- Jul 30 Tue 2013 05:32
射水基本訓練（三）~法國版~
- Jul 22 Mon 2013 03:27
一張讓人落淚的婚姻帳單
一張讓人落淚的婚姻帳單無論你是妻子還是丈夫，都希望您能很用心地看看這個"讓男人驚心的感情帳單"。14年前那個風雨交加的夜晚，我眾叛親離，跟著深愛的你到深圳做了打工妹。貧燒烤窮的你落榜後除了生病的母親、衰弱的父親和那半間破瓦屋，就剩下我了。記得當初來深圳打工的路費用的也是我做一個月民辦老師的工資。我所受的苦都是為了今生能與你長相守。或許，我的眼光宿霧不錯，你是很棒的。10年後的今天，當我家所有的人鬆了一口氣，原諒我沒嫁錯郎的時候，有了車、有了別墅的你卻在直言不諱地對我說，你找到了"心靈知音"，如果我願意解除婚姻的話巴里島，財產、孩子都給我；否則你背叛我，我不能有怨言。我笑了，說3天後給你答覆。3天後，我開列了一張婚姻的清單給你過目：1、婚姻10年，你穿舊了3套睡衣，穿壞了4雙拖鞋，踏破了21雙皮鞋。馬爾地夫破的皮鞋最多，因為你在外面掙錢所花的時間多，所以會有"心靈知音"看上成功的你。2、婚姻10年，我穿舊了10套睡衣、著爛了11雙拖鞋、踏壞了16雙皮鞋。我破的拖鞋和皮鞋都多，是小額信貸因為我照顧家和孩子的時間比你多，出外面和你並肩戰鬥的時間也不少，因此操勞的我成了沒有新鮮感的"黃臉婆" 。3、婚姻10年，常青樹的你升值X倍，離婚後，從深圳排到杭州那麼多個人信貸的美女等著"成功人士、成熟有品位"的你挑選。4、婚姻10年，青春快逝的我貶值了10000倍；實話實說，離婚了我再婚的機會是1％，年老的我看不上和我年齡相近的男人，而除非太差，信用貸款一般的男人是不願意娶一個帶著孩子的中年女人的。5、婚姻10年，繁忙的你只燒過26次飯給我吃。6、婚姻10年，忙碌的我一年365天，日日三餐，做好飯給你吃。7、婚姻10年，生一個孩子，我用了房屋二胎10個月，養、育、教了10年。8、婚姻10年，生一個孩子，你用了10分鐘，給了他一個姓。9、婚姻10年，我和你父母和睦相處，沒有一句高聲的話語。10、婚姻10年，你一直不肯原諒愛女心切的我的房屋貸款父母，沒有叫過一聲爸爸媽媽。貧窮時你說我爸爸媽媽不會應答你，你堅決不肯叫；有錢後說不再怕他們了而不叫。難道你願意自己的女兒在能夠選擇的時候去選擇貧窮嗎？希望女兒富足，這是人之代償常情呀！
- Jul 13 Sat 2013 05:38
阿呆在發呆
阿呆在發呆今天臨時被通知休假因為月底又要被停休了……他們還真的是很喜歡將雖然裝潢很不想休，因為沒什麼心情，可是沒辦法一早起來叫那位賴床的小朋友起床盥洗準備他室內裝潢的早餐再送他去學校其實這時很想打電話……可是又怕被電所以只好呆在家裡看點書、室內設計看看照片一解想念的心看著照片中的我們是開心的、甜蜜的就像是恩愛的夫妻好想現在裝潢是在一起，陪伴著、開心的牽著手散著步有時覺得人是不是總在錯誤發生之後才覺醒、室內裝潢才會甦醒過來可以腦筋轉彎的男生或是將心比心的男生是少還是多？？？我想都要憑運設計裝潢氣吧！....畢竟似乎有太多的男生都是阿呆吧！………總是學不會真的，兩人的關係，系統傢俱要靠兩顆心去經營。…心中的她常跟我說若做的太小或許是感覺不到的只是兩個人看不系統家具透是自己改變了對方而不自知罷了！
- Jul 04 Thu 2013 02:26
抱歉醫生
- Jun 18 Tue 2013 19:35
竹仔湖海芋田
- Jun 11 Tue 2013 16:52
百年老照片網頁及視頻
百年老照片網頁及視頻播客: 456遠123 上傳: 2009-09-07 上海老照片是朋友系統傢俱給我的幻燈片，其原來配的樂曲是電吉他演奏的印尼歌曲《哎喲媽媽》感覺好系統家具像與圖片不配，但是一百年前有什麼歌曲呢？到處找也沒找到，我就休息了幾景觀設計天後來我想起了，我國民間藝人阿炳的二胡曲，這首曲子還是挺配這些舊照片建築設計的，我就用這首曲子配上，不知效果如何借貸http://www.tudou.com/programs/view/mew-tSmWnVs/百年老照片 - Google 票貼圖片宿霧http://images.google.com/images?hl=zh-TW&um=1&sa=1&q=%E7%99%BE%E5%B9巴里島%B4%E8%80%81%E7%85%A7%E7%89%87&btnG=%E6%90%9C%E5%B0%8B+Google+%E5%9C馬爾地夫%96%E7%89%87&aq=f&oq=&start=0中華網文史——網上最大的老照片博物館禮服http://news.china.com/history/vision/memory.htm懷舊經典老照片圖庫http://www.sina7.com/ 環球網歷史影像室
- Jun 01 Sat 2013 18:36
我回來囉
我回來囉 蛋的後方就是蛋拔的古老電腦喔.爛歸爛還蠻好用的 好房網 電腦桌實在太亂囉.不好意思喔 太開心囉.電腦終於用好囉.不然我真的快租屋發瘋囉 新的螢幕.看起來還不太習慣.桌子整理中.很亂.不好意思ㄟ 說到蛋拔這臺ㄣ年的電腦最近一租屋網直出毛病啦.真的會氣死人喔.我想真的是該換的時候囉 我呀.忍了好幾天.真的會抓狂喔.本來用弟的筆電用.結果弟的筆電鍵盤也壞囉.真是想幹591驕喔 這二臺電腦都被我用壞的.蛋拔說我是破壞狂.我說我是認真.電腦被我感動到壞囉 沒壞都沒壞一壞就全都壞囉啦.今天主機拿租房子去修理對方說是螢幕壞掉啦.問他20寸螢幕多少錢 對方說5千多塊喔.搶人喔.哪有那麼貴呀.筆電鍵盤換掉要1.2千塊.算囉.太貴囉.抱回家去囉 買屋 所以去大賣場看.又去全過電子看.才買一臺20寸的螢幕4390元.我沒錢又刷卡了 真不知賣屋刷卡是救人命還是害人命喔.我也是千百個不願意呀 卡費來時會哭死喔.可是沒辦法呀.電腦是我的娛樂呀.沒有電腦我都不知道我要幹麻耶房地產 忍了這麼多天.還是買下去囉.還好不是全壞喔.不然我就一個大二個大囉 這些天我想死妳們囉買屋網.可見妳們對我多重要呀.等等我喔.我一定會去妳們家喔 不可以變心喔.不然我家的蛋會哭哭的喔.等等我買房子ㄋㄟ
- May 23 Thu 2013 15:58
清境~東埔隨意拍拍
- Oct 29 Mon 2012 09:50
生物技術遊戲 'biotic' video games
生物技術遊戲 'biotic' video games助理教授Riedel-Kruse的團隊開發出一種視頻遊戲， 也就是玩家的動作將隨時影響到活微生物的行為。“生物技術遊戲”牽涉到一系列基本的生物進程和簡單的單細胞有機體（如草履蟲）。Stanford researcher uses living cells to create 'biotic' video gamesThe digital revolution has triggered a wild proliferation of video games, but what of the revolution in biotechnology? Does it have the potential to spawn its own brood of games? Stanford physicist Ingmar Riedel-Kruse has begun developing "biotic games" involving paramecia and other living organisms. He hopes the games lead to advances in education and crowd-sourcing of laboratory research while helping to raise the level of public discourse on bio-related 會場佈置issues.BY LOUIS BERGERONVideo game designers are always striving to make games more lifelike, but they'll have a hard time topping what Stanford researcher Ingmar Riedel-Kruse is up to. He's introducing life itself into games. Riedel-Kruse and his lab group have developed the first video games in which a player's actions influence the behavior of living microorganisms in real time – while the game is being played.These "biotic games" involve a variety of basic biological processes and some simple single-celled organisms (such as paramecia) in combination with biotechnology.The goal is for players to have fun interacting with biological processes, without dealing with the rigor of conducting a formal experiment, said 房屋出租Riedel-Kruse, an assistant professor of bioengineering."We hope that by playing games involving biology of a scale too small to see with the naked eye, people will realize how amazing these processes are and they'll get curious and want to know more," he said."The applications we can envision so far are on the one hand educational, for people to learn about biology, but we are also thinking perhaps we could have people running real experiments as they play these games"That is something to figure out for the future, what are good research problems which a lay person could really be involved in and make substantial contributions. This approach is often referred to as crowd-sourcing."Applying their lab equipment and knowledge to game 裝潢development, Riedel-Kruse's group came up with eight games falling broadly into three classes, depending on whether players directly interact with biological processes on the scale of molecules, single cells or colonies of single cells.The results of their design efforts are presented in a paper published in the 10th anniversary issue of Lab on a Chip (the first issue of 2011), published by the Royal Society of Chemistry. The paper is available online now.Initially, Riedel-Kruse said, the researchers just wanted to see whether they could design such biotic games at all, so this first round of development produced fairly simple games."We tried to mimic some classic video games," he said. For example, one game in which players guide 租辦公室paramecia to "gobble up" little balls, a la PacMan, was christened PAC-mecium. Then there is Biotic Pinball, POND PONG and Ciliaball. The latter game is named for the tiny hairs, called cilia, that paramecia use in a flipper-like fashion to swim around – and in the game enables kicking a virtual soccer ball.The basic design of the games involving paramecia – the single-celled organisms used in countless biology experiments from grade school classes to university research labs – consists of a small fluid chamber within which the paramecia can roam freely. A camera sends live images to a video screen, with the "game board" superimposed on the image of the paramecia. A microprocessor tracks the movements of the paramecia and keeps score.The 酒店打工player attempts to control the paramecia using a controller that is much like a typical video game controller. In some games, such as PAC-mecium, the player controls the polarity of a mild electrical field applied across the fluid chamber, which influences the direction the paramecia move. In Biotic Pinball, the player injects occasional whiffs of a chemical into the fluid, causing the paramecia to swim one direction or another.Riedel-Kruse emphasized that paramecia, being single-celled organisms, lack a brain and the capacity to feel pain. "We are talking about microbiology with these games, very primitive life forms. We do not use any higher-level organisms," he said. "Since multiple test players raised the question of exactly where one 酒店兼職should draw this line, these games could be a good tool to stimulate discussions in schools on bioethical issues."The game on the molecular level involves a common laboratory technique called polymerase chain reaction, or PCR, an automated process that lets researchers make millions of copies of an organism's DNA in as little as two hours. In this game, called PolymerRace, the player is linked to the output of a PCR machine that is running different reactions simultaneously. While the reactions are running, the players can bet on which reactions will be run the fastest."The game PolymerRace is inspired by horse races, where you have different jockeys riding different horses," Riedel-Kruse said. "There is a little bit of bio-molecular 關鍵字行銷logic involved and a little bit of chance."The third game uses colonies of yeast cells that players have to distinguish based on their bread-vinegar like smell – olfactory stimuli anyone can experience just by walking into a bakery."The idea is that while we as humans play the game, we interact with real biological processes or material," he said. His research group thinks that aspect of the games could help motivate children and even adults to learn more about biology, which is increasingly important to society."We would argue that modern biotechnology will influence our life at an accelerating pace, most prominently in the personal biomedical choices that we will be faced with more and more often," Riedel-Kruse said. "Therefore everyone 長灘島should have sufficient knowledge about the basics of biomedicine and biotechnology. Biotic games could promote that."Riedel-Kruse wants to maximize the educational potential of these games to enable lay people to contribute to biomedical research. The team hopes that by publishing his group's initial efforts, other researchers in the life sciences will be prompted to explore how their own research could be adapted to "biotic" video games. Other researchers have developed biologically relevant Internet-based video games such as Fold-It, which lets players try different approaches to folding proteins, and EteRNA, developed in a collaboration between Stanford and Carnegie Mellon University , which lets players propose new molecular 保濕面膜structures for ribonucleic acids (RNA). Fold-It and EteRNA were developed to address specific research questions. Fold-It was strictly a simulation; and although EteRNA will actually test some proposed structures in the laboratory, the players themselves do not have direct interaction with biological processes in real time as in Riedel-Kruse's biotic games.Part of Riedel-Kruse's continuing work will include close collaborations with Rhiju Das, an assistant professor of biochemistry at Stanford and one of the developers of EteRNA, and Daniel Schwartz, professor in the School of Education at Stanford. The three co-founded the " Bio-X.Game Center " to develop and apply biotic games to education and research. 西裝Source:http://news.stanford.edu/news/2011/january/biotic-video-games-011211.html
- Aug 18 Sat 2012 17:27
10/21(三)說故事活動花絮(沒有人喜歡我)
10/21(三)說故事活動花絮(沒有人喜歡我)內容介紹 巴第剛剛搬到鎮上來，覺得很無聊，正巧看到牆洞裡鑽出來一隻小老鼠，他問老鼠：「你可以和我一起玩嗎？」老鼠說現在不信用卡代償行！就急急忙忙鑽回洞裡去了。巴第見 小老鼠好凶，心想：「她一定不喜歡我」，就決定去找別的朋友，之後他碰到的動物們，都讓巴第覺得大家不喜歡他，巴弟好傷心的哭起來，這時酒店打工有一隻狐狸問他： 「你是誰啊？為什麼在這裡哭呢？」巴第告訴狐狸大家都不喜歡他，狐狸覺得巴第應該去問個清楚....。本書特色 逗趣的動物造型，顏色鮮明的油彩，使主角及其室內裝潢他角色的個性更加彰顯，更豐富了整個畫面。看似簡單的故事卻把孩子交朋友時面臨的問題說了出來，要讓孩子知道自己要先主動的表示善意，才能化解陌生與羞怯，即使遭到拒絕，也房屋買賣可以問問原因，不要因此喪失自信，或是怪罪別人。作者介紹羅爾.克利尚尼茲（Raoul Krischanitz） 羅爾.克利尚尼茲1974年8月10日出生於維也納。讀幼稚園時，他想長大後做動西服物研究的工作，唸小學後，他又夢想自己能夠帶領探險隊，尋找還沒被人發現的動物。 不過，他沒發覺自己其實一天到晚都拿著筆畫畫，高中時代，他才刻意用心的畫，只是並不常有巢氏房屋得老師的讚賞。即便如此，他還是通過了離校的考試，成為自由工作 的畫家，一直到1996年。現在，他在維也納藝術學院主修繪畫和平面藝術。他所畫的一些插畫曾發表於1997年的波隆烤肉納童書展的年鑑上。 《沒有人喜歡我》（Niemand mag mich!）是他在台灣的第一本中譯作品，書中動物的造型與用色都很大膽，而顯得個性鮮明，擅長空間與位置的運用，並藉由人室內裝潢物豐富而幽默的表情變化，來描繪各主角的心態變化。譯者介紹宋珮 在金瓜石度過童年生活。念大學時發現了對藝術的興趣，進而到加州大學聖塔芭芭拉分校（U.C.S.B）攻讀藝術史信用貸款。目前在中原大學及宇宙光關懷中心開設藝術欣賞、圖畫書作品欣賞課程，運用圖畫書引人認識藝術作品及藝術家，進而享受藝術中蘊藏豐富的心靈世界。得獎記錄2004年衛生署優良健有巢氏房屋康讀物推介獎
