GAGA-1: Quick post-flight update

GAGA-1 flew today successfully to a maximum altitude of 32,086m (105,260 ft). I will post a proper write up when I have time, but here are a couple of photographs to satisfy the folks who want to see what GAGA-1 saw:

And here is a shot of our little satellite:

There are 1,800 more to look through. I'll upload the lot to flickr.

Comments

Kerry Liles said…

Brilliant! Thank you for the magnificent picture - looking forward to the rest.

10:43 PM

Anonymous said…

Congratulations on a successful mission!

5:13 AM

WoJ said…

I've been loosely following your updates on that project - CONGRATULATIONS for the flight.

I am sure that GAGA-2 will be manned, right?

7:09 AM

Clint Laskowski said…

GAGA-2 will be a wo-manned flight. It will be known as LADY GAGA.

12:05 PM

Scott said…

Amazing! Can't wait to see the rest.

11:28 PM

Scott said…

Amazing!

11:28 PM

Your last name contains invalid characters

My last name is "Graham-Cumming". But here's a typical form response when I enter it: Does the web site have any idea how rude it is to claim that my last name contains invalid characters? Clearly not. What they actually meant is: our web site will not accept that hyphen in your last name. But do they say that? No, of course not. They decide to shove in my face the claim that there's something wrong with my name. There's nothing wrong with my name, just as there's nothing wrong with someone whose first name is Jean-Marie, or someone whose last name is O'Reilly. What is wrong is that way this is being handled. If the system can't cope with non-letters and spaces it needs to say that. How about the following error message: Our system is unable to process last names that contain non-letters, please replace them with spaces. Don't blame me for having a last name that your system doesn't like, whose fault is that? Saying "Your

All the symmetrical watch faces (and code to generate them)

If you ever look at pictures of clocks and watches in advertising they are set to roughly 10:10 which is meant to be the most attractive (smiling!) position for the hands . They are actually set to 10:09.14 if the hands are truly symmetrical. CC BY 2.0 image by Shinji I wanted to know what all the possible symmetrical watch faces are and so I wrote some code using Processing. Here's the output (there's one watch face missing, 00:00 or 12:00, because it's very boring): The key to writing this is to figure out the relationship between the hour and minute hands when the watch face is symmetrical. In an hour the minute hand moves through 360° and the hour hand moves through 30° (12 hours are shown on the watch face and 360/12 = 30). The core loop inside the program is this: for (int h = 0; h <= 12; h++) { float m = (360-30*float(h))*2/13; int s = round(60*(m-floor(m))); int col = h%6; int row = floor(h/6); draw_clock((r+f)*(2*col+1), (r+f)*(row*2+1),

The Elevator Button Problem

User interface design is hard. It's hard because people perceive apparently simple things very differently. For example, take a look at this interface to an elevator: From flickr Now imagine the following situation. You are on the third floor of this building and you wish to go to the tenth. The elevator is on the fifth floor and there's an indicator that tells you where it is. Which button do you press? Most people probably say: "press up" since they want to go up. Not long ago I watched someone do the opposite and questioned them about their behavior. They said: "well the elevator is on the fifth floor and I am on the third, so I want it to come down to me". Much can be learnt about the design of user interfaces by considering this, apparently, simple interface. If you think about the elevator button problem you'll find that something so simple has hidden depths. How do people learn about elevator calling? What's the right amount of

John Graham-Cumming

Search This Blog