//this is for adding the upgrade onto the weapon stats
public weaponProperties add(weaponProperties original, weaponProperties upgrade)
{
weaponProperties final = new weaponProperties();
final.damage = original.damage + upgrade.damage;
final.special = string.Concat (original.special, upgrade.special);
final.spAmount = original.spAmount + upgrade.spAmount;
final.range = original.range + upgrade.range;
final.delay = original.delay + upgrade.delay;
return final;
}
//it should be a constructor:
public void giveValue(weaponProperties weapon)
{
damage = weapon.damage;
delay = weapon.delay;
range = weapon.range;
special = weapon.special;
spAmount = weapon.spAmount;
weaponName = weapon.weaponName;
lifeTime = weapon.lifeTime;
expReturn = weapon.expReturn;
}
//I haven't examined this bit for a long time
//Just pretend it doesn't exist
//This is supposed to be somewhere to store info on all the upgrade
void Start()
{
upgrade = this.gameObject.AddComponent <weaponProperties>();
upgrade.damage = damage;
upgrade.range = range;
upgrade.delay = delay;
upgrade.special = special;
upgrade.spAmount = spAmount;
controller = GameObject.Find("gameData");
sctrl = controller.GetComponent<statsController> ();
isValid = new bool[sctrl.maxWeapons];
}
void Start()
{
action = GameObject.Find("actionController");
actrl = action.GetComponent<actionController> ();
stats = this.GetComponent<weaponProperties> ();
rend = GetComponent<Renderer> ();
if (stats.damage <0) {
rend.material.color = Color.green;
} else {
rend.material.color = Color.red;
}
t = actrl.time;
}
void initializeData(int currentPlayer)
{
//start processing attack data received to this part of the program
int i,j=0;
int d;
maxAction = findMaxAction (playerMove);
Vector2[,] attackPlan = new Vector2[10,maxAction+1];
weaponProperties[,] weapons = new weaponProperties[10,maxAction+2]; //size determined by the max weapon delay - I assume it's no larger than 1
int currentWeapon;
for(i=0;i<maxAction;i++){
if (i<playerMove[currentPlayer].attack.Count){
currentWeapon=playerMove[currentPlayer].weapon[i];
if(currentWeapon!=0){
if(dataBase.weapons[currentWeapon].delay==Mathf.Infinity) {
d = maxAction-i;
}else{
d = Mathf.RoundToInt(dataBase.weapons[currentWeapon].delay);
}
for(j=0;j<=maxAction;j++){
if (attackPlan[i+d,j]==Vector2.zero){
attackPlan[i+d,j]=playerMove[currentPlayer].attack[i];
weapons[i+d,j]=dataBase.updateWeaponStats(currentWeapon,upgradeOn);
break;
}
}
}
}else{
}
}
weaponsList.Add (weapons);
toInstantiate.Add (attackPlan);
return;
}
void fireWeapon(weaponProperties weapon, Vector2 position)
{
//calculate what type of collision sphere to generate
bomb (weapon, position);
string sp = weapon.special;
weaponProperties tempWeapon = this.gameObject.AddComponent<weaponProperties>();
tempWeapon.giveValue (weapon);
if(sp.IndexOf("aoe")!=-1){
string temp=sp.Substring(sp.IndexOf("aoe")+3);
int aoeSize = int.Parse(temp.Substring(0,temp.IndexOf(",")));
print ("Aoesize="+aoeSize);
temp = temp.Substring(temp.IndexOf(",")+1);
int aoeDamage = int.Parse(temp.Substring(0,temp.IndexOf(";")));
temp = temp.Substring(sp.IndexOf(";")+1);
tempWeapon.damage = aoeDamage;
if (sp.IndexOf("push")!=-1){
for (int i=0;i<6;i++){
tempWeapon.special = "go" + Mathf.RoundToInt(dataBase.directions[i].x).ToString()+","+ Mathf.RoundToInt(dataBase.directions[i].y).ToString()+";";
bomb (tempWeapon,position+dataBase.directions[i]);
}
print(tempWeapon.special);
}
}else{
}
}
void bomb(weaponProperties weapon, Vector2 position)
{
//where the collision sphere is actually created
GameObject dmgGlobe = Instantiate (damageCollider, gctrl.positionTransform (position), Quaternion.identity)as GameObject;
weaponProperties dmgWeapon = dmgGlobe.GetComponent<weaponProperties>();
damageGlobe dmgInfo = dmgGlobe.GetComponent<damageGlobe>();
dmgWeapon.giveValue (weapon);
dmgInfo.origin = this.gameObject;
print("dmgGenerated");
}
