Wordpress Plugin: Blogtimes Map
Saturday, May 5th, 2007 -- By ETNOTE: The permanent address for this plugin is at http://blog.mikezhang.com/blogtimes_map/
What is it?
Blogtimes Map is a wordpress plugin that shows when the blogger posted in the last period of time, and allows a visitor to click on the blogtimes Image Map, and be taken to the corresponding posts. The original version of Blogtimes was written by Matt Mullenweg. This version of Blogtimes Map is also based on the hack of Martin Fitzpatrick’s Blogtimes with icons.
Version 0.1 of the Plugin is now available for download! This version has been tested on WordPress 2.1.3, but from the way I write it, it should run on all versions.
This version contains the following improvements:
- From zero to zero point one, a percentage increase of infinity! $$\frac{0.1-0}{0} \rightarrow \infty[/tex]
I do not ask for donations for writing this plugin, please email me and let me know you are using it, that will make me very happy.
Download Latest Version:
Installation:
- Download the file, and unzip.
- Upload blogtimes_map.php to the /wp-content/plugins/ directory.
- Under your wordpress directory, create a subdirectory called “wp-images”, if it is not there.
- Change the property of the directory /wp-images/ to be world writable (in Linux, this means: chmod 666 wp-images)
- Upload blogtimes.png and blogtimes_icon.png to /wp-images/ directory, and allow world writable to blogtimes.png.
- Activate the plugin in your “Plugins” interface.
- Decide where to put the blogtimes picture on your website. I’d recommend somewhere in the footer file (/wp-content/themes/default/footer.php) e.g. Add the following to where you want the figure to be displayed:
<div align=“center”><img border=“0″ src=“/wp-images/blogtimes.png” alt=“BlogTimes Map” usemap=“#blogtimes_map”></div>
- You are all set now!
Screenshot:

Hover your mouse over the icons will allow you to see the URLs of the corresponding posts and be linked to these particular posts.
Download the plugin here: blogtimes_map.zip

is some probability density function,
is its corresponding cumulative distribution function.


