public void InsertOres(Ore.OreType[] ores)
{
for (int i = 0; i < 2; i++)
{
if (ore1 == Ore.OreType.NONE)
{
ore1 = ores[i];
}
else if (ore2 == Ore.OreType.NONE)
{
ore2 = ores[i];
}
else if (ore3 == Ore.OreType.NONE)
{
ore3 = ores[i];
}
else if (ore4 == Ore.OreType.NONE)
{
ore4 = ores[i];
}
}
if (ore1 != Ore.OreType.NONE && ore2 != Ore.OreType.NONE && ore3 != Ore.OreType.NONE && ore4 != Ore.OreType.NONE)
{
int val = ScoreOres();
gameManager.AddScore(val);
if (val != baseScore && val != noMatchScore)
{
gameManager.IncreaseMultiplier();
}
//Debug.Log("Scored " + val);
}
}
/*public void OresNeeded()
* {
* mithrilNeeded = Random.Range(3, 5);
* adamantiteNeeded = Random.Range(3, 4);
* goldNeeded = Random.Range(3, 5);
* pyroniumNeeded = Random.Range(3, 5);
* silverNeeded = 20 - (mithrilNeeded + adamantiteNeeded + goldNeeded + pyroniumNeeded);
* for (int i = 0; i < mithrilNeeded; i++)
* {
* oresNeeded.Add(mithrilOre.GetComponent<Ore>());
* }
* for (int i = 0; i < adamantiteNeeded; i++)
* {
* oresNeeded.Add(adamantiteOre.GetComponent<Ore>());
* }
* for (int i = 0; i < goldNeeded; i++)
* {
* oresNeeded.Add(goldOre.GetComponent<Ore>());
* }
* for (int i = 0; i < pyroniumNeeded; i++)
* {
* oresNeeded.Add(pyroniumOre.GetComponent<Ore>());
* }
* for (int i = 0; i < silverNeeded; i++)
* {
* oresNeeded.Add(silverOre.GetComponent<Ore>());
* }
* }
*
* public void ActiveOre()
* {
* oreCheck = "5";
* startTime = Time.time;
* oreActive = oresNeeded[Random.Range(0, oresNeeded.Count)].oreType;
* switch (oreActive)
* {
* case Ore.OreType.Mithril:
* oreCheck = "0";
* activeOre = mithrilOre;
* currentOre = mithrilOre.GetComponent<Ore>();
* //mithrilController.SetActive(true); //////// FOR VISUAL ONLY. DELETE ON FINAL BUILD.
* break;
* case Ore.OreType.Adamantite:
* oreCheck = "1";
* activeOre = adamantiteOre;
* currentOre = adamantiteOre.GetComponent<Ore>();
* //adamantiteController.SetActive(true); //////// FOR VISUAL ONLY. DELETE ON FINAL BUILD.
* break;
* case Ore.OreType.Gold:
* oreCheck = "2";
* activeOre = goldOre;
* currentOre = goldOre.GetComponent<Ore>();
* //goldController.SetActive(true); //////// FOR VISUAL ONLY. DELETE ON FINAL BUILD.
* break;
* case Ore.OreType.Pyronium:
* oreCheck = "3";
* activeOre = pyroniumOre;
* currentOre = pyroniumOre.GetComponent<Ore>();
* //pyroniumController.SetActive(true); //////// FOR VISUAL ONLY. DELETE ON FINAL BUILD.
* break;
* case Ore.OreType.Silver:
* oreCheck = "4";
* activeOre = silverOre;
* currentOre = silverOre.GetComponent<Ore>();
* //silverController.SetActive(true); //////// FOR VISUAL ONLY. DELETE ON FINAL BUILD.
* break;
* }
*
* stringMessage = "9";
* stringMessage += oreCheck;
* //serialController.SendSerialMessage(stringMessage);
* //print(stringMessage);
* //Invoke("DeactivateOre", 3f);
*
* }*/
public void DeactivateOre()
{
startTime = Time.time;
//serialController.SendSerialMessage("99");
oreActive = Ore.OreType.None;
activeOre = null;
/*mithrilController.SetActive(false); //////// FOR VISUAL ONLY. DELETE ON FINAL BUILD.
* adamantiteController.SetActive(false); //////// FOR VISUAL ONLY. DELETE ON FINAL BUILD.
* goldController.SetActive(false); //////// FOR VISUAL ONLY. DELETE ON FINAL BUILD.
* pyroniumController.SetActive(false); //////// FOR VISUAL ONLY. DELETE ON FINAL BUILD.
* silverController.SetActive(false);*///////// FOR VISUAL ONLY. DELETE ON FINAL BUILD.
Invoke("ActiveOre", 3f);
}
int ScoreOres()
{
if (ore1 == ore2 && ore2 == ore3 && ore3 == ore4)
{
gameManager.SetLastPattern(new Ore.OreType[4] {
ore1, ore2, ore3, ore4
}, baseScore);
ore1 = Ore.OreType.NONE;
ore2 = Ore.OreType.NONE;
ore3 = Ore.OreType.NONE;
ore4 = Ore.OreType.NONE;
audioSource.PlayOneShot(lowSFX);
return(baseScore);
}
else
{
int rtnVal = 0;
for (int i = 0; i < 9; i++)
{
if (ore1 == patterns[i].ores[0] && ore2 == patterns[i].ores[1] && ore3 == patterns[i].ores[2] && ore4 == patterns[i].ores[3])
{
rtnVal = patterns[i].Value;
}
}
if (rtnVal == 0)
{
rtnVal = noMatchScore;
}
gameManager.SetLastPattern(new Ore.OreType[4] {
ore1, ore2, ore3, ore4
}, rtnVal);
ore1 = Ore.OreType.NONE;
ore2 = Ore.OreType.NONE;
ore3 = Ore.OreType.NONE;
ore4 = Ore.OreType.NONE;
if (rtnVal == noMatchScore)
{
audioSource.PlayOneShot(noMatchSFX);
}
else
{
audioSource.PlayOneShot(highSFX);
}
return(rtnVal);
}
}
public string EnumtoChar(Ore.OreType type)
{
switch (type)
{
case Ore.OreType.Mithril:
return("0");
case Ore.OreType.Adamantite:
return("1");
case Ore.OreType.Gold:
return("2");
case Ore.OreType.Pyronium:
return("3");
case Ore.OreType.Silver:
return("4");
default:
return("5");
}
}
public Color OreToColor(Ore.OreType ore)
{
switch (ore)
{
case Ore.OreType.NONE:
return(oreColors[0].color);
case Ore.OreType.BLUE:
return(oreColors[1].color);
case Ore.OreType.GREEN:
return(oreColors[2].color);
case Ore.OreType.RED:
return(oreColors[3].color);
case Ore.OreType.YELLOW:
return(oreColors[4].color);
default:
return(oreColors[0].color);
}
}
void OreHit(Ore.OreType type)
{
if (type == thisType /* && thisType == oreSwitcher.oreActive*/)
{
hitAmount++;
if (hitAmount >= hitThreshold)
{
Instantiate(thisOre);
stringMessage = EnumtoChar(type).ToString();
stringMessage += hitAmount;
serialController.SendSerialMessage(stringMessage);
hitAmount = 0;
//oreSwitcher.DeactivateOre();
print(stringMessage);
}
else
{
stringMessage = EnumtoChar(type).ToString();
stringMessage += hitAmount;
serialController.SendSerialMessage(stringMessage);
print(stringMessage);
}
}
}
private void HandleGrab()
{
//Debug.Log("Grab button pressed.");
if (myCollider.IsTouching(lastCollider))
{
//Debug.Log("Colliders match.");
if ((carry1 == Ore.OreType.NONE || carry2 == Ore.OreType.NONE) && !IsCarryingUpgrade)
{
if (lastCollider.GetComponent <OreBox>() != null)
{
OreBox activeBox = lastCollider.GetComponent <OreBox>();
//Debug.Log("Grab used on " + lastCollider.name + " Ore Box (" + activeBox.GetBoxType().ToString() + ").");
if (activeBox.TakeOre())
{
if (carry1 == Ore.OreType.NONE)
{
carry1 = activeBox.GetBoxType();
}
else if (carry2 == Ore.OreType.NONE)
{
carry2 = activeBox.GetBoxType();
}
//Debug.Log("Now carrying: " + carry1.ToString() + " and " + carry2.ToString() + ".");
audioSource.PlayOneShot(grab);
}
else
{
//Debug.Log("Could not take ore. Box is empty.");
audioSource.PlayOneShot(buzz);
}
}
}
else if (IsCarryingUpgrade)
{
if (lastCollider.GetComponent <OreBox>() != null)
{
OreBox activeBox = lastCollider.GetComponent <OreBox>();
//Debug.Log("Grab used on " + lastCollider.name + " Ore Box (" + activeBox.GetBoxType().ToString() + ").");
activeBox.SetCapacity(activeBox.Capacity + 2);
//Debug.Log("Upgrade used.");
audioSource.PlayOneShot(upgrade_use, 0.8f);
IsCarryingUpgrade = false;
}
}
if (lastCollider.GetComponent <UpgradeOTron>() != null)
{
UpgradeOTron upgradeOTron = lastCollider.GetComponent <UpgradeOTron>();
bool getUpgrade = false;
getUpgrade = upgradeOTron.CheckOres(new Ore.OreType[2] {
carry1, carry2
});
if (getUpgrade)
{
audioSource.PlayOneShot(upgrade, 0.5f);
carry1 = Ore.OreType.NONE;
carry2 = Ore.OreType.NONE;
IsCarryingUpgrade = true;
}
else
{
audioSource.PlayOneShot(buzz);
if (carry1 != Ore.OreType.NONE)
{
gameManager.DisplayMessage("Wrong ores! Process them!");
audioSource.PlayOneShot(buzz);
}
else
{
audioSource.PlayOneShot(buzz);
}
}
}
if (lastCollider.GetComponent <OreProcessor>() != null)
{
//Debug.Log("Activating Ore Processor.");
OreProcessor processor = lastCollider.GetComponent <OreProcessor>();
//Debug.Log("Attempting to deposit Ore " + carry1.ToString() + " and " + carry2.ToString() + " into processor.");
if (carry1 != Ore.OreType.NONE || carry2 != Ore.OreType.NONE)
{
//Debug.Log("Depositing Ores " + carry1.ToString() + " and " + carry2.ToString() + " into processor.");
processor.InsertOres(new Ore.OreType[] { carry1, carry2 });
audioSource.PlayOneShot(drop);
carry1 = Ore.OreType.NONE;
carry2 = Ore.OreType.NONE;
}
}
}
}
