A node license has a limited number of users. The company usually has established price breaks for volume purchases. Individuals interested in purchasing any products, or requiring technical support, can contact the Crimson Service Desk at crimsonservicedesk wsu. Send General Requests to crimsonservicedesk wsu.
Please fill it out and route for the required signatures. Select Microsoft products are configured by default to look for this service and it should be automatic.
Generally, departments do not need to do anything to activate products. However, ITS may contact departments to open ports or modify firewall setting if necessary. This will be on a case-by-case basis. KMS activation will not impact any existing installations and will only affect new and un-activated ones. Departments can block access via a firewall if departments do not want automatic activation. For users in remote locations or users who are not in the network, MAK will be distributed on case by case basis.
The license must be used for educational, not commercial use. Please work with your in-house Systems Manager to get access. The start up screen looks like this:. There are two menus, File and Run , that control PopG. They are in the upper left of the main PopG window. Once you have done your first run, all the selections will be active. The random number generator The program uses a random number generator which automatically initializes from your system clock.
Thus it should give you a different sequence of random numbers and thus a different result every time you run the program. In the menu for a new run, there is a setting for Random number seed which is set by default to Autogenerate , which will initialize from the system clock.
You probably won't have any reason to change this, unless you are debugging PopG and want to do the same run, with the same random outcomes, twice. If you do wish to do the same exact run twice, enter a value in place of the Autogenerate string and PopG will use that to initialize the random number generator.
Assuming you have not modified the calcPopG routine within the Java code, every time you start with that random number you will get exactly the same results.
The File menu This contains four menu items. They are Save , Print , About and Quit. Once you have done your first run, they will be active. Compiling it yourself Most people will not need to compile the program themselves as the Java Jar package supplied should run on most versions of Java. So you should probably skip this section. But if you wish to modify the functionality of PopG or if you have some unusual Java environment that will not run the supplied Jar file you will need a Java compiler.
We repeat: If you just need to run the program, you should run the Jar file that comes in our distribution. You do not need to compile anything though you may need to install Java.
If you do need to compile the program, you will find a src directory in the downloaded and unzipped folder PopG which you got from our site. Import the file PopGUserInterface.
You can either execute it directly from there or export a Java Jar from the editor and execute it. If you are modifying our program, once you have finished doing that you should have no problems creating the Java Jar, If you cannot do, tell us, since that would be a bug. Simulating with PopG This program simulates the evolution of random-mating populations with two alleles, arbitrary fitnesses of the three genotypes, an arbitrary mutation rate, an arbitrary rate of migration between the replicate populations, and finite population size.
The programs simulate simultaneously evolving populations with you specifying the population size, the fitnesses of the three genotypes, the mutation rates in both directions from A to a and from a to A , and the initial gene frequency. They also ask for a migration rate among all the populations, which will make their gene frequencies more similar to each other. Much of the time but not always! In most respects the program is self-explanatory.
After installing the application or unzipping the ZIP file, if the program does not run properly, you might need to Download the.
This should only be necessary on Windows computers that have not been updated via Windows Update. For commercial use, please contact Prof. Wobbrock at wobbrock uw. About PM2 What's new! Known issues. The Pointing Magnifier is a cursor replacement designed to reduce the need for fine motor control.
It is also useful in getting a close look at any region of the screen without losing the surrounding context, which has been useful to graphic designers and people with low vision. With the Pointing Magnifier, the usual mouse cursor is replaced by a semi-transparent circular cursor.
When the user clicks, the area beneath this circular cursor becomes magnified. Once magnified, the typical mouse cursor arrow appears within the magnified lens, allowing for normal mouse operations, now on much larger targets.
The Pointing Magnifier supports all button-based actions: clicking, double-clicking, right-clicking, dragging, and button dwelling, both on the cursor itself and within its magnified lens. It does not trigger mouse movement-based events—mouse over, mouse hover, mouse enter, or mouse leave—due to technical limitations. Wobbrock, among others. A decade later, numerous feature requests and design improvements have resulted in the creation of Pointing Magnifier 2 by Jacob O.
Wobbrock, with help from Alexis Hiniker. See what's new!
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