气得他吐血，暗恨交友不良。
1. As a math student, I have studied math for four years, and I don't agree with the bibliography you gave at random. First, there is no step type and it is unfriendly to beginners. Your title and the purpose of writing this series are probably for Xiaobai to see. So, may I ask, a Xiaobai needs to see the principle of mathematical analysis? ? Is it necessary to look at Princeton Calculus Principle to learn artificial intelligence? ? In my shallow understanding, the biggest difference between mathematical analysis and advanced mathematics is the same theorem. High numbers only require that they can be used. Mathematical analysis is rigorous and will definitely give proof. However, for the mathematics needed in most artificial intelligence, you need to prove the correctness and completeness of this theorem in your work? ? I'm afraid the project will be closed long ago when you prove it. You replied to me that this is only a bibliography, not a recommended bibliography, but most of the following comments decided to give up when they saw the book list. If you put these books out, it will be instructive to those who read your articles. I think you are misleading people. Second, I have roughly deduced from the number of references you have made that you may not have a framework for the mathematics of the whole artificial intelligence, otherwise there would not have been such irresponsible recommendations. However, out of respect for you, I did not question your ability. I only gave a brief recommendation in the comments on the suitable math bibliography for beginners.
Native events are events that are finally bound to the target element, and the corresponding relationship with top-level events is one-to-one. What is given in the binding is a function that uses the bind function to fix the first parameter--topLevelEvent. Which is used when an event is triggered.
The intermediary mode is also used to reduce the coupling between classes, because if there is a dependency relationship between classes, it is not conducive to the expansion and maintenance of functions, because as long as one object is modified, other related objects have to be modified. If you use the mediator mode, you just need to care about the relationship with the Mediator class, the relationship between specific classes and the scheduling to the Mediator, which is a bit like the spring container. Let's look at the picture first:
英布当即立断，立即派人前去抢占了崤关、函谷关和武关。
Q: Continue to explain? A: After robbing the woman in Feixian County, we stayed in Mengyin for a few days and then returned to xintai city. Zhao Mou's brother was about to get married and went back to help. Wang Jiying and I met Fu Gang while surfing the Internet. We talked for a while and Fu Gang asked me, "Are you going to be a big student?" I said "rob". Fu Gang didn't say anything again and went online with me.
2-1 Attack 1-1 Both dead
苍井优将主演东京电视台秋季深夜剧<这个漫画很厉害！>，著名纪录片导演松江哲明执导。继<山田孝之的戛纳电影节>探讨了"导演魂&电影节”之后，本片中松江哲明把焦点对准演员，每集中都会有不同的演员登场，和苍井优聊自己喜欢的漫画，然后探讨如果自己出演这些漫画的真人版电影，会如何塑造角色。一部探讨“演员原点”的作品。
上海富商童执中有三个女儿，人称“童氏三花”，大女儿童寒云，嫁给了日本人东野太郎，而东野真正的身份是共产国际潜伏在日军内部的情报员，为了理想正义，而牺牲了生命；二女儿童秋林，经过了我党的情报训练，变成了一位优秀的女情报员，与日寇的情报首脑洞井，暗中较智，成功取得了许多重要的情报，逼使洞井羞愤自尽；三女儿童春银，误入歧途，加入了国民党的情报组织，命运坎坷，最后与日本女特务同归于尽；她们的父亲童执中真正的身份则是我党高层的情报首脑，这一家人，为了抗日救国，作出了重大的牺牲与贡献。
真实历史背景：抗战时期东北抗日联军下属西进纵队是中国抗日英雄：戴京耀将军率领的一支英勇善战的队伍，当年在东北抗联中西进纵队是一支让日本关东军十分头疼的队伍，后来日本人通过利用一些汉奸土匪将东北抗联的几支纵队的联系和生存空间给切断并且压制着，在这个时期出现了杨靖宇等战神一样存在的勇士。这时由于要保证队伍的战斗力和生存力西进纵队在没有通过龙江省委（中共方面）和远在南方的中国苏维埃政府的同意，而是直接由共产国际方面得到授权将西进纵队的12团下（人名都是经过证实大部分为真名）团长耿殿军、通讯员跳猫（只知道外号）、工兵小上海（只知道外号）、警卫员刘顺（现存活）、战士耿殿臣、神枪手赵景海（后存活）以及中共在肇源地区地下党吉庆货栈老板杜国文、中共地下联络员常大仙（只知道外号）、赵郎中（只知道外号）、中共地下情报员李万贵、西进纵队兵器工厂负责人铁匠乔亮（嘿嘿是我扮演的哦）、中共地下交通员孙大车（外号）、肇源警察队长齐民郎外号小秀才，共13个人组成了一支和威虎山齐名的土匪组织：“十三省（与醒同音）”。而我们的戏就是写这十三省的故事，由于当时没有通过中共的允许和授权建立十三省，导致直到2000年，我们的政府才真正的承认这13个人是我们的抗日英雄，而不是打家劫舍、为虎作伥的汉奸土匪。
Services: Functions provided by the system that users will benefit from in their use.
To get back to the point, At this time, I saw Zhang Xiaobo's expression was in high spirits. He was obviously very proud and relieved of his hatred for beating up the "killer bee" with the flickering armor-piercing bullet. Associated with his slightly melancholy expression just now, it was obviously not this one that made him melancholy. I was not the kind of person who liked to expose people's scars, but for work reasons, I still had to ask:
在二郎神的威逼之下，牛魔王掳走了百花仙子。沉香巧遇小狐狸精小玉（舒畅 饰），二人天真无邪，互比“法力”。哮天犬追踪而至，沉香和小玉一起拼命奔逃，路上遇到了小玉的姥姥—— 一只千年老狐狸精（周洁 饰）。老狐狸精一眼认出了沉香手中的宝莲灯是一件宝贝，于是救了沉香。老狐狸精告诉小玉，孙悟空就是当年害死她爹娘的人，要报仇，就必须练成劈天神掌。她同意让小玉跟沉香一起去找沉香的母亲。
冷战初期，纽约律师詹姆斯·多诺万（汤姆·汉克斯 Tom Hanks 饰），为苏联情报员鲁道夫·阿贝尔（马克·里朗斯 Mark Rylance 饰）辩护，当时美苏关系紧张，詹姆斯仍然秉持公平正义的原则，毫不偏私地为阿贝尔抗辩，阿尔贝欣赏他的正直，他也欣赏阿贝尔的忠诚，虽然最后输了官司，两人却建立起微妙的情谊。不久之后，美军U2高空侦察机在执行机密任务时，被苏联军方击落，詹姆斯受雇于中情局，代表美方与苏联谈判，试图在极其渺茫的机会中，与苏联交涉换囚条件，营救被劫持的美国飞行员。
本作は江戸川乱歩の短編を映像化するシリーズの第3弾。今回は「お勢登場」「算盤が恋を語る話」「人でなしの恋」が選ばれた。演出は佐藤佐吉、森ガキ侑大、渋江修平がそれぞれ担当。満島は妖艶な悪女、地味な事務員、嫉妬に狂う若妻という3人の女を演じ分ける。満島は3人のヒロインを演じるだけでなく「お勢登場」の劇中歌や「人でなしの恋」の朗読、さらに3作品をつなぐ幕間映像の演出も担当している。満島は本シリーズにおいて「映像の中で遊ぶ」ことができると話し、「普通に作れば一番いいんでしょうけど。似たスタイルの作品作りが増えている中、手探りで作っていくのが面白い。監督たちの発想も三者三様でまるで違って、予期せぬ発想が出てきたり。どういう撮り方をするか想像できないんです」と目を輝かせた。なお「お勢登場」には宮藤官九郎、「算盤が恋を語る話」には岩井勇気（ハライチ）、「人でなしの恋」には高良健吾が相手役として登場。満島は岩井との共演を「お芝居に参加する姿がピュアで、私も初めて（演技を）やった頃を思い出しました」と振り返り、また高良の出演については「一言もしゃべらない役。『その美しい骨格をこの作品にお貸しください』と（笑）。ただただ高良さんが美しいです」と明かした。
5. A tugboat or the last of several tugboats, if equipped with a crew, shall make four consecutive sounds at intervals of not more than 2 minutes at a time, i.e. One long sound followed by three short sounds. When feasible, such sound shall be sounded immediately after the tugboat sounded the sound.
来自SNL和Seth Meyers《深夜》背后的创意思维，是一部由Paula Pell和John Lutz创作、创作并主演的搞笑侦探小说，以嘉宾嫌疑人和受害者的“who's who”为特色。这一切都引出了一个更大的问题：为什么一个镇上有那么多杀人犯？编剧/主演：保拉·佩尔、约翰·卢茨配角：J.B.斯莫夫、海莉·马格努卡斯特：玛雅·鲁道夫、弗雷德·阿密森、德尔西·卡登、蒂姆·梅多斯、巴顿·奥斯沃尔特、杰克·麦克布雷耶、帕姆·墨菲、本·沃海特、安妮·穆莫洛、艾克·巴林霍尔茨、玛丽·霍兰德、詹姆斯·安德森、德鲁·塔弗客串场演出：万达·塞克斯、克里斯·帕内尔、特里·克鲁斯，妮可·拜尔，吉米·卡尔森导演：克莱尔·斯坎隆执行制片人：保拉·佩尔、约翰·卢茨、洛恩·迈克尔斯、安德鲁·辛格、塞思·迈尔斯、迈克·舒梅克尔执行制片人：希拉里·马克思、贾森·卡登、克莱尔·斯坎隆
Eight: Understand the policy pattern in javascript
嘿，还真……少妇话到嘴边又停住了……子房先生不辞而别多年，没想到在这里遇到。
