AtCoder.cpp

#include <algorithm>            // https://cpprefjp.github.io/reference/algorithm.html
#include <ios>                  // https://cpprefjp.github.io/reference/ios.html
#include <iostream>             // https://cpprefjp.github.io/reference/iostream.html
#include <map>                  // https://cpprefjp.github.io/reference/map.html
#include <set>
#include <string>               // https://cpprefjp.github.io/reference/string/basic_string/find.html
#include <vector>               // https://cpprefjp.github.io/reference/vector/vector.html
#include <utility>              // https://cpprefjp.github.io/reference/utility.html

#include <climits>
#include <cmath>                // https://cpprefjp.github.io/reference/cmath.html
#include <cassert>              // https://cpprefjp.github.io/reference/cassert/assert.html

using namespace std;

typedef long long ll;

#define GCD(a, b) __gcd((a), (b))
#define LCM(a, b) ((a) / GCD((a), (b)) * (b))

inline int popcount(int x) { return __builtin_popcount((x)); }
inline int popcount(ll x) { return __builtin_popcountll((x)); }

#ifdef AT_DEBUG
#define dp(s) (cout << s)
#define dpln(s) (cout << s << endl)
#define dpln_col(c) { for (const auto& x : c) dpln(x); }
#else  // AT_DEBUG
#define dp(s)
#define dpln(s)
#define dpln_col(c)
#endif // AT_DEBUG

int main (int argc, char** argv)
{
#ifdef AT_DEBUG
#endif  // AT_DEBUG

	return 0;
}

// Dec Hex    Dec Hex    Dec Hex  Dec Hex  Dec Hex  Dec Hex   Dec Hex   Dec Hex
//   0 00 NUL  16 10 DLE  32 20    48 30 0  64 40 @  80 50 P   96 60 `  112 70 p
//   1 01 SOH  17 11 DC1  33 21 !  49 31 1  65 41 A  81 51 Q   97 61 a  113 71 q
//   2 02 STX  18 12 DC2  34 22 "  50 32 2  66 42 B  82 52 R   98 62 b  114 72 r
//   3 03 ETX  19 13 DC3  35 23 #  51 33 3  67 43 C  83 53 S   99 63 c  115 73 s
//   4 04 EOT  20 14 DC4  36 24 $  52 34 4  68 44 D  84 54 T  100 64 d  116 74 t
//   5 05 ENQ  21 15 NAK  37 25 %  53 35 5  69 45 E  85 55 U  101 65 e  117 75 u
//   6 06 ACK  22 16 SYN  38 26 &  54 36 6  70 46 F  86 56 V  102 66 f  118 76 v
//   7 07 BEL  23 17 ETB  39 27 '  55 37 7  71 47 G  87 57 W  103 67 g  119 77 w
//   8 08 BS   24 18 CAN  40 28 (  56 38 8  72 48 H  88 58 X  104 68 h  120 78 x
//   9 09 HT   25 19 EM   41 29 )  57 39 9  73 49 I  89 59 Y  105 69 i  121 79 y
//  10 0A LF   26 1A SUB  42 2A *  58 3A :  74 4A J  90 5A Z  106 6A j  122 7A z
//  11 0B VT   27 1B ESC  43 2B +  59 3B ;  75 4B K  91 5B [  107 6B k  123 7B {
//  12 0C FF   28 1C FS   44 2C ,  60 3C <  76 4C L  92 5C \  108 6C l  124 7C |
//  13 0D CR   29 1D GS   45 2D -  61 3D =  77 4D M  93 5D ]  109 6D m  125 7D }
//  14 0E SO   30 1E RS   46 2E .  62 3E >  78 4E N  94 5E ^  110 6E n  126 7E ~
//  15 0F SI   31 1F US   47 2F /  63 3F ?  79 4F O  95 5F _  111 6F o  127 7F DEL