Who knows how long I’ve loved you
You know I love you still
Will I wait a lonely lifetime
If you want me to–I will.
For if I ever saw you
I didn’t catch your name
But it never really mattered
I will always feel the same.
Love you forever and forever
Love you with all my heart
Love you whenever we’re together
Love you when we’re apart.
And when at last I find you
Your song will fill the air
Sing it loud so I can hear you
Make it easy to be near you
For the things you do endear you to me
OH, you know I will
I will
do do do do do do do do do
la la la la la la la.
生蛋节，放假4天。
估计了一下。
christmas eve晚上就喝醉了，放假第1天家里party。玩了一天。基本上都是陪小孩子们在玩。不过下午送朋友去坐飞机，所以早早收场。
第2天都是在玩山口山。冲到了79级。目前还差很多才满级。
第3天，下午去叔叔家party之前工会长发短信，然后上线去强奸部落的王。打到奥革力马和那个什么雷霆崖什么的时候就被部落强奸回来了。所以就放弃了，然后去了叔叔家。(Thunder bluff?忘记中文叫做什么了。)
算了下，放假4天。有2天是放倒之后才回家睡觉的。
第4天早上9点开始出门。
懒惰写了，看图说话吧。
就是晒晒自己喜欢的东西而已…别照了,照了也不认识.
只好小小声说句:麻痹,外国书贵.你不知道老子凑这些书凑了多少年才凑下来的.
前几个月入手的龙珠美版2套.一套是正传,美版把悟空各个入侵地球那里开始到魔人布欧的故事一起编入了龙珠Z.等于是第2部了.
相关文章：
冰酒传奇：层层优雅 习习清凉(图) 冰酒的定义(图) 德国冰葡萄酒(图)
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和一个做餐饮的朋友聊起冰酒，他考我说，你知道哪儿的冰酒最好最有名？我说，当然是加拿大冰酒了。
冰酒是大自然赐给葡萄酒爱好者的厚礼。它一直享有极高的世界声誉。冰酒虽然起源于德国，但这种美酒落户加拿大只是一个时间问题，因为加拿大尼亚加拉半岛的气候特别适合生产冰酒。
寒冷的冬季和温暖的夏季，使加拿大的安大略省成为世界上惟一一个能够常年生产冰酒的地方，而它的故乡德国却平均3－4年才有一个冰酒的生产年份。而且，独特的气候特征也使安大略冰酒成为世界上公认的最好的冰酒。
虽然这样，但其实加拿大有四个冰酒产区：安大略省、英属哥伦比亚省（ＢＣ省）、魁北克省和新斯科舍省。只是安大略的冰酒产量要占到全国冰酒产量的80％以上。不过，符合ＶＱＡ冰酒标准的产区可只有安大略省和ＢＣ省。
而说到ＶＱＡ冰酒标准，那几乎是号称世界上最严格的葡萄酒标准：要利用在葡萄树上自然冰冻的葡萄酿造，采摘和压榨温度不能超过－8℃，采摘时间必须在上午10点之前，葡萄汁白利糖度必须在35度以上，残留糖必须达到125克／升，发酵罐测得的压榨汁白利糖度不得低于32度，等等，使得冰酒的产量极为稀少。因为低温把葡萄冻成固体，使手工采摘压榨的难度大大增加，浓缩葡萄汁的产量只有正常产量的五分之一。而且由于物以稀为贵，冰酒一般瓶装量都是375ｃｃ，比红酒瓶装少很多，可价格却比一般红酒高出许多，每瓶375毫升装冰酒在安大略的平均价是45美元。遇上顶极的冰酒就更是天价了。据说，在安大略省的皇家德马里亚葡萄酒厂，还诞生了世界上价格最昂贵的冰酒——首批Ｍｅｒｉｔａｇｅ冰酒，每半瓶装的价格大约是50加元。酿造的这种冰酒使用了多达12个葡萄品种，而一般的安大略的冰酒大多由雷司令和维达尔酿造，最多也就用琼瑶浆Ｇｅｗｕｒｚｔｒａｍｉｎｅｒ）或品丽珠。
安大略冰酒之所以身价高贵，还跟它屡次在各种国际大赛中赢得最高奖项有绝大关系。从因内斯基林酒厂1989年生产的维达尔冰酒，在1991年波尔多国际葡萄酒博览会赢得最高大奖起，安大略冰酒就成就了她酒中极品的美名，各国的收藏家也对她竞相追逐。
不过，现在仅安大略就有超过45家的葡萄酒厂生产冰酒，1999年的冰酒产量就超过30万升，现在当然更多了。除了生产普通冰酒外，加拿大还生产少量起泡冰酒、红冰酒等特殊冰酒品种。安大略每年一月还举办一年一度的冰酒节。说起来，加拿大冰酒的60％以上都出口到亚洲，中国当然也能时时见到她的芳踪了。但是冰酒的保存期最长只有7年，但因产量少，市面上其实很少见到年分久远的冰酒。
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| 德国冰葡萄酒(图) |
冰酒的生产和酿造一度曾是加拿大葡萄酒界保守的最为严格的秘密。加拿大的第一支冰酒是ＢＣ省的沃特·海恩勒（ＷａｌｔｅｒＨａｉｎｌｅ）葡萄酒厂1973年生产的雷司令冰酒。而安大略首次生产冰酒则在1983年。当时，尼亚加拉地区的两家葡萄酒厂———希勒布兰德庄园酒厂（ＨｉｌｌｅｂｒａｎｄＥｓｔａｔｅｓ）和因内斯基林酒厂（Ｉｎｎｉｓｋｉｌｌｉｎ）开始尝试生产冰酒。因内斯基林酒厂的酿酒师卡尔·凯瑟（ＫａｒｌＫａｉｓｅｒ），试验性地在葡萄树上留下几排维达尔（Ｖｉｄａｌ）葡萄，不幸的是，当他一周后返回时，葡萄已被鸟儿偷食一空！这样，希勒布兰德就成了幸运儿———安大略的冰酒开拓先锋。从这一年开始，他们每年都酿造冰酒，而且这一地区的其它葡萄酒厂也陆续加入了冰酒的生产行列。
饮用冰酒是一件极为惬意的事。著名葡萄酒作家罗宾逊夫人对饮用冰酒有一个形象的描述：真正的冰酒就像嘴里含了一口最纯净葡萄汁，同时脸上又挨了一巴掌。冰酒的酒液呈金黄色或深琥珀色，口感非常甜蜜，并有杏仁、桃、芒果、密瓜或其它甜水果的风味，闻起来有时还有干果的香味。
冰酒一般要先冷冻几小时后再饮用，理想的饮用温度为14℃，搭配巧克力、甜点或水果干最为般配。用的杯子大多是小杯，这是因为冰酒的香甜气息相当充裕饱满，不像红酒要在酒杯中积储酒香，所以窄口高脚的香槟杯就十分合用。将酒杯斟满至四分之三，就能享受到冰酒甜香扑鼻的绝美气息。饮用多种酒时，甜度最高的冰酒比较适合最后饮用。
加拿大冰酒和烈酒杯
有很多的朋友，可是“看起来朋友很多，可是知心的没有几个”这句话很深刻的形容了双子。双子很能说话，他跟别人可以天南地北的聊，可以聊得很八卦，也会聊一些很严肃的话题。双子可以跟你聊很多东西，可是注意了，他都只是跟你聊一些不关自己的事。随便他跟你说些什么，可是跟自己有关的都只是些皮毛而已。比如，今天又有某个明星怎样怎样了；隔壁班有多少美女帅哥的。关于自己的事，他几乎是不说的，就算是说，也是说一些关于自己无关痛痒的事。当你想更进一步的了解双子，他会很自然的把话题给扯开。
The intersections of the planes in the datum reference frame establish AXIS.Datum targets may be Points, Lines, or areas.
A datum is different than a datum feature. A datum is a theoretically perfect point, line, or plane. These theoretical geometric entities are located y the physical datum features that are identified on the drawing. However, datum features are physical feature on a part. Datum features are identified on a drawing by the use of datum feature symbols combined with a datum feature triangle.
Target areas may be any shape or size needed to properly control the design. However, standard tooling components must be considered when selecting the shape and size of the target area. Specifying target areas compatible with standard tooling components will minimize the tool design and tool fabrication costs.
A is primary plane, B is secondary plane, and C is tertiary plane. On the drawing below shows a typical drawings that applied with datum features. (GDT.)
Although implied datums were permitted by early versions of the dimensioning and tolerancing standard, they are no longer permitted because of the ambiguity that can result. It is recommended that datum references and datum feature symbols be added to old drawings that include implied datums if those drawings are resulting in parts that don’t always function as intended.
ASME Y14.5M-1995, is a whole set of standards that limit the technical drawings in the techniques of dimensioning and tolerance. In other words, it describes how to apply the Dimension and the proper way of using tolerance in the technical drawings. Because of the drawings might be using in other countries, so for the ASME, they have to developed a set of standards that will “translate” the drawing which originally drawn on local language to foreign languages. That is the purpose of GD&T (ASME Y14.5M-1995).
GD&T stands for Geometric Dimensioning and Tolerance. In this whole department of mechanical engineering, it deeply describes how to use some sort of symbol which is called GDT symbol and how to apply tolerance to your designs. In use of GDT, we have xx component and all of these are based on symbols. These symbols are best described the surface, parallel and flatness of the object inside the drawings. So even the engineers from other countries that we assume not very well at English, can easily understand the concept and the design intent. So its original desire of this development fits to the international standards.
TOLERANCE. When we are talking about tolerance, we are talking about the dimension of the geometric object that is allowed to vary. That is, the variable allowance of dimensioning. What it really means and how it implied? Luckily, that we have a specific department of ME that release a set of dimension variable table, which can be use in day to day engineering design. For example, slight force fit is one of the design concepts. When Marker pens first designed, the cap of body is design to be fitted and no need to twist. The outside diameter of shaft (body) is a little bit bigger then the inside diameter of hole (CAP). That is, when we are squeeze the body into the cap, we have to really joint a little bit of presure to push the body into the cap, so it won’t move and loose. That is the desire of design intent of this slight force fit. There is a little problem in this design. How much of little bigger of shat compare to the hole is enough? How much of little smaller of cap is enough of cap to hold the shaft? In this case, we are going to imply the TOLERANCE. Tolerance will determine the max and the min dimension of both inside diameter and outside diameter. There we also have one situation, material select consideration. This consideration also include of the implementation of tolerance. Which we have MMC and LMC. MMC stands for maximum material condition; LMC stands for least material condition.
For shaft, if we applied MMC and LMC. The bigger of diameter, the bigger number of MMC cause it will cost more material to fit the design. In another side, smaller of number of dimension, will be the LMC of the object. There is yet to be different for the Hole (CAP). Bigger number of dimension will be the LMC of the hole. Cause there is a gap between the outside diameter and inside diameter. Bigger number of inside diameter, means smaller gap and less material to be used in the design.
To determine the better solution of your design intent, you should use tolerance properly and carefully handle the symbols of GDT.
