void Awake()
{
// on awake initialize clicker, spatial mapping material and other things
clickerManager = GetComponent <ClickerManager>();
ClickSwitch = false;
logPosRot = mainCamera.GetComponent <LogPosRot>();
mappingMaterial = spatialMapping.GetComponent <SpatialMappingManager>();
objectSurfaceObserver = spatialMapping.GetComponent <ObjectSurfaceObserver>();
var meshmanager = GetComponent <MeshManager>();
// App always starts off
mappingMaterial.DrawVisualMeshes = false;
}
/// <summary>
/// Initializes the voice placement functionality - get a reference to the Spatial
/// Mapping Manager and set up the keyword recognizer
/// </summary>
void Start()
{
// Get Spatial Mapping Manager so we can access it's shared material later
Player = GameObject.Find("SpatialMapping");
mappingMaterial = Player.GetComponent <SpatialMappingManager>();
// set current VoiceCommand to "Listening"
Camera = GameObject.Find("Main Camera");
eventManager = Camera.GetComponent <LogPosRot>();
MainMenu = GameObject.Find("MainMenu");
eventManager.tempEvent = "Listening";
print(eventManager.tempEvent);
Experiment = GameObject.Find("Experiment");
// Setup a keyword recognizer to enable resetting the target location.
List <string> keywords = new List <string>();
// Keywords to select between different shaders
keywords.Add("Set Shader Normal");
keywords.Add("Set Shader Depth");
keywords.Add("Set Shader Wireframe");
keywords.Add("Adjust HoloLens");
// Keywords to turn the shaders on and off
keywords.Add("Shader Off");
keywords.Add("Shader On");
// Keywords to adjust the depth map shader equation
keywords.Add("Depth Map Standard");
keywords.Add("Depth Map Inverted");
keywords.Add("Depth Map Scaled");
keywords.Add("Depth Map Non Linear");
keywords.Add("Depth Map Color 4");
keywords.Add("Depth Map Color 5");
keywords.Add("Depth Map Color 6");
keywords.Add("Depth Map Red to Blue continuous"); // color map from Red to Blue in 6 steps
keywords.Add("Depth Map Red to Blue six"); // color map from Red to Blue in 6 steps
keywords.Add("Depth Map Red to Blue five"); // color map from Red to Blue in 5 steps
keywords.Add("Depth Map Yellow to Blue six"); // Yellow to Blue
keywords.Add("Depth Map Yellow to Blue five");
keywords.Add("Depth Map Yellow to Red six"); // Yellow to Red
keywords.Add("Depth Map Yellow to Red five");
keywords.Add("Depth Map Flicker");
keywords.Add("Depth Map Dynamic");
keywords.Add("Depth Map Discrete");
keywords.Add("Depth Map Pulse");
keywords.Add("Test Pulse");
// Keywords to adjust the depth map shader color
keywords.Add("Set Color White");
keywords.Add("Set Color Red");
keywords.Add("Set Color Green");
keywords.Add("Set Color Blue");
keywords.Add("Set Color Yellow");
keywords.Add("Set Color Orange");
keywords.Add("Set Color Purple");
keywords.Add("Set Color Grey");
// Keywords for experiment cycle
keywords.Add("Begin Training");
keywords.Add("Begin Trial");
keywords.Add("Found Chair");
keywords.Add("End Trial");
// Initialize keyword recognizer
keywordRecognizer = new KeywordRecognizer(keywords.ToArray());
keywordRecognizer.OnPhraseRecognized += KeywordRecognizer_OnPhraseRecognized;
keywordRecognizer.Start();
// App always starts off
mappingMaterial.DrawVisualMeshes = false;
}
void Start()
{
/// begin experiment loop
// set trial stage
trialStage = "initializing";
trialStage = "wait_for_input"; // remove this later
// Play start instructions
instrSwitch = 1;
PlayInstructions();
// set current VoiceCommand to "Listening"
Camera = GameObject.Find("Main Camera");
eventManager = Camera.GetComponent <LogPosRot>();
eventManager.tempEvent = "Start";
print(eventManager.tempEvent);
StartCoroutine(wait1());
if (trialStage == "go_to_practiceRoom")
{
StartCoroutine(wait2());
print("wait2 over; going to wait_for_input");
}
else if (trialStage == "wait_for_input")
{
print("waiting for user input");
}
else if (trialStage == "begin_practice")
{
StartCoroutine(wait3());
print("wait3 over; going to practice");
}
else if (trialStage == "practice")
{
StartCoroutine(waitPractice());
}
else if (trialStage == "practice_over")
{
StopCoroutine(waitPractice());
print("Practice is over. The time is " + DateTime.Now.ToString("HH:mm:ss"));
trialStage = "prepare_task_chair";
}
else if (trialStage == "prepare_task_chair")
{
// give instructions to go to next room and say "Begin trial" whenever ready
// sit idle and wait for user input: "Begin trial
}
else if (trialStage == "begin_task_chair")
{
/// pick shader and layout according to selection
/// then go to task
trialStage = "task_chair";
}
else if (trialStage == "task_chair")
{
// sit idle and wait for user input: "Found chair"
}
else if (trialStage == "end_task_chair")
{
/// give instructions to get up and explore for two minutes
/// wait for voice command for exploring
}
else if (trialStage == "task_exploring")
{
// sit idle and wait two minutes
}
else if (trialStage == "end_task_chair")
{
/// give instructions to find experimenter
/// close app
}
}
