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https://w.atwiki.jp/simai/pages/510.html
※ここに書いてある内容は、3simaiで使用できる変数名です。。2simai EXpand以前をお使いの場合は、maidata.txtのひな形 (2simai EXまで)をご覧ください 【曲名】 title= 【アーティスト名】 artist= 【SINGLE MESSAGE】 smsg= 【ノーツデザイナー名】 des= 【譜面が始まるタイミングを設定】 first= 【難易度に対するレベルを設定する】 lv_1= 、 lv_2= 、 lv_3= …… lv_7= 【難易度に対する譜面を入力する】 inote_1= 、 inote_2= 、 inote_3= …… inote_7= ※難易度別入力対応可能な変数について ACTIVE MESSAGE関連の変数 amsg_first= amsg_time= amsg_content= simaiでは"maidata.txt"というテキストファイルに書式に従って文字列を入力することで、曲名や譜面を書き込みます。 「 変数名=」のイコールの右にデータを書き込んでいきます。 ※注意※ Flashの仕様上、入力すると問題を引き起こす文字がいくつかあります。 それらの文字に関しては、以下のように入力するようにしてください。 「 」→「\＆」 「+」→「\＋」 「%」→「\％」 「\」→「\￥」 ※1文字目の「\」は【半角】、その次に書く文字は【全角】です 主に曲名、アーティスト名、メッセージといった名前や文章を入力する際には十分気をつけてください！ 【曲名】 title= ＜例＞ title=[[Garakuta Doll Play]] ↑普通はこう書く title=Live \＆ Learn ↑「[[Live Learn]]」の【半角の" "】はそのまま書けないので、\＆に置き換えて書く 曲名を書き入れます。あまりにも長すぎるとはみ出します。 また、曲名だけの特殊な書式として、例えば「BaBan!! －甘い罠－」のように、サブタイトルだけ文字を小さくしたい！という時は、 title=BaBan!! ┃－甘い罠－ のように書きこむことで小さくできます。 「┃」は、「けいせん」で変換すると出てくる、太い縦棒の文字です。 この文字を境目として、右にある文字を全て小さくします。「┃」は画面には表示されません。 【アーティスト名】 artist= ＜例＞ artist=Cranky ↑普通はこう書く title=t\＋pazolite ↑「t+pazolite」の【半角の"+"】はそのまま書けないので、\＋に置き換えて書く アーティスト名を書き入れます。 PLAYモードのイントロダクション画面で一時的にアーティスト名が表示されますが、その内容を書き入れる場所がこの変数になります。 【SINGLE MESSAGE】 smsg= ＜例＞ smsg=これはシングルメッセージだよ ↑普通はこう書く smsg=100均がもうすぐで\￥110になっちゃうよ ↑「\110」の【半角の"\"】はそのまま書けないので、\￥に置き換えて書く smsg=ここは1行目┓これは2行目┓そして3行目 ↑「┓」の記号を使えば改行することができ、3行まで改行できる(画面上に「┓」は表示されない) SINGLE MESSAGEの内容を書き入れるところです。1行に全角で30文字程度入れられるはずです。 ここに書き入れた内容は、PLAYモードのイントロダクション画面で表示されるほか、 オプションの「メッセージ設定」で「SINGLE」を選ぶと、再生中に常に右下に表示されます。 再生中にたくさんのメッセージを表示させたい場合はACTIVE MESSAGEを使用します(詳細はこちら)。 【ノーツデザイナー名】 des= ＜例＞ des=この譜面はワガハイが作ったのだ！ ↑普通はこう書く des=理論値104\％はもう過去のものとなった ↑「104%」の【半角の"%"】はそのまま書けないので、\％に置き換えて書く ノーツデザイナーの名前を書くところです。 なお今作では、例えば「Notes Designer 」や「譜面制作者 」といった接頭辞は入りません。 ですので、自由にデザイナー名を表現することができます。「霜雪の使い：Celeca」とかいう厨二なことを書いてもいいです。 こちらは全角で25文字程度まで入ります。 この内容はPLAYモードのイントロダクション画面及び、カウンターの一番下にある「ノーツデザイナー表示」のいちに表示されます。 【譜面が始まるタイミングを設定】 first= ＜例＞ first=1.234 ↑再生が始まって1.234秒経過した瞬間から譜面を始める CDを再生し始めた瞬間にCDプレーヤーに「00 00」のように表示されているように、 simaiでも音楽を再生し始めた瞬間は0.000秒となっています。 上記の例の場合、再生時間が1.234秒になるまでは全くノーツが現れず、1.234秒経ってから譜面の内容に沿ってノーツが現れてきます。 ここの数字を大きくするということは、譜面が流れ始めるタイミングを遅くするということです。 ここをきっちり合わせておかないと、譜面のBPMがあっていても全体的にずれてしまうので、 何度も再生し直してここの数字を調整してください。 【難易度に対するレベルを設定する】 lv_1= 、 lv_2= 、 lv_3= …… lv_7= ＜例＞ lv_1=3 ↑EASYをLv.3にしたい場合はこう書く lv_2=※弐 ↑BASICを「Lv.弐」にしたい場合はこう書く lv_3=13+ ↑ADVANCEDをLv.13+にしたい場合はこう書く (ここでの"+"は【半角でないといけない】) 【EASY】 lv_1= 【BASIC】 lv_2= 【ADVANCED】 lv_3= 【EXPERT】 lv_4= 【MASTER】 lv_5= 【Re MASTER】 lv_6= 【ORIGINAL】 lv_7= 難易度ごとにレベルを書き入れます。 ふつうは数字を入れるか、その数字に半角の"+"を加えて書くかだけで大丈夫です。 ただし、「※舞」のように、「※」マークの後に任意の1文字を入れると、その1文字をレベルとして扱うことができます。 【難易度に対する譜面を入力する】 inote_1= 、 inote_2= 、 inote_3= …… inote_7= ＜例＞ inote_1= (120){4} 1,2,3,4, 5b,6b,7-4[8 1],, {1} , E ↑EASYに対して適当な譜面を書いたもの。とても短いですがこれでもひとつの譜面。いくらでも書いていくことができる 【EASY】 inote_1= 【BASIC】 inote_2= 【ADVANCED】 inote_3= 【EXPERT】 inote_4= 【MASTER】 inote_5= 【Re MASTER】 inote_6= 【ORIGINAL】 inote_7= この変数に、今となっては「simai書式」とまで呼んでいただけるようになった、まるで呪文のような文字列をひたすら書いていきます。 譜面の書き方は譜面作成マニュアルからどうぞ。 ※難易度別入力対応可能な変数について smsg=、 des=、 first=の3つの変数は、難易度別入力に対応しています。 任意の難易度の譜面を再生する際、難易度別変数に何らかのデータが入っている場合は、そのデータを優先して使用します。 この仕様を利用して、例えばORIGINAL譜面しかないmaidata.txtがあった場合、 first=を記載していなくても first_7=を記載していれば、 first_7=のデータを使用してくれます。 なお、simaiには7つの難易度を設け、それらに1～7の番号を割り当てています。それぞれ、 EASY BASIC ADVANCED EXPERT MASTER Re MASTER ORIGINAL に対応しています。 ＜例＞ first=1.234 first_5=3.500 このように入力していた場合、 MASTER譜面を再生すると、 first_5=が存在しているので、3.500秒から譜面が始まる Re MASTER譜面を再生すると、 first_6=は存在していないので、デフォルトの1.234秒から譜面が始まる ● smsg= の難易度別変数 【EASY】 smsg_1= 【BASIC】 smsg_2= 【ADVANCED】 smsg_3= 【EXPERT】 smsg_4= 【MASTER】 smsg_5= 【Re MASTER】 smsg_6= 【ORIGINAL】 smsg_7= ● des= の難易度別変数 【EASY】 des_1= 【BASIC】 des_2= 【ADVANCED】 des_3= 【EXPERT】 des_4= 【MASTER】 des_5= 【Re MASTER】 des_6= 【ORIGINAL】 des_7= ● first= の難易度別変数 【EASY】 first_1= 【BASIC】 first_2= 【ADVANCED】 first_3= 【EXPERT】 first_4= 【MASTER】 first_5= 【Re MASTER】 first_6= 【ORIGINAL】 first_7= ACTIVE MESSAGE関連の変数 amsg_first= ACTIVE MESSAGE機能を有効にした時、最初の文字列を表示するまでの時間(秒数)を設定します。 詳細はこちらから。 amsg_time= ACTIVE MESSAGEの文字列を表示させるタイミングを指定します。 指定の仕方は inote_1= ～ inote_7に譜面を書く時とほぼ同じであり、この変数と下の amsg_content=とが合わさってメッセージの表示を行います。 詳細はこちらから。 amsg_content= 実際に画面に表示させるメッセージの内容を書きます。 詳細はこちらから。 名前 コメント
https://w.atwiki.jp/jasagiri/pages/27.html
rubyでのメタプログラミングのヘルパ集 rubywaves で使っているAutoCodeがrequireしている。 http //whytheluckystiff.net/articles/seeingMetaclassesClearly.html Dwemthy の Array ：http //poignantguide.net/dwemthy/ (http //poignantguide.net/ruby/index.html) (http //www.aoky.net/articles/why_poignant_guide_to_ruby/index.html) Sunday, April 17, 2005 Seeing Metaclasses Clearly If you’re new to metaprogramming in Ruby and you’d like to start using it, perhaps these four methods could give you a bit more vision. class Object # The hidden singleton lurks behind everyone def metaclass; class self; self; end; end def meta_eval blk; metaclass.instance_eval blk; end # Adds methods to a metaclass def meta_def name, blk meta_eval { define_method name, blk } end # Defines an instance method within a class def class_def name, blk class_eval { define_method name, blk } end end I’ve been keeping these methods in a file called metaid.rb and it’s a start toward building a little library that can simplify use of metaclasses. Let’s talk about metaclasses and I advise you to keep metaid.rb at your side. Take time to run some code from this article and you’ll understand much better. About Classes Well, what is a Class? Let’s create a simple object and see. class MailTruck attr_accessor driver, route def initialize( driver, route ) @driver, @route = driver, route end end m = MailTruck.new( Harold , [ 12 Corrigan Way , 23 Antler Ave ] ) = # MailTruck 0x81cfb94 @route=[ 12 Corrigan Way , 23 Antler Ave ], @driver= Harold m.class = MailTruck An Object is storage for variables. Instance variables. A MailTruck object, once initialized, will have a @driver and a @route variable. It can hold any other variables as well. m.instance_variable_set( @speed , 45 ) = 45 m.driver = Harold Okay, so the @driver instance variable has an accessor. When Ruby sees attr_accessor driver in the MailTruck class definition, you get reader and writer methods. The methods driver and driver=. These methods are stored in the class. So the instance variable is in the object and the accessor methods are in the class. They’re in two completely different spots. It’s an important lesson objects do not store methods, only classes can. Classes Are Objects Okay, but classes are objects, right? I mean if everything is an object in Ruby, then classes and objects should both be objects. Which makes them the same? Sure, classes are objects. You can run all the same methods on classes that you can run on object. Look, they each have their own ID in the symbol table. m.object_id = 68058570 MailTruck.object_id = 68069450 But I’ve already told you classes store methods. They’re different. Now I know you’re probably a bit confused wondering, “If a class is an object, but objects are built on classes, isn’t there a big confusing infinite cycle here that you’re not explaining?” No, there’s not. I hate to break it to you, but a class isn’t really an object. From Ruby’s source code struct RObject { struct RBasic basic; struct st_table *iv_tbl; }; struct RClass { struct RBasic basic; struct st_table *iv_tbl; struct st_table *m_tbl; VALUE super; }; Look! A class has an m_tbl (a symbol table for storing methods) and a superclass (pointer to a superclass). But let me reassure you. To a Ruby programmer, a class is an object. Because it meets the two big criteria you can store instance variables in a class and it is descended from the Object class. That’s it. o = Object.new = # Object 0x815c45c o.class = Object Class.superclass.superclass = Object Object.class = Class Object.superclass = nil The Object class sits at the very head of the table and comes down to participate only when it has methods that can’t be found anywhere else. What On Earth Are Metaclasses? The term metaclass is supposed mean “a class which defines classes.” This definition doesn’t really work with Ruby, though, since “a class which defines a class” is simply a Class. Look at how you can add a method in the Class class and then use it in class definitions. class Class def attr_abort( *args ) abort Please no more attributes today. end end class MyNewClass attr_abort id, diagram, telegram end Which prints Please no more attributes today. The attr_abort method can be used in definitions. You’re constantly defining and redefining classes in Ruby. It’s not meta, it’s just part of the code. Classes hold methods. How can you complicate that? Since the earlier definition doesn’t really work, I like to think of the Ruby metaclass as “a class which an object uses to redefine itself.” Do Objects Need Metaclasses? Objects can’t hold methods. Most objects don’t need to hold methods. But sometimes you may want an object to have some methods. Sometimes that’s your answer to a problem. You can’t do that. But Matz has given us metaclasses which are good enough. In the YAML library, you can customize the properties shown when an object is output. require yaml class m def to_yaml_properties [ @driver , @route ] end end YAML dump m --- !ruby/object MailTruck driver Harold route - 12 Corrigan Way - 23 Antler Ave This is handy if you want to dump one specific object with a certain style of YAML without effecting every object from that class. In the above example, only the object in the m variable will be output with its properties in order. All other MailTruck objects will be output in whatever way the YAML library chooses. Sometimes we may want to display a certain string one way without needing to modify the String class (which affects every string in your code). So the object in the m variable has its own special to_yaml_properties method. It’s stored in a metaclass. The metaclass stores methods for the object and sits right in the inheritance chain. We could also add the to_yaml_properties method with this convenient syntax def m.to_yaml_properties [ @driver , @route ] end If you have the metaid.rb methods from the top of this article loaded, try this m.metaclass = # Class # MailTruck 0x81cfb94 m.metaclass.class = Class m.metaclass.superclass = # Class MailTruck m.metaclass.instance_methods = [..., to_yaml_properties , ...] m.singleton_methods = [ to_yaml_properties ] When you use the class m syntax, you’re opening up a metaclass. Ruby calls these virtual classes. Notice the result of m.metaclass. A class attached to an object # Class # MailTruck 0x81cfb94 . When an object finds methods in an attached metaclass, these methods are referred to as the object’s singleton methods rather than the object’s metaclass’ instance methods (if you get my drift.) And since there can only be a single metaclass attached to an object, it’s called a _single_ton. It’s much easier to see metaclasses when you’re using the metaclass method. Normally, you would need to use ( class self; self; end ) wherever you wanted to root out a metaclass. But this makes it much simpler. Do Metaclasses Need Metaclasses? m.metaclass.metaclass = # Class # Class # MailTruck 0x81cfb94 m.metaclass.metaclass.metaclass = # Class # Class # Class # MailTruck 0x81cfb94 Check out those frivolous metaclasses we’re creating. So what can we do with a metaclass of a metaclass? Well, the same thing we do with a normal metaclass. A normal metaclass holds methods for an object. So a metaclass of a metaclass holds methods for that metaclass—which is just an object, of course! The problem with a metaclass of a metaclass is that there’s not much practical use for them. You can only use the methods if you’re deep inside the chain and we don’t really want to spend much time down there. m.meta_eval do self.meta_eval do self.meta_eval do def ribbit; *ribbit* ; end end end end m.metaclass.metaclass.metaclass.singleton_methods = [ class_def , metaclass , constants , meta_def , attr_test , nesting , ribbit ] Metaclasses are only really useful one level deep. You want to have give methods to an object. Or, as you will see, you might want a specific class to have a metaclass. Beyond that, you’re just storing methods in these obscure metaclasses that no one can really get at. Which you might need to do sometime. Who knows. The important thing to know at this point is metaclasses don’t go up, they go out. Yes, when you create a metaclass for an object, it happens to intercept method calls before the object’s inheritance chain. But that doesn’t mean inheritance is affected by further metaclasses. When you create a metaclass of a metaclass, it has no affect on the object referred to by the original metaclass. Metaclasses Have One More Funky Trick For Classes and It’s The Crucial Trick In The Metaprogrammer’s Handbook One more point and I believe this one is the juiciest. If you read the rest of this essay and quit before this section, you’ve come away without the most important lesson. You may know some nice things about objects and metaclasses, but it all pales. I’m going to reiterate two previous statements about classes and build on them. Class are objects. This means they can hold instance variables. Metaclasses hold instance methods. When attached to an object, these methods become singleton methods. These methods intercept calls before they trickle up the chain of inheritance. Have you ever used instance variables in a class before? I don’t mean in a class method. I mean in the class itself. class MailTruck @trucks = [] def MailTruck.add( truck ) @trucks truck end end Why not just use a class variable? class MailTruck @@trucks = [] def MailTruck.add( truck ) @@trucks truck end end They work exactly the same, right? I mean it doesn’t matter, does it? Here are two reasons you’ve probably been using class variables rather than class instance variables Class variables are clearly class variables. They have two at-symbols. Less confusion. Class variables can be referenced in instance methods, if needed. See, this works properly class MailTruck @@trucks = [] def MailTruck.add( truck ) @@trucks truck end def say_hi puts Hi, I m one of #{@@trucks.length} trucks! end end But this does not class MailTruck @trucks = [] def MailTruck.add( truck ) @trucks truck end def say_hi puts Hi, I m one of #{@trucks.length} trucks! end end So what are instance variables good for? What a waste of space! I’m never using them again! (Yes, please stick to class variables in situations like the above.) Let me also point out that metaclasses are again showing up above, since every class method is stored in a metaclass. That’s simply just how it works. Which is why you can also use self class MailTruck def self.add( truck ) @@trucks truck end end Or the singleton syntax class MailTruck class self def add( truck ) @@trucks truck end end end Class instance variables and metaclass instance methods are really pretty pointless in a plain old class. But when inheritance enters the mix, the party comes alive. Writhing bodies and drunken madness, believe me. class MailTruck def self.company( name ) meta_def company do; name; end end end The above method is remarkably simple, but excavates a beachhead worth of possibilities. A new company class method is added to MailTruck that can be used in a class definition. class HappyTruck MailTruck company Happy s -- We Bring the Mail, and That s It! end Okay, so the company class method gets executed with the Happy’s company name and slogan. What does meta_def do with it?? Well, the meat of meta arrives here. The meta_def adds a new method called company to the HappyTruck metaclass. The beauty of this is that the method is not added to the MailTruck metaclass, but to the derived class HappyTruck. This may seem simple, but it’s very powerful. You can write simple class methods which will add class methods to a derived class. This is the secret to Rails and Ruby/X11 and so many other examples of metaprogramming in Ruby. Dwemthy’s Array Ruby本のためにDwemthyのArrayを作っているときに大部分を発見しました。 私は作成したコードをここまでシンプルにすることが出来ました。( RPG で読みやすく) ： class Creature def self.traits( *arr ) return @traits if arr.empty? attr_accessor *arr arr.each do |trait| meta_def trait do |val| @traits ||= {} @traits[trait] = val end end class_def initialize do self.class.traits.each do |k,v| instance_variable_set( @#{k} , v ) end end end end meta_def と class_def はメタプログラミングをちょっとわかりやすくするのを助けます。 meta_def のインスタンス変数の使い方に注意してください。 この状況でクラス変数がどうして動作しないのか理解したいなら、 インスタンス変数をクラス変数に変えてみてください。 次に、Dwemthy の Array ページで説明されている怪物を作成し始めてください。そうすれば全体を確認できるでしょう。
https://w.atwiki.jp/maid_official/pages/18.html
小高範将(こたか･のりまさ) 愛称『鼻毛山』 横浜ベイスターズ好きのロリっ子大好きエロ人間。悠輝ともども、脳内はキレイなピンク色になっている。 AVレンタル数サークルNo.1、週に20本はレンタルしている。 AVを悠輝に渡し、コピーをしてもらっている。 コピーしたAVは小高家の家宝になっているらしい。(証言者・悠輝) 彼最大の武勇伝は『授業中エロ動画を音を出して鑑賞』である。 最近は音量をあげてスピーカーにマイクを置き、年齢指定ゲームを放送するという暴挙も実行した。 ２年になりプログラムコースに進むも才能がないとぶっぱなと共に、企画に回る。妄想王としての才能を大いに発揮し、素晴らしい作品を作る予定である。 『つよきす』をやり始めてから、彼の恋愛対象が二次元に移り変わっていき、その後『灼眼のシャナ』を見たために、二次元ロリにのみ恋愛対象にすることができなくなった。 現在はロリでツンデレのみが恋愛対象(2008年1月23日現在)
https://w.atwiki.jp/maid_official/pages/23.html
リンク わいおー・れーべる Web関連役の悠輝と悪友のドーデモイイwiki P-arts せつめぇー
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Components are normally a very hot merchandise which have no choice to body-type or dimensions; effectively, except if the accent can be a diaper bag. When only located within the arm of the new mom, diaper luggage have crossed over into Dad territory. Today s diaper baggage range from backpacks, messenger baggage, fanny packs, substantial satchels, and standard shoulder kinds. Their shades and styles are only as assorted. Now Father can carry a diaper bag, of his possess or to share with Mom, without having bao bao bag emotion paranoid that he s carrying a puffy pink purse to point out he cares for his kid. Numerous models now contain strains precisely for dads, although some set a far more masculine color/pattern on their own conventional baggage and label them dad baggage. Watch out when picking an excellent bag for Dad mainly because even in camouflage, the standard form of a diaper bag can be found. Consider the types of baggage Dad now makes use of. The preferred designs of such daddy luggage are the backpack and messenger. A designer brand name, Fleurville, contains a line of luggage for dads like the Ballistic DJ priced at $118. This bag arrives in black, khaki, khaki camo (tan/gray), chocolate, orange, and olive. It is just a sling-style backpack showcasing a fleece-lined pocket for sunglasses, an expansion zipper so it might be utilized for brief or very long excursions, and an easily accessible wipe circumstance. For your eco-friendly dad, Fleurville also includes a eco-friendly solution they ve trademarked Re-Run. This bag appears to be similar to a a lot more classic diaper bag, despite the fact that issey miyake online slightly smaller than most, but tends to make a much bigger statement being made out of recycled plastic bottles. The Re-Run charges $80 and it is offered in orange and a geometric sample of chocolate and teal/aqua. Eddie Bauer s black diaper bag with gray suede is simply $24.ninety nine, offering low-key styling with no sacrificing functionality. Appears to be like just like a delicate cooler with a lengthy, adjustable shoulder strap and it has a gender-neutral style and color. Dimensions smart, this bag is about the lesser conclusion in the spectrum. For "Daddy Sports Enthusiast," Father Gear gives a backpack and messenger design and style diaper bag with 7-11 collegiate logos. The team emblem is embroidered on the black bag. These baggage range from $78-$84. You d probably under no circumstances feel these were being diaper baggage. The black collegiate messenger appears to be like such as typical messenger accustomed to have a notebook and papers, but capabilities excellent interior compartments to easily arrange the bag. Additionally, it features a brief access dior sunglasses wipe container. This bag is sold with no sports logos, with or without a stripe, in olive, blue, red, and black. This may possibly be the most beneficial select to get a dad bag with the ordinary male, not also catwalk or couch potato. Also with the Father Equipment model, the Cross and Cranium Messenger ranks as being a "Customer Most loved." Skip Hop contains a Through Backpack and By using Messenger in black, pink, grey, lime, or chocolate. The two attach to strollers. The messenger functions concealed magnets that enable the flap to shut in several methods. Price tag variety is $70 backpack and $79 messenger. Any person brave adequate to wear a "fanny pack" would enjoy the hands-free mobility of Diaper Dude s mini diaper bag for $39.ninety eight. This bag can be pretty purposeful for an afternoon enjoying while in the park. It may possibly even be worn more than a person shoulder. Adult males are inclined to glance for functionality/comfort above fashion when shopping. Choosing a backpack or messenger bag will keep function within the forefront, when offering Dad the masculine type he deserves.
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高城敦(たかぎ・あつし) 愛称『ぶっぱな』『早だし』 調子に乗りすぎているため、毎日木下に殺される人。 プログラムの講師には質問をするたびに舌打ちをされる。 担任には「スキャナーのゴミ取りくらいしか出来ない」と断言される。 また、他の講師には「Tabキーってなんですか！？」などと、冗談とも思える質問を真面目にしたためにクラス中の笑いものになった。 真性のアニオタ お腹がプニプニ 情は薄いけど脂肪が厚い 授業中はいつもアニソン ２D世界では神 ３Dには興味がないらしい(グラビアを見て気持ち悪いと発言した) 部活の後輩に「辞めろ」と言われたらしい？ 言語障害・知覚障害・精神障害などなど、人間としては最低の部類に入る。 チーム制作については、話のコシを折るなど、社会性皆無。 まったくもって害虫なみの邪魔者である。 口癖は「NEET最高ー！」「人生ｵﾜﾀー」「俺ってかっこいいよね」
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Market Analysis The artificial intelligence AI in Supply Chain Market Growth is predicted to touch USD 3-4 billion at a whopping 37% CAGR between 2018- 2023, states the recent Market Research Future (MRFR) analysis. Artificial intelligence in the supply chain industry has gained rapid traction. The use of AI in the supply chain is enabling companies to automate decision making, offer better human resource utilization, improve efficiencies, improve supply chain management productivity, helps to engage with customers in the digital world. Various factors are propelling the global artificial intelligence in supply chain market share. According to the recent MRFR report, such factors include the increasing adoption of computer vision technology in different industries, favorable initiatives by the government towards digitalization, growing awareness about big data analytics and artificial intelligence, perpetually growing smart devices and internet users across the globe, growing adoption of artificial intelligence to improve consumer satisfaction and services, and burgeoning demand for higher transparency greater visibility in supply chain data processes. On the contrary, lack of infrastructure, high procurement operating price, shortage of artificial intelligence technology experts, and the ongoing COVID-19 impact are factors that may impede the global artificial intelligence in supply chain market growth in the region. Market Segmentation The MRFR report highlights an inclusive segmental analysis of the global based on artificial intelligence in supply chain market based on end users, application, deployment, technology, and component. By component, the global artificial intelligence in supply chain market is segmented into software and hardware. The hardware segment is again segmented into network, memory, and processors. The processors segment is further segmented into ASIC, FPGA, GPU, and CPU. Of these, the software segment is predicted to lead the market over the forecast period. By technology, the global artificial intelligence in supply chain market is segmented into computer vision, context-aware computing, natural language processing, and machine learning. Of these, the computer vision segment will lead the market over the forecast period. By deployment, the global artificial intelligence in supply chain market is segmented into hybrid, on-cloud, and on-premise. By application, the global artificial intelligence in supply chain market is segmented into risk management, supplier relationship management, logistics and shipping, supply chain planning, warehouse management, fleet management, and others. Of these, the supply chain segment will dominate the market over the forecast period. By end users, the artificial intelligence in supply chain market is segmented into consumer electronics, food and beverage, manufacturing, retail, automotive, aerospace, and others. Of these, the retail sector will have a major share in the market over the forecast period. Request a Free Sample @ https //www.marketresearchfuture.com/sample_request/7233 Regional Analysis Based on the region, the global artificial intelligence (AI) in supply chain industry report covers the recent trends and growth opportunities across the Asia Pacific (APAC), North America, Europe, the Rest of the World (RoW). Of these, North America will spearhead the market over the forecast period. Advances in technology, presence of highly developed infrastructure, increasing technical expertise in the artificial intelligence technology, booming retail and e-commerce industry, demand for advanced solutions for warehouse and logistics management, and the presence of top industry players are adding to the global artificial intelligence in supply chain market growth in the region. The United States, Mexico, Canada hold the utmost share in the market. The artificial intelligence (AI) in supply chain market in the APAC region is anticipated to have a notable growth during the forecast period. Rising market penetration of e-commerce, the growing trend of online purchase, developing digital technology and network infrastructure, and rising adoption of natural language processing and machine learning technology by technology developers to cater to the growing and custom needs of the automotive, retail, and manufacturing industry applications are adding to the artificial intelligence (AI) in supply chain market growth in the region. The artificial intelligence (AI) in supply chain market in Europe is predicted to have a healthy growth during the forecast period and that in the RoW is predicted to have steady growth over the forecast period. Key Players Eminent contenders profiled in the global artificial intelligence in supply chain market report include LLamasoft, Inc., Amazon, Oracle Corporation, Logility, Inc., SAP SE, Micron Technology, Microsoft Corporation, Samsung Electronics, Xilinx, Inc., Intel Corporation, IBM Corporation, and Nvidia Corporation, among others. Browse Complete Report @ https //www.marketresearchfuture.com/reports/artificial-intelligence-in-supply-chain-market-7233 Table of Contents 1 Executive Summary 2 Scope of The Report 2.1 Market Definition 2.2 Scope of The Study 2.2.1 Research Objectives 2.2.2 Assumptions Limitations 2.3 Market Structure Continued… Similar Report B2B Telecommunication Market Information by Solution (Unified Communication and Collaboration), Deployment (Fixed, Mobile), Organization Size (Large, Enterprise), Application (Industrial, Commercial) and regions Trending #MRFR Report** https //ictmrfr.blogspot.com/2022/04/geofencing-market-companies-growth-with.html https //blogfreely.net/pranali004/telecom-expense-management-market-size-impressive-cagr-changing-business-scope https //postheaven.net/pranali004/financial-app-industry-impressive-cagr-changing-business-needs-scope-of https //market-research-future.tribe.so/post/openstack-service-market-research-impressive-cagr-changing-scope-of-current--6263de46791566c10c79891e https //www.scutify.com/articles/2022-04-24-infrastructure-as-a-service-industry-cagr-changing-business-scope-of-current-and-future-industry- About Market Research Future At Market Research Future (MRFR), we enable our customers to unravel the complexity of various industries through our Cooked Research Report (CRR), Half-Cooked Research Reports (HCRR), Raw Research Reports (3R), Continuous-Feed Research (CFR), and Market Research Consulting Services. Contact Market Research Future (Part of Wantstats Research and Media Private Limited) 99 Hudson Street, 5Th Floor New York, NY 10013 United States of America 1 628 258 0071 (US) 44 2035 002 764 (UK) Email sales@marketresearchfuture.com Website https //www.marketresearchfuture.com
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http //www.archive.org/stream/howtobecomeexpe00barngoog/howtobecomeexpe00barngoog_djvu.txt How to Become Expert in Typewriting A Complete Instructor Designed Especially for the Remington Typewriter. - Lovisa Ellen Barnes MRS. ARTHUR J. BARNES 1890 STRIKE ONLY ONE KEY AT A TIME AND LIFT THE FINGER INSTANTLY. as in the staccato movement. Do not press the keys ; strike them with a light, sharp blow as in the staccato movement. STRIKE ONLY ONE KEY AT A TIME AND LIFT THE FINGER INSTANTLY. A second key must never be struck until the finger Is lifted from the first key. Strike regularly, in even time and with equal force, so that the printed letters may be equally dark. If two keys are struck at the same time, the type bars may be bent, out of alignment Be careful to strike the keys with a light springing blow. Do not hold the finger down, but lift it immediately after striking a key. If two keys are struck at the same time, the type will clash and the type bars may be bent, throwing the letters out of alignment; that is, causing them to be printed out of their proper place. If a second letter is struck before the first key has been fairly released, the printed letters will be too close to each other. Move the fingers with a steady up and down movement as when playing notes of equal length on the piano. Make a special effort when striking keys with the weaker fingers, so that the printed letters may be equally distinct. Do not be troubled if the third finger seems stiff and weak at first; practice will strengthen and limber it. Besides the typewriting drill, bending it back and forth occasionally will render it more pliable. Bathing the finger joints with vaseline or glycerine tends to make them more fiexible. If the finger key tension is too weak, the keys will not spring up as they should when released, and one letter will fall upon another. MECHANISM OF THE REMINGTON. xvii 26. Finger Key Tension. The coiled spring attached to the rocker below the dogs is the finger key tension spring. If the finger key tension is too strong, the keys will strike hard, the machine will shake, and the letters will be more or less out of alignment. If too weak, the keys will not spring up as they should when released, and one letter will fall upon another. It is very important that the finger key tension should not be meddled with, as it is all right when the machine leaves the factory, and if let alone will need no adjustment in a long time. If necessary, however, regulate the tension by the large thumb screw at the left of the spring, turning the screw to the right to increase, or to the left to decrease the tension. Notice just how much you turn the screw, then if you find that the trouble is not with the tension, you can turn the screw back to where it was before, Remember the machine will not work well unless the carriage tension and the finger key tension correspond. They must be equally weak or equally strong. Very rapid operators need a stronger tension than others. WHAT IS THE MATTER WITH MY MACHINE?" If only certain letters are out of alignment, the type bars may be bent or slightly sprung out of place. 39. Alignment. One great cause of the lack of alignment in typewriters is that they are not kept properly cleaned and oiled. If the front rod is not oiled every day, the yokes • that rest on this rod will wear loose, allowing the carriage to shake and throwing the letters out of alignment. Loosen the front screw in the yoke, put a single thickness of paper between the yoke and the rod, then pinch the front and the back blocks of the yoke closo to the rod and fasten the screw securely. The paper will prevent the yokes pressing the rods XX HOW TO BECOME EXPERT IN TYPEWRITING. too closely. Should it become neceesary to renew the yoke blocks, remove the outer ones first, put on the new ones and move them up against the rod, screwing them on so that the rod is held firm. Then put on the back ones and set them agaii^t the rod,interposing a piece of paper to prevent getting them too close. These screws should be turned in firmly to prevent jarring loose. If only certain letters are out of alignment, the type bars may be bent or slightly sprung out of place. Set the shifter for capitals. Test the letter to be aligned by writing it alternately with N, thus NANANA, NBNBNB, etc. If A is out of alignment, it will appear A A \ higher or lower than N, N N N orN^N^N*; too far to the right or too far to the left, N AN AN A, or NA NA NA. Lift the carriage, depress the key, grasp the type bar lightly with the left hand, loosen the large screw in the hanger a very little so that a slight pressure upon the type bar will move it in any direction. If the letter prints too high, move the type bar slightly from you ; but if the letter prints too low, draw the type bar towards you. Move the type bar to the right or to the left as may be required. Tighten the screw and test the alignment. Hold down the space key and strike N. Raise the space key, then depress it and strike the other capital. If the letter is still out of alignment, loosen the screw and try again. It will probably be necessary to make several attempts before succeeding, as a very slight pressure on the type bar will move the type further than expected. When the letter seems to be in a line with N, hold the space key down and print N and then the letter to be aligned. If the letter falls directly over the N, make the large screws very tight and repeat the test. If the letter again falls directly over the N, the alignment is perfect. Remember all letters are aligned to N. Remember to tighten the screw in the hangt^r each time before testing; and, after the letter is properly aligned, make the screw so firm that the type bar cannot spring out of place again. Four finger method http //www.archive.org/stream/howtobecomeexpe00barngoog#page/n30/mode/1up Remember to use small l for the figure one, and capital O for zero. Remember to use small 1 for the figure one, and capital O for zero. http //b.hatena.ne.jp/raycy/20090924#bookmark-16213543 http //www.archive.org/stream/howtobecomeexpe00barngoog#page/n42/mode/1up http //blog.goo.ne.jp/raycy/e/6945f528b5206797fb2f77a039da08a2 If a type bar sticks or does not move freely, 24. Monthly Cleaning and Oiling. It is well to select a certain day in the month, as the 1st or the loth, and on that day give the machine a special cleaning and oiling. Use a clean, small paint brush to remove the dirt from the hangers and other intricate parts of the machine. If a type bar sticks or does not move freely, brush the hinge with a clean brush wet with benzine, then with a darning needle or a broom straw apply a very little oil on either side of the hinge. Work the type bar up and down until the oil has reached every part of the hinge, then wipe off all of the oil with a clean cloth, or the type bar will soon stick worse than before. Remove the screws from the back wheels or rolls, clean the screws and the screw holes with an oily cloth, then replace the screws, each to its own place, and tighten firmly. Oil the bearings of the upper pulleys, the hook bearings of the feed-roll, the bearings of the grooved shaft and also the shaft which carries the spools. Whenever the bearings of any of the wheels require it, or wherever there is a squeak, oil may be applied, provided all surplus oil is afterward carefully removed. The machine will sometimes move stiffly in shifting from lower to upper case. A drop of oil on each side between the carriage frame and the slide will usually remove the difficulty. Now and then the shaft in front of the basket, to which the shifter is attached, should be oiled at the points where it is supported in the frame. Clean, oil and wipe the bearings of the rocker underneath the dogs. Examine the rocker pivots to see that they do notjH||||M|8 and allow the spacing rocker to move side-ways. Occasionally oil the loose dog pin, as it sometimes gets dry, causing the dog to move sluggishly. If necessary, wash out the dirt at the base of the loose dog with benzine or oil. A mixture of two parts oil and one part benzine is excellent for cleaning. Use benzine only and a perfectly clean brush when cleaning the rack or the hangers. If any of the nickel-plated parts show signs of rust, keep them wet with oil for a few hours and then wipe off. Or, remove the rust with powdered pumice and then apply oil. link_trackbackcounter -
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