internal bool Comparer(MemoryData obj)
{
bool ret = true;
ret &= sel_player_num == obj.sel_player_num;
ret &= player_num == obj.player_num;
ret &= p.SequenceEqual(obj.p);
ret &= sel_p.SequenceEqual(obj.sel_p);
ret &= life.SequenceEqual(obj.life);
ret &= cash.SequenceEqual(obj.cash);
ret &= bank.SequenceEqual(obj.bank);
ret &= loanDate.SequenceEqual(obj.loanDate);
ret &= cur == obj.cur;
ret &= total == obj.total;
ret &= CPI == obj.CPI;
ret &= date == obj.date;
ret &= scene == obj.scene;
return(!ret);
}
static internal MemoryData GetData()
{
var data = MemoryData.New();
var p = ProcessManager.Instance.Process;
//Cha
data.sel_player_num = ProcessUtility.ReadMemByte(p, GetPtr(MemTypeEnum.sel_player_num));
data.player_num = ProcessUtility.ReadMemByte(p, GetPtr(MemTypeEnum.player_num));
for (int i = 0; i < 4; i++)
{
data.sel_p[i] = ProcessUtility.ReadMemByte(p, AddPtr(GetPtr(MemTypeEnum.sel_p1), sub_sel_p * i));
data.p[i] = ProcessUtility.ReadMemByte(p, AddPtr(GetPtr(MemTypeEnum.p1), sub_p * i));
data.life[i] = ProcessUtility.ReadMemByte(p, AddPtr(GetPtr(MemTypeEnum.p1_life), sub_p * i));
data.cash[i] = ProcessUtility.ReadMemInt(p, AddPtr(GetPtr(MemTypeEnum.cash_p1), sub_p * i));
data.bank[i] = ProcessUtility.ReadMemInt(p, AddPtr(GetPtr(MemTypeEnum.bank_p1), sub_p * i));
data.loanDate[i] = ProcessUtility.ReadMemInt(p, AddPtr(GetPtr(MemTypeEnum.p1_loanDay), sub_p * i));
}
//Course
data.cur = ProcessUtility.ReadMemByte(p, GetPtr(MemTypeEnum.cur));
data.total = ProcessUtility.ReadMemByte(p, GetPtr(MemTypeEnum.total));
data.date = ProcessUtility.ReadMemInt(p, GetPtr(MemTypeEnum.date));
data.CPI = ProcessUtility.ReadMemInt(p, GetPtr(MemTypeEnum.CPI));
data.scene = ProcessUtility.ReadMemByte(p, GetPtr(MemTypeEnum.scene));
return(data);
}
static internal MemoryData New()
{
MemoryData data = new MemoryData();
data.sel_p = new byte[4];
data.p = new byte[4];
data.cash = new int[4];
data.bank = new int[4];
data.loanDate = new int[4];
data.life = new byte[4];
return(data);
}
internal void RefreshRealCPI(MyMemory.MemoryData data)
{
long allMoney = 0;
int life = 0;
for (int i = 0; i < 4; i++)
{
allMoney += data.cash[i];
allMoney += data.bank[i];
if (data.life[i] == 1)
{
life++;
}
}
realCPI = (int)(allMoney / (MyMemory.MemoryTracker.ReadInitMoney() * life));
}
