructions)
{
//hudManager.DisplayText("Move to guide", 2.0f);
experimentState = ExperimentState.WaitingForStart;
break;
}
//
// Give instructions
//
//
// Go to waiting for start
//
experimentState = ExperimentState.WaitingForStart;
break;
/*
*************************************************
* WaitingForStart
*************************************************
*/
case ExperimentState.WaitingForStart:
// Check if pause requested
UpdatePause();
switch (waitState)
{
// Waiting for subject to grab the object.
case WaitState.Waiting:
if (guideManager.StartGuiding())
{
//StopAllCoroutines();
HudManager.ClearText();
taskTime = 0.0f;
HUDCountDown(3);
experimentState = ExperimentState.PerformingTask;
}
break;
default:
break;
}
break;
/*
*************************************************
* PerformingTask
*************************************************
*/
case ExperimentState.PerformingTask:
// Task performance is handled deterministically in FixedUpdate.
break;
/*
*************************************************
* AnalizingResults
*************************************************
*/
case ExperimentState.AnalizingResults:
HudManager.DisplayText("Rest your arm.", 5.0f);
// Allow 3 seconds after task end to do calculations
SetWaitFlag(5.0f);
//
// Data analysis and calculations
//
//
// Adaptive system update (when available)
//
//
// Data logging and log management
//
motionLogger.CloseLog();
//
// Flow managment
//
// Rest for some time when required
if (IsRestTime())
{
HudManager.ClearText();
HudManager.DisplayText("Rest your arm.", 2.0f);
SetWaitFlag(RestTime);
experimentState = ExperimentState.Resting;
break;
}
else if (IsEndOfExperiment())
{
experimentState = ExperimentState.End;
break;
}
// Check whether the new session condition is met
else if (IsEndOfSession())
{
//
// Update iterations and flow control
//
iterationNumber++;
timeIterations++;
totalIterations++;
// Go to next
experimentState = ExperimentState.InitializingNext;
break;
}
else
{
experimentState = ExperimentState.UpdatingApplication;
}
break;
/*
*************************************************
* UpdatingApplication
*************************************************
*/
case ExperimentState.UpdatingApplication:
if (WaitFlag)
{
//
// Update iterations and flow control
//
iterationNumber++;
timeIterations++;
totalIterations++;
//
// Update experiment object
//
guideManager.GoToStart();
//
// Update log requirements
//
motionLogger.AddNewLogFile(startAngleList[angleNumber - 1] + "_" + endAngleList[angleNumber - 1] + "_" + movementTimeList[timeNumber - 1], iterationNumber, motionDataFormat);
//
// Go to start of next iteration
//
HudManager.DisplayText("Move to guide", 2.0f);
experimentState = ExperimentState.WaitingForStart;
}
break;
/*
*************************************************
* InitializingNext
*************************************************
*/
case ExperimentState.InitializingNext:
if (WaitFlag)
{
//
// Perform session closure procedures
//
//
// Initialize new session variables and flow control
//
iterationNumber = 1;
sessionNumber++;
// Still doing the angle repetitions for the same time
if (timeIterations < timeIterationLimit)
{
angleNumber++;
}
// Done all the angle repetitions for the given time, reset and go to next time
else
{
angleNumber = 1;
timeIterations = 1;
timeNumber++;
}
//
// Update experiment object
//
guideManager.GoToStart();
//
// Initialize data logging
//
experimentState = ExperimentState.Initialising; // Initialize next session
}
break;
/*
*************************************************
* Resting
*************************************************
*/
case ExperimentState.Resting:
//
// Check for session change or end request from experimenter
//
if (UpdateNext())
{
ConfigureNextSession();
break;
}
else if (UpdateEnd())
{
EndExperiment();
break;
}
//
// Restart after flag is set by wait coroutine
//
if (WaitFlag)
{
if (IsEndOfExperiment())
{
experimentState = ExperimentState.End;
break;
}
// Check whether the new session condition is met
else if (IsEndOfSession())
{
//
// Update iterations and flow control
//
iterationNumber++;
timeIterations++;
totalIterations++;
// Go to next
experimentState = ExperimentState.InitializingNext;
break;
}
else
{
HudManager.DisplayText("Get ready!", 3.0f);
SetWaitFlag(3.0f);
experimentState = ExperimentState.UpdatingApplication;
}
break;
}
break;
/*
*************************************************
* Paused
*************************************************
*/
case ExperimentState.Paused:
//
// Check for session change or end request from experimenter
//
UpdatePause();
if (UpdateNext())
{
ConfigureNextSession();
break;
}
else if (UpdateEnd())
{
EndExperiment();
break;
}
break;
/*
*************************************************
* End
*************************************************
*/
case ExperimentState.End:
//
// Update log data and close logs.
//
HudManager.DisplayText("Experiment end, thanks!", 5.0f);
//
// Return to main menu
//
break;
default:
break;
}
//
// Update information displayed on monitor
//
string experimentInfoText = "Experiment info: \n";
experimentInfoText += "Iteration: " + iterationNumber + "/" + iterationsPerAngle + ".\n";
experimentInfoText += "Session: " + sessionNumber + "/" + startAngleList.Count * movementTimeList.Count + ".\n";
InstructionManager.DisplayText(experimentInfoText);
//
// Update information displayed for debugging purposes
//
if (debug)
{
string debugText = "Debug info: \n";
debugText += experimentState.ToString() + ".\n";
if (experimentState == ExperimentState.WaitingForStart)
{
debugText += waitState.ToString() + ".\n";
}
debugText += "Angle number:" + angleNumber + ".\n";
debugText += "Time iterations:" + timeIterations + ".\n";
InstructionManager.DisplayText(debugText + "\n" + experimentInfoText);
}
}
// Use this for initialization
void Start()
{
npcAdapter = GetComponent<NpcAdapter>();
//npcController = GetComponent<NpcController>();
npcController = GetComponent<NPC_BoxMovementController>();
zone = GetComponentInChildren<NpcInteractionZone>();
dManager = FindObjectOfType<DialogueUIManager>();
iManager = FindObjectOfType<InstructionManager>();
player = FindObjectOfType<PlayerAdapter>().gameObject;
}
// Use this for initialization
void Start()
{
spriteRenderer = gameObject.GetComponentInParent<SpriteRenderer>();
iManager = GameObject.FindObjectOfType<InstructionManager>();
}
/// <summary>
/// Coroutine for the experiment instructions.
/// Implement your instructions loop here.
/// </summary>
/// <returns>Yield instruction</returns>
public override IEnumerator InstructionsLoop()
{
// First flag that we are in the instructions routine
instructionsDone = false;
inInstructions = true;
//
InstructionManager.DisplayText("Alright " + SaveSystem.ActiveUser.name + ", let me explain what we are doing today." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Today you are doing the " + AvatarSystem.AvatarType + " version of the experiment, which means..." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
// Type instructions
if (experimentType == ExperimentType.TypeOne)
{
InstructionManager.DisplayText("You'll be reaching for a bunch of floating colorful spheres!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("You should see 9 spheres arranged in a 3x3 matrix. They should all be reachable, if not, please let me know." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("You are not allowed to step! So if they are too far away, I'll adjust them." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("You'll have to touch each sphere a total of " + iterationsPerTarget + " times." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("The order will be random; however, you'll be shown which one to touch before each reach." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("You don't need to do anything special, just reach as you normally would, comfortably." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
}
else if (experimentType == ExperimentType.TypeTwo)
{
InstructionManager.DisplayText("You'll be reaching for a single floating colorful sphere while using a smart prosthesis!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("You'll have to reach for the sphere a total of " + iterationsPerTarget + " times." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("At the beginning it might be a bit difficult to reach and you'll need to compensate with your upper body." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("You should not step though!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("However, after each reach, the prosthesis will learn from your movement and adjust itself." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("After a few reachs it should be a piece of cake." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
}
else
{
throw new System.Exception("The experiment type is not valid. Place: Instructions");
}
InstructionManager.DisplayText("There is no break in this experiment, but if you feel tired or any discomfort let me know immediately and we'll take a break or stop." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Remember you are in VR, so the objects you see are not actually there. So... Don't lean on them!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Also, objects you can't see may be around you, so don't go running around. You'll have a chance to explore at the end. :)" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("If you are ready, let's start training!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
// Now that you are done, set the flag to indicate we are done.
instructionsDone = true;
}
private static void GenerateInterpolateForIndividualStateWithSource(ref ICodeBlock codeBlock, IElement element, ref ICodeBlock otherBlock, CustomVariable customVariable, string valueAsString, NamedObjectSave sourceNamedObjectSave, string timeCastString)
{
if (customVariable.GetIsVariableState())
{
GenerateInterpolateForIndividualStateWithSourceStateVariable(codeBlock, customVariable, element, valueAsString.Replace("\"", ""));
}
else
{
string velocityMember =
FlatRedBall.Instructions.InstructionManager.GetVelocityForState(customVariable.SourceObjectProperty);
bool generatedVelocity = false;
if (velocityMember == null &&
customVariable.HasAccompanyingVelocityProperty)
{
velocityMember = customVariable.Name + "Velocity";
generatedVelocity = true;
}
bool velocityComesFromTunnel = false;
if (velocityMember == null &&
// Only want to go 1 deep. The reason is if the tunneled variable has a
// velocity value, we can use that. However, if it's tunneled multiple times
// into a variable that ultimately has a velocity variable we may not be able to
// get to it, so we shouldn't just assume we can add "Velocity" to the variable name.
customVariable.HasAccompanyingVelocityConsideringTunneling(element, 1))
{
velocityMember = customVariable.SourceObjectProperty + "Velocity";
generatedVelocity = true;
velocityComesFromTunnel = true;
}
if (!string.IsNullOrEmpty(velocityMember))
{
string sourceDot = customVariable.SourceObject + ".";
IEnumerable <string> exposableVariables =
FlatRedBall.Glue.Reflection.ExposedVariableManager.GetExposableMembersFor(sourceNamedObjectSave).Select(item => item.Member);
// We will generate this if the variable is contained in exposable variables,
// if the user explicitly said to generate a velocity variable, or if
// this is a FRB type. The reason we check if it's a FRB Type is because FRB
// types have velocity variables which may not be exposable. We don't want Glue
// to mess with temporary values like Velocity, so they are removed from the exposab
// variable list:
bool shouldGenerate = exposableVariables.Contains(velocityMember) ||
generatedVelocity ||
sourceNamedObjectSave.SourceType == SourceType.FlatRedBallType;
if (shouldGenerate)
{
string relativeVelocity = InstructionManager.GetRelativeForAbsolute(velocityMember);
string leftHandPlusEquals = null;
if (!string.IsNullOrEmpty(relativeVelocity))
{
codeBlock = codeBlock
.If(customVariable.SourceObject + ".Parent != null");
otherBlock = otherBlock
.If(customVariable.SourceObject + ".Parent != null");
string sourceObjectPropertyRelative = InstructionManager.GetRelativeForAbsolute(customVariable.SourceObjectProperty);
leftHandPlusEquals = sourceDot + relativeVelocity + " = ";
codeBlock.Line(leftHandPlusEquals + "(" + valueAsString + " - " + sourceDot +
sourceObjectPropertyRelative + ") / " + timeCastString +
"secondsToTake;");
otherBlock.Line(leftHandPlusEquals + " 0;");
codeBlock = codeBlock
.End()
.Else();
otherBlock = otherBlock
.End()
.Else();
}
// If we're using a custom velocity value, we don't want to
// use the sourceDot. We just want to use the velocity value
if (generatedVelocity && !velocityComesFromTunnel)
{
leftHandPlusEquals = velocityMember + " = ";
}
else
{
leftHandPlusEquals = sourceDot + velocityMember + " = ";
}
codeBlock.Line(leftHandPlusEquals + "(" + valueAsString + " - " + sourceDot +
customVariable.SourceObjectProperty + ") / " + timeCastString +
"secondsToTake;");
otherBlock.Line(leftHandPlusEquals + " 0;");
if (!string.IsNullOrEmpty(relativeVelocity))
{
codeBlock = codeBlock.End();
otherBlock = otherBlock.End();
}
}
}
}
}
/// <summary>
/// Coroutine for the experiment training.
/// Implement your training loop here.
/// </summary>
/// <returns>Yield instruction</returns>
public override IEnumerator TrainingLoop()
{
// First flag that we are in the training routine
trainingDone = false;
inTraining = true;
// Only run the training loop when requested, for instance some session may require different session.
if (trainingPerSession[sessionNumber - 1] == 1)
{
// Hud intro
InstructionManager.DisplayText("Alright " + SaveSystem.ActiveUser.name + ", let's show you the ropes." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Let me introduce you to your assistant, the Heads Up Display (HUD)." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Say hi!");
HudManager.DisplayText("Hi! I'm HUD!" + "\n (Press trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
HudManager.DisplayText("I'm here to help!" + "\n (Press trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
HudManager.DisplayText("Look at the screen.", 3);
InstructionManager.DisplayText("Let's start training then!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
// Type instructions
if (experimentType == ExperimentType.TypeOne)
{
InstructionManager.DisplayText("First, we'll show you the start position." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
}
else if (experimentType == ExperimentType.TypeTwo)
{
InstructionManager.DisplayText("First, we'll show how to use the prosthesis." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("When the prosthesis is not enabled, the HUD centre will turn yellow." + "\n\n (Press the trigger)");
HudManager.centreColour = HUDManager.HUDCentreColour.Yellow;
HudManager.DisplayText("\n <- Like so.");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
HudManager.ClearText();
InstructionManager.DisplayText("To activate the prosthesis, press the circle button.");
yield return(new WaitUntil(() => elbowManager.IsEnabled)); // And wait for the subject to enable it.
HudManager.DisplayText("\n <- I'll be transparent!");
InstructionManager.DisplayText("Try moving it around." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Nice! Let's deactivate the prosthesis for now." + "\n\n (Press the trigger)");
yield return(new WaitUntil(() => !elbowManager.IsEnabled)); // And wait for the subject to disable it.
InstructionManager.DisplayText("Now, we'll show you the start position." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
}
//
// Start position
InstructionManager.DisplayText("Your upper arm should be relaxed pointing downards while your elbow should be bent 90 degrees." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Like so:" + "\n Try it.");
startPosPhoto.SetActive(true);
yield return(new WaitUntil(() => IsReadyToStart()));
startPosPhoto.SetActive(false);
HudManager.ClearText();
//
// HUD Colours
InstructionManager.DisplayText("The colour of the HUD will tell you what you need to do." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Red for adjusting your start position." + "\n\n (Press the trigger)");
HudManager.DisplayText("I'm red!");
HudManager.colour = HUDManager.HUDColour.Red;
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Orange for waiting for the countdown." + "\n\n (Press the trigger)");
HudManager.DisplayText("I'm orange!");
HudManager.colour = HUDManager.HUDColour.Orange;
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Blue for reaching for the sphere!" + "\n\n (Press the trigger)");
HudManager.DisplayText("I'm blue!");
HudManager.colour = HUDManager.HUDColour.Blue;
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Green for returning to the start position." + "\n\n (Press the trigger)");
HudManager.DisplayText("I'm green!");
HudManager.colour = HUDManager.HUDColour.Green;
//
// Practice
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Now, let's practice reaching for a target!" + "\n\n (Press the trigger)");
HudManager.ClearText();
HudManager.colour = HUDManager.HUDColour.Red;
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("The sphere that you need to reach will turn blue." + "\n\n (Press the trigger)");
gridManager.SelectBall(0);
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("You'll have to wait for a three second countdown. Look at the sphere and get ready!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
HudManager.colour = HUDManager.HUDColour.Orange;
HUDCountDown(3);
yield return(new WaitUntil(() => CountdownDone)); // And wait
InstructionManager.DisplayText("Reach for it!!");
HudManager.DisplayText("Reach for it!!");
HudManager.colour = HUDManager.HUDColour.Blue;
yield return(new WaitUntil(() => IsTaskDone()));
// Signal the subject that the task is done
HudManager.colour = HUDManager.HUDColour.Green;
// Reset flags
hasReached = false;
taskComplete = false;
HudManager.DisplayText("You can relax now.", 3);
//
// End
InstructionManager.DisplayText("Make sure you hold your position until the HUD turns green before moving back to the start position." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Otherwise, you look ready to go! Good luck!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
}
// Now that you are done, set the flag to indicate we are done.
trainingDone = true;
}
/// <summary>
/// Coroutine for the welcome text.
/// Implement your welcome loop here.
/// </summary>
/// <returns>Yield instruction</returns>
public override IEnumerator WelcomeLoop()
{
// First flag that we are in the welcome routine
welcomeDone = false;
inWelcome = true;
HudManager.DisplayText("Look to the top right. Instructions will be displayed there.");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
//HudManager.DisplayText("Look to the top right. Instructions will be displayed there.");
InstructionManager.DisplayText("Hi " + SaveSystem.ActiveUser.name + "! Welcome to the virtual world. \n\n (Press the trigger button to continue...)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Make sure you are standing on top of the green circle. \n\n (Press the trigger button to continue...)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Test audio. \n\n (If you can hear the audio, press the trigger button to continue...)");
audio.loop = true;
audio.volume = 0.4f;
audio.Play();
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
audio.loop = false;
audio.Stop();
audio.volume = 1.0f;
//
// Hud intro
InstructionManager.DisplayText("Alright " + SaveSystem.ActiveUser.name + ", let me introduce you to your assistant, the Heads Up Display (HUD)." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Look at the HUD around your left eye. It's saying hi!");
HudManager.DisplayText("Hi! I'm HUD!" + "\n (Press trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
HudManager.DisplayText("I'm here to help!" + "\n (Press trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
HudManager.DisplayText("Look at the screen.", 3);
//
// Experiment overall intro
InstructionManager.DisplayText("Alright " + SaveSystem.ActiveUser.name + ", let me explain what we are doing today." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Today, the experiment will require you to reach to the targets in front of you." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("You will do 2 sessions, 1st 90 iterations and 2nd 270 iterations " + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("A 60 sec rest occurs every 35 iterations" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
//
// Generate the targets
InstructionManager.DisplayText("First, let's set up the experiment targets for you. \n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Extend your arms naturally forward and the desired joint positions will be shown on the HUD. \n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("HUD Format: SH - Shoulder, EB - Elbow and in the bracket (current joint angle / the desired one)");
for (int i = 0; i < shoulderDesiredPos.Length; i++)
{
for (int j = 0; j < elbowDesiredPos.Length; j++)
{
//yield return new WaitUntil(() => IsAtRightPosition(shoulderDesiredPos[i], elbowDesiredPos[j], 2.0f));
if (i % 2 == 0)
{
yield return(new WaitUntil(() => IsAtRightPosition(shoulderDesiredPos[i], elbowDesiredPos[j], 2.0f)));
}
else
{
yield return(new WaitUntil(() => IsAtRightPosition(shoulderDesiredPos[i], elbowDesiredPos[elbowDesiredPos.Length - 1 - j], 2.0f)));
}
GameObject[] hand = GameObject.FindGameObjectsWithTag("IndexFingerCollider");
//Debug.Log(indexFinger[0].transform.position.ToString("F3"));
Vector3 location = Quaternion.Euler(0, this.worldOrientation, 0) * hand[0].transform.position; // Add the index finger location
gridManager.AddTargetLocation(location);
}
}
gridManager.AddTargetRotation(new Vector3(0.0f, 0.0f, 0.0f));
gridManager.AddTargetRotation(new Vector3(45.0f, 0.0f, 0.0f));
gridManager.AddTargetRotation(new Vector3(-45.0f, 0.0f, 0.0f));
// Now that you are done, set the flag to indicate we are done.
welcomeDone = true;
}
public virtual void PauseThisScreen()
{
this.IsPaused = true;
InstructionManager.PauseEngine();
Math.Collision.CollisionManager.Self.IsPausedByScreen = true;
}
/// <summary>
/// Coroutine for the experiment training.
/// Implement your training loop here.
/// </summary>
/// <returns>Yield instruction</returns>
public override IEnumerator TrainingLoop()
{
// First flag that we are in the training routine
trainingDone = false;
inTraining = true;
if (sessionNumber == 1)
{
InstructionManager.DisplayText("Let's start training then!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
//
// HUD Colours
InstructionManager.DisplayText("First, let's tell you about the colour of the HUD. It will tell you what you need to do." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("<Red>: for returning back and adjusting your start position." + "\n\n (Press the trigger)");
HudManager.DisplayText("I'm red!");
HudManager.colour = HUDManager.HUDColour.Red;
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("<Orange>: for waiting for the countdown." + "\n\n (Press the trigger)");
HudManager.DisplayText("I'm orange!");
HudManager.colour = HUDManager.HUDColour.Orange;
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("<Blue>: for reaching for the target.!" + "\n\n (Press the trigger)");
HudManager.DisplayText("I'm blue!");
HudManager.colour = HUDManager.HUDColour.Blue;
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("You need to hold on you reaching position for a while until the HUD says 'Well Done', like" + "\n\n (Press the trigger)");
HudManager.colour = HUDManager.HUDColour.Red;
HudManager.DisplayText("Well Done");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
HudManager.ClearText();
HudManager.colour = HUDManager.HUDColour.Red;
//
// Reaching practice
InstructionManager.DisplayText("Next, the colour of the targets will tell you the status of the target." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("<Blue>: the target is selected as the next target." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("<Green>: you have successfully reached the selected one." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
//
// Explain routine
InstructionManager.DisplayText("Alright, let's explain the task routine." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("The task routine is: first keep your start position for 3 seconds, and HUD will tell you when to go." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Then reach to the target in <blue> using your index finger." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Finally, when you reach, hold on for a while, until you hear 'Return' and HUD says 'Well done'." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
//
// Important messages
InstructionManager.DisplayText("Important!: Keep your final reaching position when you hear 'Hold', like !!! " + "\n\n (Press the trigger to play)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
audio.clip = holdAudioClip;
audio.Play(0);
HudManager.DisplayText("Hold on for a while!!");
InstructionManager.DisplayText("Important!: Keep your final reaching position when you hear 'Hold', like !!! " + "\n\n (Press the trigger to continue)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Important!: Do not return until HUD says 'Well Done' and you hear 'Return', like !!! " + "\n\n (Press the trigger to play)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
audio.clip = returnAudioClip;
audio.Play(0);
HudManager.DisplayText("Well done!!");
InstructionManager.DisplayText("Important!: Do not return until HUD says 'Well Done' and you hear 'Return', like !!! " + "\n\n (Press the trigger to continue)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
//
// Have a try
InstructionManager.DisplayText("Ok, let's have a try of a routine." + "\n\n (Press the trigger)");
HudManager.ClearText();
HudManager.colour = HUDManager.HUDColour.Red;
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
//
// Start position
InstructionManager.DisplayText("First, let's show you the start position." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
//
// Start position
InstructionManager.DisplayText("Your upper arm and elbow should point downards." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Try it. The HUD displays: (current upper and fore arm angle/the desired one)");
//startPosPhoto.SetActive(true);
//startPosPhoto.transform.Rotate(new Vector3(0.0f, 90.0f, 0.0f), Space.World);
yield return(new WaitUntil(() => IsReadyToStart()));
//startPosPhoto.SetActive(false);
HudManager.ClearText();
//Start practice
gridManager.SelectTarget(0);
InstructionManager.DisplayText("The sphere that you need to reach will turn blue. Don't reach now." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("You'll have to wait for a three second countdown. Look at the sphere and get ready!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
HudManager.colour = HUDManager.HUDColour.Orange;
HUDCountDown(1);
yield return(new WaitUntil(() => CountdownDone)); // And wait
InstructionManager.DisplayText("Reach for it by index finger!!");
HudManager.DisplayText("Reach for it by index finger!!");
HudManager.colour = HUDManager.HUDColour.Blue;
yield return(new WaitUntil(() => IsTaskDone()));
// Signal the subject that the task is done
HudManager.DisplayText("Hold on your current position!");
yield return(new WaitForSecondsRealtime(1.0f));
audio.clip = returnAudioClip;
audio.Play();
HudManager.colour = HUDManager.HUDColour.Red;
HudManager.DisplayText("Well done (you can return to start position)!");
// Reset flags
hasReached = false;
taskComplete = false;
HudManager.DisplayText("You can relax now. Look to the top right.", 3);
//
// End
InstructionManager.DisplayText("Important: Do not return until you hear 'Return' and HUD says 'Well Done' !!! " + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Otherwise, you look ready to go! Good luck!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
}
if (sessionNumber == 2)
{
InstructionManager.DisplayText("Let's start training then!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
//
// Reaching practice
InstructionManager.DisplayText("Everthing is the same except you need to match the orientations." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Ok, let's have a try." + "\n\n (Press the trigger)");
HudManager.ClearText();
HudManager.colour = HUDManager.HUDColour.Red;
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
//Start practice
gridManager.SelectTarget(2);
InstructionManager.DisplayText("The sphere that you need to reach will turn blue. Do not reach now." + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("You'll have to wait for a three second countdown. Look at the sphere and get ready!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
HudManager.colour = HUDManager.HUDColour.Orange;
HUDCountDown(3);
yield return(new WaitUntil(() => CountdownDone)); // And wait
InstructionManager.DisplayText("Reach for it!!");
HudManager.DisplayText("Reach for it!!");
HudManager.colour = HUDManager.HUDColour.Blue;
yield return(new WaitUntil(() => IsTaskDone()));
// Signal the subject that the task is done
HudManager.DisplayText("Hold on!");
yield return(new WaitForSecondsRealtime(1.0f));
HudManager.colour = HUDManager.HUDColour.Red;
HudManager.DisplayText("Well done (you can return to start position)!");
// Reset flags
hasReached = false;
taskComplete = false;
HudManager.DisplayText("You can relax now. Look to the top right.", 3);
//
// End
InstructionManager.DisplayText("Important: Hold your final reaching position until you hear 'Return' and HUD says 'Well Done' !!! " + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
InstructionManager.DisplayText("Otherwise, you look ready to go! Good luck!" + "\n\n (Press the trigger)");
yield return(WaitForSubjectAcknowledgement()); // And wait for the subject to cycle through them.
}
// Now that you are done, set the flag to indicate we are done.
trainingDone = true;
}
//Assets\stuff\Assets\anzug_glatze_sprite.png
#region monobehaviour Stuff
// Use this for initialization
void Start()
{
currTime = 0;
#region IntstructionManager
IManager = new InstructionManager();
//IManager.SaveInstructions (new InstructionMovement (2f, 0, new Vector2 (4f, 4f), 3));
//InstructionData[] idat = new InstructionData[1];
//idat [0] = new InstructionMovement (2f, 4, new Vector2 (3, 21), 5f);
//IManager.SaveInstructions (idat);
IManager.LoadInstructions();
#endregion
#region user
List <InputMovement> input = new List <InputMovement> ();
input.Add(new InputMovement(KeyCode.W, new Vector2(0f, 1f), PressTypes.KeyDownKey));
input.Add(new InputMovement(KeyCode.S, new Vector2(0f, -1f), PressTypes.KeyDownKey));
input.Add(new InputMovement(KeyCode.D, new Vector2(1f, 0f), PressTypes.KeyDownKey));
input.Add(new InputMovement(KeyCode.A, new Vector2(-1f, 0f), PressTypes.KeyDownKey));
GameObject player = new GameObject("Player", typeof(SpriteRenderer), typeof(CircleCollider2D), typeof(Rigidbody2D));
player.GetComponent <Rigidbody2D> ().isKinematic = true;
player.GetComponent <Rigidbody2D> ().bodyType = RigidbodyType2D.Dynamic;
player.GetComponent <Rigidbody2D> ().mass = 1;
player.GetComponent <Rigidbody2D> ().drag = 1000;
player.GetComponent <Rigidbody2D> ().angularDrag = 10;
player.GetComponent <Rigidbody2D> ().gravityScale = 0;
player.GetComponent <CircleCollider2D> ().radius = 1.5f;
player.GetComponent <SpriteRenderer> ().sprite = CharacterSprites [0];
AddNewPlayer(player, input);
//Instantiate(player);
Debug.Log("object created");
#endregion
new Spawner(this);
/*
#region polize
*
*
* GameObject c = new GameObject ("Polizist",typeof(SpriteRenderer),typeof(CircleCollider2D),typeof(Rigidbody2D));
*
* c.transform.position = new Vector2(-4f,-5f);
* c.GetComponent<Rigidbody2D>().bodyType = RigidbodyType2D.Dynamic;
* c.GetComponent<Rigidbody2D>().mass = 2;
* c.GetComponent<Rigidbody2D>().drag = 1000;
* c.GetComponent<Rigidbody2D>().angularDrag = 10;
* c.GetComponent<Rigidbody2D>().gravityScale = 0;
*
* c.GetComponent<CircleCollider2D>().radius = 1.5f;
* c.GetComponent<SpriteRenderer> ().sprite = PolizistSprite;
*
*
* AddNewCharacter(c);
*
* //Instantiate(player);
* Debug.Log ("Character created");
#endregion
#region general
*
* GameObject g = new GameObject ("General", typeof(SpriteRenderer),typeof(CircleCollider2D),typeof(Rigidbody2D));
* g.transform.position = new Vector2(8,8);
* g.GetComponent<SpriteRenderer> ().sprite = GeneralSprite;
*
* g.GetComponent<Rigidbody2D>().bodyType = RigidbodyType2D.Dynamic;
* g.GetComponent<Rigidbody2D>().mass = 2;
* g.GetComponent<Rigidbody2D>().drag = 1000;
* g.GetComponent<Rigidbody2D>().angularDrag = 10;
* g.GetComponent<Rigidbody2D>().gravityScale = 0;
*
* g.GetComponent<CircleCollider2D>().radius = 1.5f;
*
* AddNewCharacter(g);
*
* //Instantiate(player);
* Debug.Log ("Character created");
#endregion
*/
//kann benutzt werden um slowmos zu machen und so
//einfach Zeitlauf verlangsamen
//Debug.Log (Time.timeScale);
Camera.main.gameObject.GetComponent <Camera_Behaivour> ().target = entities [0].entity.transform;
}