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Course: MCMC 06, Fall 2009School: Fayetteville State...
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CLASSWORK 3 9/19/2006 =========== 1. Create your own library, ``MyLib'', of Fortran 77 routines. Let the first entry be a Fortran functions ggau_df.f and/or ggau_qdf.f, which calculates the general Gaussian CDF and/or peaked CDF for given expectation value A and standard deviation SIGMA. I.e., Y=GGAU_DF(X,A,SIGMA),...
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CLASSWORK
3 9/19/2006
===========
1. Create your own library, ``MyLib'', of Fortran 77 routines. Let
the first entry be a Fortran functions ggau_df.f and/or ggau_qdf.f,
which calculates the general Gaussian CDF and/or peaked CDF for
given expectation value A and standard deviation SIGMA. I.e.,
Y=GGAU_DF(X,A,SIGMA), start then from gau_df.f of ForLib.
2. Use your Fortran function ggau_qdf.f to add exact curves for
SIGMA=SQRT(TWO) and SIGMA=ONE/SQRT(TWO), A=ZERO in both cases,
the to Gaussian plot of your September 19th homework.
3. Create another routine for your own library: Generalize the
subroutine qdf_gnu.f from ForLib, so that one can restrict the
gnuplot range to intervals [XMIN,XMAX]. Call the new subroutine
qdfrange_gnu.f.
4. Download the six formatted (readable) data files. Calculat...
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