load

I have some R scripts, where I have to load several dataframe in R as quickly as possible. This is quite important as reading the data is the slowest part of the procedure. E.g.: plotting from different dataframes. I get the data in sav (SPSS) format, but I could transform it to any format as suggested. Merging the dataframes is not an option unfortunately. What could be the fastest way to load the data? I was thinking of the following: transform from sav to binary R object ( Rdata ) in the first time, and later always load this, as it seems a lot quicker than read.spss . transform from sav to

I want to create a near 100% load on a Linux machine. It's quad core system and I want all cores going full speed. Ideally, the CPU load would last a designated amount of time and then stop. I'm hoping there's some trick in bash. I'm thinking some sort of infinite loop. dimba You can also do dd if=/dev/zero of=/dev/null To run more of those to put load on more cores, try to fork it: fulload() { dd if=/dev/zero of=/dev/null | dd if=/dev/zero of=/dev/null | dd if=/dev/zero of=/dev/null | dd if=/dev/zero of=/dev/null & }; fulload; read; killall dd Repeat the command in the curly brackets as many

I read something about the .load function in jQuery. Is there a way to insert the script tags in the loaded page? When I try to load a page the scripts doesn't load :s, I want to fix this. And getscript() isn't a option. When .load() returns HTML content that contains <script> tags, jQuery strips out the <script> tags, moves them, 1 executes them, and then removes them. While this makes it hard to step through those scripts with a debugger, the scripts do execute. See also http://www.bennadel.com/blog/1605-jQuery-AJAX-Strips-Script-Tags-And-Inserts-Them-After-Parent-Most-Elements.htm http:/

How can I get CPU Load per core (quadcore cpu), in C#? Thanks :) You can either use WMI or the System.Diagnostics namespace. From there you can grab any of the performance counters you wish (however it takes a second (1-1.5s) to initialize those - reading values is ok, only initialization is slow) Code can look then like this: using System.Diagnostics; public static Double Calculate(CounterSample oldSample, CounterSample newSample) { double difference = newSample.RawValue - oldSample.RawValue; double timeInterval = newSample.TimeStamp100nSec - oldSample.TimeStamp100nSec; if (timeInterval != 0)