/*
* // Update is called once per frame
* void Update()
* {
* //updateUIText();
* }
*
* public void updateUIText()
* {
* //rpm = getUpdatedStats.CalculateRPM();
* rpm = WorkoutCalculations.CalculateRPM();
* rpmText.text = rpm.ToString();
*
* //speed = getUpdatedStats.CalculateSpeed();
* speed = WorkoutCalculations.CalculateSpeed(Bike.Instance.RPM);
* speedText.text = speed.ToString();
*
* //resistance = getUpdatedStats.CalculateResistance();
* resistance = WorkoutCalculations.CalculateResistance();
* resistanceText.text = resistance.ToString();
*
* //watts = getUpdatedStats.CalculatePowerOutput();
* watts = WorkoutCalculations.CalculatePowerOutput(Bike.Instance.RPM);
* wattsText.text = watts.ToString();
*
* //distance = getUpdatedStats.CalculateDistance();
* distance = WorkoutCalculations.CalculateDistance(Bike.Instance.Count);
* distanceText.text = distance.ToString("F2");
*
* // Need to be event for this one
* //calories += getUpdatedStats.CalculateCalories();
* caloriesText.text = "TBD"; //calories.ToString();
* }
*/
IEnumerator UpdateUiStats()
{
while (true)
{
rpm = WorkoutCalculations.CalculateRPM();
rpmText.text = rpm.ToString();
speed = WorkoutCalculations.CalculateSpeed(Bike.Instance.RPM);
speedText.text = speed.ToString("F2");
resistance = WorkoutCalculations.CalculateResistance();
resistanceText.text = resistance.ToString();
watts = WorkoutCalculations.CalculatePowerOutput(Bike.Instance.RPM);
wattsText.text = watts.ToString();
if (rpm != 0)
{
distance = WorkoutCalculations.CalculateDistance(Bike.Instance.Count);
distanceText.text = distance.ToString("F2");
calories += WorkoutCalculations.CalculateCalories();
caloriesText.text = calories.ToString();
}
yield return(new WaitForSeconds(1));
}
}
// Tracks the speed every second
IEnumerator MaintainSpeedTracker(MaintainSpeed challenge, float time)
{
// Loops and calculate the time that has passed
for (float deltaTime = 0; ; deltaTime = Time.time - time)
{
// Calculate the current speed
float speed = WorkoutCalculations.CalculateSpeed(Bike.Instance.RPM);
// Check if the speed is correct and the time is achieved
if (deltaTime >= challenge.Time && speed >= challenge.Speed)
{
StartCoroutine(MaintainSpeedTrigger(challenge));
yield break;
}
else if (speed >= challenge.Speed)
{
// speed is correct, time is not achieved, wait for a second and check again
yield return(new WaitForSeconds(1));
}
else
{
// Resets the challenges as the player failed
challenge.Active = false;
yield break;
}
}
}
// Updates the livestats of the leaderboard
private void UpdateLiveStatsMainThread(StatsUpdateEventArgs e)
{
players[e.peerId].distance = WorkoutCalculations.CalculateDistance(e.rotations);
//BLEDebug.LogInfo($"STAT: {e.peerId} {players[e.peerId]} {e.rotations}");
if (racing && e.peerId >= 1 && e.peerId <= 8 && isActive == true)
{
lbTemplate[players[e.peerId].rank - 1].Find("Place").GetComponent <Text>().text = players[e.peerId].rank.ToString();
lbTemplate[players[e.peerId].rank - 1].Find("Distance").GetComponent <Text>().text = players[e.peerId].distance.ToString("F2");
hsTemplate[players[e.peerId].rank - 1].Find("Place").GetComponent <Text>().text = players[e.peerId].rank.ToString();
hsTemplate[players[e.peerId].rank - 1].Find("Distance").GetComponent <Text>().text = players[e.peerId].distance.ToString("F2");
}
}
private void Update()
{
// Checks if the top speed is correct
if (PlayerPrefs.GetInt("TopSpeed1") != 1 && WorkoutCalculations.CalculateSpeed(Bike.Instance.RPM) >= challenges.tsc01.Speed)
{
StartCoroutine(TopSpeedTrigger(challenges.tsc01));
}
// Checks if the speed is above a certain amount
if (PlayerPrefs.GetInt("MaintainSpeed1") != 1 && challenges.msc01.Active == false && WorkoutCalculations.CalculateSpeed(Bike.Instance.RPM) >= challenges.msc01.Speed)
{
float startTime = Time.time;
challenges.msc01.Active = true;
StartCoroutine(MaintainSpeedTracker(challenges.msc01, startTime));
}
// Checks if a certain amount of distance is achieved
if (PlayerPrefs.GetInt("TotalDistance1") != 1 && WorkoutCalculations.CalculateDistance(Bike.Instance.Count) >= challenges.tdc01.Distance)
{
StartCoroutine(TotalDistanceTrigger(challenges.tdc01));
}
}
private void Update()
{
// MAY NEED TO CHECK IF MATCH IS FINISHED FIRST
// Checks if the top speed is correct
if (tsc01.Achieved == false && WorkoutCalculations.CalculateSpeed(Bike.Instance.RPM) >= tsc01.Speed)
{
StartCoroutine(TopSpeedTrigger(tsc01));
}
// Checks if the speed is above a certain amount
if (msc01.Achieved == false && msc01.Active == false && WorkoutCalculations.CalculateSpeed(Bike.Instance.RPM) >= msc01.Speed)
{
float startTime = Time.time;
msc01.Active = true;
StartCoroutine(MaintainSpeedTracker(msc01, startTime));
}
/*
* if(rpc01.Achieved == false && FINALRANKPLACEHOLDER <= rpc01.Rank && raceEnd == true)
* {
* StartCoroutine(RacePlacementTrigger(rpc01));
* }
*/
// Checks if a certain amount of distance is achieved
if (tdc01.Achieved == false && WorkoutCalculations.CalculateSpeed(Bike.Instance.Count) >= tdc01.Distance)
{
StartCoroutine(TotalDistanceTrigger(tdc01));
}
/*
* if(MATCHFINISH == true)
* {
* SaveSystem.SaveChallengeData(challengeStatuses, calculateDistance());
* }
*/
}
private void Update()
{
if (isMultiplayer == true && startFollow == false)
{
return;
}
if (isMultiplayer == true)
{
if (peerId == RealTimeClient.Instance.peerId)
{
updatedRPM = Bike.Instance.RPM;
}
}
else
{
updatedRPM = Bike.Instance.RPM;
}
currentRPM = updatedRPM;
speed = WorkoutCalculations.CalculateGameSpeed(currentRPM) + speedOffset;
//CalculateSpeed(updatedRPM); //Get rpm from server
}