PolyOrder is a C++ library and a robust framework for developing numerical polymer self-consistent field theory (SCFT) software.
To make liborder.a:
$ make lib
You need to move the liborder.a from the build/lib directory to a directory known by your compiler. A gcc 4.5+ is recommended for building this library.
Requirements
- FFTW 3.3+
- Armadillo 4.3+
- blitz++ (version contains
tinyvec-et.h) CMatFile.hand MatIO (-lmatio)Simpleini.h+ConvertUTF.h+ConvertUTF.c
Additional library for charged polymers
libndarray.a(-lndarray, forCNDArray)
NOTE: For Mac OS x86_64, add ``-m64`` to ``CXXFLAGS`` in the Makefile
A typical use of PolyOrder is to write a main function which completes following tasks:
- Select a polymer model and initialize it with an appropriate configuration file.
- Use the created model instance to initialize the SCFT driver.
- Run the driver instance.
- Optional: you can record the run time.
Examples can be found in the scft directory.
To build your application, just compile and link your code with the PolyOrder library. You can also modify the Makefile in the root directory and build your application by
$ make main
Let me know what you think and wish. I can be reached through email or other ways.
- Yi-Xin Liu's personal website
- Source code hosted by GitHub.