#include "vision.h"
#include <bits/stdc++.h>
using namespace std;
#define all(x) (x).begin(), (x).end()
#define FOR(i, a, b) for (int i = a; i < b; i++)
#define each(a, x) for (auto &x : a)
#define srt(x) sort(all(x))
#define sz(x) (int) (x).size()
#define pb push_back
#define trace(x) for (auto &el : x) cout << el << " "
using pi = pair<int, int>;
using vi = vector<int>;
using vpi = vector<pi>;
int H, W, K;
int coord_to_int(int i, int j) {
return i * W + j;
}
int instruction_to_int(int i) {
return H * W + i;
}
pi int_to_coord(int inp) {
return {inp / W, inp % W};
}
int manhattan(int x1, int y1, int x2, int y2) {
return abs(x1 - x2) + abs(y1 - y2);
}
void construct_network(int _H, int _W, int _K) {
H = _H; W = _W; K = _K;
int cIdx = 0;
int rIdx = 0;
int acIdx = 0;
int arIdx = 0;
FOR(i, 0, H) {
vi xors;
FOR(j, 0, W) {
xors.pb(coord_to_int(i, j));
}
rIdx = add_xor(xors) + 1;
}
FOR(j, 0, W) {
vi xors;
FOR(i, 0, H) {
xors.pb(coord_to_int(i, j));
}
acIdx = add_xor(xors) + 1;
}
FOR(i, 0, H) {
vi ands;
FOR(j, 0, W) {
ands.pb(coord_to_int(i, j));
}
arIdx = add_and(ands) + 1;
}
FOR(j, 0, W) {
vi ands;
FOR(i, 0, H) {
ands.pb(coord_to_int(i, j));
}
add_and(ands);
}
// answer = (CUMXOR OF AND OF ALL ROWS)
vi colxor; FOR(i, 0, W) colxor.pb(arIdx + i);
int r1 = add_xor(colxor);
vi rowxor; FOR(i, 0, H) rowxor.pb(acIdx + i);
int r2 = add_xor(rowxor);
vi coland; FOR(i, 0, W) coland.pb(rIdx + i);
int r3 = add_xor(coland);
vi rowand; FOR(i, 0, H) rowand.pb(cIdx + i);
int r4 = add_xor(rowand);
int r5 = add_not(r2);
int r6 = add_not(r4);
int r7 = add_and({r1, r5});
int r8 = add_and({r3, r6});
int r9 = add_or({r7, r8});
int r10 = add_not(r9);
// if K = 1 and the answer is yes, then they are either in the same column or same row (have to be)
// vpi a, b;
// vector<vi> potential(H*W, vi());
// FOR(i, 0, H*W) {
// pi coords = int_to_coord(i);
// FOR(j, i + 1, H*W) {
// pi coords2 = int_to_coord(j);
// if (manhattan(coords.first, coords.second, coords2.first, coords2.second) != K) continue;
// potential[i].pb(coord_to_int(coords2.first, coords2.second));
// }
// }
// int tl_instructions = 0;
// FOR(i, 0, H*W) {
// if (sz(potential[i]) > 0) {
// add_or(potential[i]);
// add_and({instruction_to_int(2*tl_instructions), i});
// tl_instructions++;
// }
// }
// vi ors;
// FOR(i, 0, tl_instructions) {
// ors.pb(instruction_to_int(2*i+1));
// }
// add_or(ors);
}
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