void SplitforceInitialised(bool isFailed, Hashtable additionalData)
{
var _didInit = !isFailed;
// You can check if everything is correct
if (isFailed)
{
Debug.Log("SPLITFORCE: Init FAILED" + additionalData.ToString(), gameObject);
}
else
{
Debug.Log("SPLITFORCE: Init SUCCESS", gameObject);
}
// Experiment GamePhysics
UnitySplitForce.SFVariation v = UnitySplitForce.SFManager.Instance.initExperiment("GamePhysics");
if (v != null)
{
this.birdColor = v.VariationData("color").DataToColor32();
this.gravity = v.VariationData("gravity").DataToFloat(gravity);
this.jump = v.VariationData("jump").DataToFloat(jump);
this.gapPipe = v.VariationData("gap pipe").DataToFloat(gapPipe);
Debug.Log("Setting SF stuff (color: " + this.birdColor + ")");
}
GenerateWorld world = camera.GetComponent <GenerateWorld> ();
world.gapPipe = this.gapPipe;
world.maintenance(this.transform.position.x);
this.renderer.material.color = this.birdColor;
// Experiment #2
string buttonText = "Default Text";
UnitySplitForce.SFVariation b = UnitySplitForce.SFManager.Instance.initExperiment("Experiment #2");
if (b != null)
{
this.buttonText = b.VariationData("Button Text").DataToString();
}
}
void OnTriggerEnter(Collider other)
{
isDead = true;
UnitySplitForce.SFVariation v = UnitySplitForce.SFManager.Instance.getExperiment("GamePhysics");
Debug.Log("Dead :(");
if (v != null)
{
Debug.Log("Sending Goals");
v.trackGoal("Ping");
v.trackTime("Average Session");
v.trackQuantifiedGoal("Average Score", int.Parse(scoreLabel.text));
v.endVariation();
}
}
