Slashdot Mirror

It shows a Google Finance graph, with a list of providers: "Google Finance", "Yahoo Finance", "MSN Money", "DailyFinance", "CNN Money", "Reuters".

See this screenshot.

Rendered by graphviz: http://imagebin.ca/img/dv52EX.png

Here's an alternate view of the same content generated with Graphviz, which shows the suers and the sueees better :) http://imagebin.ca/img/dv52EX.png

From the out of the box distribution of KDE 4 to 3 hours after installation, this is how I configure it for my exact preferences.. http://imagebin.ca/view/xWPU0ck.html

I took the extra large web image and decided to draw some lines to connect large (12 pixel or more), bright (50% luminous) objects together. The point was to try to find large regions of relatively dark sky in the image. Why? The original deep field images were taken upon "black" sky to see what really long exposures could find. Now with the ultra deep field images, it's plenty clear that most "black" sky has lots of galaxies visible. So, in the future, it'd probably be a good idea to take an ultra deep field image of a "black" part of the ultra deep field image just to see how deep the rabbit hole goes.

Besides, the images are pretty.

Hubble UDF Infrared with lines connecting large, bright objects

The same as above, but with the large, bright objects colored to better differentiate what counts as "large, bright objects"

PS - I used two slightly different, slowish python scripts to do the actual drawing. I'll post them as well, if anyone is interested.

I took the extra large web image and decided to draw some lines to connect large (12 pixel or more), bright (50% luminous) objects together. The point was to try to find large regions of relatively dark sky in the image. Why? The original deep field images were taken upon "black" sky to see what really long exposures could find. Now with the ultra deep field images, it's plenty clear that most "black" sky has lots of galaxies visible. So, in the future, it'd probably be a good idea to take an ultra deep field image of a "black" part of the ultra deep field image just to see how deep the rabbit hole goes.

Besides, the images are pretty.

Hubble UDF Infrared with lines connecting large, bright objects

The same as above, but with the large, bright objects colored to better differentiate what counts as "large, bright objects"

PS - I used two slightly different, slowish python scripts to do the actual drawing. I'll post them as well, if anyone is interested.

don't forget fussion to put the status-bar info in the url-bar like apple do this in safari (much better than what chrome does tbh).
also a few lines to usrchrome will get rid of all those unless buttons and dropdowns

[disabled="true"], /*hides inactive stop button*/

#back-forward-dropmarker, /*hides back/forward drop marker*/
.autocomplete-history-dropmarker, /*hide the adressbar dropmarker*/
.searchbar-dropmarker-image, /*hide the search box dropmarker */
.toolbarbutton-menu-dropmarker, /*hides the bookmark menu drops*/
.search-go-button, /*hides the magnifying glass in the search bar*/

#personal-bookmarks .toolbarbutton-text, /* hide bookmark toolbar icon images */
.tabs-newtab-button

{display: none !important; }

and one day you can all be as cool as me (well you only get the minimal windowdecoration with kde)

as an Earthlink subscriber through Time Warner in Los Angeles. http://imagebin.ca/view/Zt9dp58.html

http://imagebin.ca/view/M6HnUiBp.html

You betchya.

I couldn't resist, I hope someones make a T-shirt out of this.