protected override void Awake()
{
base.Awake();
_boxCollider = GetComponent <BoxCollider2D>();
_movement = GetComponent <MovementPlayer>();
_flashSprite = GetComponent <FlashSprite>();
}
//Display the stimulus; complete when the stimulus is done displaying
private IEnumerator PresentStimulus(TrialConfig config)
{
GameObject circle = Instantiate(circlePrefab);
FlashSprite fs = circle.GetComponent <FlashSprite>();
fs.alpha = config["alpha"][0];
yield return(new WaitForSeconds(fs.flashDuration));
}
// Use this for initialization
void Start()
{
// Get flash sprite component
m_FlashSprite = GetComponent<FlashSprite>();
// Get image component
m_Image = GetComponent<Image>();
}
//Display a stimulus, and complete when the stimulus is done
private IEnumerator PresentStimulus(TrialConfig config)
{
GameObject circle = Instantiate(circlePrefab);
FlashSprite fs = circle.GetComponent <FlashSprite>();
fs.SetGrayscaleColor(config["gsColor"][0]);
yield return(new WaitForSeconds(fs.flashDuration));
}
protected override DisplayObject[] ConstructInstances()
{
var instances = new DisplayObject[3];
instances[0] = new FlashSprite(SceneBundle.mcLightElement);
instances[1] = new FlashSprite(SceneBundle.mcLightElement);
instances[2] = new FlashSprite(SceneBundle.mcLightElement);
return(instances);
}
// ShowStimuli (MANDATORY)
// Display a stimulus, and finish when the stimulus is done.
// Use the dimension names defined in your config file as string keys to access the float lists
// contained in the TrialConfig. Experiment will not continue running until EndShowStimuli is called.
public override void ShowStimuli(TrialConfig config)
{
SetText("Now presenting stimulus.");
GameObject circle = Instantiate(circlePrefab);
FlashSprite fs = circle.GetComponent <FlashSprite>();
fs.SetColor(config["R"][0], config["G"][0], config["B"][0], 1.0f);
StartCoroutine(EndShowStimuliAfterSeconds(fs.flashDuration));
}
void Awake()
{
flashSprite = gameObject.GetComponentInChildren <FlashSprite> ();
curHealth = maxHealth;
if (gameObject.tag == "Player")
{
anim = GetComponent <Animator> ();
}
}
//Display a stimulus, and complete when the stimulus is done
private IEnumerator PresentStimulus(TrialConfig config)
{
GameObject circle = Instantiate(circlePrefab);
FlashSprite fs = circle.GetComponent <FlashSprite>();
Color c = Color.HSVToRGB(config["hue"][0], 1.0f, 0.15f);
fs.SetColor(c.r, c.g, c.b, config["alpha"][0]);
yield return(new WaitForSeconds(fs.flashDuration));
}
// ShowStimuli (MANDATORY)
// Display a stimulus, and finish when the stimulus is done.
// Use the dimension names defined in your config file as string keys to access the float lists
// contained in the TrialConfig. Experiment will not continue running until EndShowStimuli is called.
public override void ShowStimuli(TrialConfig config)
{
GameObject circle = Instantiate(circlePrefab);
FlashSprite fs = circle.GetComponent <FlashSprite>();
Color c = Color.HSVToRGB(config["hue"][0], config["saturation"][0], 0.2f);
fs.SetColor(c.r, c.g, c.b, config["alpha"][0]);
StartCoroutine(EndShowStimuliAfterSeconds(fs.flashDuration));
SetText("Now presenting stimulus.");
}
private static FlashSprite[] GetFlashSprites(SpriteRenderer[] renderers, Color color)
{
var sprites = new FlashSprite[renderers.Length];
for (int i = 0; i < renderers.Length; i++)
{
sprites[i] = new FlashSprite(renderers[i], color);
}
return(sprites);
}
IEnumerator DisplayOptimal()
{
yield return(StartCoroutine(client.Query(QueryType.max)));
QueryMessage m = client.GetQueryResponse();
TrialConfig maxLoc = m.x;
GameObject circle = Instantiate(circlePrefab);
FlashSprite fs = circle.GetComponent <FlashSprite>();
fs.SetColor(maxLoc["R"][0], maxLoc["G"][0], maxLoc["B"][0], 1.0f);
fs.flashDuration = -1.0f; //never destroy
}
IEnumerator DisplayOptimal()
{
yield return(StartCoroutine(client.Query(QueryType.inverse, y: 0.75f, probability_space: true)));
QueryMessage m = client.GetQueryResponse();
TrialConfig maxLoc = m.x;
GameObject circle = Instantiate(circlePrefab);
FlashSprite fs = circle.GetComponent <FlashSprite>();
fs.alpha = maxLoc["alpha"][0];
fs.flashDuration = -1.0f; //never destroy
}
void OnTriggerEnter2D(Collider2D col)
{
Debug.Log("Matar al nanobot");
GameObject colObject = col.gameObject;
if (colObject.gameObject.tag == "Player")
{
FlashSprite flashSprite = colObject.GetComponent <FlashSprite>();
flashSprite.enabledFlash(true);
}
}
IEnumerator DisplayOptimal()
{
yield return(StartCoroutine(client.Query(QueryType.inverse, y: 0.75f, probability_space: true)));
QueryMessage m = client.GetQueryResponse();
TrialConfig maxLoc = m.x;
GameObject circle = Instantiate(circlePrefab);
FlashSprite fs = circle.GetComponent <FlashSprite>();
fs.SetGrayscaleColor(maxLoc["gsColor"][0], maxLoc["alpha"][0]);
fs.flashDuration = -1.0f; //never destroy
SetText("Experiment complete! Displaying 75% threshold color: ");
}
void Update()
{
if (gameObject.tag == "Player" && immunity)
{
if (!gameObject.GetComponent <Dash> ().didDash)
{
flashSprite = gameObject.GetComponent <FlashSprite> ();
SpriteRenderer[] sprites = new SpriteRenderer[1];
SpriteRenderer currentSprite = gameObject.GetComponent <SpriteRenderer> ();
sprites [0] = currentSprite;
flashSprite.StartCoroutine(flashSprite.FlashSprites(sprites, 2, 0.1f, true));
}
}
}
void ConfigureSprite(FlashSprite sprite)
{
var initialPos = sprite.position;
new TouchListener(sprite).Pressed += it =>
{
sprite.Tween(500)
.Add(DisplayObject.Y, initialPos.y - 200)
.Add(DisplayObject.SCALE_X, -1)
.Add(DisplayObject.COLOR, Color.green)
.Chain(1000)
.Add(DisplayObject.Y, initialPos.y)
.Add(DisplayObject.SCALE_X, 1)
.Add(DisplayObject.COLOR, Color.white)
.Easing(Elastic.easeOut);
};
}
protected override DisplayObject[] ConstructInstances()
{
var instances = new DisplayObject[14];
instances[0] = new FlashSprite(SceneBundle.mcShadow);
instances[1] = new FlashSprite(SceneBundle.mcHeand);
instances[2] = new FlashSprite(SceneBundle.mcFootElement2);
instances[3] = new FlashSprite(SceneBundle.mcFootElement2);
instances[4] = new FlashSprite(SceneBundle.mcFootElement1);
instances[5] = new FlashSprite(SceneBundle.mcFootElement2);
instances[6] = new FlashSprite(SceneBundle.mcBody);
instances[7] = new FlashSprite(SceneBundle.mcEye);
instances[8] = new FlashSprite(SceneBundle.mcHeand);
instances[9] = new FlashSprite(SceneBundle.mcFootElement2);
instances[10] = new FlashSprite(SceneBundle.mcFootElement2);
instances[11] = new FlashSprite(SceneBundle.mcFootElement1);
instances[12] = new FlashSprite(SceneBundle.mcFootElement2);
instances[13] = new FlashSprite(SceneBundle.mcMouth);
return(instances);
}
protected override DisplayObject[] ConstructInstances()
{
var instances = new DisplayObject[6];
instances[0] = new TextField("Arial", 24)
{
text = "Tween animation: touch to activate\n",
textColor = new Color32(255, 255, 204, 255),
hAlignment = HAlign.CENTER,
size = new Vector2(944f, 30f),
shadowColor = new Color32(0, 51, 102, 255),
shadowOffset = new Vector2(1f, 1f),
};
instances[1] = new FlashSprite(SceneBundle.circle_sprite);
instances[2] = new FlashSprite(SceneBundle.circle_sprite);
instances[3] = new FlashSprite(SceneBundle.circle_sprite);
instances[4] = new FlashSprite(SceneBundle.circle_sprite);
instances[5] = new FlashSprite(SceneBundle.circle_sprite);
return(instances);
}
protected override void Awake()
{
base.Awake();
_boxCollider = GetComponent<BoxCollider2D>();
_movement = GetComponent<MovementPlayer>();
_flashSprite = GetComponent<FlashSprite>();
}
void Awake () {
flashSprite = gameObject.GetComponentInChildren<FlashSprite> ();
curHealth = maxHealth;
}
void Awake()
{
flashSprite = gameObject.GetComponentInChildren <FlashSprite> ();
curHealth = maxHealth;
}
