C++宝可梦对战游戏
agmissle 人气:0最近想到了用C++写个小时候课间嘴上玩的那种宝可梦游戏，先试写了个demo，只有早期的三个宝可梦和基础招式，感兴趣的朋友可以再自己添加，也没有各种物防特攻数值啥的，等以后会搞图形化界面了再做个复杂的，功能完善的。
玩法就是选择宝可梦和电脑对战，除了攻击还有三次防御的机会，可以完全抵消对面这轮的攻击，增加了一点博弈的感觉（其实和电脑也没啥好博弈的）
上代码
#include<iostream>
#include<windows.h>
#include<ctime>
enum Type {normal,fire,grass,water};//定义招式与pokemon属性
struct Atk//招式结构体
{
char name[20];//招式名
int damage;//伤害
Type type;//属性
int speed;//招式速度
int pp; //招式技能点数量
};
Atk def{"def",0,normal,10,3};//防御
struct pokemon//pokemon结构体
{
char name[30];//名
int hp;//初始血量
int speed;//pokemon本身速度
Type type;//属性
Atk atk1;//招式1到4
Atk atk2;
Atk atk3;
Atk atk4;
int def;//防御点数
};
void initial();
int choose(int);
int AIchoose(int);
int p_choose(int,pokemon);
int AI_choose(int,pokemon);
void duel(pokemon p_pokemon,pokemon AI_pokemmon);
double damage_coeff(Type type1,Type type2);
int main()
{
using namespace std;
int cont=1;//设定循环游戏的flag
while(cont==1)
{
system("cls");//新游戏开始时清屏
//初始化各个招式与pokemon
Atk watergun{"water gun",40,water,2,2};//水枪
Atk quickattack{"quick attack",40,normal,5,3};//电光石火
Atk scratch{"scratch",40,normal,2,8};//抓
Atk bubblebeam{"bubble beam",65,water,1,1};//泡沫光线
Atk razorleaf{"razor leaf",55,grass,3,1};//飞叶快刀
Atk vinewhip{"vine whip",35,grass,4,2};//藤鞭
Atk tackle{"tackle",35,normal,2,10};//撞击
Atk ember{"ember",40,fire,2,1};//火苗
Atk firespin{"fire spin",35,fire,4,2};//火焰旋涡
pokemon bulbasaur{"bulbasaur",200,3,grass,tackle,quickattack,vinewhip,razorleaf,3};//妙蛙种子
pokemon charmander{"charmander",200,2,fire,scratch,quickattack,ember,firespin,3};//小火龙
pokemon squirtle{"squirtle",200,1,water,tackle,quickattack,watergun,bubblebeam,3};//杰尼龟
initial();
pokemon p_pokemon;
pokemon AI_pokemon;
int Num1,Num2;
Num1=choose(Num1);
Num2=AIchoose(Num2);
//确定双方选择的pokemon
switch(Num1)
{
case 1:
p_pokemon=bulbasaur;
break;
case 2:
p_pokemon=charmander;
break;
case 3:
p_pokemon=squirtle;
break;
}
switch(Num2)
{
case 0:
AI_pokemon=bulbasaur;
break;
case 1:
AI_pokemon=charmander;
break;
case 2:
AI_pokemon=squirtle;
break;
}
system("cls");
Sleep(500);
cout <<"You choose "<<p_pokemon.name<<" and your opponent choose "<<AI_pokemon.name<<endl;
duel(p_pokemon,AI_pokemon);
cout <<"If you want to play another round,enter number 1,or enter others number to quit:"<<endl;
cin >>cont;
}
cin.get();
return 0;
}
void initial()//初始化界面
{
using namespace std;
cout <<"Welcome to the pokemon duel!"<<endl;
cout <<"Your pokemon has 3 chances to defend.Once you decide to defend,you will not get damage this turn."<<endl;
cout <<"But also,you can not attack this turn."<<endl;
cout <<"Now choose your pokemon by enter the number:";
cout <<"1.bulbasaur 2.charmander 3.squirtle";
}
int choose(int Num)//玩家选择pokemon，利用递归让玩家正确输入
{
using namespace std;
cin >>Num;
if(Num!=1&&Num!=2&&Num!=3)
{
cout <<"You choose a wrong number, choose it again:";
Num=choose(Num);
}
return Num;
}
int AIchoose(int Num)//电脑选择pokemon，利用随机数让电脑随机选择
{
using namespace std;
srand((unsigned)time(NULL));
Num = rand() % 3;
return Num;
}
int p_choose(int pchoose,pokemon p_pokemon)//玩家选择招式，利用递归让玩家正确输入
{
using namespace std;
cin >>pchoose;
//判断玩家所选的招式PP是否足够
if(pchoose==1&&p_pokemon.atk1.pp<=0)
{
cout <<"You don't have enough pp"<<endl;
pchoose=p_choose(pchoose,p_pokemon);
}
if(pchoose==2&&p_pokemon.atk2.pp<=0)
{
cout <<"You don't have enough pp"<<endl;
pchoose=p_choose(pchoose,p_pokemon);
}
if(pchoose==3&&p_pokemon.atk3.pp<=0)
{
cout <<"You don't have enough pp"<<endl;
pchoose=p_choose(pchoose,p_pokemon);
}
if(pchoose==4&&p_pokemon.atk4.pp<=0)
{
cout <<"You don't have enough pp"<<endl;
pchoose=p_choose(pchoose,p_pokemon);
}
if(pchoose==5&&p_pokemon.def<=0)
{
cout <<"You don't have enough pp"<<endl;
pchoose=p_choose(pchoose,p_pokemon);
}
if(pchoose>5||pchoose<=0)
{
cout <<"You choose a wrong number, choose it again:";
pchoose=p_choose(pchoose,p_pokemon);
}
return pchoose;
}
int AI_choose(int AIchoose,pokemon AI_pokemon)//利用随机数让电脑随机选择
{
using namespace std;
srand((unsigned)time(NULL));
AIchoose = rand() % 5;
//判断电脑选择招式的PP是否足够
if(AIchoose==0&&AI_pokemon.atk1.pp<=0)
{
Sleep(1000);
AIchoose=AI_choose(AIchoose,AI_pokemon);
}
if(AIchoose==1&&AI_pokemon.atk2.pp<=0)
{
Sleep(1000);
AIchoose=AI_choose(AIchoose,AI_pokemon);
}
if(AIchoose==2&&AI_pokemon.atk3.pp<=0)
{
Sleep(1000);
AIchoose=AI_choose(AIchoose,AI_pokemon);
}
if(AIchoose==3&&AI_pokemon.atk4.pp<=0)
{
Sleep(1000);
AIchoose=AI_choose(AIchoose,AI_pokemon);
}
if(AIchoose==4&&AI_pokemon.def<=0)
{
Sleep(1000);
AIchoose=AI_choose(AIchoose,AI_pokemon);
}
return AIchoose;
}
double damage_coeff(Type type1,Type type2)//计算攻击时伤害加成系数，type1为招式属性，type2为pokemon属性
{
if(type1==normal)
{
return 1;
}
if(type1==grass)
{
switch(type2)
{
case grass:
return 0.5;
break;
case fire:
return 0.5;
break;
case water:
return 2;
break;
}
}
if(type1==fire)
{
switch(type2)
{
case grass:
return 2;
break;
case fire:
return 0.5;
break;
case water:
return 0.5;
break;
}
}
if(type1==water)
{
switch(type2)
{
case grass:
return 0.5;
break;
case fire:
return 2;
break;
case water:
return 0.5;
break;
}
}
}
void duel(pokemon p_pokemon,pokemon AI_pokemmon)//战斗流程函数
{
using namespace std;
while(p_pokemon.hp>0&&AI_pokemmon.hp>0)//双方HP均大于0时继续战斗
{
//显示双方相关信息
cout <<"Your HP:"<<p_pokemon.hp<<" Your opponent's HP:"<<AI_pokemmon.hp<<endl<<endl;
cout <<"Choose your action this turn by ernter the number:"<<endl;
cout <<"1."<<p_pokemon.atk1.name<<" PP:"<<p_pokemon.atk1.pp<<endl;
cout <<"2."<<p_pokemon.atk2.name<<" PP:"<<p_pokemon.atk2.pp<<endl;
cout <<"3."<<p_pokemon.atk3.name<<" PP:"<<p_pokemon.atk3.pp<<endl;
cout <<"4."<<p_pokemon.atk4.name<<" PP:"<<p_pokemon.atk4.pp<<endl;
cout <<"5.deffense PP:"<<p_pokemon.def;
Atk this_turn_p_atk;//定义玩家本轮所选招式
Atk this_turn_AI_atk;//定义电脑本轮所选招式
int pchoose;
pchoose=p_choose(pchoose,p_pokemon);
int AIchoose;
AIchoose=AI_choose(AIchoose,AI_pokemmon);
switch(pchoose)
{
case 1:
p_pokemon.atk1.pp=p_pokemon.atk1.pp-1;
this_turn_p_atk=p_pokemon.atk1;
break;
case 2:
p_pokemon.atk2.pp=p_pokemon.atk2.pp-1;
this_turn_p_atk=p_pokemon.atk2;
break;
case 3:
p_pokemon.atk3.pp=p_pokemon.atk3.pp-1;
this_turn_p_atk=p_pokemon.atk3;
break;
case 4:
p_pokemon.atk4.pp=p_pokemon.atk4.pp-1;
this_turn_p_atk=p_pokemon.atk4;
break;
case 5:
p_pokemon.def=p_pokemon.def-1;
this_turn_p_atk=def;
break;
}
switch(AIchoose)
{
case 0:
AI_pokemmon.atk1.pp=AI_pokemmon.atk1.pp-1;
this_turn_AI_atk=AI_pokemmon.atk1;
break;
case 1:
AI_pokemmon.atk2.pp=AI_pokemmon.atk2.pp-1;
this_turn_AI_atk=AI_pokemmon.atk2;
break;
case 2:
AI_pokemmon.atk3.pp=AI_pokemmon.atk3.pp-1;
this_turn_AI_atk=AI_pokemmon.atk3;
break;
case 3:
AI_pokemmon.atk4.pp=AI_pokemmon.atk4.pp-1;
this_turn_AI_atk=AI_pokemmon.atk4;
break;
case 4:
AI_pokemmon.def=AI_pokemmon.def-1;
this_turn_AI_atk=def;
break;
}
system("cls");
//判断是否有玩家本轮采取防御
if(AIchoose==4&&pchoose!=5)
{
cout <<"You use "<<this_turn_p_atk.name<<".";
Sleep(500);
cout <<"But your attack was defended!"<<endl;
}
else if(pchoose==5&&AIchoose!=4)
{
cout <<"Your opponent use "<<this_turn_AI_atk.name<<".";
Sleep(500);
cout <<"But you defend the attack from the opponent!"<<endl;
}
else if(pchoose==5&&AIchoose==4)
{
cout <<"You both defend this turn."<<endl;
Sleep(250);
}
else//双方都没有防御的情况
{
int p_speed,AI_speed;
double p_coeff,AI_coeff;
//真正的速度为pokemon本身速度加招式速度
p_speed=p_pokemon.speed+this_turn_p_atk.speed;//本轮玩家真正的速度
AI_speed=AI_pokemmon.speed+this_turn_AI_atk.speed;//本轮电脑真正的速度
//计算伤害系数
p_coeff=damage_coeff(this_turn_p_atk.type,AI_pokemmon.type);
AI_coeff=damage_coeff(this_turn_AI_atk.type,p_pokemon.type);
//比较双方谁本轮速度快，判断先手
if(AI_speed>p_speed)
{
cout <<"Your opponent use "<<this_turn_AI_atk.name<<" !"<<endl;
Sleep(500);
p_pokemon.hp=p_pokemon.hp-this_turn_AI_atk.damage*AI_coeff;//计算收到的伤害，伤害为招式伤害乘以伤害系数
if(p_pokemon.hp<=0)
{
cout <<"You have been defeated!"<<endl;
}
else if(p_pokemon.hp>0)
{
cout <<"You use "<<this_turn_p_atk.name<<" !"<<endl;
Sleep(500);
AI_pokemmon.hp=AI_pokemmon.hp-this_turn_p_atk.damage*p_coeff;
if(AI_pokemmon.hp<=0)
{
cout <<"You win!"<<endl;
}
}
}
else if(AI_speed<p_speed)
{
cout <<"You use "<<this_turn_p_atk.name<<" !"<<endl;
Sleep(500);
AI_pokemmon.hp=AI_pokemmon.hp-this_turn_p_atk.damage*p_coeff;
if(AI_pokemmon.hp<=0)
{
cout <<"You win!"<<endl;
}
else
{
cout <<"Your opponent use "<<this_turn_AI_atk.name<<" !"<<endl;
Sleep(500);
p_pokemon.hp=p_pokemon.hp-this_turn_AI_atk.damage*AI_coeff;
if(p_pokemon.hp<=0)
{
cout <<"You have been defeated!"<<endl;
}
}
}
else if(AI_speed==p_speed)
{
cout <<"You both attack at the same time!"<<endl;
Sleep(500);
cout <<"You use "<<this_turn_p_atk.name<<" !"<<endl;
Sleep(500);
cout <<" Your opponent use "<<this_turn_AI_atk.name<<" !"<<endl;
Sleep(500);
p_pokemon.hp=p_pokemon.hp-this_turn_AI_atk.damage*AI_coeff;
AI_pokemmon.hp=AI_pokemmon.hp-this_turn_p_atk.damage*p_coeff;
if(AI_pokemmon.hp<=0&&p_pokemon.hp>0)
{
cout <<"You win!"<<endl;
}
else if(AI_pokemmon.hp>0&&p_pokemon.hp<=0)
{
cout <<"You have been defeated!"<<endl;
}
else if(AI_pokemmon.hp<=0&&p_pokemon.hp<=0)
{
cout <<"Draw game!";
}
}
}
}
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