public Instruction(Instruction i)
{
InAdrA = i.InAdrA;
HyAdrB = i.HyAdrB;
OutAdr = i.OutAdr;
Instuct = i.Instuct;
}
public Instruction(int MemSize, int InputSize, int OutputSize)
{
InAdrA = RandomAddress(true, true, false, MemSize, InputSize, OutputSize);
HyAdrB = RandomAddress(true, true, false, MemSize, InputSize, OutputSize);
OutAdr = RandomAddress(true, false, true, MemSize, InputSize, OutputSize);
Instuct = Calcuations.GetRandom();
}
public static MemAdr RandomAddress(bool CanBeMemory, bool CanBeInput, bool CanBeOutput, int MemSize, int InputSize, int OutputSize)
{
MemAdr Ve = new MemAdr();
int PossibleCombos = CountPossibleCombos(CanBeMemory, CanBeInput, CanBeOutput);
ChooseTypeOfAddr(ref CanBeMemory, ref CanBeInput, ref CanBeOutput, PossibleCombos);
GetAdrFromType(CanBeMemory, CanBeInput, MemSize, InputSize, OutputSize, Ve);
return Ve;
}
public int ConvertMemAdrToInt(MemAdr Adr, int MemSize,int InputSize)
{
int TBR = Adr.P;
if (Adr.T == 1)
{
TBR += MemSize;
}
else if (Adr.T == 2)
{
TBR += MemSize + InputSize;
}
return TBR;
}
private static void GetAdrFromType(bool CanBeMemory, bool CanBeInput, int MemSize, int InputSize, int OutputSize, MemAdr Ve)
{
if (CanBeMemory)
{
Ve.T = 0;
Ve.P = BetterRandom.R.Next(MemSize);
}
else if (CanBeInput)
{
Ve.T = 1;
Ve.P = BetterRandom.R.Next(InputSize);
}
else
{
Ve.T = 2;
Ve.P = BetterRandom.R.Next(OutputSize);
}
}
