The e_float codes are in the sandbox. I have done my best to prepare these codes for initial submission. * Notes for those familiar with the ACM publication: - The bugs reported in the past have been corrected. - The special functions have been reduced to include only (elementary transcendental + gamma + zeta) for real and complex. - The test suite has been reduced accordingly. - The test program runs in ~1-10 seconds for 100 digits depending on the CPU and selected big-number back-end. - Big-number back-end support for MPFR, GMP and my own EFX are included. - The Fortran-90 REAL*16 back-end support has been removed. - The interfaces to Mathematica, Python and the CLR have been removed. - A partial implementation of a generic functional interface has been added. I am excited to see what refactoring and redesign improvements might be suggested. Please be aware that e_float is high-performance, error-intolerant code. So always remember to run the test suite and pay attention to the results and timing before suggesting any refactoring. Sincerely, Chris.