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#include <iostream>
using namespace std;
int Exponent(int Base, int Exponent)
{
int ReturnValue = 1;
while(Exponent != 0)
{
ReturnValue = ReturnValue*Base;
Exponent;
}
return ReturnValue;
}
int BinaryConverter(int BaseTenValue)
{
int ReturnValue, CounterValue, ModValue, ExponentCounter, NegativeTest, Binary;
ModValue = 1;
ExponentCounter = 0;
ReturnValue = 0;
while(BaseTenValue % ModValue != BaseTenValue)
{
ModValue = ModValue * 2;
ExponentCounter++;
}
ModValue = ModValue/2;
ExponentCounter;
CounterValue = BaseTenValue;
while(CounterValue > 0)
{
NegativeTest = CounterValue  ModValue;
if(NegativeTest >= 0)
{
Binary = Exponent(10, ExponentCounter);
CounterValue = CounterValue  ModValue;
ReturnValue = ReturnValue + Binary;
}
ModValue = ModValue/2;
ExponentCounter;
}
return ReturnValue;
}
int FactorialConverter(int BaseTenValue)
{
int ReturnValue, CounterValue, ModValue, ExponentCounter, NegativeTest, Binary;
ModValue = 1;
ExponentCounter = 0;
ReturnValue = 0;
while(BaseTenValue % ModValue != BaseTenValue)
{
ExponentCounter++;
ModValue = ModValue * ExponentCounter;
}
ModValue = ModValue/ExponentCounter;
ExponentCounter;
CounterValue = BaseTenValue;
while(CounterValue > 0)
{
NegativeTest = CounterValue  ModValue;
if(NegativeTest >= 0)
{
Binary = Exponent(10, ExponentCounter);
Binary = Binary/10;
CounterValue = CounterValue  ModValue;
ReturnValue = ReturnValue + Binary;
}
else
{
ModValue = ModValue/ExponentCounter;
ExponentCounter;
}
}
return ReturnValue;
}
void Display(int StartPoint, int EndPoint)
{
int Counter = StartPoint;
cout << "BASE TEN \t BINARY \t FACTORIAL" << endl;
while (Counter <= EndPoint)
{
cout << Counter << "\t \t" << BinaryConverter(Counter) << "\t \t" << FactorialConverter(Counter) << endl;
Counter++;
}
}
int main ()
{
Display(1, 24);
return 0;
}
 