Once you have mastered time, you will understand how true it is that most people overestimate what they can accomplish in a year – and underestimate what they can achieve in a decade!
— Tony Robbins
set a goal, and pursuit in few years.
http://www.brainyquote.com/quotes/quotes/t/tonyrobbin133444.html
with this link, you can get LOTS of tilt shift photos, awesome!
https://www.google.com/search?safe=off&client=opera&hs=jRv&channel=suggest&biw=1199&bih=973&tbm=isch&sa=1&q=tilt+shift&oq=tilt&gs_l=img.3.2.0l10.4043.7813.0.10102.9.8.1.0.0.0.58.428.8.8.0….0…1c.1j4.19.img.Eb8EvW-Ba58
here are some snapshots of this great photos, click the image to view in full resolution.
full resolution for every snapshot about 11xx * 6xxx, file size 6.x MB, so please wait for just 5 seconds.
if you are a Chrome user, it can display as long as it is loading. 😀
and you were the author,
how would you want your story to go?
讲的是一个失去双腿的妹纸怎样把自己的limitation推进的事
永远不要失去想象力和创造力
TEDxOrangeCoast – Amy Purdy – Living Beyond Limits
人的改变来自于内心，外部刺激只能是促使内心发生变化的外因
如果内心没有认识到一件事情的重要性和可能造成的结果，没有因此而着急起来，外部刺激是不管用的
人教不了人，事才能教人
就这样吧，每个人的人生有且仅有自己能负责。
————–感悟完毕分割线———-
想想，人教不了人，事教人这句话，是不是因为人教人的时候那种感情的信息传达不完整？
如果人和人的感觉可以直接传送的话，人就可以教人了？
如果做到真正的感同身受，世界会变成什么样？
男人一：今天路上看到之前看到几次的一个大爷，中国人，一个人在公交车站坐着休息。估计儿子或者女儿是在这里读博或者其他的。上班时间出来逛，反正也没什么其他事。经过他的时候望了一眼。那种相似的眼神，忽然就想起老爸，老娘不在家，老爸自己一个人的生活是不是也是这样呢。没有水分，干巴巴的，每天对付着过。吃晚饭出去逛逛，看看电视，打发时间。反正也没什么其它事。
男人二：今天找李老师谈话，说到一个论文，他问我看过没有，他指语言方法什么的，我说看过了，我确实看过了，不过看得不仔细。他说这里面的说法，很多用词都是错的，但是他没有很多时间来看这个，他那种有些急切的样子，我忽然理解了他为啥不及时回email。他其实也想做，只是我们的水平真的太差还没到达请他帮忙把关的程度。他也不想拖，但是看着明摆着有问题的文章要改，也是很恼火的。转换一下角度，其实很容易理解的。
对于男人一，我决定每周跟老爸老娘聊聊天，通过qq。为了让他有点事情打发时间，鼓励他把他过去几十年写下来。
对于男人二，我认为我们应该自己解决英文表达问题。提高自己直到能跟这个层次的人沟通分享。而不是只是索取。
中文读者请看 Google Glass 使用了哪种显示技术？具体是怎么实现的？ http://www.zhihu.com/question/20276179
Chinese reader please hit this: http://www.zhihu.com/question/20276179
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Since my major is Optical Engineering, I am very exciting about Google Glass, and also keep eyes on it from the beginning. Several months after introduced glass, the explore edition hit the developer. Some of them make a teardown test, even it was not a completely teardown, we can get lots of information from it.
This post is an original “research” article, based on teardown information that I can find in the Internet. Shows how we can get an almost complete optical layout from the information.
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First, according to several hackers and developers[1][2][3][4][5], the hardware configuration is:
CPU: TI OMAP4430
RAM: 682 MB
Display resolution: 640 x 360 pixel (very important information)
Internal storage: 16 GByte
Sensors:
Invensense MPU9150=Invensense MPU6050 (3 axis gyroscope + 3 axis accelerometer)+Asahi Kasei AKM8975 (3 axis geomagnetic sensor(compass))
LiteON LTR-506ALS rear-facing sensor(RFS) or “proximity” sensor
One more thing, glass support “wink” command, up to 20 winks!
So here is main information source from teardown test from Bill Detwiler [1] [5] <- hit it, very good articles. He opened the front shell ……
Figure 1 cracking open Glass from Bill Detwiler and TechRepublic. I think (a) the flexible PCB with white characters is the interconnection between these module; (b) the small connector near the prism is connected to RGB LED light source.
今天才见识到日本人有一极致的坑爹游戏, 彩虹打砖块. 真的是太极致了. 截图如下
Just try a Japanese crazy rainbow brick breaker game. Very intensive. i have some snapshots shown below
整个游戏像极了人生，事业或很多东西，你从一个小点开始，维持着呵护着和寻找亦或制造着机会。一旦抓住，你就会进入最绚烂的阶段，无数彩虹般的事物在你面前。而过了之后，渐渐的少了，在最后阶段，取决于运气，你可能一直维持下去，或者clear。
Here is the beginning, fairly common brick breaker game right? a breaker, a move “pad”?, wait, where is the brick? how many of them?
please check the little tiny pixel brick, at the right bottom of red region. OMG, how long can i finish this ……whole RAINBOW?
