魔兽世界之一：备战 / 魔兽世界之二：装备

2017年3月10日5,7430

魔兽世界之一：备战

单看这题很简单，考虑到可扩展性，把司令部，武士，游戏进程设计成三个类

#include <map>
#include <vector>
#include <iostream>
using namespace std;
int T, M;

map<string, int> HP;
class Samurai{
    int hp;
    int id;
public:
    Samurai(int _id, string type){
        id = _id;
        hp = HP[type];
    }
};

class Headquarter{
public:
    bool stoped;
    int hp;
    int summon_id;
    int Stot;
    string color;
    vector<Samurai> Sam;
    map<string, int> Snum;
    Headquarter(){}
    Headquarter(string _color, int _hp):color(_color), hp(_hp){
        stoped = 0;
        summon_id = -1;
        Stot = 0;
        Sam.clear();
        Snum.clear();
    }
    bool summon(string type);
    bool summon_pre();
    void stop();
}RED, BLUE;

class Game{
public:
    int t;
    void reset(){
        t = 0;
    }
    void modify(){
        t++;
    }
    string show(){
        string p = "";
        int x = t;
        while(x)
        {
            p = char((x % 10) + '0') + p;
            x /= 10;
        }
        while(p.length() < 3)
            p = '0' + p;
        return p;
    }
    void new_turn(){
        for(int i = 0; i < 6; i++)
        {
            if(i == 5)RED.stop();
            else if(RED.summon_pre())break;
        }
        for(int i = 0; i < 6; i++)
        {
            if(i == 5)BLUE.stop();
            else if(BLUE.summon_pre())break;
        }
        modify();
    }
}game;

void Headquarter::stop()
{
    if(!stoped)cout << game.show() <<' '<< color <<" headquarter stops making warriors\n";
    stoped = 1;
}
void printinfo(string color, string type, int num, int tot)
{
    cout << game.show() <<' '<< color <<' '<< type <<' '<< tot <<" born with strength "<< HP[type] <<','<< num <<' '<< type <<" in " << color <<" headquarter\n";
}

bool Headquarter::summon(string type)
{
    if(HP[type] <= hp)
    {
        Samurai S = Samurai(summon_id, type);
        Sam.push_back(S);
        Snum[type]++;
        Stot++;
        printinfo(color, type, Snum[type], Stot);
        hp -= HP[type];
        return true;
    }
    else return false;
}

bool Headquarter::summon_pre()
{
    summon_id++;
    if(color == "red")
    {
        switch(summon_id % 5)
        {
        case 0:
            return summon("iceman");
        case 1:
            return summon("lion");
        case 2:
            return summon("wolf");
        case 3:
            return summon("ninja");
        case 4:
            return summon("dragon");
        }
    }
    else
    {
        switch(summon_id % 5)
        {
        case 0:
            return summon("lion");
        case 1:
            return summon("dragon");
        case 2:
            return summon("ninja");
        case 3:
            return summon("iceman");
        case 4:
            return summon("wolf");
        }
    }
}

int main()
{
    cin >> T;
    for(int cas = 1; cas <= T; cas++)
    {
        game.reset();
        cout << "Case:" << cas << endl;
        cin >> M;
        RED = Headquarter("red", M);
        BLUE = Headquarter("blue", M);
        cin >> HP["dragon"] >> HP["ninja"] >> HP["iceman"] >> HP["lion"] >> HP["wolf"];
        while(game.t < 10000)
            game.new_turn();
    }
    return 0;
}

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#include <map>

#include <vector>

#include <iostream>

using namespace std;

int T, M;

map<string, int> HP;

class Samurai{

int hp;

int id;

public:

Samurai(int _id, string type){

id = _id;

hp = HP[type];

}

};

class Headquarter{

public:

bool stoped;

int hp;

int summon_id;

int Stot;

string color;

vector<Samurai> Sam;

map<string, int> Snum;

Headquarter(){}

Headquarter(string _color, int _hp):color(_color), hp(_hp){

stoped = 0;

summon_id = -1;

Stot = 0;

Sam.clear();

Snum.clear();

}

bool summon(string type);

bool summon_pre();

void stop();

}RED, BLUE;

class Game{

public:

int t;

void reset(){

t = 0;

}

void modify(){

t++;

}

string show(){

string p = "";

int x = t;

while(x)

{

p = char((x % 10) + '0') + p;

x /= 10;

}

while(p.length() < 3)

p = '0' + p;

return p;

}

void new_turn(){

for(int i = 0; i < 6; i++)

{

if(i == 5)RED.stop();

else if(RED.summon_pre())break;

}

for(int i = 0; i < 6; i++)

{

if(i == 5)BLUE.stop();

else if(BLUE.summon_pre())break;

}

modify();

}

}game;

void Headquarter::stop()

{

if(!stoped)cout << game.show() <<' '<< color <<" headquarter stops making warriors\n";

stoped = 1;

}

void printinfo(string color, string type, int num, int tot)

{

cout << game.show() <<' '<< color <<' '<< type <<' '<< tot <<" born with strength "<< HP[type] <<','<< num <<' '<< type <<" in " << color <<" headquarter\n";

}

bool Headquarter::summon(string type)

{

if(HP[type] <= hp)

{

Samurai S = Samurai(summon_id, type);

Sam.push_back(S);

Snum[type]++;

Stot++;

printinfo(color, type, Snum[type], Stot);

hp -= HP[type];

return true;

}

else return false;

}

bool Headquarter::summon_pre()

{

summon_id++;

if(color == "red")

{

switch(summon_id % 5)

{

case 0:

return summon("iceman");

case 1:

return summon("lion");

case 2:

return summon("wolf");

case 3:

return summon("ninja");

case 4:

return summon("dragon");

}

else

{

switch(summon_id % 5)

{

case 0:

return summon("lion");

case 1:

return summon("dragon");

case 2:

return summon("ninja");

case 3:

return summon("iceman");

case 4:

return summon("wolf");

}

int main()

{

cin >> T;

for(int cas = 1; cas <= T; cas++)

{

game.reset();

cout << "Case:" << cas << endl;

cin >> M;

RED = Headquarter("red", M);

BLUE = Headquarter("blue", M);

cin >> HP["dragon"] >> HP["ninja"] >> HP["iceman"] >> HP["lion"] >> HP["wolf"];

while(game.t < 10000)

game.new_turn();

}

return 0;

}

魔兽世界之二：装备

增加了一个武器类，但我指针用的不是很顺手，希望在司令部中能有个武士的vector和map，所以没有把各个武士设计成子类

#include <map>
#include <cstdio>
#include <vector>
#include <iomanip>
#include <iostream>
using namespace std;
int T, M;
string WTYPE[3] = {"sword", "bomb", "arrow"};
map<string, int> SHP;

class Weapon{
public:
    int atk;
    string type;
    Weapon(string _type, int _atk){
        atk = _atk;
        type = _type;
    }
};

class Samurai{
public:
    int hp;
    int id;
    int loyalty;
    string type;
    double morale;
    vector<Weapon> Wea;
    Samurai(int _id, string _type, int hhp):type(_type){        
        id = _id;
        hp = SHP[type];
        morale = loyalty = 0;
        if(type == "dragon")
        {
            Wea.push_back(Weapon(WTYPE[id % 3], 0));
            morale = (double)hhp / SHP["dragon"];
        }
        if(type == "ninja")
        {
            Wea.push_back(Weapon(WTYPE[id % 3], 0));
            Wea.push_back(Weapon(WTYPE[(id + 1) % 3], 0));
        }
        if(type == "iceman")
        {
            Wea.push_back(Weapon(WTYPE[id % 3], 0));                        
        }
        if(type == "lion")
        {
            loyalty = hhp;
        }
    }
};

class Headquarter{
public:
    bool stoped;
    int hp;
    int summon_type;
    int Stot;
    string color;
    vector<Samurai> Sam;
    map<string, int> Snum;
    Headquarter(){}
    Headquarter(string _color, int _hp):color(_color), hp(_hp){
        stoped = summon_type = Stot = 0;
        Sam.clear();
        Snum.clear();
    }
    bool summon(string type);
    bool summon_pre();
    void stop();
}RED, BLUE;

class Game{
public:
    int t;
    void reset(int cas);
    void modify();
    string show();
    void nextturn();
    void printinfo(Samurai S, string color, int num, int tot);
}game;

//==========游戏类函数
void Game::reset(int cas)
{
    cout << "Case:" << cas << endl;
    t = 0;
}
void Game::modify()
{
    t++;
}
string Game::show()
{
    string p = "";
    int x = t;
    while(x)
    {
        p = char((x % 10) + '0') + p;
        x /= 10;
    }
    while(p.length() < 3)p = '0' + p;
    return p;
}
void Game::nextturn(){
    for(int i = 0; i < 6; i++)
    {
        if(i == 5)RED.stop();
        else if(RED.summon_pre())break;
    }
    for(int i = 0; i < 6; i++)
    {
        if(i == 5)BLUE.stop();
        else if(BLUE.summon_pre())break;
    }
    modify();
}
void Game::printinfo(Samurai S, string color, int num, int tot){
    cout << show() <<' '<< color <<' '<< S.type <<' '<< tot <<" born with strength "<< SHP[S.type] <<','<< num <<' '<< S.type <<" in " << color <<" headquarter\n";
    if(S.type == "dragon")
        cout << "It has a " << S.Wea[0].type << ",and it's morale is " << fixed << setprecision(2) << S.morale << endl;
    if(S.type == "ninja")
        cout << "It has a " << S.Wea[0].type << " and a " << S.Wea[1].type << endl;
    if(S.type == "iceman")
        cout << "It has a " << S.Wea[0].type << endl;
    if(S.type == "lion")
        cout << "It's loyalty is " << S.loyalty << endl;
}
//==========
//==========司令部类函数
void Headquarter::stop()
{
    if(!stoped)cout << game.show() <<' '<< color <<" headquarter stops making warriors\n";
    stoped = 1;
}
bool Headquarter::summon(string type)
{
    if(SHP[type] <= hp)
    {
        hp -= SHP[type];
        Snum[type]++;
        Stot++;
        Samurai S = Samurai(Stot, type, hp);
        Sam.push_back(S);
        game.printinfo(S, color, Snum[type], Stot);
        return true;
    }
    else return false;
}
string RSam[] = {"iceman", "lion", "wolf", "ninja", "dragon"};
string BSam[] = {"lion", "dragon", "ninja", "iceman", "wolf"};
bool Headquarter::summon_pre()
{
    summon_type++;
    if(color == "red")return summon(RSam[(summon_type - 1) % 5]);
    else return summon(BSam[(summon_type - 1) % 5]);
}
//==========

int main()
{
    cin >> T;
    for(int cas = 1; cas <= T; cas++)
    {
        game.reset(cas);
        cin >> M;
        RED = Headquarter("red", M);
        BLUE = Headquarter("blue", M);
        cin >> SHP["dragon"] >> SHP["ninja"] >> SHP["iceman"] >> SHP["lion"] >> SHP["wolf"];
        while(game.t < 10000)
            game.nextturn();
    }
    return 0;
}

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#include <map>

#include <cstdio>

#include <vector>

#include <iomanip>

#include <iostream>

using namespace std;

int T, M;

string WTYPE[3] = {"sword", "bomb", "arrow"};

map<string, int> SHP;

class Weapon{

public:

int atk;

string type;

Weapon(string _type, int _atk){

atk = _atk;

type = _type;

}

};

class Samurai{

public:

int hp;

int id;

int loyalty;

string type;

double morale;

vector<Weapon> Wea;

Samurai(int _id, string _type, int hhp):type(_type){

id = _id;

hp = SHP[type];

morale = loyalty = 0;

if(type == "dragon")

{

Wea.push_back(Weapon(WTYPE[id % 3], 0));

morale = (double)hhp / SHP["dragon"];

}

if(type == "ninja")

{

Wea.push_back(Weapon(WTYPE[id % 3], 0));

Wea.push_back(Weapon(WTYPE[(id + 1) % 3], 0));

}

if(type == "iceman")

{

Wea.push_back(Weapon(WTYPE[id % 3], 0));

}

if(type == "lion")

{

loyalty = hhp;

}

};

class Headquarter{

public:

bool stoped;

int hp;

int summon_type;

int Stot;

string color;

vector<Samurai> Sam;

map<string, int> Snum;

Headquarter(){}

Headquarter(string _color, int _hp):color(_color), hp(_hp){

stoped = summon_type = Stot = 0;

Sam.clear();

Snum.clear();

}

bool summon(string type);

bool summon_pre();

void stop();

}RED, BLUE;

class Game{

public:

int t;

void reset(int cas);

void modify();

string show();

void nextturn();

void printinfo(Samurai S, string color, int num, int tot);

}game;

//==========游戏类函数

void Game::reset(int cas)

{

cout << "Case:" << cas << endl;

t = 0;

}

void Game::modify()

{

t++;

}

string Game::show()

{

string p = "";

int x = t;

while(x)

{

p = char((x % 10) + '0') + p;

x /= 10;

}

while(p.length() < 3)p = '0' + p;

return p;

}

void Game::nextturn(){

for(int i = 0; i < 6; i++)

{

if(i == 5)RED.stop();

else if(RED.summon_pre())break;

}

for(int i = 0; i < 6; i++)

{

if(i == 5)BLUE.stop();

else if(BLUE.summon_pre())break;

}

modify();

}

void Game::printinfo(Samurai S, string color, int num, int tot){

cout << show() <<' '<< color <<' '<< S.type <<' '<< tot <<" born with strength "<< SHP[S.type] <<','<< num <<' '<< S.type <<" in " << color <<" headquarter\n";

if(S.type == "dragon")

cout << "It has a " << S.Wea[0].type << ",and it's morale is " << fixed << setprecision(2) << S.morale << endl;

if(S.type == "ninja")

cout << "It has a " << S.Wea[0].type << " and a " << S.Wea[1].type << endl;

if(S.type == "iceman")

cout << "It has a " << S.Wea[0].type << endl;

if(S.type == "lion")

cout << "It's loyalty is " << S.loyalty << endl;

}

//==========

//==========司令部类函数

void Headquarter::stop()

{

if(!stoped)cout << game.show() <<' '<< color <<" headquarter stops making warriors\n";

stoped = 1;

}

bool Headquarter::summon(string type)

{

if(SHP[type] <= hp)

{

hp -= SHP[type];

Snum[type]++;

Stot++;

Samurai S = Samurai(Stot, type, hp);

Sam.push_back(S);

game.printinfo(S, color, Snum[type], Stot);

return true;

}

else return false;

}

string RSam[] = {"iceman", "lion", "wolf", "ninja", "dragon"};

string BSam[] = {"lion", "dragon", "ninja", "iceman", "wolf"};

bool Headquarter::summon_pre()

{

summon_type++;

if(color == "red")return summon(RSam[(summon_type - 1) % 5]);

else return summon(BSam[(summon_type - 1) % 5]);

}

//==========

int main()

{

cin >> T;

for(int cas = 1; cas <= T; cas++)

{

game.reset(cas);

cin >> M;

RED = Headquarter("red", M);

BLUE = Headquarter("blue", M);

cin >> SHP["dragon"] >> SHP["ninja"] >> SHP["iceman"] >> SHP["lion"] >> SHP["wolf"];

while(game.t < 10000)

game.nextturn();

}

return 0;

}

« Intel Code Challenge Final Round (Div. 1 + Div. 2, Combined) 2017ACM萧山训练第1场(NEERC 2016) »

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魔兽世界之一：备战 / 魔兽世界之二：装备

魔兽世界之一：备战

魔兽世界之二：装备

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