Python 三角洲行动：战术小队模拟器

Python 三角洲行动：战术小队模拟器

以下是一个基于 Python 的回合制战术小队模拟器示例代码，模拟特种作战中的移动、攻击与任务机制。

import random
import time
import sys
from enum import Enum

class SoldierClass(Enum):
    ASSAULT = "突击兵"
    SNIPER = "狙击手"
    MEDIC = "医疗兵"
    ENGINEER = "工程师"

class Weapon:
    def __init__(self, name, damage, accuracy, fire_rate):
        self.name = name
        self.damage = damage
        self.accuracy = accuracy
        self.fire_rate = fire_rate
    
    def __str__(self):
        return f"{self.name} (伤害:{self.damage} 精度:{self.accuracy}% 射速:{self.fire_rate})"

class Soldier:
    def __init__(self, name, soldier_class):
        self.name = name
        self.soldier_class = soldier_class
        self.health = 100
        self.stamina = 100
        self.position = (0, 0)
        self.weapon = ._assign_weapon()
        .alive = 
    
     ():
         .soldier_class == SoldierClass.ASSAULT:
             Weapon(, , , )
         .soldier_class == SoldierClass.SNIPER:
             Weapon(, , , )
         .soldier_class == SoldierClass.MEDIC:
             Weapon(, , , )
         .soldier_class == SoldierClass.ENGINEER:
             Weapon(, , , )
    
     ():
         .stamina > :
            .position = (x, y)
            .stamina -= 
            ()
             
        :
            ()
             
    
     ():
         random.randint(, ) < .weapon.accuracy:
            damage = random.randint(.weapon.damage - , .weapon.damage + )
            target.health -= damage
            ()
             damage
        :
            ()
             
    
     ():
         .soldier_class == SoldierClass.MEDIC:
            heal_amount = random.randint(, )
            target.health = (, target.health + heal_amount)
            ()
             heal_amount
        :
            ()
             
    
     ():
         .health > 

 :
     ():
        .enemy_type = enemy_type
        .health =   enemy_type ==   
        .position = position
        .alive = 
    
     ():
        damage = random.randint(, )
        target.health -= damage
        ()
         damage
    
     ():
         .health > 

 :
     ():
        .name = name
        .description = description
        .objectives = objectives
        .completed = 
    
     ():
         obj  .objectives:
              obj[]:
                 obj[] ==   (enemies) == :
                    obj[] = 
                 obj[] ==   obj[]:
                    
         (obj[]  obj  .objectives)

 ():
     char  text:
        sys.stdout.write(char)
        sys.stdout.flush()
        time.sleep(delay)
    ()

 ():
    ()
    ()
    ()
    
     y  (, -, -):
        line = 
         x  (, ):
            soldier_here = (s.position == (x, y)  s  squad)
            enemy_here = (e.position == (x, y)  e  enemies)
            obj_here = objective_pos == (x, y)
            
             soldier_here:
                line += 
             enemy_here:
                line += 
             obj_here:
                line += 
            :
                line += 
        (line)
    
    ()
     x  (, ):
        (,)
    ()

 ():
    slow_print(*)
    slow_print()
    slow_print(*)
    slow_print()
    slow_print()
    
    squad = [
        Soldier(, SoldierClass.ASSAULT),
        Soldier(, SoldierClass.SNIPER),
        Soldier(, SoldierClass.MEDIC),
        Soldier(, SoldierClass.ENGINEER)
    ]
    
    slow_print()
     soldier  squad:
        slow_print()
    
    mission = Mission(
        ,
        ,
        [
            {: , : , : },
            {: , : , : }
        ]
    )
    
    slow_print()
    slow_print()
    slow_print()
     obj  mission.objectives:
        slow_print()
    
    enemies = [
        Enemy(, (, )),
        Enemy(, (, )),
        Enemy(, (, )),
        Enemy(, (, ))
    ]
    
    pilot_position = (, )
    pilot_rescued = 
    
    turn = 
    slow_print()
    ()
    
     (s.is_alive()  s  squad)  (e.is_alive()  e  enemies)   mission.completed:
        ()
        
        display_map(squad, enemies, pilot_position)
        
         soldier  squad:
              soldier.is_alive():
                
            
            ()
            ()
            ()
             soldier.soldier_class == SoldierClass.MEDIC:
                ()
            ()
            
            choice = ()
            
             choice == :
                :
                    x = (())
                    y = (())
                      <= x <=    <= y <= :
                        soldier.move(x, y)
                        
                         soldier.position == pilot_position   pilot_rescued:
                            pilot_rescued = 
                            slow_print()
                            mission.objectives[][] = 
                    :
                        ()
                 ValueError:
                    ()
            
             choice == :
                visible_enemies = [e  e  enemies   
                                  (e.position[] - soldier.position[]) <=    
                                  (e.position[] - soldier.position[]) <=    
                                  e.is_alive()]
                
                 visible_enemies:
                    ()
                     i, enemy  (visible_enemies):
                        ()
                    
                    :
                        target_idx = (()) - 
                          <= target_idx < (visible_enemies):
                            soldier.attack(visible_enemies[target_idx])
                            
                              visible_enemies[target_idx].is_alive():
                                enemies.remove(visible_enemies[target_idx])
                                slow_print()
                        :
                            ()
                     ValueError:
                        ()
                :
                    ()
            
             choice ==   soldier.soldier_class == SoldierClass.MEDIC:
                injured = [s  s  squad  s != soldier  s.is_alive()  s.health < ]
                
                 injured:
                    ()
                     i, mate  (injured):
                        ()
                    
                    :
                        target_idx = (()) - 
                          <= target_idx < (injured):
                            soldier.heal(injured[target_idx])
                        :
                            ()
                     ValueError:
                        ()
                :
                    ()
            
             choice == :
                ()
                ()
                ()
                ()
                ()
                ()
            :
                ()
        
         enemy  enemies:
              enemy.is_alive():
                
            
            closest_soldier = 
            min_distance = ()
            
             soldier  squad:
                 soldier.is_alive():
                    distance = (soldier.position[] - enemy.position[]) + (soldier.position[] - enemy.position[])
                     distance < min_distance:
                        min_distance = distance
                        closest_soldier = soldier
            
             min_distance <=   closest_soldier:
                enemy.attack(closest_soldier)
                
                  closest_soldier.is_alive():
                    slow_print()
        
         soldier  squad:
             soldier.is_alive():
                soldier.stamina = (, soldier.stamina + )
        
        mission.completed = mission.check_completion(squad, enemies)
        turn += 
        
         (s.is_alive()  s  squad)  mission.completed:
            slow_print()
            slow_print()
            
          (s.is_alive()  s  squad):
            slow_print()
            
    
    slow_print()
    slow_print()

 __name__ == :
    main()