And only noticed by four people out of 1 billion unique users a month?
Why would they care? A flash, and the day is over. 


On 24 Feb 2012, at 02:36, "Didier Dambrin" <di...@skynet.be> wrote:

> they actually have a team behind doodles
> http://www.google.com/doodles/about
> http://www.google.com/doodle4google/press.html
> & even a shop http://www.zazzle.fr/googledoodles
> 
> it's a pretty big thing, if you consider that it's probably the most seen 
> "art" on earth, if you think of it
> 
> 
> 
> -----Message d'origine----- From: QuikQuak
> Sent: Friday, February 24, 2012 3:15 AM
> To: A discussion list for music-related DSP
> Subject: Re: [music-dsp] google's non-sine
> 
> They are too busy in money making decision madness to focus on what the new 
> guy does for the daily graphics job for minimum wage, something that goes 
> like "do a thing that's animated and looks different and cool and get it on 
> my computer by lunch time!"
> So they do that and go for a burger, and all is done for the day. : )
> 
> 
> 
> 
> On 23 Feb 2012, at 23:27, douglas repetto <doug...@music.columbia.edu> wrote:
> 
>> 
>> But it's Google!!! Surely they have the resources to generate a sinewave 
>> animation that features an actual sinewave if they want to.
>> 
>> I know it's a silly thing to rant about. But the Google front page has a lot 
>> of reach (how many millions of hits a day?), and it gives me deep nerd pain 
>> to think about something so fundamental and so beautiful -- yes, there's a 
>> deep connection between a circle and a sinewave! -- being botched.
>> 
>> I'll stop ranting now!
>> 
>> douglas
>> 
>> On 2/23/12 9:53 AM, Didier Dambrin wrote:
>>> There's also the fact that it's not easy to draw a sinewave in existing
>>> tools out there.
>>> Those who have drawn GUIs here and had to show waveforms know what I
>>> mean, I remember I've ended up with google-like non-sines as I was
>>> trying to draw a sine using 2 half ellipses. It may be what happened to
>>> the guy who drew that.
>>> Ask yourself how you'd do it.. the most accurate would be to use a real
>>> plot of a sine, but now good luck converting that to vectors in a proper
>>> image editing tool, for a nice antialiased display.
>>> 
>> 
>> 
>> -- 
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>> 
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