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#include <cstdlib>
#include <cassert>
#include <cstring>
#include "world.h"
using namespace std;
Argument::~Argument(){}
Instruction Instruction::make(ins_t op,vector<Argument> args){
return {op,args};
}
void Robot::load(int idx,const Script &scr){
banks[idx]=scr;
}
void Robot::tick(World &world){
waited++;
Instruction ins=resolve(world);
int dur=calcDuration(ins);
if(dur<waited)return;
waited=0;
execute(ins,world);
}
Instruction Robot::resolve(World &world){
Instruction ins=banks.at(ip.bank).at(ip.pos);
for(Argument &arg : ins.args){
switch(arg.type){
case arg_t::number:
break;
case arg_t::var:
assert(!arg.remote);
arg.type=arg_t::number;
arg.num=vars.at(arg.num-1);
break;
case arg_t::name:
assert(arg.name=="active");
arg.type=arg_t::number;
if(!arg.remote){
arg.num=active;
} else {
Robot *target=world.targetbot(this);
if(target)arg.num=target->active;
else arg.num=0;
}
break;
case arg_t::constant:
assert(false);
default:
assert(false);
}
}
return ins;
}
int Robot::calcDuration(Instruction &ins){
int d=0;
for(const Argument &arg : ins.args){
if(arg.remote)d+=C::pen_remote;
}
int base=C::baseDuration[(int)ins.op];
switch(ins.op){
case ins_t::set: d+=base;
case ins_t::add: d+=base;
case ins_t::sub: d+=base;
case ins_t::comp: d+=base;
case ins_t::trans: d+=base+C::pen_transinstr*banks.at(ins.args[0].num).size();
case ins_t::jump: d+=base;
case ins_t::bjump: d+=base;
case ins_t::die: d+=base;
case ins_t::move: d+=base;
case ins_t::turn: d+=base;
case ins_t::scan: d+=base;
case ins_t::create: d+=(base+C::pen_createbank*ins.args[1].num)*C::pen_createmobilemult+C::pen_createmobile*ins.args[2].num+C::pen_createiset1*(ins.args[0].num==1)+C::pen_createiset2*(ins.args[0].num==2);
default: assert(false);
}
return d;
}
World::World(){
memset(&board[0][0],0,SIZE*SIZE*sizeof(Robot*));
}
World::~World(){
for(int y=0;y<SIZE;y++){
for(int x=0;x<SIZE;x++){
if(board[y][x])delete board[y][x];
}
}
}
Robot& World::create(const Team *team,int iset,int nbanks,bool mobile){
int x,y;
while(true){
x=rand()%SIZE;
y=rand()%SIZE;
if(!board[y][x])break;
}
board[y][x]=new Robot();
board[y][x]->team=team;
board[y][x]->banks.resize(nbanks);
board[y][x]->iset=iset;
board[y][x]->mobile=mobile;
board[y][x]->heading=rand()%4;
return *board[y][x];
}
void World::tick(){
for(int y=0;y<SIZE;y++){
for(int x=0;x<SIZE;x++){
if(board[y][x])board[y][x]->tick(*this);
}
}
}
Robot* World::targetbot(const Robot *r){
for(int y=0;y<SIZE;y++){
for(int x=0;x<SIZE;x++){
if(board[y][x]==r){
switch(r->heading){
case 0: return board[y][(x+1)%SIZE];
case 1: return board[(y+SIZE-1)%SIZE][x];
case 2: return board[y][(x+SIZE-1)%SIZE];
case 3: return board[(y+1)%SIZE][x];
}
}
}
}
assert(false);
}
ostream& operator<<(ostream &os,const Argument &arg){
if(arg.remote){
switch(arg.type){
case arg_t::number: return os<<arg.num;
case arg_t::var: assert(false);
case arg_t::name: return os<<'%'<<arg.name;
case arg_t::constant: assert(false);
case arg_t::undeflabel: return os<<"\x1B[31;43mUNDEFLABEL\x1B[0m";
}
} else {
switch(arg.type){
case arg_t::number: return os<<arg.num;
case arg_t::var: return os<<'#'<<arg.num;
case arg_t::name: return os<<'#'<<arg.name;
case arg_t::constant: return os<<'$'<<arg.name;
case arg_t::undeflabel: return os<<"\x1B[31;43mUNDEFLABEL\x1B[0m";
}
}
}
ostream& operator<<(ostream &os,const ins_t &type){
switch(type){
case ins_t::set: return os<<"set";
case ins_t::add: return os<<"add";
case ins_t::sub: return os<<"sub";
case ins_t::comp: return os<<"comp";
case ins_t::trans: return os<<"trans";
case ins_t::jump: return os<<"jump";
case ins_t::bjump: return os<<"bjump";
case ins_t::die: return os<<"die";
case ins_t::move: return os<<"move";
case ins_t::turn: return os<<"turn";
case ins_t::scan: return os<<"scan";
case ins_t::create: return os<<"create";
default: assert(false);
}
}
ostream& operator<<(ostream &os,const Instruction &ins){
os<<ins.op;
bool first=true;
for(const Argument &arg : ins.args){
if(first)os<<' ';
else os<<", ";
first=false;
os<<arg;
}
return os;
}
ostream& operator<<(ostream &os,const Team &team){
os<<"TEAM: "<<team.name<<endl;
int bank=0;
for(const Script &scr : team.banks){
os<<"Bank "<<bank<<endl;
for(const Instruction &ins : scr){
os<<'\t'<<ins<<endl;
}
bank++;
}
return os;
}
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