#include <iostream>
#include <string>
#include <vector>
#include <algorithm>
#include <cmath>

using namespace std;

/**
 * Made with love by AntiSquid, Illedan and Wildum.
 * You can help children learn to code while you participate by donating to CoderDojo.
 **/

struct Entity{
    int unitId;
    int team;
    string unitType; // UNIT, HERO, TOWER, can also be GROOT from wood1
    int x;
    int y;
    int attackRange;
    int health;
    int maxHealth;
    int shield; // useful in bronze
    int attackDamage;
    int movementSpeed;
    int stunDuration; // useful in bronze
    int goldValue;
    int countDown1; // all countDown and mana variables are useful starting in bronze
    int countDown2;
    int countDown3;
    int mana;
    int maxMana;
    int manaRegeneration;
    string heroType; // DEADPOOL, VALKYRIE, DOCTOR_STRANGE, HULK, IRONMAN
    int isVisible; // 0 if it isn't
    int itemsOwned; // useful from wood1
};

struct Item{
    string itemName; // contains keywords such as BRONZE, SILVER and BLADE, BOOTS connected by "_" to help you sort easier
    int itemCost; // BRONZE items have lowest cost, the most expensive items are LEGENDARY
    int damage; // keyword BLADE is present if the most important item stat is damage
    int health;
    int maxHealth;
    int mana;
    int maxMana;
    int moveSpeed; // keyword BOOTS is present if the most important item stat is moveSpeed
    int manaRegeneration;
    int isPotion; // 0 if it's not instantly consumed
};

void wait() {
    cout << "WAIT" << endl;}
void move(int x, int y){
    cout << "MOVE " << x << ' ' << y << endl;}
void attack(int id){
    cout << "ATTACK " << id << endl;}
void attack_nearest(string type){
    cout << "ATTACK_NEAREST " << type << endl;}
void move_attack(int x, int y, string id){
    cout << "MOVE ATTACK " << x << ' ' << y << ' ' << id << endl;}
void buyItem(string itemName){
    cout << "BUY " << itemName << endl;}
void sellItem(string itemName){
    cout << "SELL " << itemName << endl;}
int main()
{


    int myTeam;
    cin >> myTeam; cin.ignore();
    int bushAndSpawnPointCount; // useful from wood1, represents the number of bushes and the number of places where neutral units can spawn
    cin >> bushAndSpawnPointCount; cin.ignore();
    for (int i = 0; i < bushAndSpawnPointCount; i++) {
        string entityType; // BUSH, from wood1 it can also be SPAWN
        int x;
        int y;
        int radius;
        cin >> entityType >> x >> y >> radius; cin.ignore();
    }

    int itemCount; // useful from wood2
    cin >> itemCount; cin.ignore();
    vector<Item> item;
    for (int i = 0; i < itemCount; i++) {
        cin >> item[i].itemName >> item[i].itemCost >> item[i].damage >> item[i].health >> item[i].maxHealth >> item[i].mana >> item[i].maxMana >> item[i].moveSpeed >> item[i].manaRegeneration >> item[i].isPotion; cin.ignore();
        }
    // game loop
    while (1) {
        int gold;
        cin >> gold; cin.ignore();
        int enemyGold;
        cin >> enemyGold; cin.ignore();
        int roundType; // a positive value will show the number of heroes that await a command
        cin >> roundType; cin.ignore();
        int entityCount;
        cin >> entityCount; cin.ignore();

        Entity entity[entityCount];
        for (int i = 0; i < entityCount; i++) {
            cin >> entity[i].unitId >> entity[i].team >> entity[i].unitType >> entity[i].x >> entity[i].y >> entity[i].attackRange >> entity[i].health >> entity[i].maxHealth >> entity[i].shield >> entity[i].attackDamage >> entity[i].movementSpeed >> entity[i].stunDuration >> entity[i].goldValue >> entity[i].countDown1 >> entity[i].countDown2 >> entity[i].countDown3 >> entity[i].mana >> entity[i].maxMana >> entity[i].manaRegeneration >> entity[i].heroType >> entity[i].isVisible >> entity[i].itemsOwned; cin.ignore();


        if(roundType < 0)
            wait();
        else
            attack_nearest("HERO");
        }
    }
}

/* NOTES
    TODO:
Add remember current heroes-able-to-be-controlled id;
    DONE:
Added simple functions for cout (makes life easier)
Added structs


    // Write an action using cout. DON'T FORGET THE "<< endl"
    // To debug: cerr << "Debug messages..." << endl;


    // If roundType has a negative value then you need to output a Hero name, such as "DEADPOOL" or "VALKYRIE".
    // Else you need to output roundType number of any valid action, such as "WAIT" or "ATTACK unitId"
*/