k.ladutenko/scatt @ 0cc3e5581dc9979a344745750ef87cb8617aba80

Нема описа

Konstantin Ladutenko 0cc3e5581d Calculate D1 and D3 for inner layers		пре 10 година
debian	b911a457c8 Deleted some garbage files generated during compilation.	пре 10 година
doc	0cc3e5581d Calculate D1 and D3 for inner layers	пре 10 година
tests	198ad6296d Found the bug (it was a problem converting to spherical coordinates). Now the calculation of electric field outside the particle is working well.	пре 10 година
.gitignore	500ec4e6d7 moved to C++ version of the library by default	пре 10 година
CHANGES	1b7786ad5a Initial commit based on Ovidio version of python-scattnlay 0.3.0	пре 10 година
COPYING	1b7786ad5a Initial commit based on Ovidio version of python-scattnlay 0.3.0	пре 10 година
LICENSE	1b7786ad5a Initial commit based on Ovidio version of python-scattnlay 0.3.0	пре 10 година
MANIFEST.in	8d6d84aa20 Calculation of electric field outside the particle is mostly working. Added a python test for this calculation.	пре 10 година
Makefile	8d6d84aa20 Calculation of electric field outside the particle is mostly working. Added a python test for this calculation.	пре 10 година
PKG-INFO	a02a844cdc Modifications to complete the porting to C++. Most of the work was done by 'kostyfisik'.	пре 10 година
README	1b7786ad5a Initial commit based on Ovidio version of python-scattnlay 0.3.0	пре 10 година
compare.cc	0cc3e5581d Calculate D1 and D3 for inner layers	пре 10 година
go.sh	f500aa4c96 Bug in nmie.cc! Start of nField porting.	пре 10 година
nmie-wrapper.cc	0cc3e5581d Calculate D1 and D3 for inner layers	пре 10 година
nmie-wrapper.h	b6c275ddb2 Switched to probably slow, however, easy to read memory layout	пре 10 година
nmie.cc	f500aa4c96 Bug in nmie.cc! Start of nField porting.	пре 10 година
nmie.h	9d6c859ff5 checkout nmie.cc and nmie.h to 164dc05 commit	пре 10 година
push-to-github.sh	eea51ce5ca Changes to push script	пре 10 година
py_nmie.cc	b0f8cefe13 Python version compiling too.	пре 10 година
py_nmie.h	b0f8cefe13 Python version compiling too.	пре 10 година
scattnlay.cc	8d6d84aa20 Calculation of electric field outside the particle is mostly working. Added a python test for this calculation.	пре 10 година
scattnlay.pyx	8d6d84aa20 Calculation of electric field outside the particle is mostly working. Added a python test for this calculation.	пре 10 година
setup.py	a02a844cdc Modifications to complete the porting to C++. Most of the work was done by 'kostyfisik'.	пре 10 година
setup_cython.py	acdd386022 Deleted library ucomplex because it is no longer required. Also added the cython setup file.	пре 10 година
standalone.cc	296172b011 Small changes to makefile	пре 10 година
test-negative-epsilon.cc	097982a8b2 seem to work ok with optimizer	пре 10 година

		
			
			
				README
			
		
		
	
			
				*******************************************************************************
How to use scattnlay
*******************************************************************************

1. Compile Code:
   (a) Compilation options
	* make source - Create source package (python library)
	* make install - Install on local system (python library)
	* make buildrpm - Generate a rpm package (python library)
	* make builddeb - Generate a deb package (python library)
	* make standalone - Create a standalone program
	* make clean - Delete temporal files

*******************************************************************************
2. Use:
   (a) Python library
      * Use scattnlay directly
          from scattnlay import scattnlay
          ...
          x = ...
          m = ...
          terms, Qext, Qsca, Qabs, Qbk, Qpr, g, Albedo, S1, S2 = scattnlay(x, m)
          ...

      * Execute some of the test scripts (located in the folder 'tests/python')
          Example:  ./test01.py

   (b) Standalone program
      * Execute scattnlay directly
          Usage: scattnlay -l Layers x1 m1.r m1.i [x2 m2.r m2.i ...] [-c comment]

      * Execute some of the test scripts (located in the folder 'tests/shell')
          Example:  ./test01.sh > test01.csv

*******************************************************************************


			
		