// Update is called once per frame
void Update()
{
if (gameObject.GetComponent <ReelingRateManager>().reelingRate > 2)
{
overReelingEnabled = true;
neededReleases = (int)(HookedFish.stamina * 100);
Debug.Log(neededReleases);
}
if (tension > fishingRod.line.maxTension)
{
reelingState = ReelingState.BrokenLine;
}
else if (distance > 400f)
{
reelingState = ReelingState.FishHasGone;
}
else if (distance <= 0f)
{
music.clip = bgMusic;
music.Play();
reelingState = ReelingState.Captured;
}
else
{
float newTension = 0f;
//T_m
newTension += HookedFish.mass;
//T_pull
newTension += CalculatePullTensions();
//T_reeling
newTension += CalculateReelingTension();
//T_overReeling
newTension += CalculateOverReeling();
//Energy tension
newTension += CalculateEnergyTension();
tension = 1 / HookedFish.strength * newTension;
Dictionary <bool, float> boolProb = new Dictionary <bool, float>()
{
[true] = HookedFish.stamina,
[false] = (1 - HookedFish.stamina)
};
}
}
// Start is called before the first frame update
public void Start()
{
music.clip = actionMusic;
music.Play();
fishingRod = GameMaster.selectedRod;
HookedFish = GameMaster.selectedRegion.GenerateRandomFish();
Debug.Log(HookedFish.name);
Debug.Log(HookedFish.mass);
startTime = Time.time;
distance = Random.Range(100f, 150f);
fishingRod = GameMaster.selectedRod;
tension = 0f;
reelingState = ReelingState.Capturing;
PullTensionList = new List <Pulse>();
overReelingEnabled = false;
startOfReeling = Time.time;
}
