I have been re-writing SpinWorks in Java in order to make it make it (hopefully) platform independent. At this point 1D and 2D processing, display, and printing for Bruker, Varian/Agilent and JEOL data are included. 2D and 3D display of NMRPipe data are also included. Available for testing are MacOS X (64 bit), Windows (64 bit) and Linux (32 bit only at this point). The package can be downloaded from:
ftp://davinci.chem.umanitoba.ca/pub/marat/SpinWorks/JavaVersion
Then go to the folder for your OS. You will need to have Java installed on your computer, both the Java Virtual Machine (JVM) and the Java Developers Kit (JDK). These can be downloaded from Oracle, if you don't already have them. You will need 64 bit Java for Windows and MacOS and 32 bit for Linux, with the minimum JVM release being 1.7 (the current release is 1.8).
Installation OS related notes:
Windows: unzip the package and run the setup.exe file.
MacOS: The package is available both as a disk image (.dmg file) and as a zip of the .app folder. Simply drag the SpinWorks app to wherever you want it. Note that I haven't had a chance to create a proper icon yet, so the SpinWorks icon is a generic Eclipse icon. You may need to go into the Set Start-up Options dialog (Options menu) to change the font sizes, depending on your screen size and resolution. Note that an upgrade to El Capitan uninstalls java on your computer. You will need to reinstall it.
Linux: Unzip package and install the spinworks run script (spinworks) and the folder containing the jar file etc. (SpinWorksJ) both into /usr/local/bin. If you install it somewhere else, you will have to edit the run script to reflect this change. Change any required permissions. You can start the program by typing "spinworks" to the command line.
I will be making the source code available as soon as I clean it up a bit. It compiles under the freely available Eclipse Integrated Development Environment (IDE), which is available for Windows, Linux and MacOS.
This should be considered an "alpha" test at this time, and all feedback and criticisms are welcome - ESPECIALLY with respect to the installation process! Still to come are 3D processing and the simulation modules (NUMMRIT, DNMR3, etc).
Cheers and thanks!
Kirk
Kirk Marat, Ph. D. NMR Facility Manager
Dept. of Chemistry, University of Manitoba
144 Dysart Road
Winnipeg, Manitoba, R3T 2N2, Canada
Ph 204-474-6259; FAX 204-474-7608; Cell 204-228-6474
Received on Tue Aug 02 2016 - 11:31:48 MST