// Reloads the managers and displays the loading screen after scene reloads.
// Ensures correct timing between scene load and finding of objects.
IEnumerator TimeActionsWithSceneLoaded()
{
// Time the actions.
yield return(new WaitForEndOfFrame());
// Update the managers to the ones loaded in the new scene.
sharedVariableManager = GameObject.Find("SharedVariableManager").GetComponent <SharedVariableManager>();
overlayManager = GameObject.Find("OverlayCanvas").GetComponent <OverlayManager>();
robotViewText = GameObject.Find("RobotViewText").GetComponent <Text>();
// Set the approprite robot view text.
switch (trials[currentTrialNum].trialType)
{
case TrialType.AI:
robotViewText.text = AIText;
break;
case TrialType.HUMAN:
robotViewText.text = humanText;
break;
}
// Display the loading screen depending on the type of trial.
overlayManager.DisplayLoadingScreen(trials[currentTrialNum].trialType);
// Load the appropriate models for the player and robot avatars.
assetLoader.LoadPlayerAvatar(experimentDataManager.appearance.gender, experimentDataManager.appearance.skinColor);
assetLoader.LoadRobotAvatar(trials[currentTrialNum].robotType, trials[currentTrialNum].robotColor);
// Load the appropriate environment.
assetLoader.LoadEnvironment(trials[currentTrialNum].environmentType);
}
IEnumerator TimeActionsWithFirstSceneLoaded()
{
// Make sure that this script is executed after all the others.
yield return(new WaitForEndOfFrame());
// Find all the objects required by this class.
assetLoader = GameObject.Find("AssetLoader").GetComponent <AssetLoader>();
experimentDataManager = GameObject.Find("ExperimentDataManager").GetComponent <ExperimentDataManager>();
overlayManager = GameObject.Find("OverlayCanvas").GetComponent <OverlayManager>();
sharedVariableManager = GameObject.Find("SharedVariableManager").GetComponent <SharedVariableManager>();
robotViewText = GameObject.Find("RobotViewText").GetComponent <Text>();
// Set up list of robot colors.
List <RobotColor> colors = new List <RobotColor>();
colors.Add(RobotColor.BLUE);
colors.Add(RobotColor.RED);
colors.Add(RobotColor.PURPLE);
colors.Add(RobotColor.YELLOW);
colors.Add(RobotColor.PINK);
colors.Add(RobotColor.GREEN);
colors.Add(RobotColor.BROWN);
colors.Add(RobotColor.ORANGE);
colors.Add(RobotColor.BLACK);
colors.Add(RobotColor.SPECIAL);
colors.Shuffle();
// Initialize trials list as empty.
trials = new List <Trial>();
// Trial list construction.
// Add trials. This is dependent on the experiment design.
if (debugTrials)
{
// Add the trials.
// trials.Add(new Trial(EnvironmentType.BASIC, RobotType.PR2, TrialType.AI));
// trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
// trials.Add(new Trial(EnvironmentType.NARROW, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
}
else if (testingTrials)
{
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
}
else
{
// Add the trials.
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.PR2, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.AI));
trials.Add(new Trial(EnvironmentType.OPEN, RobotType.SOPHIA, TrialType.HUMAN));
}
// Set colors. Colors are assigned randomly in a way, looped around for the number of trials.
for (int i = 0; i < trials.Count; ++i)
{
trials[i].robotColor = colors[i % colors.Count];
}
// Shuffle the trials.
trials.Shuffle();
// Add the test trial to the front of the list (should always be first!).
trials.Insert(0, new Trial());
// End trial list construction.
// Load the trial environment.
assetLoader.LoadEnvironment(trials[currentTrialNum].environmentType);
// Display the first trial's loading screen.
overlayManager.DisplayLoadingScreen(trials[currentTrialNum].trialType);
// Subscribe the new scene actions to future scene loads.
// Needs to be here in order to not perform NewSceneActions for the first trial.
SceneManager.sceneLoaded += NewSceneActions;
}