Cornell Accelerator Software Main Page

See the Overview and Definitions page for an overview of the Cornell accelerator software environment.

---

---

Compiler Requirements

At present, it is known that our code can be built with the following compilers:

ifort (Intel) 17.0.7.259+

gfortran (gcc) 6.3+

---

---

Obtaining The Code

1. Code can be accessed via the ACC Code Repository. Note:

• The ACC Code Repository can be accessed by all users who have a CLASSE account.
• Additionally, there is anonymous read access to parts of the ACC repository. In particular, there is read access to all directories contained in a Distribution

2. Code can be accessed by downloading a Distribution.

• Distributions are ment for OFF-site work and no CLASSE account is needed.
• Distributions contain the Bmad simulation code.

---

---

Building the Code

"On-Site" building using Releases when working with the CLASSE Linux computer network

• ON-Site environment set up -- Initialize the ACC Build System on a This is the first thing you need to do.
• CESR Developing Info and Best Practices
• CESR Library build order dependancies.
• Development Hardware -- Equipment and associated policies / recommendations
• Software Version Info -- Compiler, application, and interpreter versions summary

"Off-Site" bilding using Distributions.

• OFF-Site Bmad developer information

Building your own code

• To setup local builds of your own code, please see the Code development wiki..
• To try a build of a working simple example, please see the Examples.

Troubleshooting

• For documented issues and solutions with building the ACC code, please see our Troubleshooting page.
• For "profiling" a program. That is, finding which places in the code are taking up the most execution time, see the Profilepage.

Other Stuff

• Compiler, Debugger, Linux, CLASSE, and Other General Documentation.
• If you need to contact someone for help, please see the Help and Mailing List Information wiki page.
• Remote access to the CLASSE Linux computers