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LEGENDS_OF_CODE_AND_MAGIC.cpp
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LEGENDS_OF_CODE_AND_MAGIC.cpp
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#pragma GCC optimize("O3","unroll-loops","omit-frame-pointer","inline")
#pragma GCC option("arch=native","tune=native","no-zero-upper")
#pragma GCC target("avx")
#include <vector>
#include <cfloat>
#include <cstdio>
#include <cstring>
#include <climits>
#include <ctime>
#include <cstdlib>
#include <cmath>
#include <string>
#include <iostream>
#include <cstdint>
#include <algorithm>
#include <cassert>
#include <random>
#include <queue>
#include <deque>
#include <list>
#include <map>
#include <array>
#include <chrono>
#include <fstream>
#include <functional>
#include <unordered_map>
using namespace std;
typedef unsigned long long ull;
#define ADD_CARD 10
chrono::system_clock::time_point start;
struct card{
int cardNumber;
int instanceId;
int location;
int cardType;
int cost;
int attack;
int defense;
string abilities;
int myHealthChange;
int opponentHealthChange;
int cardDraw;
int is_summon;
int is_attack;
};
struct GameState{
int status;
int first;
int value;
int playerHealth[2];
int playerMana[2];
int playerDeck[2];
int playerRune[2];
int playerDraw[2];
int playerHandsize[2];
int playerMaxMana[2];
int playerBoardsize[2];
string action;
vector<card> mycreature[2];//hand
vector<card> myitem[2];//hand
vector<card> myboard[2];//board
};
ull xor128() {
static unsigned long long rx = 123456789, ry = 362436069, rz = 521288629, rw = 88675123;
ull rt = (rx ^ (rx << 11));
rx = ry; ry = rz; rz = rw;
return (rw = (rw ^ (rw >> 19)) ^ (rt ^ (rt >> 8)));
}
unsigned int xorshift(){
static unsigned int xx = 123456789;
static unsigned int yy = 362436069;
static unsigned int zz = 521288629;
static unsigned int ww = 88675123;
unsigned int tt;
tt = xx ^ (xx << 11);
xx = yy; yy = zz; zz = ww;
return ww = (ww ^ (ww >> 19)) ^ (tt ^ (tt >> 8));
}
int evalScore(GameState state,int player){
if(state.playerHealth[player]<=0){return -INT_MAX;}
if(state.playerHealth[1-player]<=0){return INT_MAX;}
int score=0;
score+=(state.playerHealth[player])*2;
score-=(state.playerHealth[1-player])*2;
//score+=state.playerHandsize[player]-state.playerHandsize[1-player];
//score+=state.playerDeck[player]-state.playerDeck[1-player];
for(int i=0;i<(int)state.myboard[player].size();i++){
int attack=state.myboard[player][i].attack;
int defense=state.myboard[player][i].defense;
int abilities=0;
if(state.myboard[player][i].abilities[0]=='B'){abilities+=1;}
if(state.myboard[player][i].abilities[1]=='C'){abilities+=2;}
if(state.myboard[player][i].abilities[2]=='D'){abilities+=3;}
if(state.myboard[player][i].abilities[3]=='G'){abilities+=3;}
if(state.myboard[player][i].abilities[4]=='L'){abilities+=4;}
if(state.myboard[player][i].abilities[5]=='W'){abilities+=attack;}
if(defense>0){
score+=(attack+defense+abilities)*5;
}
}
for(int i=0;i<(int)state.myboard[1-player].size();i++){
int attack=state.myboard[1-player][i].attack;
int defense=state.myboard[1-player][i].defense;
int abilities=0;
if(state.myboard[1-player][i].abilities[0]=='B'){abilities+=1;}
if(state.myboard[1-player][i].abilities[1]=='C'){abilities+=2;}
if(state.myboard[1-player][i].abilities[2]=='D'){abilities+=3;}
if(state.myboard[1-player][i].abilities[3]=='G'){abilities+=3;}
if(state.myboard[1-player][i].abilities[4]=='L'){abilities+=4;}
if(state.myboard[1-player][i].abilities[5]=='W'){abilities+=attack;}
if(defense>0){
score-=(attack+defense+abilities)*5;
}
}
return score;
}
bool can_attack(GameState state,int player,int Attacker_num,int Target_num){
if(state.myboard[player][Attacker_num].attack<=0){return false;}
if(state.myboard[player][Attacker_num].defense<=0){return false;}
bool foundGuard=false;
for(int i=0;i<(int)state.myboard[1-player].size();i++){
char G=state.myboard[1-player][i].abilities[3];
if(G=='G'&&state.myboard[1-player][i].defense>0){
foundGuard=true;
break;
}
}
if(!foundGuard){
if(Target_num==-1){
return true;
}
if(state.myboard[1-player][Target_num].defense>0){
return true;
}
return false;
}
else{
if(Target_num==-1){
return false;
}
char G=state.myboard[1-player][Target_num].abilities[3];
if(G=='G'&&state.myboard[1-player][Target_num].defense>0){return true;}
else{return false;}
}
}
GameState do_attack(GameState state,int player,int Attacker_num,int Target_num){
if(state.myboard[player][Attacker_num].defense<=0){return state;}
if(Target_num==-1){//face_attack
state.playerHealth[1-player]-=state.myboard[player][Attacker_num].attack;
if(state.myboard[player][Attacker_num].abilities[2]=='D'){state.playerHealth[player]+=state.myboard[player][Attacker_num].attack;}
if(state.playerHealth[1-player]<=25&&state.playerRune[1-player]>4){state.playerDraw[1-player]++;state.playerRune[1-player]--;}
if(state.playerHealth[1-player]<=20&&state.playerRune[1-player]>3){state.playerDraw[1-player]++;state.playerRune[1-player]--;}
if(state.playerHealth[1-player]<=15&&state.playerRune[1-player]>2){state.playerDraw[1-player]++;state.playerRune[1-player]--;}
if(state.playerHealth[1-player]<=10&&state.playerRune[1-player]>1){state.playerDraw[1-player]++;state.playerRune[1-player]--;}
if(state.playerHealth[1-player]<=5&&state.playerRune[1-player]>0){state.playerDraw[1-player]++;state.playerRune[1-player]--;}
}
else{
if(state.myboard[1-player][Target_num].defense<=0){return state;}
if(state.myboard[1-player][Target_num].abilities[5]=='W'){//enemy->Ward
state.myboard[1-player][Target_num].abilities[5]='-';
if(state.myboard[player][Attacker_num].abilities[5]=='W'){//me->Ward
state.myboard[player][Attacker_num].abilities[5]='-';
return state;
}
else{
if(state.myboard[1-player][Target_num].abilities[4]=='L'){//enemy->lethal,ward,me->not_ward
state.myboard[player][Attacker_num].defense=0;
state.playerBoardsize[player]--;
return state;
}
else{//enemy->Ward,not_lethal,me->none
state.myboard[player][Attacker_num].defense-=state.myboard[1-player][Target_num].attack;
if(state.myboard[player][Attacker_num].defense<=0){
state.myboard[player][Attacker_num].defense=0;
state.playerBoardsize[player]--;
}
return state;
}
}
}
else{//enemy->not_ward
if(state.myboard[player][Attacker_num].abilities[5]=='W'){//me->Ward
state.myboard[player][Attacker_num].abilities[5]='-';
state.myboard[1-player][Target_num].defense-=state.myboard[player][Attacker_num].attack;
if(state.myboard[player][Attacker_num].abilities[0]=='B'){
if(state.myboard[1-player][Target_num].defense<0){state.playerHealth[1-player]+=state.myboard[1-player][Target_num].defense;}
}
if(state.myboard[player][Attacker_num].abilities[2]=='D'){
state.playerHealth[player]+=state.myboard[player][Attacker_num].attack;
}
if(state.myboard[player][Attacker_num].abilities[4]=='L' || state.myboard[1-player][Target_num].defense<=0){
state.myboard[1-player][Target_num].defense=0;
state.playerBoardsize[1-player]--;
}
return state;
}
else{//enemy->not_ward,me->not_ward
state.myboard[player][Attacker_num].defense-=state.myboard[1-player][Target_num].attack;
state.myboard[1-player][Target_num].defense-=state.myboard[player][Attacker_num].attack;
if(state.myboard[player][Attacker_num].abilities[0]=='B'){
if(state.myboard[1-player][Target_num].defense<0){state.playerHealth[1-player]+=state.myboard[1-player][Target_num].defense;}
}
if(state.myboard[player][Attacker_num].abilities[2]=='D'){
state.playerHealth[player]+=state.myboard[player][Attacker_num].attack;
}
int delete_creature[2]={0};
if(state.myboard[player][Attacker_num].abilities[4]=='L'||state.myboard[1-player][Target_num].defense<=0){
delete_creature[1-player]=1;
state.playerBoardsize[1-player]--;
}
if(state.myboard[1-player][Target_num].abilities[4]=='L'||state.myboard[player][Attacker_num].defense<=0){
delete_creature[player]=1;
state.playerBoardsize[player]--;
}
if(delete_creature[player]==1){state.myboard[player][Attacker_num].defense=0;}
if(delete_creature[1-player]==1){state.myboard[1-player][Target_num].defense=0;}
return state;
}
}
}
return state;
}
bool can_summon(GameState state,int player,int summon_num){
if(state.mycreature[player][summon_num].defense<=0){return false;}
if(state.playerBoardsize[player]<6&&state.mycreature[player][summon_num].cost<=state.playerMana[player]){
return true;
}
return false;
}
GameState do_summon(GameState state,int player,int summon_num){
state.playerMana[player]-=state.mycreature[player][summon_num].cost;
state.playerDraw[player]+=state.mycreature[player][summon_num].cardDraw;
state.playerHealth[player]+=state.mycreature[player][summon_num].myHealthChange;
state.playerHealth[1-player]+=state.mycreature[player][summon_num].opponentHealthChange;
state.myboard[player].push_back(state.mycreature[player][summon_num]);
state.mycreature[player][summon_num].defense=0;
state.playerHandsize[player]--;
state.playerBoardsize[player]++;
return state;
}
bool can_use(GameState state,int player,int item_num,int use_num,int Target_num){
if(state.myitem[player][use_num].cost>state.playerMana[player]){return false;}
if(state.myitem[player][use_num].cardType<=0 || state.myitem[player][use_num].cardType>3){return false;}
if(Target_num==-1){
if(item_num==3){return true;}
else{return false;}
}
if(item_num<=0 || item_num>3){return false;}
else if(item_num==1){
if(state.myboard[player][Target_num].defense<=0){return false;}
else{return true;}
}
else if(item_num==2){
if(state.myboard[1-player][Target_num].defense<=0){return false;}
else{return true;}
}
else{
if(state.myitem[player][use_num].defense<0 && state.myboard[1-player][Target_num].defense>0){return true;}
else{return false;}
}
}
GameState use_item(GameState state,int player,int item_num,int use_num,int Target_num){
state.playerMana[player]-=state.myitem[player][use_num].cost;
state.playerHealth[player]+=state.myitem[player][use_num].myHealthChange;
state.playerHealth[1-player]+=state.myitem[player][use_num].opponentHealthChange;
state.playerDraw[player]+=state.myitem[player][use_num].cardDraw;
state.myitem[player][use_num].cardType=4;
state.playerHandsize[player]--;
if(Target_num==-1){
return state;
}
if(item_num==1){
state.myboard[player][Target_num].attack+=state.myitem[player][use_num].attack;
state.myboard[player][Target_num].defense+=state.myitem[player][use_num].defense;
if(state.myitem[player][use_num].abilities[0]=='B'){state.myboard[player][Target_num].abilities[0]='B';}
if(state.myitem[player][use_num].abilities[1]=='C'){state.myboard[player][Target_num].abilities[1]='C';}
if(state.myitem[player][use_num].abilities[2]=='D'){state.myboard[player][Target_num].abilities[2]='D';}
if(state.myitem[player][use_num].abilities[3]=='G'){state.myboard[player][Target_num].abilities[3]='G';}
if(state.myitem[player][use_num].abilities[4]=='L'){state.myboard[player][Target_num].abilities[4]='L';}
if(state.myitem[player][use_num].abilities[5]=='W'){state.myboard[player][Target_num].abilities[5]='W';}
}
else if(item_num==2){
if(state.myitem[player][use_num].abilities=="BCDGLW" || state.myboard[1-player][Target_num].abilities[5]!='W'){
state.myboard[1-player][Target_num].attack+=state.myitem[player][use_num].attack;
state.myboard[1-player][Target_num].defense+=state.myitem[player][use_num].defense;
if(state.myboard[1-player][Target_num].defense<=0){
state.playerBoardsize[1-player]--;
}
}
else{
state.myboard[1-player][Target_num].attack+=state.myitem[player][use_num].attack;
if(state.myitem[player][use_num].defense<0){
state.myboard[1-player][Target_num].abilities[5]='-';
}
}
if(state.myitem[player][use_num].abilities[0]=='B'){state.myboard[1-player][Target_num].abilities[0]='-';}
if(state.myitem[player][use_num].abilities[1]=='C'){state.myboard[1-player][Target_num].abilities[1]='-';}
if(state.myitem[player][use_num].abilities[2]=='D'){state.myboard[1-player][Target_num].abilities[2]='-';}
if(state.myitem[player][use_num].abilities[3]=='G'){state.myboard[1-player][Target_num].abilities[3]='-';}
if(state.myitem[player][use_num].abilities[4]=='L'){state.myboard[1-player][Target_num].abilities[4]='-';}
if(state.myitem[player][use_num].abilities[5]=='W'){state.myboard[1-player][Target_num].abilities[5]='-';}
}
else if(item_num==3){
if(state.myboard[1-player][Target_num].abilities[5]!='W'){
state.myboard[1-player][Target_num].attack+=state.myitem[player][use_num].attack;
state.myboard[1-player][Target_num].defense+=state.myitem[player][use_num].defense;
if(state.myboard[1-player][Target_num].defense<=0){
state.playerBoardsize[1-player]--;
}
}
else{
state.myboard[1-player][Target_num].abilities[5]='-';
}
}
return state;
}
GameState dfs_enemy_attack(int depth,GameState state){
if(depth<0){
state.value=evalScore(state, 1);
return state;
}
GameState tmp=state;
for(int j=-1;j<(int)state.myboard[0].size();j++){
if(can_attack(state, 1, depth,j)){
GameState next_state=do_attack(state,1,depth,j);
GameState ret=dfs_enemy_attack(depth-1,next_state);
if(ret.value>tmp.value){tmp=ret;}
}
}
GameState ret2=dfs_enemy_attack(depth-1,state);
if(ret2.value>tmp.value){tmp=ret2;}
return tmp;
}
GameState dfs_attack(int depth,GameState state){
if(depth<0){
state.value=evalScore(state, 0);
return state;
}
GameState tmp=state;
for(int j=-1;j<(int)state.myboard[1].size();j++){
if(can_attack(state, 0, depth,j)){
GameState next_state=do_attack(state,0,depth,j);
GameState ret=dfs_attack(depth-1,next_state);
if(ret.value>tmp.value){tmp=ret;}
}
}
GameState ret2=dfs_attack(depth-1,state);
if(ret2.value>tmp.value){tmp=ret2;}
return tmp;
}
GameState dfs_summon(int depth,GameState state){
if(depth<0){
state.value=evalScore(state, 0);
return state;
}
GameState tmp=state;
if(can_summon(state,0,depth)){
GameState next_state=do_summon(state, 0, depth);
next_state.action+="SUMMON "+to_string(state.mycreature[0][depth].instanceId)+";";
int id=state.mycreature[0][depth].instanceId;
int k=(int)next_state.myboard[0].size()-1;
if(next_state.mycreature[0][depth].abilities[1]=='C' && next_state.myboard[0][k].instanceId==id){
for(int j=-1;j<(int)next_state.myboard[1].size();j++){
if(can_attack(next_state, 0, k,j)){
GameState next_state2=do_attack(next_state, 0, k, j);
if(j==-1){
next_state2.action+="ATTACK "+to_string(id)+" "+to_string(-1)+";";
}
else{
next_state2.action+="ATTACK "+to_string(id)+" "+to_string(next_state.myboard[1][j].instanceId)+";";
}
GameState ret=dfs_summon(depth-1,next_state2);
if(ret.value>tmp.value){tmp=ret;}
}
}
}
GameState ret=dfs_summon(depth-1,next_state);
if(ret.value>tmp.value){tmp=ret;}
}
GameState ret=dfs_summon(depth-1,state);
if(ret.value>tmp.value){tmp=ret;}
return tmp;
}
GameState dfs_use_green(int depth,GameState state){
if(depth<0){
state.value=evalScore(state, 0);
return state;
}
GameState tmp=state;
for(int j=0;j<(int)state.myitem[0].size();j++){
if(state.myitem[0][j].cardType==1){
if(can_use(state, 0, 1, j, depth)){
GameState next_state=use_item(state,0,1,j,depth);
next_state.action+="USE "+to_string(state.myitem[0][j].instanceId)+" "+to_string(state.myboard[0][depth].instanceId)+";";
GameState ret=dfs_use_green(depth-1,next_state);
if(ret.value>tmp.value){tmp=ret;}
}
GameState ret2=dfs_use_green(depth-1,state);
if(ret2.value>tmp.value){tmp=ret2;}
}
}
return tmp;
}
GameState dfs_use_red(int depth,GameState state){
if(depth<0){
state.value=evalScore(state, 0);
return state;
}
GameState tmp=state;
for(int j=0;j<(int)state.myitem[0].size();j++){
if(state.myitem[0][j].cardType==2){
if(can_use(state, 0, 2, j, depth)){
GameState next_state=use_item(state,0,2,j,depth);
next_state.action+="USE "+to_string(state.myitem[0][j].instanceId)+" "+to_string(state.myboard[1][depth].instanceId)+";";
GameState ret=dfs_use_red(depth-1,next_state);
if(ret.value>tmp.value){tmp=ret;}
}
GameState ret2=dfs_use_red(depth-1,state);
if(ret2.value>tmp.value){tmp=ret2;}
}
}
return tmp;
}
GameState dfs_use_blue(int depth,GameState state){
if(depth<-1){
state.value=evalScore(state, 0);
return state;
}
GameState tmp=state;
for(int j=0;j<(int)state.myitem[0].size();j++){
if(state.myitem[0][j].cardType==3){
if(can_use(state, 0, 3, j, depth)){
GameState next_state=use_item(state,0,3,j,depth);
if(depth==-1){next_state.action+="USE "+to_string(state.myitem[0][j].instanceId)+" "+to_string(-1)+";";}
else{next_state.action+="USE "+to_string(state.myitem[0][j].instanceId)+" "+to_string(state.myboard[1][depth].instanceId)+";";}
GameState ret=dfs_use_blue(depth-1,next_state);
if(ret.value>tmp.value){tmp=ret;}
}
GameState ret2=dfs_use_blue(depth-1,state);
if(ret2.value>tmp.value){tmp=ret2;}
}
}
return tmp;
}
int can_action(GameState state,int player){
int ret=0;
for(int i=0;i<(int)state.mycreature[player].size();i++){
if(state.playerMana[player]>=state.mycreature[player][i].cost && state.playerBoardsize[player]<6&&state.mycreature[player][i].defense>0){
return ret;
}
}
ret|=1;
for(int i=0;i<(int)state.myitem[player].size();i++){
if(state.playerMana[player]>=state.myitem[player][i].cost){
if(state.myitem[player][i].cardType==1){
if(state.myboard[player].size()>0){return ret;}
}
else if(state.myitem[player][i].cardType==2){
if(state.myboard[1-player].size()>0){return ret;}
}
else if(state.myitem[player][i].cardType==3){
return ret;
}
}
}
ret|=(1<<1);
for(int i=0;i<(int)state.myboard[player].size();i++){
if(state.myboard[player][i].is_summon==0&&state.myboard[player][i].is_attack==0&&state.myboard[player][i].defense>0&&state.myboard[player][i].attack>0){return ret;}
}
ret|=(1<<2);
return ret;
}
GameState random_action(GameState state,int player){
ull type;
while(1){
type=xor128()%(3ull);
if(type==0ull&&state.status==0){break;}
if(type==1ull&&state.status<=1){break;}
if(type==2ull&&state.status<=3){break;}
}
if(type==0ull){
int cnt=0;
int see[10]={0};
int r;
//static mt19937 mt((int)time(0));
if((int)state.mycreature[player].size()==0){return state;}
//uniform_int_distribution<int> dice(0, (int)state.mycreature[0].size()-1);
while(1){
r=xorshift()%(int)state.mycreature[player].size();
if(can_summon(state, player, r)){break;}
if(see[r]==0){cnt++;see[r]=1;}
if(cnt==((int)state.mycreature[player].size())){break;}
}
if(!can_summon(state, player, r)){
return state;
}
GameState next_state=do_summon(state, player, r);
next_state.action+="SUMMON "+to_string(state.mycreature[player][r].instanceId)+";";
int id=state.mycreature[player][r].instanceId;
int k=(int)next_state.myboard[player].size()-1;
next_state.myboard[player][k].is_summon=1;
if(next_state.mycreature[player][r].abilities[1]=='C' && next_state.myboard[player][k].instanceId==id){
int cnt2=0;
int see2[10]={0};
int r2;
//uniform_int_distribution<int> dice2(-1, (int)next_state.myboard[1].size()-1);
while(1){
r2=xorshift()%((int)next_state.myboard[1-player].size()+1);
r2--;
if(can_attack(next_state, player, k,r2)){break;}
if(see2[r2+1]==0){cnt2++;see2[r2+1]=1;}
if(cnt2==((int)next_state.myboard[1-player].size()+1)){break;}
}
GameState next_state2=do_attack(next_state, player, k, r2);
if(r2==-1){
next_state2.action+="ATTACK "+to_string(id)+" "+to_string(-1)+";";
}
else{
next_state2.action+="ATTACK "+to_string(id)+" "+to_string(next_state.myboard[1-player][r2].instanceId)+";";
}
next_state2.myboard[player][k].is_attack=1;
return next_state2;
}
return next_state;
}
else if(type==1ull){
if((int)state.myitem[player].size()==0){return state;}
int have_item[4]={0};
for(int i=0;i<(int)state.myitem[player].size();i++){
have_item[state.myitem[player][i].cardType]++;
}
//static mt19937 mt((int)time(0));
//uniform_int_distribution<int> dice(1,3);
int item_num;
int Target_num;
int use_num;
int dont_use[4]={0};
for(int i=1;i<=3;i++){
if(have_item[i]>0){
if(i==1){
if((int)state.myboard[player].size()==0){dont_use[1]=1;}
}
else if(i==2){
if((int)state.myboard[1-player].size()==0){dont_use[2]=1;}
}
}
else{
dont_use[i]=1;
}
}
int cnt3=0;
int see3[5]={0};
while(1){
item_num=xorshift()%3;
item_num++;
if(dont_use[item_num]==0){break;}
if(see3[item_num]==0){see3[item_num]=1;cnt3++;}
if(cnt3==3){break;}
}
if(cnt3==3){return state;}
if(item_num==1){
if(dont_use[1]==1){return state;}
//uniform_int_distribution<int> dice2(0,(int)state.myboard[0].size()-1);
//uniform_int_distribution<int> dice3(0,(int)state.myitem[0].size()-1);
Target_num=xorshift()%(int)state.myboard[player].size();
int see[10]={0};
int cnt=0;
while(1){
use_num=xorshift()%(int)state.myitem[player].size();
if(state.myitem[player][use_num].cardType==1){
if(can_use(state, player, 1, use_num, Target_num)){
break;
}
}
if(see[use_num]==0){cnt++;see[use_num]=1;}
if(cnt==((int)state.myitem[player].size())){break;}
}
if(cnt==((int)state.myitem[player].size())){
return state;
}
else{
GameState next_state=use_item(state, player, 1, use_num, Target_num);
next_state.action+="USE "+to_string(state.myitem[player][use_num].instanceId)+" "+to_string(state.myboard[player][Target_num].instanceId)+";";
return next_state;
}
}
else if(item_num==2){
if(dont_use[2]==1){return state;}
//uniform_int_distribution<int> dice2(0,(int)state.myboard[1].size()-1);
//uniform_int_distribution<int> dice3(0,(int)state.myitem[0].size()-1);
Target_num=xorshift()%(int)state.myboard[1-player].size();
int see[10]={0};
int cnt=0;
while(1){
use_num=xorshift()%(int)state.myitem[player].size();
if(state.myitem[player][use_num].cardType==2){
if(can_use(state, player, 2, use_num, Target_num)){
break;
}
}
if(see[use_num]==0){cnt++;see[use_num]=1;}
if(cnt==((int)state.myitem[player].size())){break;}
}
if(cnt==((int)state.myitem[player].size())){
return state;
}
else{
GameState next_state=use_item(state, player, 2, use_num, Target_num);
next_state.action+="USE "+to_string(state.myitem[player][use_num].instanceId)+" "+to_string(state.myboard[1-player][Target_num].instanceId)+";";
return next_state;
}
}
else{
if(dont_use[3]==1){return state;}
//uniform_int_distribution<int> dice2(-1,(int)state.myboard[1].size()-1);
//uniform_int_distribution<int> dice3(0,(int)state.myitem[0].size()-1);
Target_num=xorshift()%((int)state.myboard[1-player].size()+1);
Target_num--;
int see[10]={0};
int cnt=0;
while(1){
use_num=xorshift()%(int)state.myitem[player].size();
if(state.myitem[player][use_num].cardType==3){
if(can_use(state, player, 3, use_num, Target_num)){
break;
}
}
if(see[use_num]==0){cnt++;see[use_num]=1;}
if(cnt==((int)state.myitem[player].size())){break;}
}
if(cnt==((int)state.myitem[player].size())){
return state;
}
else{
GameState next_state=use_item(state, player, 3, use_num, Target_num);
if(Target_num==-1){
next_state.action+="USE "+to_string(state.myitem[player][use_num].instanceId)+" "+to_string(-1)+";";
}
else{
next_state.action+="USE "+to_string(state.myitem[player][use_num].instanceId)+" "+to_string(state.myboard[1-player][Target_num].instanceId)+";";
}
return next_state;
}
}
}
else{
if((int)state.myboard[player].size()==0){return state;}
//static mt19937 mt((int)time(0));
//uniform_int_distribution<int> dice(-1,(int)state.myboard[1].size()-1);
//uniform_int_distribution<int> dice2(0,(int)state.myboard[0].size()-1);
int i;
int see2[10]={0};
int cnt2=0;
while(1){
i=xorshift()%(int)state.myboard[player].size();
if(state.myboard[player][i].is_summon==0 && state.myboard[player][i].is_attack==0 && state.myboard[player][i].defense>0){break;}
if(see2[i]==0){see2[i]=1;cnt2++;}
if(cnt2==((int)state.myboard[player].size())){break;}
}
if(cnt2==((int)state.myboard[player].size())){return state;}
int cnt=0;
int see[10]={0};
int Target_num;
while(1){
Target_num=xorshift()%((int)state.myboard[1-player].size()+1);
Target_num--;
if(can_attack(state, player, i, Target_num)){
break;
}
if(see[Target_num+1]==0){see[Target_num+1]=1;cnt++;}
if(cnt==((int)state.myboard[1-player].size()+1)){break;}
}
if(cnt!=((int)state.myboard[1-player].size()+1)){
state=do_attack(state, player, i, Target_num);
state.myboard[player][i].is_attack=1;
if(Target_num==-1){state.action+="ATTACK "+to_string(state.myboard[player][i].instanceId)+" "+to_string(-1)+";";}
else{
state.action+="ATTACK "+to_string(state.myboard[player][i].instanceId)+" "+to_string(state.myboard[1-player][Target_num].instanceId)+";";
}
}
return state;
}
return state;
}
GameState get_action(GameState state,int player){
while(1){
GameState next_state=random_action(state,player);
state=next_state;
for(int j=0;j<=1;j++){
for(int i=(int)state.mycreature[j].size()-1;i>=0;i--){
if(state.mycreature[j][i].defense<=0){
state.mycreature[j].erase(state.mycreature[j].begin()+i);
}
}
for(int i=(int)state.myboard[j].size()-1;i>=0;i--){
if(state.myboard[j][i].defense<=0){
state.myboard[j].erase(state.myboard[j].begin()+i);
}
}
for(int i=(int)state.myitem[j].size()-1;i>=0;i--){
if(state.myitem[j][i].cardType==4){
state.myitem[j].erase(state.myitem[j].begin()+i);
}
}
}
int pattern=can_action(state,player);
state.status=pattern;
if(pattern==7){break;}
}
GameState next_state2;
if(player==0){
next_state2=dfs_enemy_attack((int)state.myboard[1].size()-1,state);
}
else{
next_state2=dfs_attack((int)state.myboard[0].size()-1,state);
}
state.value=-next_state2.value;
return state;
}
GameState get_action2(GameState state,int player){
state.status=0;
for(int i=0;i<(int)state.myboard[player].size();i++){
state.myboard[player][i].is_attack=0;
state.myboard[player][i].is_summon=0;
}
for(int i=0;i<(int)state.mycreature[player].size();i++){
state.mycreature[player][i].is_attack=0;
state.mycreature[player][i].is_summon=0;
}
while(1){
GameState next_state=random_action(state,player);
state=next_state;
for(int j=0;j<=1;j++){
for(int i=(int)state.mycreature[j].size()-1;i>=0;i--){
if(state.mycreature[j][i].defense<=0){
state.mycreature[j].erase(state.mycreature[j].begin()+i);
}
}
for(int i=(int)state.myboard[j].size()-1;i>=0;i--){
if(state.myboard[j][i].defense<=0){
state.myboard[j].erase(state.myboard[j].begin()+i);
}
}
for(int i=(int)state.myitem[j].size()-1;i>=0;i--){
if(state.myitem[j][i].cardType==4){
state.myitem[j].erase(state.myitem[j].begin()+i);
}
}
}
int pattern=can_action(state,player);
state.status=pattern;
if(pattern==7){break;}
}
state.value=evalScore(state,player);
return state;
}
int battle(vector<card>deck[2]){
GameState state;
if(xor128()%2ull==0ull){state.first=0;}
else{state.first=1;}
state.playerHealth[0]=30;
state.playerHealth[1]=30;
if(state.first==0){
state.playerMana[0]=1;
state.playerMaxMana[0]=1;
state.playerMana[1]=2;
state.playerMaxMana[1]=2;
}
else{
state.playerMana[0]=2;
state.playerMaxMana[0]=2;
state.playerMana[1]=1;
state.playerMaxMana[1]=1;
}
state.playerDeck[0]=(int)deck[0].size();
state.playerDeck[1]=(int)deck[1].size();
state.playerRune[0]=5;
state.playerRune[1]=5;
state.playerDraw[0]=1;
state.playerDraw[1]=1;
if(state.first==0){
if(state.playerDeck[0]<4){
state.playerHandsize[0]=state.playerDeck[0];
}
else{
state.playerHandsize[0]=4;
}
if(state.playerDeck[1]<5){
state.playerHandsize[1]=state.playerDeck[1];
}
else{
state.playerHandsize[1]=5;
}
}
else{
if(state.playerDeck[0]<5){
state.playerHandsize[0]=state.playerDeck[0];
}
else{
state.playerHandsize[0]=5;
}
if(state.playerDeck[1]<4){
state.playerHandsize[1]=state.playerDeck[1];
}
else{
state.playerHandsize[1]=4;
}
}
static mt19937 mt((int)time(0));
for(int i=0;i<2;i++){
shuffle(deck[i].begin(), deck[i].end(), mt);
}
for(int k=0;k<2;k++){
for(int i=0;i<state.playerHandsize[k];i++){
if(deck[k][i].cardType==0){
state.mycreature[k].push_back(deck[k][i]);
}
else{
state.myitem[k].push_back(deck[k][i]);
}
}
deck[k].erase(deck[k].begin(), deck[k].begin() + state.playerHandsize[k]);
}
state.playerDeck[0]-=state.playerHandsize[0];
state.playerDeck[1]-=state.playerHandsize[1];
int add_mana_flag=0;
for(int turn=state.first;;turn++){
if(turn>=49+state.first){
deck[0].clear();
deck[1].clear();
}
if(state.playerHealth[0]<=0){return 0;}
if(state.playerHealth[1]<=0){return 1;}
for(int i=0;i<state.playerDraw[turn%2];i++){
if((int)deck[turn%2].size()>0){
if((int)state.mycreature[turn%2].size()+(int)state.myitem[turn%2].size()<8){
card c=deck[turn%2][0];
deck[turn%2].erase(deck[turn%2].begin());
if(c.cardType==0){
state.mycreature[turn%2].push_back(c);
}
else{
state.myitem[turn%2].push_back(c);
}
}
}
else{
if(state.playerRune[turn%2]==0){
if(turn%2==0){return 0;}
else{return 1;}
}
else{
if(state.playerHealth[turn%2]>=25 && state.playerRune[turn%2]>4){state.playerRune[turn%2]--;state.playerHealth[turn%2]=25;}
else if(state.playerHealth[turn%2]>=20 && state.playerRune[turn%2]>3){state.playerRune[turn%2]--;state.playerHealth[turn%2]=20;}
else if(state.playerHealth[turn%2]>=15 && state.playerRune[turn%2]>2){state.playerRune[turn%2]--;state.playerHealth[turn%2]=15;}
else if(state.playerHealth[turn%2]>=10 && state.playerRune[turn%2]>1){state.playerRune[turn%2]--;state.playerHealth[turn%2]=10;}
else if(state.playerHealth[turn%2]>=5 && state.playerRune[turn%2]>0){state.playerRune[turn%2]--;state.playerHealth[turn%2]=5;}
}
}
}
state.playerDraw[turn%2]=1;
state.playerHandsize[0]=(int)state.mycreature[0].size()+(int)state.myitem[0].size();
state.playerHandsize[1]=(int)state.mycreature[1].size()+(int)state.myitem[1].size();
state.playerDeck[0]=(int)deck[0].size();
state.playerDeck[1]=(int)deck[1].size();
state.playerBoardsize[0]=(int)state.myboard[0].size();
state.playerBoardsize[1]=(int)state.myboard[1].size();
state.value=-INT_MAX;
state=get_action2(state,turn%2);
state.action="";
for(int j=0;j<=1;j++){
for(int i=(int)state.mycreature[j].size()-1;i>=0;i--){
if(state.mycreature[j][i].defense<=0){
state.mycreature[j].erase(state.mycreature[j].begin()+i);
}
}
for(int i=(int)state.myboard[j].size()-1;i>=0;i--){
if(state.myboard[j][i].defense<=0){
state.myboard[j].erase(state.myboard[j].begin()+i);
}
}
for(int i=(int)state.myitem[j].size()-1;i>=0;i--){
if(state.myitem[j][i].cardType==4){
state.myitem[j].erase(state.myitem[j].begin()+i);
}
}
}
if(state.playerMana[turn%2]==0&&state.first==(turn+1)%2&&add_mana_flag==0){add_mana_flag=1;state.playerMaxMana[turn%2]--;}
if(state.first==(turn%2)){
state.playerMaxMana[turn%2]++;
if(state.playerMaxMana[turn%2]>=13){state.playerMaxMana[turn%2]=12;}
state.playerMana[turn%2]=state.playerMaxMana[turn%2];
}
else{
state.playerMaxMana[turn%2]++;
if(state.playerMaxMana[turn%2]>=13){
if(add_mana_flag==1){
state.playerMaxMana[turn%2]=12;
}
else{
state.playerMaxMana[turn%2]=13;
}
}
state.playerMana[turn%2]=state.playerMaxMana[turn%2];
}
}
}
/**
* Auto-generated code below aims at helping you parse
* the standard input according to the problem statement.
**/
int main()
{
vector<card>deck;
int iter=0;
// game loop
for(int t=0;t<30;t++) {
for (int i = 0; i < 2; i++) {
int playerHealth;
int playerMana;
int playerDeck;
int playerRune;
int playerDraw;
cin >> playerHealth >> playerMana >> playerDeck >> playerRune >> playerDraw; cin.ignore();
}
int opponentHand;
int opponentActions;
cin >> opponentHand >> opponentActions; cin.ignore();
for (int i = 0; i < opponentActions; i++) {
string cardNumberAndAction;
getline(cin, cardNumberAndAction);
}
card draft_card[3];
int cardCount;
cin >> cardCount; cin.ignore();
for (int i = 0; i < cardCount; i++) {
int cardNumber;
int instanceId;
int location;
int cardType;
int cost;
int attack;
int defense;
string abilities;
int myHealthChange;
int opponentHealthChange;
int cardDraw;
cin >> cardNumber >> instanceId >> location >> cardType >> cost >> attack >> defense >> abilities >> myHealthChange >> opponentHealthChange >> cardDraw; cin.ignore();
draft_card[i].cardNumber=cardNumber;
draft_card[i].instanceId=instanceId;
draft_card[i].location=location;