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Marion.Baumgartner
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Updated README
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README.md

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TODO ...
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README: HOLO_MULTIP version 1.0 C++
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AUTHOR: Marion Baumgartner
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This program is based on an erlier wesion writen in Fortran 77 by
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A.Stuck, Univ. Freiburg, Switzerland
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J. Osterwalder, Univ. Freiburg,
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J. Wider (jw), Univ. Zurich, Switzerland
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A. Muntwiler (mm), Univ. Zurich, Switzerland
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THANKS:
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CHANGELOG:
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The program uese the C++ STD library as well as the Boost library (for calculation of special functions such asthe associated legendre Polynomials). For a detailed descriprion of Boost see http://www.boost.org/.
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NEWS:
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COMPILATION/INSTALL:
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for compilation call make
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-> compilation with g++
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-> using the C++98 standart
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COPYING / LICENSE:
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BUGS: Report Bugs to ...
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MAIN IDEAS:
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1) read measured data from a data file formated as following
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#Intensity theta phi-angle
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2) from the measured intensity calculate a maximum amount of coefficients a_lm of the multipole epansion.
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3) from the coefficiets determine the intensity values at every theta and phi
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4) write claculated data to a file using a specified format
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special options:
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Calculate a Fermi functin like apodizing function for input data
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calculate chi function from the measured hologram ...
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README.md~

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README: HOLO_MULTIP version 1.0 C++
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AUTHOR: Marion Baumgartner
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This program is based on an erlier wesion writen in Fortran 77 by
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A.Stuck, Univ. Freiburg, Switzerland
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J. Osterwalder, Univ. Freiburg,
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J. Wider (jw), Univ. Zurich, Switzerland
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A. Muntwiler (mm), Univ. Zurich, Switzerland
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THANKS:
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CHANGELOG:
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The program uese the C++ STD library as well as the Boost library (for calculation of special functions such asthe associated legendre Polynomials). For a detailed descriprion of Boost see http://www.boost.org/.
15+
16+
NEWS:
17+
18+
19+
COMPILATION/INSTALL:
20+
21+
for compilation call make
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-> compilation with g++
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-> using the C++98 standart
24+
25+
COPYING / LICENSE:
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27+
BUGS: Report Bugs to ...
28+
29+
MAIN IDEAS:
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31+
1) read measured data from a data file formated as following
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#Intensity theta phi-angle
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2) from the measured intensity calculate a maximum amount of coefficients a_lm of the multipole epansion.
34+
35+
3) from the coefficiets determine the intensity values at every theta and phi
36+
37+
4) write claculated data to a file using a specified format
38+
39+
40+
special options:
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Calculate a Fermi functin like apodizing function for input data
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43+
calculate chi function from the measured hologram ...
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45+
46+

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