public void Init() { hp = this[ZRSetting.HP, true]; cage = this[ZRSetting.Cage, true]; reduction = this[ZRSetting.Reduction, true]; speed = this[ZRSetting.Speed, true]; }
public void Koef(ZRSettings sets) { for (int i = 0; i < count; i++) { if (!sets.names.Contains(this.names[i])) { continue; } ZRValue val = this.values[i]; val.current += val.max * sets[this.names[i]].percent; //Debug.Log(this.names[i] + ":" + sets[this.names[i]].percent + ": " + sets[this.names[i]]); if (val.peaked) { val.Refresh(); } if (val.minimum) { val.Reset(); } if (this.names[i] == ZRSetting.Cage) { val.current = (int)val.current; //Debug.Log(val.ToString()); } } Init(); }
public void Addition(ZRSettings sets) { for (int i = 0; i < count; i++) { if (sets.names.Contains(this.names[i])) { ZRValue val = this.values[i] * sets[this.names[i]].percent; if (this.names[i] == ZRSetting.Cage) { val.ToInt(); } this.values[i] += val; } } Init(); }
public ZRValue this[ZRSetting _name, bool init = false] { get { if (!init) { switch (_name) { case ZRSetting.HP: return(hp); case ZRSetting.Cage: return(cage); case ZRSetting.Reduction: return(reduction); case ZRSetting.Speed: return(speed); } } if (!Contains(_name)) { return(new ZRValue(0)); } return(values[(names.IndexOf(_name))]); } set { if (!init) { switch (_name) { case ZRSetting.HP: hp = value; return; case ZRSetting.Cage: cage = value; return; case ZRSetting.Reduction: reduction = value; return; case ZRSetting.Speed: speed = value; return; } } if (!names.Contains(_name)) { Add(_name, value); } if (value != null) { values[(names.IndexOf(_name))] = value; } else { Remove(_name); } } }
public void Add(ZRSetting _name, ZRValue _value) { names.Add(_name); values.Add(_value); Init(); }