#include #include //using namespace std; ///this is a range based conversion code which can convert decimals to binary only within a range of 0-1023. //code edited with respect to @Silvo's observation. 23/04/2018 class std_bits{ public: std_bits(int v){ bits.reset(); start_bits(v); } void _512Bit_position(){ bits.set(9); } void _256Bit_position(){ bits.set(8); } void _128Bit_position(){ bits.set(7); } void _64Bit_Position(){ bits.set(6); } void _32Bit_Position(){ bits.set(5); } void _16Bit_Position(){ bits.set(4); } void _8Bit_Position(){ bits.set(3); } void _4Bit_Position(){ bits.set(2); } void _2Bit_Position(){ bits.set(1); } void _1Bit_Position(){ bits.set(0); } void start_bits(int v){ if(v<1024&&v>=512){ _512Bit_position(); start_bits(v-512); } else if(v>=256){ _256Bit_position(); start_bits(v-256); } else if(v>=128){ _128Bit_position(); start_bits(v-128); } else if(v>=64){ _64Bit_Position(); start_bits(v-64); } else if(v>=32){ _32Bit_Position(); start_bits(v-32); } else if(v>=16){ _16Bit_Position(); start_bits(v-16); } else if(v>=8){ _8Bit_Position(); start_bits(v-8); } else if(v>=4){ _4Bit_Position(); start_bits(v-4); } else if(v>=2){ _2Bit_Position(); start_bits(v-2); } else if(v==1){ _1Bit_Position(); } else if(v==0); else{ throw std::overflow_error("number too big to handle range limited to 0 - 1023\n"); } } void Binify()const{ std::cout<<"Binary: "< bits; }; int main() { int dec; std::cin>>dec; std::cout<<"Decimal: "<

Dec to Bin(Bitset Approach)