For installing on Windows, you need to install a Linux distribution under WSL2. The following instructions for conda are for installing under MacOS or Linux. Using Conda is convenient since Conda takes care of the many package dependencies that Bmad based programs have. You do not have to download and build a Bmad Distribution. Pre-compiled Bmad executables (Tao, etc) can be installed via conda-forge (a Python package manager). Note: Bmad can be built on Windowsby installing a Linux distribution via WSL2.įor more information on Bmad, please see Note: ifort and gcc versions earlier than what is stated above are known to fail. Mac Intel / gcc gfortran compiler (v 6.3 or later).Linux / gcc gfortran compiler (v 6.3 or later).Linux / Intel ifort compiler (v 17.0.7.259 or later).Script files to build the libraries and executables.ĭistribution names are generally of the form: bmad_dist_YYYY_MMDD-N.tgz where YYYY_MMDD is the year_month-day tag of the release and N is the version number which starts with '0' for the first version generated on a given date, etc.īmad has been successfully been compiled on:.(The term ' Bmad source code' includes not only the Bmad code library as well as the subsidiary libraries, like cesr_utils, but also the code for programs like Tao.) The Bmad source code to build a collection of libraries and executables.All ' OFF-site' work is done using Distributions.For Windows systems, WSL2 should be used. Distributions can be built on Linux or Mac OS X (intel) computers.Distributions include the Tao program (as well as many other programs).The code that is left out of Distributions is CESR specific and therefore not of interest to outside people. Distributions contain a subset of the code in a Release.New Distributions are generated approximately weekly.Distributions are freely available for download from the web.A Distribution is meant for use on machines that are not part of the CLASSE laboratory network.Issues with building a Distribution: Troubleshooting PageĪ Distribution, (also called a Bmad Distribution), is a stand-alone subset of the ACC Code Libraries, including the Bmad toolkit used for accelerator/X-ray simulations.Building your own code using a Distribution.Cornell Developed Directories containing programs:.RHEL variants (RHEL, CentOS, Scientific Linux, CERN SLC).The following tools are needed in addition to those listed in the above Libraries and Tools section:.See the Troubleshooting page for details. Note: There are various Xcode/OS problems.Note: The SHELL for building Bmad is bash.Note: Supported macOS versions are Catalina v10.15, Mojave v10.14 and High Sierra v10.13 - older versions may work but we don't have the resources to help if you have trouble.Installing Packages for Various Operating Systems.

Install gfortran in conda environment