public Particle RequestParticle(sSubstance substanceRequested)
{
// If the list is empty return null.
if (notInUse.Count <= 0)
{
// Create a new substance for the empty list.
GameObject substanceInstance = Instantiate(particlePrefab, transform);
Particle substanceScript = substanceInstance.GetComponent <Particle> ();
substanceScript.Deactivate();
notInUse.Add(substanceScript);
// Debug to increase the number.
Debug.Log("The object pool went over " + MAX_Particules);
}
// Select the first particle.
Particle particleScript = notInUse [0];
// Update the list.
notInUse.Remove(particleScript);
inUse.Add(particleScript);
// Activate the substance.
particleScript.Activate(substanceRequested);
return(particleScript);
}
public bool AddParticule(sSubstance substanceParticule)
{
// Update substance if none is inside.
if (substance == null)
{
GreenBackground();
particules = 1;
substance = substanceParticule;
return(true);
}
// Check if there is the right substance.
else if (substance == substanceParticule)
{
GreenBackground();
particules += 5;
return(true);
}
// Let the player know if the wrong substance is inside.
else
{
Blink();
MessageManager.getInstance().DissplayMessage("There is an other substance inside this container.", 1f);
return(false);
}
}
public void FillWith(float particulesCount, sSubstance newSubstance)
{
particules = particulesCount;
substance = newSubstance;
UpdateContainerUI();
}
public sSubstance ReleaseParticule()
{
// Check if there is any substance in the container.
if (substance == null)
{
Blink();
return(null);
}
// Check if there is any substance left inside the container.
else if (particules == 0)
{
Blink();
substance = null;
return(null);
}
// Return particle of the substance.
else
{
RedBackground();
particules--;
return(substance);
}
}
private void Relase()
{
state = ContainersState.Releasing;
axisTriggered = true;
if (availableContainers == 0)
{
return;
}
// Play corresponding sound.
if (!audioS.isPlaying)
{
audioS.loop = true;
audioS.clip = releaseSound;
audioS.Play();
}
// Get the substance from the current container.
sSubstance particleSubstanceToRelease = containers[currentIndex].ReleaseParticule();
// Release a particle of the substance.
if (particleSubstanceToRelease != null)
{
generator.Release(particleSubstanceToRelease);
}
}
private void MixContainers(Container cont1, Container cont2, Container destContainer)
{
// If there is one more empty container there is nothing to mix.
if (cont1.isEmpty() || cont2.isEmpty())
{
return;
}
// Simulate the reaction between the 2 substances.
sSubstance result = cont1.substance.CollidingWith(cont2.substance);
// Check the result of the new substance.
if (result == null)
{
MessageManager.getInstance().DissplayMessage("Substances can't mix", 1f);
}
else
{
// Calculate the number of the particules for the new container.
float resultPart = cont1.particules + cont2.particules;
// Empty the used containers.
cont1.EmptyContainer();
cont2.EmptyContainer();
// Fill the destination container with the result.
destContainer.FillWith(resultPart, result);
}
}
public Particle CreateSubstance(sSubstance substanceToRelase)
{
if (nextRelease <= Time.time && substanceToRelase != null)
{
// It is time to spawn a new particle.
// Create the new particle object.
Particle newParticle = ParticlePool.instance.RequestParticle(substanceToRelase);
// Update particle parameters.
Vector3 spawnPosition = transform.position;
spawnPosition.z = 0f;
newParticle.transform.position = spawnPosition;
newParticle.ChangeSubstanceState(substanceToRelase);
newParticle.rb.AddForce(transform.right * relaseForce);
// Set the timer.
nextRelease = Time.time + releaseInterval;
return(newParticle);
}
else
{
return(null);
}
}
public ReactionEq(sSubstance _first, sSubstance _second, sSubstance _result)
{
first = _first;
second = _second;
result = _result;
reversible = false;
}
public void EmptyContainer()
{
// Clear all data about the container.
particules = 0;
substance = null;
UpdateContainerUI();
}
public void ReactWith(sSubstance otherSubstance)
{
// Run the collision on the current substance scriptable object.
sSubstance newSubstance = currentSubstance.CollidingWith(otherSubstance);
// Update current substance if the answer is not null.
if (newSubstance != null)
{
ChangeSubstanceState(newSubstance);
}
}
private void OnCollisionEnter2D(Collision2D collision)
{
// The the other substance script.
Particle otherParticle = collision.gameObject.GetComponent <Particle>();
if (otherParticle != null)
{
// Handle the collision between them in the current state.
sSubstance otherSubstance = otherParticle.currentSubstance;
ReactWith(otherSubstance);
}
}
public sSubstance CollidingWith(sSubstance otherSubstance)
{
for (int i = 0; i < reactions.Count; i++)
{
if (reactions[i].second == otherSubstance)
{
return(reactions[i].result);
}
}
return(null);
}
public void ChangeSubstanceState(sSubstance newSubstance)
{
// Set substance reference
currentSubstance = newSubstance;
// Update the life time.
totalLifeTime = newSubstance.particleLifeTime;
currentLifeTime = 0;
// Set the rigidbody for the particle..
rb.gravityScale = newSubstance.particleGravity;
rb.constraints = RigidbodyConstraints2D.None;
rb.velocity = Vector2.zero;
// Move it to the corresponding layer.
gameObject.layer = (int)newSubstance.particleLayer;
// Update the material used by the mesh renderer.
rend.material = newSubstance.particleMaterial;
}
private void OnTriggerEnter2D(Collider2D collision)
{
FiniteBarrel barrel = collision.gameObject.GetComponent <FiniteBarrel>();
if (barrel != null)
{
sSubstance particleInsideBarrel = barrel.CheckParticle();
if (particleInsideBarrel != null)
{
StartFeedBack();
}
}
// Get information about the current collision.
Particle collectedParticle = collision.GetComponent <Particle>();
//Escape collisions with ground or other objects or the players is not collecting now.
if (collectedParticle != null)
{
StartFeedBack();
}
}
public List <ReactionEq> GetReactionsFor(sSubstance substToFind)
{
// Create new empty list.
List <ReactionEq> searchedList = new List <ReactionEq>();
foreach (ReactionEq reaction in table)
{
// if the substance is found on the first place, add it.
if (reaction.first == substToFind)
{
searchedList.Add(reaction);
}
// if the substance is found on the second place and the reaction is reversible, add the reaction reverse.
else if (reaction.second == substToFind && reaction.reversible)
{
ReactionEq newReaction = new ReactionEq(reaction.second, reaction.first, reaction.result);
searchedList.Add(newReaction);
}
}
return(searchedList);
}
private void OnTriggerEnter2D(Collider2D collision)
{
bool success = false;
Color collectedColor = Color.black;
if (collecting == false)
{
return;
}
FiniteBarrel barrel = collision.gameObject.GetComponent <FiniteBarrel>();
if (barrel != null)
{
sSubstance particleInsideBarrel = barrel.CheckParticle();
if (particleInsideBarrel != null)
{
success = containerToFill.AddParticule(particleInsideBarrel);
if (success)
{
sSubstance collectedSubstance = barrel.GetParticle();
collectedColor = collectedSubstance.particleColor;
}
else
{
MessageManager.getInstance().DissplayMessage("There is a problem with this barrel", 1f);
}
}
else
{
MessageManager.getInstance().DissplayMessage("There is no substance inside the barrel", 1f);
}
}
// Get information about the current collision.
Particle collectedParticle = collision.GetComponent <Particle>();
//Escape collisions with ground or other objects or the players is not collecting now.
if (collectedParticle != null)
{
// Add the substance to the current container sent.
success = containerToFill.AddParticule(collectedParticle.currentSubstance);
// Destory particle if collected.
if (success)
{
collectedColor = collectedParticle.currentSubstance.particleColor;
Destroy(collectedParticle.gameObject);
}
}
if (success)
{
particleFeedback.startColor = collectedColor;
var vel = particleFeedback.velocityOverLifetime;
PlayerMovement player = FindObjectOfType <PlayerMovement>();
Vector3 direction = player.transform.position - particleFeedback.transform.position;
direction = direction.normalized * 10f;
vel.x = direction.x;
vel.y = direction.y;
vel.z = direction.z;
particleFeedback.Play();
}
}
public void Activate(sSubstance newSubstance)
{
ChangeSubstanceState(newSubstance);
ChangeActiveState(true);
}
public void SetSubstance(sSubstance newSubst)
{
particleSubstance = newSubst;
}
public ContainerData(sSubstance _subst, float _count)
{
subst = _subst;
count = _count;
}
public void UpdateContainerSubstance(sSubstance newSubstance)
{
substance = newSubstance;
}
public void Release(sSubstance substanceToCreate)
{
Particle newParticle = CreateSubstance(substanceToCreate);
}
