void DisplayPlayerStatistics()
{
GoedleAnalytics.track("show.statistics");
underPowerUsageText.text = "Under power : " + underPowerMin.ToString() + " minutes and " + underPowerSec.ToString() + " seconds";
correctPowerUsageText.text = "Correct power : " + correctPowerMin.ToString() + " minutes and " + correctPowerSec.ToString() + " seconds";
overPowerUsageText.text = "Over power : " + overPowerMin.ToString() + " minutes and " + overPowerSec.ToString() + " seconds";
// set text msg based on power usage.
if (underPowerMin > correctPowerMin && underPowerMin > overPowerMin)
{
usage.text = "The wind farm was mostly working in under Power, not very efficient.";
}
else if (overPowerMin > correctPowerMin && overPowerMin > underPowerMin)
{
usage.text = "The wind farm was mostly working in over Power, not very efficient.";
}
else if (correctPowerMin > underPowerMin && correctPowerMin > overPowerMin)
{
usage.text = "The wind farm was mostly working in correct Power, very efficient.";
}
else if (underPowerSec > correctPowerSec && underPowerSec > overPowerSec)
{
usage.text = "The wind farm was mostly working in under Power, not very efficient.";
}
else if (overPowerSec > correctPowerSec && overPowerSec > underPowerSec)
{
usage.text = "The wind farm was mostly working in over Power, not very efficient.";
}
else
{
usage.text = "The wind farm was mostly working in correct Power, very efficient.";
}
}
public void SpawnTurbine()
{
// shows if the spawn button is pressed. Used only in the simulation script and for optimization purposes.
if (numberOfTurbines < maxNumberOfTurbines)
{
GoedleAnalytics.track("add.turbine");
buttonPressed = true;
}
//TODO: it is good to not have hard coded values in conditions and follow a more generic logic, but that must change when the all the levels finished.
if (numberOfTurbines < 5) // the first row of turbines.
{
spawnPointUp.position = new Vector3(spawnPointUp.position.x +
40, spawnPointUp.position.y, spawnPointUp.position.z);
Instantiate(turbinePrefab, spawnPointUp.position, spawnPointUp.rotation); // adds turbines to the specified transform point (spawnPointUp).
numberOfTurbines++;
numberOfTurbinesOperating++;
}
else if (numberOfTurbines < maxNumberOfTurbines && numberOfTurbines >= 5)
{
spawnPointDown.position = new Vector3(spawnPointDown.position.x +
39, spawnPointDown.position.y, spawnPointDown.position.z);
Instantiate(turbinePrefab, spawnPointDown.position, spawnPointDown.rotation); // adds turbines to the specified transform point(spawnPointDown).
numberOfTurbines++;
numberOfTurbinesOperating++;
}
}
public void DisableConfigMenu()
{
//menu.enabled = false;
menu.GetComponent <CanvasGroup> ().alpha = 0f;
GoedleAnalytics.track("configure.wind_speed", "max ", simulator.windMaxSpeed.ToString());
GoedleAnalytics.track("configure.wind_speed", "min ", simulator.windMinSpeed.ToString());
GoedleAnalytics.track("configure.power", "max ", simulator.powerRequirementsMax.ToString());
GoedleAnalytics.track("configure.power", "min ", simulator.powerRequirementsMin.ToString());
GoedleAnalytics.track("configure.simulation_speed", null, simulator.simulationSpeed.ToString());
GoedleAnalytics.track("configure.close", "CloseConfigurationPanel");
}
public void PauseButtonPressed()
{
if (gamePaused == false)
{
gamePaused = true;
prevSimulationSpeed = simulator.simulationSpeed;
simulator.simulationSpeed = 0;
text.enabled = true;
GoedleAnalytics.track("pause.simulation");
}
else if (gamePaused == true)
{
gamePaused = false;
simulator.simulationSpeed = prevSimulationSpeed;
text.enabled = false;
GoedleAnalytics.track("resume.simulation");
}
}
public void InputFieldsFilled()
{
if (playerName != null && playerSurname != null && playerSchoolName != null)
{
string user_id = (playerName + playerSurname + playerSchoolName).ToLower().Trim();
using (MD5 md5 = MD5.Create())
{
byte[] hash = md5.ComputeHash(Encoding.Default.GetBytes(user_id));
Guid user_id_hash = new Guid(hash);
GoedleAnalytics.setUserId(user_id_hash.ToString("D"));
GoedleAnalytics.trackTraits("first_name", playerName);
GoedleAnalytics.trackTraits("last_name", playerSurname);
GoedleAnalytics.track("group", playerSchoolName);
}
levelMng.LoadNextLevel();
}
else
{
msgText.enabled = true;
}
}
//when user clicks the turbine.
void OnMouseDown()
{
//clicks while turbine is rotating.
if (turbine.IsRotating() == true && turbine.IsDamaged() == false)
{
turbine.DisableTurbine();
GoedleAnalytics.track("disable.turbine");
}
//clicks while is not rotating.
else if (turbine.IsRotating() == false && turbine.IsDamaged() == false)
{
turbine.EnableTurbine();
GoedleAnalytics.track("enable.turbine");
}
//clicks while turbine is damaged.
else if (turbine.IsDamaged() == true)
{
turbine.repairTurbine();
GoedleAnalytics.track("repair.turbine");
}
}
// Update is called once per frame
void Update()
{
DisplayText("income");
CalculateTime();
// Sending game state every 15 seconds
if (Time.time > nextActionTime)
{
nextActionTime += period;
GoedleAnalytics.track("game.state", "currentWindSpeed", currentWindSpeed.ToString());
GoedleAnalytics.track("game.state", "currentPowerReqs", currentPowerReqs.ToString());
GoedleAnalytics.track("game.state", "powerUsage", powerUsage.ToString());
GoedleAnalytics.track("game.state", "income", income.ToString());
GoedleAnalytics.track("game.state", "numberOfTurbines", spawnManager.numberOfTurbines.ToString());
GoedleAnalytics.track("game.state", "numberOfTurbinesOperating", spawnManager.numberOfTurbinesOperating.ToString());
}
// used for displaying the power added text when inserting a turbine.
if (spawnManager.buttonPressed == true)
{
StartCoroutine(calculateAddedPower());
spawnManager.buttonPressed = false;
}
}
public void EnableConfigMenu()
{
//menu.enabled = true;
menu.GetComponent <CanvasGroup> ().alpha = 1f;
GoedleAnalytics.track("configure.open", "OpenConfigurationPanel");
}
public void ExitButtonPressed()
{
GoedleAnalytics.track("end.simulation");
endSimulation = true;
}
