Fast gyrosynchrotron codes

Theoretical background & documentation

• Manuscript (published as: ApJ, 721, 1127, 2010)

• Appendix I (built-in electron distributions)

• Appendix II (calling conventions)

Executable binaries

IDL-callable

• Windows 32-bit, continuous code libGS_Std_HomSrc_C.dll

• Windows 64-bit, continuous code libGS_Std_HomSrc_C.dll

• Windows 32-bit, continuous + exact + hybrid codes libGS_Std_HomSrc_CEH.dll

• Windows 64-bit, continuous + exact + hybrid codes libGS_Std_HomSrc_CEH.dll

• Linux 32-bit (openSUSE 11.0), continuous +exact + hybrid codes libGS_Std_HomSrc_CEH.so

• Linux 64-bit (Fedora 12.0), continuous + exact +hybrid codes libGS_Std_HomSrc_CEH.so

• Linux 64-bit (CentOS 5.3), continuous + exact +hybrid codes libGS_Std_HomSrc_CEH.so

• IDL examples:

• continuous code, hybrid code, continuous code with R-optimization, sample output

• flare on 31 December 2007 (for the sample output, see the Manuscript)

Python-callable

• Python 3.2 & Windows 32-bit, continuous + exact + hybrid codes Get_MW.pyd

• Python 3.2 & Linux 32-bit (openSUSE 11.0), continuous + exact + hybrid codes Get_MW.so

• Python 3.1 & MacOSX 10.6, continuous + exact + hybrid codes Get_MW.so

• Python example: hybrid code (for the corresponding plot, see the IDL sample output)