Tan Weiwei
有严格作息规律的男主角迪伦有一种天生的洞察规律的能力，某日下午2时22分，身为航空管制员迪伦·布兰森被神秘光亮所麻痹，而这差点让他指挥的飞机失事。从此他每天都会感受到这光亮，渐渐发现自己身处某种循环之中。一次非常偶然的机会，迪伦遇见了让他一见钟情的莎拉，二人聊天惊讶发现，莎拉就是迪伦差点酿成飞行事故的航班乘客，非常巧合的是他们同年同月同日出生。随着二人的了解深入，迪伦与莎拉的巧合也越来越多，频繁出现的幻觉与不断循环的事件将二人的命运与三十年前发生在纽约中央车站一起情杀案联系在一起，迪伦一直探究“2:22”背后的秘密，发现三十年前的凶杀案即将重演。
严谨精干的主管Aaron Hotchner为了继续追查连环杀手，选择了留在BAU，妻子因此与他离婚并带走了六岁的儿子。资深高级探员David Rossi在退休十余年后带着心结自愿回来加入BAU，渐渐习惯BAU的新模式，融入这个团队。自信幽默的Derek Morgan是犯罪重现专家，打击罪犯时决不手软，在组里却是活跃气氛的调节剂．“天才”是对Dr. Spencer Reid最简练的诠释，他记忆力超强，是一本活的案例书。羞涩而坚强的他几经考验，终于渐渐走出毒瘾的阴影。负责公关的Jennifer Jareau(JJ)也开始学习掌握侧写知识。工作繁忙的她一直低调地与警探William维系着“异地恋”并怀上了孩子，正面临工作的新调整。入组一年的Emily Prentiss，作风硬朗却亲和力十足。作为大使的女儿，她通晓阿拉伯语、西班牙语和俄语，加上丰富的办案经验和极强的观察力，已完全得到大家的认可．技术分析员Penelope Garcia是BAU不可或缺的活跃元素和技术支持，在鬼门关前走了一遭的她在康复后收获了爱情。
陈青归来。三年时间没等到陈青归来，反而等到一名隐约之间和陈青有着相似之处的女子——叶琳。任一凡决定开始新的生活，两人一见如故。没想到，任一凡第二天一到公司，便发现叶琳是自己公司新来的老板。更令人没想到的是，陈青是叶琳同父异母的姐姐，为了报复父亲叶双城当年的始乱终弃，重新出现在任一凡的生活中，并与叶琳生意上的竞争对手纪续刚达成默契。任一凡在这段复杂的情感中经历了迷惘和成长，同时也创办了自己的公司并成功帮助叶琳打败纪续刚。一路上，任一凡和叶琳终于看清彼此才是真爱，陈青在失去了一切之后也才明白，爱能化解恩怨，生命中有太多美好比仇恨重要得多.
FLYWEIGHT refers to the lightest weight in boxing. The meta-sharing mode efficiently supports a large number of fine-grained objects in a shared way. The key to sharing the meta-sharing mode is to distinguish the intrinsic state from the extrinsic state. The intrinsic state is stored in the element and will not vary with the change of environment. The exogenous state changes with the change of environment. The extrinsic state cannot affect the intrinsic state, they are independent of each other. Distinguish the states that can be shared from the states that cannot be shared from the regular class, and eliminate the states that cannot be shared from the class. Clients cannot directly create shared objects, but should use a factory object to create shared objects. The meta-sharing mode greatly reduces the number of objects in memory.
韩王，请稍等。
抗战初期，共产党员郭春光受党组织指派在上海以牙医身份做掩护，收集日伪情报。同时，国民党军统指派顾雪峰为新任军统上海站站长，组建代号为“十三钗”的女子别动队，任务为抗日锄奸、获取日军电报密码以及破坏日伪用以欺骗舆论的天长节等。地下党员郭春光从一开始就发现“十三钗”行动队是一支可以引导的抗日有生力量，于是以掩护身份混入队伍，从侧面策划和指导全盘行动。在“十三钗”行动队成功锄杀数个汉奸之后，日伪势力掀起疯狂反扑。顾雪峰被捕后叛变投敌，反过来疯狂追杀“十三钗”成员。关键时刻，地下党员郭春光挺身而出力挽狂澜，带领“十三钗”队员成功突围并谋划反击。在历尽艰险磨难之后，郭春光和别动队的姑娘们锄杀了目标汉奸和叛徒顾雪峰，获取了日军最新密码并破坏了日伪军精心策划的天长节后成功转移中共后方根据地，踏上新生之路。
Business Strategy and Business Plan (STEP 5): Good business design requires careful business planning before it can be implemented. The planning team shall formulate a detailed business plan for each market segment and output the product development plan for each market segment. Then, the business plan and product development plan for all market segments shall be integrated into the business plan and product signpost plan of the product line, and the demand for human resources and key technologies of the product line shall be output at the same time.
仙界大会考，道人有道淳朴淡然，感动考官泥娃娃，意外升仙。有道被分往财神府做清钱小吏，整日数铜钱。他恨恶铜臭之气，决定触犯天条，不做神仙。有道假意调戏八公主，不想八公主假戏当真，情窦初开。八公主力保有道当财神，这样有道便可以娶自己做财神奶奶。玉帝派财神府大师兄和有道一起投胎下凡，竞争财神之位。八公主作弊，大师兄误入贫穷的钱家，有道跌入京城第一富的柴家。八公主选了与柴家交好的丁家，与有道结下小儿亲。人算不如天算，大师兄在钱魔的帮助下，扫除障碍，青云直上，娶得兰花仙子。柴家落败，有道险些被处死。八公主对有道一直不离不弃，两人历尽甘苦，终成一方巨贾。最后，有道品悟财神秘籍，战胜了大师兄，成为财神。
范增已经七十多岁，可以说为了自己呕心沥血，项羽也不好让老人家伤心。
1947年春，胶东解放区龙王岛解放伊始，岛上人员鱼龙混杂，敌我难辨，而我山东战场军火短缺，形势危急。地下党员刘三嫂和中共龙王岛区委书记兼区长叶洪山，接上级胶东军区武装部副部长于德海指示，以办渔业供销社之名，实施“海葵行动”，暗中组织艄公协助军火运输线。恰逢日伪残余势力、海匪渔霸迟龙章计划反攻龙王岛，派出亡命海盗李忠祖“诈死”回岛，组织暗杀排制造恐慌，妄图乱中夺岛。刘叶二人在龙湾头村渔救会长、党支部书记王四江的协助下，粉碎了暗杀排一系列阴谋，更揪出了潜伏极深的特务刘志山。山东战局突变，我军暂时战略转移，龙王岛一度被迟龙章占据，但刘三嫂与我留守军民不屈不饶、坚持敌后斗争，叶洪山则在龙王岛周边继续游击战。在他们的不懈努力下，我军最终顺利完成“海葵行动”，彻底解放龙王岛，打倒了反动派，扭转了战局.
影片根据一起真人真事，这部电影描述了格利因如何从龙蛇混杂的克里夫兰市掘起，成为当地黑道的执法者。他成功地躲过了无数次的刺杀行动，也残暴的进行还击，把企图刺杀他的人一一铲除。他的凶狠与无敌最终导致全美国的黑帮遭到瓦解。而他也因此赢的了“黑帮杀不死的目标”的名声。
Ice hockey
七个小矮人的木屋闯来一位迷路的小女孩汉娜，她坚信失踪的爸爸还活着，所以仅凭一支神鸟羽毛线索四处寻找爸爸。白雪公主和小矮人被她感动决定要帮助她，于是她们驾驶热气球飞向鸟岛，途中遭遇巨鹰和风暴袭击，险象环生。掉下森林后又经历了魔法屋的重重考验，她们历经千辛万苦见到神鸟，知道了爸爸失踪原因跟王后最近得到的一件世界上最美丽的礼服有关。随后救人路上她们落入王后的圈套全部被抓，危机关头，王子赶来同白雪公主和小矮人一起帮助解救爸爸，最后父女团圆。
What is the minimum wage for enterprises?
提到章秉华的父亲，就要从母亲王玉岚说起，在她的一生中有两个重要的男人，一个是让她爱到忘我、恨之入骨的高旭东，当初在文革那样特殊的年代，玉岚未婚怀着章秉华，拼了命的想见高旭东一面，却苦苦等不到高旭东，这怎能叫她不恨？另一个男人叫做章凯，没有他，就不会有今天活着命的玉岚，于是对他，王玉岚是充满感激之情，也让自己费尽所有心力，都要抚养好他们两个的孩子，章秉国。
Crazy Rain 暴雨
Leaders (leaders, meeting chairmen), discussion experts and coordinators
For codes of the same length, theoretically, the further the coding distance between any two categories, the stronger the error correction capability. Therefore, when the code length is small, the theoretical optimal code can be calculated according to this principle. However, it is difficult to effectively determine the optimal code when the code length is slightly larger. In fact, this is an NP-hard problem. However, we usually do not need to obtain theoretical optimal codes, because non-optimal codes can often produce good enough classifiers in practice. On the other hand, it is not that the better the theoretical properties of coding, the better the classification performance, because the machine learning problem involves many factors, such as dismantling multiple classes into two "class subsets", and the difficulty of distinguishing the two class subsets formed by different dismantling methods is often different, that is, the difficulty of the two classification problems caused by them is different. Therefore, one theory has a good quality of error correction, but it leads to a difficult coding for the two-classification problem, which is worse than the other theory, but it leads to a simpler coding for the two-classification problem, and it is hard to say which is better or weaker in the final performance of the model.
