I’ve always found it a bit tricky at first to talk about holidays in Chinese. The Chinese holidays involve these things that we just don’t have, so it’s not a matter of translation, it’s a matter learning what these things are and what they’re called. 红包, 粽子, 对联, 扫墓, etc. Fortunately, that’s a pretty interesting learning process most of the time (especially if you’re learning the stuff hands-on in China), so all is well and good there.
And then there’s explaining the western holidays to the Chinese. Sure, the Chinese already know a lot about western holidays, so frequently all you have to do is fill in a few of the gaps. The fun part of figuring out where the gaps are, and what misperceptions there are. I’ve always enjoyed this too.
Halloween (万圣节) seems to bring a few of its own challenges, however. The concept is easy for the Chinese to get: it’s a 鬼节 (a “ghost festival”). It’s the trivial things that tend to pose challenges here. How would you say the following in Chinese?
– What are you going to be for Halloween?
– Don’t forget to wear a costume.
– Why didn’t you dress up?
The concept of “Halloween costume” does not seem to have standard translations, and you can get different answers from different people. I’ve been down this road before, and it can get a little confusing. The key is to focus on the verb for “dress up” rather than on the noun “costume.” Here is some of the language I hear Halloween-happy Chinese young people using:
– 你要穿什么？ This one is a little vague, because it just asks “what are you going to wear,” which might apply to any party.
– 你要扮什么？ This one gets more into the costume/disguise theme, sort of like asking, “what are you going to dress up as?”
– 别忘了装扮自己。 Here we see the verb 装扮, which is probably the most appropriate verb for dressing up for some role, although it seems a little overly specific for everyday usage. But it literally means, “don’t forget to disguise yourself.”
The 扮 in 装扮 (“to disguise oneself”) is not the same one as in the phrase 怎么办; it’s the 扮 from 打扮, which is most often used to mean “make oneself up” or “deck oneself out” (for a night on the town). Or you fans of role-play might also know it as the 扮 from 扮演, meaning “to play a role.” (Indeed, the formal Chinese translation for “role-playing game” is even 角色扮演游戏.)
One thing is for sure: Halloween parties are a great occasion to learn obscure vocabulary! I leave you with a last question (in 2 flavors), which very well might come in handy if the Halloween parties you attend are anything like the ones I’ve attended in China:
– 你扮的是什么？ “What are you dressed up as?”
– 你这是什么装扮？ “What are you supposed to be?”
One of my teachers at AllSet Learning is doing his masters thesis on online resources for learning Chinese, and naturally, he was intrigued by what we’ve built so far at the Chinese Grammar Wiki. So he decided to research the topic and help us out at the same time by doing a learner questionnaire.
Sinosplice readers, we could really use your help! It should only take a few minutes. The questions are easy.
Long-time readers of this blog know that I’m a fan of creativity centered on characters. I recently discovered these signs browsing photos on WeChat. (I’ll post the Chinese characters below the photos if you want to give yourself the challenge of reading them on your own.)
The characters on the sign above are: 时光机 (“time machine”).
The characters on the two signs above are: 锅炉房 (“boiler room”).
This is one of those blog posts where I take two seemingly very different topics and connect them to China or Chinese. This time it’s about Pascal’s Triangle, one of my favorite mathematical concepts. In case you’re unfamiliar with Pascal’s Triangle, here are some images from Wikimedia Commons that nicely illustrate the principle:
> The set of numbers that form Pascal’s triangle were known before Pascal. However, Pascal developed many uses of it and was the first one to organize all the information together in his treatise, Traité du triangle arithmétique (1653). The numbers originally arose from Hindu studies of combinatorics and binomial numbers and the Greeks’ study of figurate numbers.
> In 13th century, Yang Hui [杨辉] (1238–1298) presented the arithmetic triangle that is the same as Pascal’s triangle. Pascal’s triangle is called Yang Hui’s triangle in China. The “Yang Hui’s triangle” was known in China in the early 11th century by the Chinese mathematician Jia Xian [贾宪] (1010–1070).
Yang Hui’s diagram contains some interesting-looking numbers. Check it out:
Compare that to Pascal’s triangle above. What’s up with these Chinese numbers? You can follow the upper-right to lower-left diagonal (one row in) to follow the numbers 1-8. You get this:
5. [no Unicode symbol for this one; it’s just 亖 + 一 (vertical)]
8. [no Unicode symbol for this one; it’s just ᅵ + 三 (horizontal)]
You can gather that 10 is 으 [a symbol I borrowed from Korean Hangul for the purposes of this post], which also looks like “10” turned sideways. 20, though, is 〇二 [except with the 〇 sitting on top of the 二], and so on.
There’s another personal connection between me and Pascal’s Triangle. As part of my research for AllSet Learning, I make use of basic set theory and higher-level Venn diagrams. Considering that in a Venn diagram, by definition, all possible logical relations between sets must be represented, it can get quite tricky to draw these things when you delve into Venn diagrams with higher numbers of sets (more than 3). But how do you know how many overlapping regions there are in the Venn diagrams as the numbers of sets increase? Pascal’s triangle.
(BTW, some of the research we’re doing now at AllSet Learning could make use of interns with a foundation in statistics, mathematics, or computer science. If that’s you, get in touch! More on AllSet Learning’s interns here.)
The U.S. Consulate in Shanghai is helping U.S. citizens mail their ballots back to meet the state deadlines:
> Returning your ballot by mail. Place your voted ballot in a U.S. postage-paid envelope containing the address of your local election officials. Drop it off at the Consulate and we’ll send it back home for you without the need to pay international postage. If you can’t visit the Consulate in person, ask a friend or colleague drop it off for you. If it’s easier for you to use China’s postal system, be sure to affix sufficient international postage, and allow sufficient time for international mail delivery. If time is tight, you may want to use a private courier service (e.g., FedEx, UPS, or DHL) to meet your state’s ballot receipt deadline.
> You can submit your ballot to us to be delivered by diplomatic pouch at the entrance to the consular section at the 8th Floor, Westgate Mall, 1038 Nanjing West Road, between the hours of 8:30am and 5pm on weekdays. Your ballot must be sealed in the security envelope and mailing envelope. However, since it takes up to three weeks to send mail to the U.S. via our diplomatic pouch, we recommend you drop off your ballot of no later than next Tuesday, October 16. After that time, we recommend you use an express private courier service such as the ones mentioned above to ensure your ballot arrives on time.
Email source: “Message for U.S. Citizens: Completing and Returning Absentee Ballots” from ShanghaiACS@state.gov
> If you find that street maps are shifted after upgrading to iOS6, check the settings in the Help tab. Choose “Enable shift” if you use AutoNavi-powered maps for China-purchased devices, choose “Disable shift” if you use TomTom-powered maps for international-purchased devices.
Huh? What’s going on here?
I’m no expert on this issue, but essentially, the Chinese government is paranoid about the use of GPS, and screws with it. This affects Google Maps, it affects camera GPS, and it even affects runners’ watches. It’s been going on for years. Chinese companies with government approval (like TomTom) can get their services/devices working properly, but foreign devices which try to rely on good old-fashioned “satellite positioning” and maps lose out, and have to build in a “shift correction” feature if they want their apps’ GPS positioning to work properly.
It’s really sad to see the government continuing this charade in all its forms. It doesn’t work. When developers don’t solve the issue directly, there are workarounds to the map issue for pretty much any device, if you really dig. It’s just a huge pain in the GPS.