// the bobber comes into the water
void OnInWater()
{
// we launch the timer only if there is an hook attached to the bobber
Appat actualAppat = PoissonFishing.instance.bobber.GetComponent <Bobber>().actualAppat;
if (actualAppat != null)
{
// the timer has not been launched, so we launch it
if (FishTimer.getCooldown() == 0)
{
TMax = Random.Range(actualAppat.minimumWaitingTime, actualAppat.maximumWaitingTime);
Tact = TMax;
FishTimer.start(TMax);
}
// the timer has been paused, we release it
else
{
float tempsAttendu = FishTimer.getCooldown();
float tempsActuel = TMax - (tempsAttendu / Tact) * TMax;
if (tempsActuel < Tact)
{
Tact = tempsActuel;
}
if (Tact <= minimumFishingTime)
{
Tact += minimumFishingTime;
}
FishTimer.start(Tact);
}
}
}
public void EnleverAppat(Appat appat)
{
for (int i = 0; i < listeAppats.Length; i++)
{
if (appat == listeAppats[i])
{
listeInTheBox[i] = false;
}
}
}
public void RespawnAppat(Appat appat)
{
for (int i = 0; i < listeAppats.Length; i++)
{
if (appat == listeAppats[i])
{
listeInTheBox[i] = true;
appat.GetComponent <Rigidbody>().isKinematic = true;
//appat.transform.parent = this.transform;
appat.transform.position = listePositionInitialAppats[i].position;
}
}
}
public void attachAppat(Appat appat)
{
if (actualAppat != null)
{
detachAppat();
}
actualAppat = appat;
actualAppat.isAttached = true;
actualAppat.transform.position = GetComponentInChildren <AppatSign>().transform.position;
GetComponentInChildren <AppatSign>().GetComponentInChildren <MeshRenderer>().enabled = false;
}
private void OnHookFish()
{
// if there is already an fish, we remove before adding a new one
if (fishInWater != null)
{
releaseFish();
}
// initialyze fishManagement values based on infos in appat.fish
Appat appat = bobber.GetComponent <Bobber>().actualAppat;
indexOfFishHooked = appat.getRandomFishIndex();
fishingManagement.difficulty = appat.typesPoisson[indexOfFishHooked].GetComponent <Poisson>().difficulty;
poseFishing.difficultyFish = appat.typesPoisson[indexOfFishHooked].GetComponent <Poisson>().difficulty;
tractionSpeedMultiplicator = appat.typesPoisson[indexOfFishHooked].GetComponent <Poisson>().tractionForce;
// generate new fish points
Vector3 initialBobberPosition = bobber.position;
// if bobber to close to the berge, we put the bobber farther
if (fishingManagement.getDistanceBerge(bobber.position.z) < minimumDistanceFromBerge)
{
initialBobberPosition = new Vector3(bobber.position.x, bobber.position.y, minimumDistanceFromBerge);
}
fishingManagement.generateFishPoints(playerPosition.position, initialBobberPosition);
// initialyze the fish position
Vector3 initialPosition = new Vector3(bobber.position.x, bobber.position.y - fishDepth, bobber.position.z);
fishInWater = initFishInWater(initialPosition);
// get distance between the bobber and the berge
Vector3 fishInWater2D = new Vector3(fishInWater.transform.position.x, fishingManagement.waterPlane.position.y, fishInWater.transform.position.z);
Vector3 player2D = fishingManagement.getPlayerPositionFromBerge(playerPosition.position);
initialDistanceBetweenBobberAndBerge = fishingManagement.getDistanceOnProjectionDirection(initialBobberPosition, player2D);
// init the first pose
initCurrentStep();
fishEscapingTimer.start(fishEscapingFrequence);
hapticDistance.enabled = true;
hapticDistance.hand = poseFishing.getHoldingHand();
}
public void detachAppat()
{
actualAppat.releaseAppat();
actualAppat = null;
}