def new_group(conn, hero, c_num):
"""
玩家新建势力
:param conn: 数据库连接对象
:param hero: 玩家新建英雄信息
:param c_num: 当前游戏难度下新建势力可招揽的最大英雄数
:return: None
"""
# 新建势力信息
build_group = dict()
# 新主公信息
lord_hero = dict()
# 势力所属英雄信息
g_hero = dict()
# 势力信息
build_group['g_id'] = 10
build_group['g_lord'] = hero.get('h_id')
build_group['g_name'] = '{}军'.format(hero.get('h_name'))
# 调用方法创建新势力（向数据库中写入势力数据）
Conn.insert_data(conn, 'hero_group', build_group)
# 主公信息
lord_hero['h_group'] = 10
lord_hero['h_lead'] = hero.get('h_lead') + 5
lord_hero['h_force'] = hero.get('h_force') + 5
lord_hero['h_brain'] = hero.get('h_brain') + 5
lord_hero['h_politics'] = hero.get('h_politics') + 5
lord_hero['h_charm'] = hero.get('h_charm') + 5
lord_hero['h_status'] = 3
# 数据库更新条件语句
condition = 'h_id={}'.format(hero.get('h_id'))
# 调用方法更新主公属性（修改数据库中指定英雄的属性）
Conn.update_data(conn, 'heroes', lord_hero, condition)
# 获取英雄信息
heroes = Conn.get_heroes(conn)
# 候选英雄ID列表
h_candidate = list()
# 循环匹配在野英雄，并将英雄ID存放到候选英雄ID列表
for k, v in heroes.items():
if v.get('h_status') == 1:
h_candidate.append(k)
# 接收玩家选择的英雄ID，且只接收最大限定人数，并分割为列表存储
PM.print_choice_hero(h_candidate, c_num, heroes)
choices = input().strip().split(' ')[:c_num]
# 循环更新所选英雄属性
for choice in choices:
g_hero['h_group'] = 10
g_hero['h_status'] = 2
condition = 'h_id={}'.format(choice)
Conn.update_data(conn, 'heroes', g_hero, condition)
print('新建势力{}成功！'.format(build_group.get('g_name')))
def print_groups_info(groups, conn, heroes):
print(
'{0:<12}\t{1:<10}\t{2:<4}\t{3:<4}\t{4:<4}\t{5:<4}\t{6:<4}\t{7:<8}\t{8:<8}\t{9:<8}\t{10:<8}\t{11:<4}'
.format('全势力', '主公', '经济', '农业', '军事', '科技', '民心', '黄金', '粮草', '人口',
'兵力', '英雄数'))
for g_id in groups.keys():
print(
'{0:<12}\t{1:<10}\t{2:<4}\t{3:<4}\t{4:<4}\t{5:<4}\t{6:<4}\t{7:<8}\t{8:<8}\t{9:<8}\t{10:<8}\t{11:<4}'
.format(
groups.get(g_id).get('g_name'),
heroes.get(groups.get(g_id).get('g_lord')).get('h_name'),
groups.get(g_id).get('g_economy'),
groups.get(g_id).get('g_farming'),
groups.get(g_id).get('g_military'),
groups.get(g_id).get('g_science'),
groups.get(g_id).get('g_morale'),
groups.get(g_id).get('g_gold'),
groups.get(g_id).get('g_rations'),
groups.get(g_id).get('g_populace'),
groups.get(g_id).get('g_ranker'),
len(Conn.get_group_hero(conn, g_id))))
def new_game(self, h_num, g_num, avg_num, r_num, c_num, game_hard):
"""
新游戏执行操作
:param game_hard: 游戏难度
:param h_num: 新游戏生成英雄总数
:param g_num: 新游戏生成势力总数
:param avg_num: 新游戏平均分配到各势力的英雄数
:param r_num: 新游戏势力英雄数波动范围
:param c_num: 新游戏玩家创建新势力最大可选择的最大英雄数
:return: None
"""
# 初始化数据库表
Conn.create_hero_table(self.conn)
Conn.create_group_table(self.conn, game_hard)
Conn.create_den_table(self.conn)
# 自动生成英雄和势力
HB.auto_create_hero(self.conn, h_num)
GB.auto_create_group(self.conn, g_num, avg_num, r_num)
choice = int(input('1 新建英雄 2 选择势力\n'))
if choice == 1:
# 新建英雄
new_hero = HB.new_hero(self.conn)
choice_lord = int(input('是否使用新建英雄新建势力，选择是则新建英雄作为势力主公新建势力，否则新建英雄成为在野英雄：\n1 是 2 否\n'))
if choice_lord == 1:
# 新建势力
GB.new_group(self.conn, new_hero, c_num)
# 获取英雄和势力信息
heroes = Conn.get_heroes(self.conn)
groups = Conn.get_groups(self.conn)
PM.print_choice_group(self.conn, groups, heroes)
choice = input().strip()
# 玩家扮演势力标记修改
g_play = dict()
g_play['g_status'] = 1
condition = 'g_id = {}'.format(choice)
Conn.update_data(self.conn, 'hero_group', g_play, condition)
# 宝物数据初始化
gems = dict()
gems['t_group'] = 0
gems['t_hero'] = 0
Conn.clear_data(self.conn, 'gems', gems)
# 纪年初始化
years = dict()
years['year'] = 184
years['month'] = 1
Conn.clear_data(self.conn, 'years', years)
# 运行游戏主体
Main.run(self.conn)
def __init__(self):
"""
初始化方法，初始化一个数据库连接对象
"""
self.conn = Conn.get_conn('hero_era')
def run(conn, time):
ranker = Conn.get_ranker(conn)
groups = Conn.get_groups(conn)
heroes = Conn.get_heroes(conn)
gems = Conn.get_gems(conn)
for k, v in groups.items():
if v.get('g_status') == 0:
group = groups.get(k)
g_id = group.get('g_id')
group_hero = Conn.get_group_hero(conn, g_id)
while True:
# main_order = [0, 10] 命令选择参数
# [0, 5) 内政 40%
# [5, 7) 军政 30%
# [7, 9) 英雄 20%
# [9] 退朝 10%
main_order = random.randint(0, 9)
hero_id = list()
check = 1
# 内政
if 0 <= main_order < 4: # 0,1,2,3
manage_order = random.randint(1, 5)
if manage_order == 1: # 经济
h_id = choice_hero(group_hero, heroes, 4)
group_hero.remove(h_id)
hero_id.append(h_id)
group = MG.get_economy(conn, group, heroes, hero_id,
check)
elif manage_order == 2: # 农业
h_id = choice_hero(group_hero, heroes, 4)
group_hero.remove(h_id)
hero_id.append(h_id)
group = MG.get_farming(conn, group, heroes, hero_id,
check)
elif manage_order == 3: # 军事
h_id = choice_hero(group_hero, heroes, 2)
group_hero.remove(h_id)
hero_id.append(h_id)
group = MG.get_military(conn, group, heroes, hero_id,
check)
elif manage_order == 4: # 科技
h_id = choice_hero(group_hero, heroes, 3)
group_hero.remove(h_id)
hero_id.append(h_id)
group = MG.get_science(conn, group, heroes, hero_id,
check)
elif manage_order == 5: # 民心
h_id = choice_hero(group_hero, heroes, 5)
group_hero.remove(h_id)
hero_id.append(h_id)
group = MG.get_morale(conn, group, heroes, hero_id,
check)
if len(group_hero) == 0:
break
# 军政
elif 4 <= main_order < 7: # 4, 5, 6
manage_order = random.randint(1, 4)
if manage_order == 1: # 募兵
h_id = choice_hero(group_hero, heroes, 1)
group_hero.remove(h_id)
hero_id.append(h_id)
max_ranker = round(group.get('g_populace') / 50)
new_ranker = random.randint(round(max_ranker / 10),
max_ranker)
group = MG.get_ranker(conn, group, heroes, hero_id,
max_ranker, new_ranker, check)
elif manage_order == 2: # 训练
h_id = choice_hero(group_hero, heroes, 1)
group_hero.remove(h_id)
hero_id.append(h_id)
elif manage_order == 3: # 巡逻
h_id = choice_hero(group_hero, heroes, 1)
group_hero.remove(h_id)
hero_id.append(h_id)
elif manage_order == 4: # 征讨
h_id = choice_hero(group_hero, heroes, 1)
group_hero.remove(h_id)
hero_id.append(h_id)
if len(group_hero) == 0:
break
# 英雄
elif 7 <= main_order < 9: # 7, 8
manage_order = random.randint(1, 1)
if manage_order == 1: # 寻访
h_id = choice_hero(group_hero, heroes, 1)
group_hero.remove(h_id)
hero_id.append(h_id)
elif manage_order == 2: # 辞退
h_id = choice_hero(group_hero, heroes, 1)
group_hero.remove(h_id)
hero_id.append(h_id)
elif manage_order == 3: # 官职
h_id = choice_hero(group_hero, heroes, 1)
group_hero.remove(h_id)
hero_id.append(h_id)
elif manage_order == 4: # 赏罚
h_id = choice_hero(group_hero, heroes, 1)
group_hero.remove(h_id)
hero_id.append(h_id)
if len(group_hero) == 0:
break
# 退朝
elif main_order == 9:
break
group = MG.get_populace(conn, group)
group = MG.eat_rations(conn, group, heroes, ranker)
MG.check_group(conn, group, heroes, gems)
if time % 3 == 0:
group = MG.pay_provisions(conn, group, heroes, ranker)
group = MG.get_gold(conn, group)
MG.get_rations(conn, group)
print('{}完成本月任务部署！'.format(group.get('g_name')))
else:
continue
#! D:/Tools/Python35
from Hero_Era_Pro import GetConn
conn = GetConn.get_conn('hero_era')
group = GetConn.get_groups(conn).get(1)
ranker = GetConn.get_ranker(conn)
g_corps = group.get('g_corps')
gems = GetConn.get_gems(conn)
group_gem = GetConn.get_group_gem(conn, group.get('g_id'))
if len(group_gem) > 0:
group_gem = [
t_id for t_id in group_gem if gems.get(t_id).get('t_hero') != 0
]
print(len(group_gem) == 0)
def run(conn):
"""
游戏运行主体
:param conn: 数据库连接对象
:return: None
"""
# 获取游戏纪年
years = Conn.get_years(conn)
# 年标记
year = years[0]
# 回合标记
time = years[1]
# 玩家势力信息字典
group = dict()
print('\n{0}恭迎主公！{1}\n'.format('-' * 70, '-' * 70))
while True:
print('*' * 150)
# 月标记
month = 12 if time % 12 == 0 else time % 12
# 获取所有势力信息
groups = Conn.get_groups(conn)
# 获取所有英雄信息
heroes = Conn.get_heroes(conn)
# 获取所有宝物信息
gems = Conn.get_gems(conn)
# 获取所有兵种信息
ranker = Conn.get_ranker(conn)
# 取出标记为玩家的势力信息
for k, v in groups.items():
if v.get('g_status') == 1:
group = groups.get(k)
PM.print_group_info(group, ranker, year, month)
g_id = group.get('g_id')
# 获取玩家势力中英雄ID列表
group_hero = Conn.get_group_hero(conn, g_id)
# 游戏纪年更新
now_years = dict()
now_years['year'] = year
now_years['month'] = month
Conn.clear_data(conn, 'years', now_years)
start = int(input('新的一月，请主公决策：\n1 势力朝会 2 退隐山林\n'))
if start != 1:
print('\n{0}恭送主公！{1}\n'.format('-' * 70, '-' * 70))
exit()
# 循环，直到势力所有英雄都有了任务或选择了退朝，执行任务
while True:
# 主命令
# 内政：经济 农业 军事 科技 民心
# 军政：募兵 训练 巡逻 征讨
# 英雄：寻访
# 官职：擢升 罢黜
# 赏罚：赏赐 罚没
# 市场：粮草交易：买进 卖出
# 宝物交易：收购 贩卖
# 情报：势力 英雄 宝物 兵种
# 退朝
main_order = int(
input('请下达命令：1 内政 2 军政 3 英雄 4 市场 5 情报 0 退朝\n'))
if main_order not in [1, 2, 3, 4, 5]:
break
# 内政命令
if main_order == 1:
# 次命令
# 经济 农业 军事 科技 民心
manage_order = int(
input('请选择内政策略：1 经济 2 农业 3 军事 4 科技 5 民心 0 取消\n'))
if manage_order not in [1, 2, 3, 4, 5]:
continue
# 执行听候差遣的英雄列表
c_hero = choice_executor(group_hero, heroes)
hero_id = c_hero[0]
check = int(
input('任务需要经费黄金{}两，是否执行：\n1 是 2 否\n'.format(
50 * len(hero_id))))
# 经济
if manage_order == 1:
if check == 1:
# 执行经济开发操作
group = MG.get_economy(conn, group, heroes, hero_id,
check)
# 农业
elif manage_order == 2:
if check == 1:
# 执行农业开发操作
group = MG.get_farming(conn, group, heroes, hero_id,
check)
# 军事
elif manage_order == 3:
if check == 1:
# 执行军事提升操作
group = MG.get_military(conn, group, heroes, hero_id,
check)
# 科技
elif manage_order == 4:
if check == 1:
# 执行科技提升操作
group = MG.get_science(conn, group, heroes, hero_id,
check)
# 民心
else:
if check == 1:
# 执行民心提升操作
group = MG.get_morale(conn, group, heroes, hero_id,
check)
group_hero = c_hero[1]
# 势力英雄都执行任务后自动结束本回合
if len(group_hero) == 0:
print('谨遵圣谕，臣等告退！')
break
# 军政命令
elif main_order == 2:
# 次命令
# 募兵 训练 巡逻 征讨
manage_order = int(
input('请选择军政策略：1 募兵 2 训练 3 巡逻 4 征讨 0 取消\n'))
if manage_order not in [1, 2, 3, 4]:
continue
# 执行听候差遣的英雄列表
c_hero = choice_executor(group_hero, heroes)
hero_id = c_hero[0]
# 募兵
if manage_order == 1:
# 计算最大招募兵力数
max_ranker = round(group.get('g_populace') / 50)
new_ranker = int(
input('当前最大可招募兵力为{}，请输入本次招募兵力数：\n'.format(max_ranker)))
check = int(
input('是否确认招募新兵{}人：\n1 是 2 否\n'.format(new_ranker)))
if check == 1:
# 执行士兵招募操作
group = MG.get_ranker(conn, group, heroes, hero_id,
max_ranker, new_ranker, check)
else:
continue
# 训练
elif manage_order == 2:
check = int(input('请指定训练内容：\n1 变更兵种 2 常规训练 3 强化训练\n'))
if check not in [1, 2, 3]:
check = 2
if check == 1:
exp = group.get('g_experience')
level = (1 if exp < 50 else 2 if exp < 200 else
3 if exp < 450 else 4 if exp < 950 else 5)
level_ranker = Conn.get_level_ranker(conn, level)
PM.print_corps_info(level_ranker, ranker)
choice = int(input('请指定变更兵种ID：'))
if choice not in level_ranker:
continue
MG.change_corps(conn, group, ranker, choice)
elif check == 2:
t_type = 1 # 常规训练
group = MG.train_corps(conn, group, heroes, hero_id,
t_type)
else:
t_type = 2 # 强化训练
group = MG.train_corps(conn, group, heroes, hero_id,
t_type)
# 巡逻
elif manage_order == 3:
p_group = MG.patrol_group(conn, group, heroes, hero_id)
group = p_group[0]
r_type = p_group[1]
if r_type == 2: # 讨贼巡逻，发现贼寇探子，完成讨贼
spy = MG.find_spy(group)
group = MG.fight_enemy(conn, group, heroes, hero_id,
spy)
elif r_type == 3: # 据点巡逻，发现贼寇据点
MG.find_den(conn, group, ranker)
# 征讨
else:
print('征讨胜利')
group_hero = c_hero[1]
# 势力英雄都执行任务后自动结束本回合
if len(group_hero) == 0:
print('谨遵圣谕，臣等告退！')
break
# 英雄命令
elif main_order == 3:
# 次命令
# 寻访
# 官职：擢升 罢黜
# 赏罚：赏赐 罚没
manage_order = int(input('请选择执行内容：1 寻访 2 官职 3 赏罚 0 取消\n'))
if manage_order not in [1, 2, 3]:
continue
# 寻访
if manage_order == 1:
# 执行听候差遣的英雄列表
c_hero = choice_executor(group_hero, heroes)
hero_id = c_hero[0]
group_hero = c_hero[1]
group = MG.find_recluse_treasure(conn, group, heroes,
hero_id, gems)
# 官职
elif manage_order == 2:
group_heroes = Conn.get_group_hero(conn, group.get('g_id'))
PM.print_group_hero(group_heroes, heroes)
h_id = int(input().strip())
key_order = int(input('请选择任免：1 擢升 2 罢黜 0 取消\n'))
if key_order == 1:
print('擢升了官职')
elif key_order == 2:
print('罢黜了官职')
else:
continue
# 赏罚
else:
key_order = int(input('请选择赏罚：1 赏赐 2 罚没 0 取消\n'))
if key_order == 1:
# 获取玩家势力中宝物ID列表
group_gem = Conn.get_group_gem(conn, group.get('g_id'))
if len(group_gem) > 0:
group_heroes = Conn.get_group_hero(
conn, group.get('g_id'))
PM.print_group_hero(group_heroes, heroes)
h_id = int(input().strip())
group_gem = [
t_id for t_id in group_gem
if gems.get(t_id).get('t_hero') == 0
]
PM.print_choice_gem(group_gem, gems, heroes)
t_id = int(input('请输入赏赐宝物ID：\n'))
heroes = MG.rewards_hero(conn, group, gems, t_id,
heroes, h_id, 1)
elif key_order == 2:
# 获取玩家势力中宝物ID列表
group_gem = Conn.get_group_gem(conn, group.get('g_id'))
if len(group_gem) > 0:
group_gem = [
t_id for t_id in group_gem
if gems.get(t_id).get('t_hero') != 0
]
if len(group_gem) == 0:
print('无持有宝物的英雄！')
continue
PM.print_choice_gem(group_gem, gems, heroes)
t_id = int(input('请输入收回宝物ID：\n'))
heroes = MG.rewards_hero(
conn, group, gems, t_id, heroes,
gems.get(t_id).get('t_hero'), 2)
else:
continue
# 势力英雄都执行任务后自动结束本回合
if len(group_hero) == 0:
print('谨遵圣谕，臣等告退！')
break
# 市场命令
elif main_order == 4:
# 次命令
# 粮草交易：买进 卖出
# 宝物交易：收购 贩卖
manage_order = int(input('请选择交易内容：1 粮草交易 2 宝物交易 0 取消\n'))
if manage_order not in [1, 2]:
continue
# 执行听候差遣的英雄列表
c_hero = choice_executor(group_hero, heroes)
hero_id = c_hero[0]
# 粮草交易
if manage_order == 1:
key_order = int(input('请选择交易类型：1 买进 2 卖出 0 取消\n'))
if key_order == 1:
print('买进了粮草')
elif key_order == 2:
print('卖出了粮草')
else:
continue
# 宝物交易
else:
key_order = int(input('请选择交易类型：1 收购 2 贩卖 0 取消\n'))
if key_order == 1:
print('收购了宝物')
elif key_order == 2:
print('贩卖了宝物')
else:
continue
group_hero = c_hero[1]
# 势力英雄都执行任务后自动结束本回合
if len(group_hero) == 0:
print('谨遵圣谕，臣等告退！')
break
# 情报命令
else:
# 次命令
# 势力 英雄 宝物 兵种
query_order = int(
input('请选择情报内容：1 势力一览 2 英雄一览 3 宝物一览 4 兵种一览\n'))
if query_order not in [1, 2, 3, 4]:
continue
# 势力情报
if query_order == 1:
PM.print_groups_info(groups, conn, heroes)
# 英雄情报
elif query_order == 2:
PM.print_heroes_info(groups, heroes)
# 宝物情报
elif query_order == 3:
PM.print_gems_info(groups, gems, heroes)
# 兵种情报
else:
level_ranker = ranker.keys()
PM.print_corps_info(level_ranker, ranker)
# 势力英雄都执行任务后自动结束本回合
if len(group_hero) == 0:
print('谨遵圣谕，臣等告退！')
break
# 每月势力人口增加
group = MG.get_populace(conn, group)
# 每月势力粮草消耗
group = MG.eat_rations(conn, group, heroes, ranker)
# 对势力现状评定，有几率触发特殊事件
MG.check_group(conn, group, heroes, gems)
# 每三个回合即每个季度执行
if time % 3 == 0:
# 发放军饷
group = MG.pay_provisions(conn, group, heroes, ranker)
# 势力黄金收入
group = MG.get_gold(conn, group)
# 势力粮草收入
group = MG.get_rations(conn, group)
# 每12个回合及每年执行
if time % 12 == 0:
# 游戏纪年增加
year += 1
hero = dict()
# 所有英雄年龄增加
for h_id in heroes.keys():
hero['h_age'] = heroes.get(h_id).get('h_age') + 1
# 如果英雄年龄增加后超过70岁，则英雄状态变更为死亡
if hero.get('h_age') > 70:
hero['h_status'] = 0
hero['h_group'] = 0
print('{0}{1}年岁已高，不幸病逝！'.format(
groups.get(
heroes.get(h_id).get('h_group')).get('g_name'),
heroes.get(h_id).get('h_name')))
condition = 'h_id = {}'.format(h_id)
Conn.update_data(conn, 'heroes', hero, condition)
# 电脑势力执行任务
MainAI.run(conn, time)
time += 1
def find_recluse_treasure(conn, group, heroes, hero_id, gems):
"""
寻访，概率寻访到在野英雄、在野宝物、黄金、粮草
:param hero_id:
:param conn:
:param group:
:param heroes:
:param gems:
:return: group
"""
# 在野英雄ID列表
recluse = Conn.find_recluse(conn)
# 在野宝物ID列表
treasure = Conn.find_treasure(conn)
# 势力变更信息及开关
new_group = dict()
check_g = False
# 英雄变更信息
new_hero = dict()
# 宝物变更信息
new_gem = dict()
# 获取势力钱粮信息
g_rations = group.get('g_rations')
g_gold = group.get('g_gold')
for h_id in hero_id:
# 概率参数
# [0, 0.3) 30%概率寻访没有收获
# [0.3, 0.5) 20%概率寻访发现粮草
# [0.5, 0.7) 20%概率寻访发现黄金
# [0.7, 0.9) 20%概率寻访发现英雄
# [0.9, 1] 10%概率寻访发现宝物
k = random.random() * (1 - random.random())
if len(treasure) < 1 and len(recluse) > 0:
k -= 0.11
elif len(recluse) < 1 and len(treasure) > 0:
k = 0.99
elif len(recluse) + len(treasure) < 1:
k -= 0.31
hero = heroes.get(h_id)
if 0.2 <= k < 0.45:
rations = random.randint(
hero.get('h_brain') + hero.get('h_charm'),
(hero.get('h_brain') + hero.get('h_charm')) * 2)
g_rations += rations
group['g_rations'] = g_rations
new_group['g_rations'] = g_rations
if group.get('g_status') == 1:
print('{0}发现粮草，{1}粮草增加{2}'.format(hero.get('h_name'),
group.get('g_name'),
rations))
check_g = True
elif 0.45 <= k < 0.7:
gold = random.randint(
hero.get('h_brain') + hero.get('h_charm'),
(hero.get('h_brain') + hero.get('h_charm')) * 3)
g_gold += gold
group['g_gold'] = g_gold
new_group['g_gold'] = g_gold
if group.get('g_status') == 1:
print('{0}发现黄金，{1}黄金增加{2}'.format(hero.get('h_name'),
group.get('g_name'), gold))
check_g = True
elif 0.7 <= k < 0.9:
# 发现英雄ID
try:
re_id = random.choice(recluse)
except Exception as e:
print(e)
print('{}本次寻访未发现任何事物'.format(hero.get('h_name')))
continue
# 英雄投奔概率
# 受寻访英雄的智力和魅力值影响
hero_1 = (hero.get('h_brain') + hero.get('h_charm')) / 2
hero_2 = (heroes.get(re_id).get('h_brain') +
heroes.get(re_id).get('h_charm')) / 2
if group.get('g_status') == 1:
print('{0}发现在野英雄{1}！是否选择招揽！'.format(
hero.get('h_name'),
heroes.get(re_id).get('h_name')))
print(
'姓名：{0}\n性别：{1}\n年龄：{2}\n身份：{3}\n统率：{4}\n武力：{5}\n智力：{6}\n政治：{7}\n魅力：{8}'
.format(
heroes.get(re_id).get('h_name'),
heroes.get(re_id).get('h_gender'),
heroes.get(re_id).get('h_age'),
heroes.get(re_id).get('h_identity'),
heroes.get(re_id).get('h_lead'),
heroes.get(re_id).get('h_force'),
heroes.get(re_id).get('h_brain'),
heroes.get(re_id).get('h_politics'),
heroes.get(re_id).get('h_charm')))
is_get = int(input('1 招揽 2 放弃\n'))
if is_get == 1:
choice = hero_1 / hero_2 - random.random()
print(
'{}：阁下慢走，方才见阁下举止不凡，一表人才，想来阁下绝非常人，何不投效我军，谋一个出路？'.format(
hero.get('h_name')))
if choice > 0.6:
print('{0}：久闻{1}大名，承蒙不弃，{0}愿效死力！'.format(
heroes.get(re_id).get('h_name'),
group.get('g_name')))
print('{0}：哈哈，我军得{1}相助，何愁天下不平？'.format(
hero.get('h_name'),
heroes.get(re_id).get('h_name')))
else:
print('{0}：多谢大人好意，然{0}并无意出仕，还望大人恕罪。'.format(
heroes.get(re_id).get('h_name')))
print('{0}：唉，既如此，{0}也不好再为难阁下，告辞。'.format(
hero.get('h_name')))
if choice > 0.6:
new_hero['h_group'] = group.get('g_id')
new_hero['h_status'] = 2
recluse.remove(re_id)
print('{0}成功招揽到英雄{1}！'.format(
group.get('g_name'),
heroes.get(re_id).get('h_name')))
condition_h = 'h_id = {}'.format(re_id)
Conn.update_data(conn, 'heroes', new_hero, condition_h)
elif 0.9 <= k <= 1:
# 发现宝物ID
# 受势力民心影响
treasure = [
t_id for t_id in treasure if gems.get(t_id).get('t_level') < (
2 if group.get('g_morale') < 100 else
3 if group.get('g_morale') < 500 else 4)
]
tr_id = random.choice(treasure)
new_gem['t_group'] = group.get('g_id')
condition_t = 't_id = {}'.format(tr_id)
if group.get('g_status') == 1:
print('{0}成功寻获到宝物{1}！'.format(hero.get('h_name'),
gems.get(tr_id).get('t_name')))
Conn.update_data(conn, 'gems', new_gem, condition_t)
else:
if group.get('g_status') == 1:
print('{}本次寻访未发现任何事物'.format(hero.get('h_name')))
if check_g:
condition_g = 'g_id = {}'.format(group.get('g_id'))
Conn.update_data(conn, 'hero_group', new_group, condition_g)
return group
def check_group(conn, group, heroes, gems):
"""
势力现状评定，有几率触发特殊事件
:param gems:
:param conn:
:param group:
:param heroes:
:return: group
"""
g_morale = group.get('g_morale')
g_gold = group.get('g_gold')
g_rations = group.get('g_rations')
g_ranker = group.get('g_ranker')
g_populace = group.get('g_populace')
group_hero = Conn.get_group_hero(conn, group.get('g_id'))
# 下野英雄信息字典
retire = dict()
# 势力变更信息字典
new_group = dict()
# 势力变更开关
check_g = False
# 英雄变更开关
check_h = False
# 黄金小于0
if g_gold < 0:
k = random.random()
if 0.2 < k < 0.7:
# 兵力哗变叛逃
deserter = random.randint(round(g_ranker * 0.05),
round(g_ranker * 0.1))
g_ranker -= deserter
group['g_ranker'] = g_ranker
new_group['g_ranker'] = g_ranker
print('因{0}军饷不足，{1}名士兵哗变叛逃了！'.format(group.get('g_name'),
deserter))
check_g = True
if 0.5 < k < 0.55:
# 英雄辞官下野
h_id = random.choice(group_hero)
group_hero.remove(h_id)
retire[h_id] = {'h_group': 0, 'h_status': 1}
print('因{0}军饷不足，{1}辞官下野了！'.format(group.get('g_name'),
heroes.get(h_id).get('h_name')))
check_h = True
# 粮草小于0
if g_rations < 0:
k = random.random()
if 0.2 < k < 0.8:
# 兵力哗变叛逃
deserter = random.randint(round(g_ranker * 0.08),
round(g_ranker * 0.15))
g_ranker -= deserter
group['g_ranker'] = g_ranker
new_group['g_ranker'] = g_ranker
print('因{0}粮草不足，{1}名士兵哗变叛逃了！'.format(group.get('g_name'),
deserter))
if 0.53 < k < 0.55:
# 英雄辞官下野
h_id = random.choice(group_hero)
group_hero.remove(h_id)
retire[h_id] = {'h_group': 0, 'h_status': 1}
print('因{0}粮草不足，{1}辞官下野了！'.format(group.get('g_name'),
heroes.get(h_id).get('h_name')))
check_h = True
g_ranker = round(g_ranker * 0.6)
g_populace += round(g_ranker * 0.4)
g_gold += round(g_ranker * 0.4 / 100)
new_group['g_ranker'] = g_ranker
new_group['g_gold'] = g_gold
new_group['g_populace'] = g_populace
group['g_ranker'] = g_ranker
group['g_gold'] = g_gold
group['g_populace'] = g_populace
check_g = True
# 民心大于600
if g_morale > 600:
k = random.random()
if 0.3 < k < 0.7:
# 人口迁入
follower = random.randint(round(g_populace * 0.05),
round(g_populace * 0.08))
g_populace += follower
group['g_populace'] = g_populace
new_group['g_populace'] = g_populace
print('因{0}民心所向，人口迁入了{1}人！'.format(group.get('g_name'), follower))
check_g = True
if 0.4 < k < 0.6:
# 钱粮捐献
gold = random.randint(round(g_populace / 500),
round(g_populace / 200))
rations = random.randint(round(g_populace / 80),
round(g_populace / 30))
g_gold += gold
g_rations += rations
group['g_gold'] = g_gold
group['g_rations'] = g_rations
new_group['g_gold'] = g_gold
new_group['g_rations'] = g_rations
print('因{0}民心所向，民众发起粮草捐赠，粮草增加{1}石，黄金增加{2}两！'.format(
group.get('g_name'), rations, gold))
check_g = True
if 0.5 < k < 0.55:
# 志愿参军
volunteer = random.randint(round(g_populace * 0.003),
round(g_populace * 0.08))
g_ranker += volunteer
g_populace -= volunteer
group['g_ranker'] = g_ranker
group['g_populace'] = g_populace
new_group['g_ranker'] = g_ranker
new_group['g_populace'] = g_populace
print('因{0}民心所向，民众发起志愿参军，兵力增加{1}名！'.format(group.get('g_name'),
volunteer))
check_g = True
if 0.52 < k < 0.53:
# 进贡宝物
new_gems = dict()
treasure = Conn.find_treasure(conn)
t_id = random.choice(treasure)
new_gems['t_group'] = group.get('g_id')
condition_t = 't_id = {}'.format(t_id)
print('因{0}民心所向，民众进贡传家宝物，{0}获得宝物{1}！'.format(
group.get('g_name'),
gems.get(t_id).get('t_name')))
Conn.update_data(conn, 'gems', new_gems, condition_t)
# 民心大于300
elif g_morale > 300:
k = random.random()
if 0.5 < k < 0.6:
# 人口迁入
follower = random.randint(round(g_populace * 0.03),
round(g_populace * 0.06))
g_populace += follower
group['g_populace'] = g_populace
new_group['g_populace'] = g_populace
print('因{0}民心所向，人口迁入了{1}人！'.format(group.get('g_name'), follower))
check_g = True
if 0.55 < k < 0.6:
# 钱粮捐献
gold = random.randint(round(g_populace / 500),
round(g_populace / 200))
rations = random.randint(round(g_populace / 80),
round(g_populace / 30))
g_gold += gold
g_rations += rations
group['g_gold'] = g_gold
group['g_rations'] = g_rations
new_group['g_gold'] = g_gold
new_group['g_rations'] = g_rations
print('因{0}民心所向，民众发起粮草捐赠，粮草增加{1}石，黄金增加{2}两！'.format(
group.get('g_name'), rations, gold))
check_g = True
# 民心大于100
elif g_morale > 100:
k = random.random()
if 0.5 < k < 0.6:
# 人口迁入
follower = random.randint(round(g_populace * 0.01),
round(g_populace * 0.03))
g_populace += follower
group['g_populace'] = g_populace
new_group['g_populace'] = g_populace
print('因{0}民心所向，人口迁入了{1}人！'.format(group.get('g_name'), follower))
check_g = True
# 民心小于30
if 10 < g_morale < 30:
k = random.random()
if 0.5 < k < 0.7:
# 人口流失
refugee = random.randint(round(g_populace * 0.03),
round(g_populace * 0.05))
g_populace -= refugee
group['g_populace'] = g_populace
new_group['g_populace'] = g_populace
print('因{0}民心不足，人口流失了{1}人！'.format(group.get('g_name'), refugee))
check_g = True
# 民心小于10
elif g_morale < 10:
# 人口流失
refugee = random.randint(round(g_populace * 0.05),
round(g_populace * 0.08))
g_populace -= refugee
# 士兵哗变叛逃
deserter = random.randint(round(g_ranker * 0.05),
round(g_ranker * 0.08))
g_ranker -= deserter
group['g_ranker'] = g_ranker
new_group['g_ranker'] = g_ranker
group['g_populace'] = g_populace
new_group['g_populace'] = g_populace
print('因{0}民心不足，人口流失了{1}人，{2}名士兵哗变叛逃了！'.format(group.get('g_name'),
refugee, deserter))
check_g = True
if check_g:
condition_g = 'g_id = {}'.format(group.get('g_id'))
Conn.update_data(conn, 'hero_group', new_group, condition_g)
if check_h:
for hid in retire.keys():
condition_h = 'h_id = {}'.format(hid)
Conn.update_data(conn, 'heroes', retire.get(hid), condition_h)
return group
def get_ranker(conn, group, heroes, hero_id, max_ranker, new_ranker, check):
"""
势力募兵操作
:param conn:
:param group:
:param heroes:
:param hero_id:
:param max_ranker:
:param new_ranker:
:param check:
:return: group
"""
if check == 1:
g_populace = group.get('g_populace')
g_ranker = group.get('g_ranker')
g_rations = group.get('g_rations')
g_gold = group.get('g_gold')
g_morale = group.get('g_morale')
new_group = dict()
name = ''
h_lead = 0
if g_rations < 0:
return group
for h_id in hero_id:
h_lead += heroes.get(h_id).get('h_lead')
name += '{},'.format(heroes.get(h_id).get('h_name'))
if new_ranker > max_ranker:
new_ranker = max_ranker
g_ranker += new_ranker
if g_ranker > g_populace / 10:
new_ranker = round(g_populace / 10) - (g_ranker - new_ranker)
if group.get('g_status') == 1:
print('因势力兵力不得超过总人口的十分之一，所以本次招募最大兵力为{}'.format(new_ranker))
g_ranker = round(g_populace / 10)
h_buff = round(h_lead * (1 + g_morale / 1000) / 20)
# 募兵消耗粮草和黄金，并影响势力民心，消耗量受执行英雄统率影响
new_rations = round(new_ranker / 50 -
h_buff) if new_ranker / 50 - h_buff > 0 else 0
new_gold = round(new_ranker / 200 -
h_buff) if new_ranker / 200 - h_buff > 0 else 0
new_morale = round(new_ranker / 1000) if new_ranker / 1000 > 0 else 0
new_morale = 20 if new_morale > g_morale * 0.3 else new_morale
g_populace -= new_ranker
g_rations -= new_rations
g_gold -= new_gold
g_morale -= new_morale
new_group['g_populace'] = g_populace
new_group['g_rations'] = g_rations
new_group['g_gold'] = g_gold
new_group['g_morale'] = g_morale
new_group['g_ranker'] = g_ranker
group['g_populace'] = g_populace
group['g_rations'] = g_rations
group['g_gold'] = g_gold
group['g_morale'] = g_morale
group['g_ranker'] = g_ranker
if group.get('g_status') == 1:
print(
'本次{0}成功招募士兵共{1}人，消耗粮草{2}石，消耗黄金{3}两，降低民心{4}点，减少人口{5}人'.format(
name[:-1], new_ranker, new_rations, new_gold, new_morale,
new_ranker))
condition = 'g_id = {}'.format(group.get('g_id'))
Conn.update_data(conn, 'hero_group', new_group, condition)
return group
def auto_create_hero(conn, num):
"""
自动创建人物，包含人物姓名、人物性别和人物属性
@ cp 读取配置文件内容
@ last_names 接收配置文件中姓氏集
@ first_names_female 接收配置文件中女性名集
@ first_names_male 接收配置文件中男性名集
@ hero_data 存储新建人物信息的字典，内容包含姓名，性别，统率，武力，智力，政治，魅力
@ hero_types 存储着人物身份的list
@ gen 随机生成性别参数
@ types 随机生成身份参数
@ last_name 随机从last_names姓氏集中选择一个作为新建人物姓氏
@ first_name 依据gen参数的不同分别从first_names_female女性名集或first_names_male男性名集中随机选择一个作为新建人物名
@ h_name 将随机选取的姓氏和名拼接为新建人物姓名
@ h_gender 依据gen参数确定新建人物性别
@ h_identity 随机生成新建人物身份
@ h_lead 随机生成新建人物统率
@ h_force 随机生成新建人物武力
@ h_brain 随机生成新建人物智力
@ h_politics 随机生成新建人物政治
@ h_charm 随机生成新建人物魅力
程序执行，调用MySQLConn来执行数据入库的操作
@ n_gender 接收自动生成的num个英雄的姓名和性别list
@ student 接收完整的学生信息字典
:param conn: 数据库连接对象
:param num: 需要生成的英雄信息条数
:return: None
"""
# 读取配置文件
cp = configparser.ConfigParser()
cp.read('./conf.cfg', encoding='utf-8')
# 从配置文件中获取指定内容并进行格式化处理切分
last_names = cp.get('NAME', 'LN').strip().replace('\n', ' ').split(' ')
first_names_female = cp.get('NAME', 'FN1').strip().replace('\n',
' ').split(' ')
first_names_male = cp.get('NAME', 'FN2').strip().replace('\n',
' ').split(' ')
hero_data = dict()
hero_type = ['统帅', '武将', '军师', '宰辅']
for n in range(num):
gen = random.randint(1, 2)
types = random.randint(1, 4)
last_name = random.choice(last_names)
# a if k == v else b，这是三元运算写法，解读为当k=v为True时，返回a，为False时，返回b
first_name = random.choice(first_names_female if gen ==
1 else first_names_male)
# '%s' % k，这是字符串占位符，使用%s占位，实际内容为k，中间使用%做格式化声明
h_name = '{0}{1}'.format(last_name, first_name)
h_gender = '{}'.format('女' if gen == 1 else '男')
h_age = random.randint(15, 60)
h_identity = hero_type[types - 1]
hero_5 = type_hero(types)
hero_data['h_name'] = h_name
hero_data['h_gender'] = h_gender
hero_data['h_age'] = h_age
hero_data['h_identity'] = h_identity
hero_data['h_lead'] = hero_5[0]
hero_data['h_force'] = hero_5[1]
hero_data['h_brain'] = hero_5[2]
hero_data['h_politics'] = hero_5[3]
hero_data['h_charm'] = hero_5[4]
Conn.insert_data(conn, 'heroes', hero_data)
print("当前游戏难度将诞生各类英雄共{}人！".format(num))
