k.ladutenko/scatt @ 37185fd2687e6d9718d784dde979ccc892d25c5d

Нема описа

Konstantin Ladutenko 37185fd268 Backward order calculation of expansion coeffs		пре 10 година
debian	b911a457c8 Deleted some garbage files generated during compilation.	пре 10 година
doc	966ec23849 an bn and input corresponds to MatScat	пре 10 година
tests	37185fd268 Backward order calculation of expansion coeffs	пре 10 година
.gitignore	c78969a511 Re-added scattnlay.cpp, it is needed to compile Python extension without cython installed.	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	f18c4ddd11 correct calculations of zeta and diff(zeta)	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
bessel.cc	55d503b8e5 Tests for diff(Zeta)	пре 10 година
bessel.h	55d503b8e5 Tests for diff(Zeta)	пре 10 година
compare.cc	37185fd268 Backward order calculation of expansion coeffs	пре 10 година
go.sh	37185fd268 Backward order calculation of expansion coeffs	пре 10 година
nmie-old.cc	3a6320a005 Revised calculation of electric field. Everything seems right now for the calculation outside the particle. Also did several small format changes.	пре 10 година
nmie-old.h	a098084807 Core calculations ported to C++ class.	пре 10 година
nmie-wrapper.cc	553a8d05d1 Reversed changes to scattnlay.pyx because the python extension would compile well but it was not returning the complex vectors (S1 and S2). If changed again we must verify that tes04.py works!!!	пре 10 година
nmie-wrapper.h	fd8d92ade7 Separating the calculation core in a new class. It is not yet ready.	пре 10 година
nmie.cc	37185fd268 Backward order calculation of expansion coeffs	пре 10 година
nmie.h	fa9a816efb Vector spherical harmonics rewritten to avoid calculation of Bessel functions.	пре 10 година
push-to-github.sh	eea51ce5ca Changes to push script	пре 10 година
py_nmie.cc	8dafd465ef Python wrapper working with new class.	пре 10 година
py_nmie.h	8dafd465ef Python wrapper working with new class.	пре 10 година
scattnlay.cpp	03967872ac Fixed compilation of python extension. Calculation of an_bulk_, bn_bulk_ seems broken. Field calculation using these values gives an error.	пре 10 година
scattnlay.pyx	8dafd465ef Python wrapper working with new class.	пре 10 година
setup.py	03967872ac Fixed compilation of python extension. Calculation of an_bulk_, bn_bulk_ seems broken. Field calculation using these values gives an error.	пре 10 година
setup_cython.py	513b7b19b2 Start of using bessel::	пре 10 година
standalone.cc	5ce07e9840 removed warnings about unsigned int comparison	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

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


			
		