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In Other options, you will be prompted to download updates as well as third-party software that may improve device support and performance (for example, Nvidia graphics drivers) during the installation. It is recommended to check both of these boxes.
You can download your app from the Creative Cloud website. If prompted, sign in to your Adobe account, then click either Download or Install for your app. For more information, see Download your Creative Cloud apps.
For solutions to a "failed to install" error, see Error: "Failed to install" Creative Cloud desktop app. To resolve other download, installation, and update issues, see this download and install troubleshooting guide.
These tutorials are designed to introduce you to the basics of each program. Reading through and performing the steps using the provided data and workspace will give you a feel for the workflow through FlowJo and/or SeqGeq.
Language and framework specific tutorials are spread throughout the AWS Elastic Beanstalk Developer Guide. New and updated tutorials are added to this list as they are published. The most recent updates are shown first.
These tutorials are targeted at intermediate users and may not contain instructions for basic steps such as signing up for AWS. If this is your first time using AWS or Elastic Beanstalk, check out the Getting Started walkthrough to get your first Elastic Beanstalk environment up and running.
The application uses features of the Java SE platform to download dependencies and build on-instance, minimizing the size of the souce bundle. The application also includes nginx configuration files that override the default configuration to serve the frontend web app statically on port 80 through the proxy, and route requests to paths under /api to the API running on localhost:5000.
The Application Gallery features COMSOL Multiphysics® tutorial and demo app files pertinent to the electrical, structural, acoustics, fluid, heat, and chemical disciplines. You can use these examples as a starting point for your own simulation work by downloading the tutorial model or demo app file and its accompanying instructions.
Search for tutorials and apps relevant to your area of expertise via the Quick Search feature. To download the MPH-files, log in or create a COMSOL Access account that is associated with a valid COMSOL license. Note that many of the examples featured here can also be accessed via the Application Libraries that are built into the COMSOL Multiphysics® software and available from the File menu.
After you download a bedrock map, you should already have a file name with .mcworld in it, like FILE_NAME_HERE.mcworld. It should also have a Minecraft icon in it. Just double click it and it will automatically open in Minecraft. You can easily rename bedrock .zip files to a .mcworld simply by changing the extension. MCWORLD is just a special file extension optimized for Minecraft Bedrock.
This tutorial is not intended to teach you Python itself. Once you are familiar with the basics of VS Code, you can then follow any of the programming tutorials on python.org within the context of VS Code for an introduction to the language.
Data Science: If your primary purpose for using Python is Data Science, then you might consider a download from Anaconda. Anaconda provides not just a Python interpreter, but many useful libraries and tools for data science.
Thank you for your interest in the Maryland Open Source Tutorials in Physics Sensemaking! Instructors inevitably need to adapt even the best reform materials to suit their local circumstances. We offer a package of research-based, open-source, epistemologically-focused mechanics tutorials, along with the detailed information instructors need to make effective modifications and offer professional development to teaching assistants. In particular, our tutorials are hyperlinked to instructor's guides that include the rationale behind the various questions and advice from experienced instructors. There are video clips of students working on these materials in Periscope: Looking into learning in best-practices physics classrooms, a collection of classroom videos for faculty and TA/LA professional development. Our materials thus facilitate their own implementation and develop instructor expertise with PER-based instructional materials. You can find more details on the Open Source Tutorials teaching method page on PhysPort, or in the welcome and overview document below.
This tutorial covers downloading NEON data, using the Data Portal andthe neonUtilities R package, as well as basic instruction in beginning toexplore and work with the downloaded data, including guidance innavigating data documentation.
Go to theNEON Data Portaland download some data! Almost any IS or OS data product can be used for thissection of the tutorial, but we will proceed assuming you've downloadedPhotosynthetically Active Radiation (PAR) (DP1.00024.001) data. For optimalresults, download three months of data from one site. The downloaded fileshould be a zip file named NEON_par.zip. For this tutorial, we will be usingPAR data from the Wind River Experimental Forest (WREF) in Washington statefrom September-November 2019.
In the section above, we downloaded a .zip file from the data portal toour downloads folder, then used the stackByTable() function to transformthose data into a usable format. However, there is a faster way to loaddata directly into the R Global Environment using loadByProduct().
The most popular function in neonUtilities is loadByProduct().This function downloads data from the NEON API, merges the site-by-monthfiles, and loads the resulting data tables into the R environment,assigning each data type to the appropriate R class. This is a popularchoice because it ensures you're always working with the latest data,and it ends with ready-to-use tables in R. However, if you use it ina workflow you run repeatedly, keep in mind it will re-download thedata every time.
loadByProduct() works on most observational (OS) and sensor (IS) data,but not on surface-atmosphere exchange (SAE) data, remote sensing (AOP)data, and some of the data tables in the microbial data products. Forfunctions that download AOP data, see the byFileAOP() and byTileAOP()sections in this tutorial. For functions that work with SAE data, seethe NEON eddy flux data tutorial.
If you want to be able to close R and come back to these data withoutre-downloading, you'll want to save the tables locally. We recommendalso saving the variables file, both so you'll have it to refer to, andso you can use it with readTableNEON() (see below).
But, if you want to save files locally and load them into R (or anotherplatform) each time you run a script, instead of downloading from the APIevery time, you may prefer to use zipsByProduct() and stackByTable()instead of loadByProduct(), as we did in the first section above. Detailscan be found in our neonUtilities tutorial. You can also try out thecommunity-developed neonstore package, which is designed formaintaining a local store of the NEON data you use.
Remote sensing data files are very large, so downloading themcan take a long time. byFileAOP() and byTileAOP() enableeasier programmatic downloads, but be aware it can take a verylong time to download large amounts of data.
Let's take a look at the PAR data we downloaded earlier. We'llread in the 30-minute file using the function readTableNEON(),which uses the variables.csv file to assign data types to eachcolumn of data:
The first four columns are added by stackByTable() when it mergesfiles across sites, months, and tower heights. The columnpublicationDate is the date-time stamp indicating when the datawere published. This can be used as an indicator for whether datahave been updated since the last time you downloaded them.
OS data products each come with a Data Product User Guide,which can be downloaded with the data, or accessed from thedocument library on the Data Portal, or the Product Detailspage for the data product. The User Guide is designed to givea basic introduction to the data product, including a briefsummary of the protocol and descriptions of data format andstructure.
To get started with the aquatic plant chemistry data, let'stake a look at carbon isotope ratios in plants across the threesites we downloaded. The chemical analytes are reported in theapl_plantExternalLabDataPerSample table, and the table is inlong format, with one record per sample per analyte, so we'llsubset to only the carbon isotope analyte:
Click the Download link for any of the tutorials below to download a ZIP file containing the tutorial package. When you extract the ZIP file to the location of your choice, a new tutorial folder is created containing tutorial instructions in a PDF document and, as applicable, a VCE project file, a project folder, and a data folder. Just open the PDF tutorial document and follow the instructions.
Looking for more TBC learning resources?- Check out the TBC section on our learn.trimble.com platform. From self-paced tutorials to Instructor-led workshops, we have you covered!- New to TBC? We recommend you sign up for the "Getting Started - TBC" course on the learn.trimble.com platform first.
A collection of code samples and tutorials are provided with Qt to help new users get started with Qt development. These documents cover a range of topics, from basic use of widgets to step-by-step tutorials that show how an application is put together.
Learning how to program involves exploring lots of code: running, altering, breaking, and enhancing it until you have reshaped it into something new. With this in mind, the Processing software download includes dozens of examples that demonstrate different features of the software.
Finally, option 3 is a good choice for quick installation if SFML is not available as an official package. Download the SDK from the download page, unpack it and copy the files to your preferred location: either a separate path in your personal folder (like /home/me/sfml), or a standard path (like /usr/local). 2b1af7f3a8