def select_location():
    #选择出生地
    def change_location(selection):
        # description = a.dat()['location'][location['value']]['description']
        # a.t(description)
        a.tmp()['location_mode'] = selection['index']
        a.repeat()
        pass

    a.page()
    a.mode('grid', 1)
    a.t('何处?')
    a.divider()
    a.mode()
    a.t()
    a.t()
    a.radio(['平原'], change_location, a.tmp()['location_mode'])
    a.t()
    description = a.dat()['location'][a.tmp()['location_mode']]['description']
    a.t(description)
    a.t()
    a.divider()
    a.b('下一步', a.goto, select_inherit)
    a.t()
    a.b('何人?', a.back)
示例#2
0
def random_create():
    #生成简易图纸,1战斗2精英战斗3活动4怪物商人5设施商人6装备商人7黑商8休息9决战
    map = {1: [], 19: [], 20: []}
    for i in range(1, 10 + 1):
        map[1].append(1)
        map[19].append(8)
        map[20].append(9)
    map[2] = []
    for i in range(2, 18 + 1):
        map[i] = []
        for j in range(1, 10 + 1):  #提供fate卡出现概率
            rand = random.randint(0, 100)
            t = 1
            if rand < 40:
                t = 1
            elif rand < 60:
                t = 2
            elif rand < 70:
                t = 3
            elif rand < 75:
                t = 4
            elif rand < 80:
                t = 5
            elif rand < 85:
                t = 6
            elif rand < 90:
                t = 7
            elif rand <= 100:
                t = 8
            map[i].append(t)
    a.tmp()['fate_map'] = map
示例#3
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def fate_map():
    #每日走向选择展示
    a.divider(text='前路')
    a.mode('grid', 10)
    random_create()
    for i in range(1, 20 + 1):
        for j in range(0, 10):
            card = fate_card(a.tmp()['fate_map'][21 - i][j])
            card.print_card(is_able=True)
            #a.t(a.tmp()['fate_map'][i][j]) 测试用
            a.t()
示例#4
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def status_bar():
    data = a.tmp()
    succubus = data['succubus']
    a.divider()
    #状态栏
    a.mode('grid', 4)
    a.t('第{}天'.format(a.tmp()['day']))
    a.t('{}'.format(a.tmp()['day_time']), style={'color': '#ff0'})
    a.t()
    a.t('{}'.format(a.tmp()['succubus'].name))
    a.t()
    a.t('{}G'.format(a.tmp()['money']))
    a.t()
    a.t('{}ml'.format(a.tmp()['s***n']))
    a.t()

    a.t('level:{}'.format(succubus.level))
    a.t()
    a.t('生命')
    a.progress(succubus.health, succubus.max_health,
               [{
                   'width': '100px'
               }, {
                   'background-color': '#0f0'
               }])
    a.t('{}/{}'.format(succubus.health, succubus.max_health))
    a.t()
    a.t('俘虏:{}'.format(len(data['prisoner_list'])))
    a.t()
    a.t('succubus:{}'.format(len(data['family_list'])))
 def goto_difficulty(difficulty):
     a.clear()
     #初始化新游戏,考虑之后用一个函数代替,此处先作测试用途
     a.tmp()['day'] = 1
     a.tmp()['money'] = 0
     a.tmp()['s***n'] = 0
     a.tmp()['day_time'] = '日间'
     a.tmp()['prisoner_list'] = []
     a.tmp()['family_list'] = []
     a.tmp()['difficulty'] = difficulty
     show_main()
示例#6
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def show_main():
    #此处为测试用界面0.1
    data = a.tmp()
    succubus = data['succubus']
    a.page()
    a.mode()
    a.t('此处为主界面')

    status_bar()  #状态栏

    #考虑放置每日三选一计划或者是地宫结构图?
    fate_map()

    #考虑放置一些检查选项,如检查设施情况,查看配方,已经拥有的遗物,查看地宫结构等。
    check_buttons()

    #考虑放置系统相关,如设置,存读档案,回到标题,放弃等
    sys_buttons()
示例#7
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    pass


class Map:
    def __init__(self):
        super().__init__()
        self.__data = {'root': None, 'places': {}}

    def new_empty_place(self):
        new_empty_place = {
            'name': '',
            'id': '',
            'data': {},
            'parent': None,
            'children': []
        }

    def register_place(self, place):
        pass


def random_hash():
    pass


if __name__ == "__main__":
    pass
else:
    if 'map' not in a.tmp():
        a.tmp()['map'] = Map()
示例#8
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 def __init__(self, value):
     self.value = value
     a.tmp()["dig_speed"] = self.value[0]
 def goto_select_location(number):
     a.tmp()['succubus'] = succubus(number)
     a.tmp()['succubus_mode'] = number
     a.tmp()['location_mode'] = 0
     a.goto(select_location)
 def change_location(selection):
     # description = a.dat()['location'][location['value']]['description']
     # a.t(description)
     a.tmp()['location_mode'] = selection['index']
     a.repeat()
     pass