Super No Spread Source Code

[RubberDuckY09]

*(double*)ADR_SuperNoSpread = 1;

I know that's correct but I don't know why it keeps getting detected after a few seconds of use.

and yes, the address is correct

[Heart123]

*(double*)ADR_SuperNoSpread = 1;

I know that's correct but I don't know why it keeps getting detected after a few seconds of use.

and yes, the address is correct

because you don't Have Bypass
/solved

[RubberDuckY09]

because you don't Have Bypass
/solved

enlighten me please, how do I make the bypass?

[AeroMan]

Values are 0 and 5
Could be done undetectedly.

[RubberDuckY09]

Values are 0 and 5
Could be done undetectedly.

yeah, I tried that, its still getting detected

[AeroMan]

yeah, I tried that, its still getting detected

Does your hack crash when you don't have the nospread included?

[RubberDuckY09]

Does your hack crash when you don't have the nospread included?

no it doesnt crash

[AeroMan]

no it doesnt crash

Then it's the nospread

[RubberDuckY09]

Then it's the nospread

yeah so I was looking forward to learning how to make that bypass that the other guy was talking about

[paulcedric]

use the offset below btw its for WRPH

*(float*)(xPlayer+OFS_NoSpread) = 1;

[Heart123]

enlighten me please, how do I make the bypass?

Bypass is private

[paulcedric]

no need for bypass if you use the offset of NoSpread

[n4n033]

because you don't Have Bypass
/solved

Since when bypass is needed for memory features ?

[zikox]

ByPass for Assemply Hacks and like that

[lagger]

I had a similar problem once and solved with this

void WriteMemory(void *adr, void *ptr, int size)
{
DWORD dwback;
VirtualProtect(adr,size,PAGE_EXECUTE_READWRITE, &dwback);
memcpy(adr,ptr,size);
VirtualProtect(adr,size,dwback, &dwback);
}

template <typename T>void WriteMemory(void* adr,T Vaule,T *Input = NULL)
{
if(Input == 0)
WriteMemory((void*)adr,(void*)&Vaule,sizeof(T));
else
WriteMemory((void*)Input,(void*)adr,sizeof(T));
}



WriteMemory<double>((void*)ADR_SUPERNOSPREAD,0.0);