Aisle

I stumbled upon on the doc of WebView QML component for Qt 4.7 http://doc.qt.nokia.com/4.7-snapshot/qml-webview.html. It seems it has features to connect the JavaScript console to be printed directly to 'main console' as QML's console.log does. But, it doesnt! http://trac.webkit.org/changeset/81471

The connected console should be done by overriding QWebPage::javaScriptConsoleMessage of QWebPage, as what phantom.js does: https://github.com/ariya/phantomjs/blob/master/src/webpage.cpp

3. Add the Mongo initializer

*Summary
#Significant energy resource; it involves estimating or measuring the flow and available head, and estimating what annual energy capture would result
#Potential output is attractive -- permission! i.e. to develop the scheme and to have the necessary access to it.
#Clear destination for the power

*Flow
#Obtaining data flow,++Use available data from:
+agencies+data collection from gauging stations
--If no data
-hydrological methods: based on long-term rainfall and evaporation records and on discharge records for similar catchment areas. Analysis on hydraulic potential first, then site measurement (observation) once the project looks likely to be feasible.-the most accurate and reliable flow measurement method is to install a measuring weir
-expressing the variation in river flow over the year
->the annual hydrograph
shows day-by-day variation
->the flow duration curve: FDC
shows how flow is distributed over a period (usually a year). Horizontal axis gives percentage of the year that the flow exceeds the value given on the y-axis. Affected by: soil conditions, vegetation cover, to a lesser extent by catchment shape. Also: man-made reservoirs, abstractions and discharges

To be continued :-)

I graduated from Physics. Oh yeah -- that was 5 years ago!. I've
played with Monte Carlo for a while. Now, holding this paper, I
couldn't understand what 'class II condensed history Monte Carlo
simulation'-beast is!.

I believe VMC++ is a cool work done by Iwan Kawrakaw. Well, before
this, my Grand Supervisor -- Fippel (he is the supervisor of my
supervisor) -- released a library on VMC based dose calculation
algorithm, called xVMC to be compared directly with other famous
method on dose calculation: Pencil Beam method!.

I'm quite surprised, five years ago I tried to submit a paper on
comparing two methods on dose calculation in inhomogeneous medium! --
and highlight the problem on the vicinity of two different mediums!
That is the main argument why VMC is considered "better" than Pencil
Beam: it's accuracy on "predicting" dose distribution in the vicinity
of two different medium.

I'll continue this post later.

g-speak overview 1828121108 from john underkoffler on Vimeo.

http://videolectures.net/mlss05au_roweis_pgm/

Since yesterday, I have been trying to understand the mystery covered by graphical model. Luckily, from one of my RSS subscriptions, I got a good link to start exploring it again (Thanks Vidit Jain!). At least this link helped me to motivate my self reading the PMRL book again. 

Cute huh!? That line on the title was written by me when I was trying to establish a new web page for my lab (before hurdled by a very pityful person who really wants to control everything in the lab!!!).