Hi Christopher! Thanks for your reply. You should try to look into the book that I linked
in the project description and be in a position to describe how you might tackle some of these algorithms.
Currently I am going through the code, documents and PDF file which contains the algorithms. Please suggest next steps as you find appropriate.
In addition, you should try to get a simple project up and running that simply *uses* and tests Boost.Multiprecision's cpp_dec_float.
Try a Gamma function, or Bessel functions. Verify the results with, for example, Wolfram's Alpha.
I have attached the zip file containing the assignment. It contains 4 files:
- sample_use_boost_float.hpp - [1] - test_sample_use_boost_float.cpp - [2] - output1.txt - [3] - output2.txt - [4] The header only file [1] contains the template class definition for the following: - Bessel functions (1st and 2nd kind) - Gamma function - sinc() function In addition, zip file contains the tests [2] for multiprecision float expressions of the aforementioned functions. The results have been tested against values directly from Wolfram Alpha. [3] is the console output on a successful run of tests. [4] has been also provided for example output of unsuccessful run of tests. Kindly have a look and comment. Best regards, Saurav