![]() When given the option to 'Create symbolick links to MATLAB scripts in:' it is recommended that you check the box and use the supplied path /usr/local/bin.ġ. When prompted to 'Specify installation folder' it is recommended that you use the default folder /usr/local/MATLAB/R2011a.Ĥ. This will allow you to create symbolic links to MATLAB in /usr/local/bin.ģ. When prompted to 'Choose installation type' you should select custom. ![]() Run the MATLAB installer with the following Terminal command: sudo /media/MATHWORKS_R2011A/installĢ. The assumption is that MATLAB install files are located at /media/MATHWORKS_R2011a in your filesystem.ġ. Installation of MATLAB R2011a on unsupported Ubuntu releases are outside the scope of this documentation. MATLAB R2011a users are strongly encouraged to install R2011a on Ubuntu 10.04 LTS or Ubuntu 10.10 for best results. ![]() Consequently Ubuntu 11.04 is not a supported operating system for MATLAB R2011a. Please note that this is prior to the release of Ubuntu 11.04. MATLAB R2011a was released on April 8, 2011. You can integrate your MATLAB code with other languages and applications, and distribute your MATLAB algorithms and applications. MATLAB provides a number of features for documenting and sharing your work. Add-on toolboxes (collections of special-purpose MATLAB functions, available separately) extend the MATLAB environment to solve particular classes of problems in these application areas. You can use MATLAB in a wide range of applications, including signal and image processing, communications, control design, test and measurement, financial modeling and analysis, and computational biology. Thanks to our trainer’s direct observation of how people learn and use MATLAB, we were able to target improvements to support their workflows.MATLAB® is a high-level language and interactive environment that enables you to perform computationally intensive tasks faster than with traditional programming languages such as C, C++, and Fortran. I think the updated plot catalog is a great result. As you may have guessed by now, we were able to use a lot of our work on the plot selector directly in the plot catalog. This was just the push we needed to know what to do with the plot catalog. I think of this like the difference between using an application on an iPhone and on an iPad – while you can get the same things done on an iPhone, the extra real estate on the iPad can make browsing much more comfortable. After a bit of discussion, we realized that the key feature of the plot catalog was simply that it was big! This let them browse around more easily than scrolling through the very long list in the plot catalog, which is really helpful when trying to get oriented to the hundreds of available visualization routines. I wondered back why students would want the plot catalog at all, since they could find everything they need right in the plot selector. She mentioned how much her students love the plot catalog, but wondered why it was limited to showing only plots from MATLAB without any from toolboxes. One day last year, I was having a chat with one of our European MATLAB trainers. We figured that this would give us a chance to hear from users whether or not it was worth keeping, or worth enhancing. We ultimately decided to keep a link to the old plot catalog at the bottom of the plot selector, just in case. With the new ability to see all available plot types in the plot selector, we figured that there was no need to go to the plot catalog any more. We seriously considered throwing away the plot catalog when we introduced the redesigned plot selector. I’m guessing that many of you recognize similarities between the updated plot catalog and the updated workspace browser plot selector we introduced in R2009b. The help on the right is more detailed, and if necessary, explains why a selected plot type won’t work with the selected data.There are a LOT more categories of plots listed on the left, including ones from many toolboxes.Now let’s take a look at the new (R2011a) version. ![]() Here’s what it used to look like (R2010b and earlier): The plot catalog allows you to easily browse and try many of the different types of plots in MATLAB. We introduced the plot catalog years ago to address this challenge. This week I’d like to talk a little bit about the redesign of the plot catalog.Īs the number of available plot types in MATLAB grew over the years, we found that it became increasingly difficult for users to discover the best plot type for their data. It’s Scott again, jumping back in with Mike to talk about some of the new features introduced in R2011a.
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