GitHub - shi-scala/NanoShaper: NanoShaper0.7

Branches Tags

Name		Name	Last commit message	Last commit date
Latest commit History 64 Commits
.github/workflows		.github/workflows
CGALPatch		CGALPatch
doc		doc
example		example
example_DelPhi		example_DelPhi
example_python		example_python
lib		lib
src		src
.clang-format		.clang-format
.gitattributes		.gitattributes
.gitignore		.gitignore
.gitmodules		.gitmodules
CMakeLists.txt		CMakeLists.txt
CMakeLists_delphilib.txt		CMakeLists_delphilib.txt
CMakeLists_git.txt		CMakeLists_git.txt
CMakeLists_pybind11.txt		CMakeLists_pybind11.txt
CMakeLists_python.txt		CMakeLists_python.txt
CMakeLists_standalone.txt		CMakeLists_standalone.txt
NanoShaper0.7_Guide.pdf		NanoShaper0.7_Guide.pdf
Readme.txt		Readme.txt
license.txt		license.txt
setup.py		setup.py
setupInstallation.py		setupInstallation.py

Repository files navigation

NanoShaper readme
=================

NanoShaper is GPL licensed software please read the attached license.txt file.

Contents:
=========
	- "\build" build directory for standalone application
	- "\build_lib" build directory for DelPhi library
	- "\build_python" build directory for Python module
	- "\doc" C++ automatically generated classes documentation
	- "\CGALPatch" CGAL patch files
	- "\src" C++ sources
	- "\example" example usage of standalone NanoShaper
	- "\example_python" example usage of Python NanoShaper module
	- "\example_DelPhi" example usage of DelPhi + NanoShaper library
 
Installation
============

On Windows precompiled executables are on the \bin folder. For Linux and Mac
it is required that you compile the code. Two modes are possible:

1) In the automatic mode you just type
    
             python setup.py

And a user friendly installation will start.

2) The other possibility is the manual compilation and it is valid
for any O.S. This mode is detailed on the guide in pdf format.