// Lets search numbers that palindromic in the decimal // and binary base. We call them next. #include #include using namespace std; // Function "get_reverse" swap digits for decimal-input number and write it to rev. int get_reverse(long long k, long long &rev) { while (k) { rev=rev*10+(k%10); k/=10; } } // Function "get_reverse_bin" swap digits for binary-input number and write it to rev. int get_reverse_bin(int k[], int rev[], int digits) { int i; for (i=0;i=pow(2,--p)) && (x1) goto LOOP; if (x==1) b[0]=1; } int main() { // Declaring variables i-input number, j-reverse decimal(binary) number, // b-original binary number. long long i, j; int b[100]; int br[100]; // Declaring and initialize count of digits for binary numbers. int digits=0; // Declaring and set to "0" sum of double-base palindromic numbers. long long sum=0; // Declaring and set to "0" count of double-base palindromic numbers. int z=0; // Declaring and set higher number for research long long N=1000000; cout<<"Double-base palindromic numbers:"<

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