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Name 크기 Rev. Time Author Log Message
DNLS-steady.cc 7.75 k ed56057f569a 2006-12-10 23:58:13 iselllo initial import
excitations.f95 4.26 k ed56057f569a 2006-12-10 23:58:13 iselllo initial import
kevre-ground.f95 6.16 k ed56057f569a 2006-12-10 23:58:13 iselllo initial import
kevre-mass-energy.f95 5.82 k ed56057f569a 2006-12-10 23:58:13 iselllo initial import
myscript-dnls-steady 153 ed56057f569a 2006-12-10 23:58:13 iselllo initial import
myscript-excitations 69 ed56057f569a 2006-12-10 23:58:13 iselllo initial import
myscript-kevre-ground 71 ed56057f569a 2006-12-10 23:58:13 iselllo initial import
myscript-kevre-mass-energy 70 ed56057f569a 2006-12-10 23:58:13 iselllo initial import
plot-energy-dnls-steady.R 1020 ed56057f569a 2006-12-10 23:58:13 iselllo initial import
plot-excitations.R 1.07 k ed56057f569a 2006-12-10 23:58:13 iselllo initial import
plot-kevre-ground.R 457 ed56057f569a 2006-12-10 23:58:13 iselllo initial import
plot-lambda-kevre-mass-energy.R 1.35 k ed56057f569a 2006-12-10 23:58:13 iselllo initial import
readme 507 ed56057f569a 2006-12-10 23:58:13 iselllo initial import

readme

There are 3 main fortran codes and each of them has its own script to compile it and another .R script to plot the results.
1)kevre-ground ---> works out the ground state of the DNLS and its energy (which is called lambda, though lambda is normally - the energy ---> careful about the sign)
2)kevre-mass-energy.f95 ---> this code works out the mass as a function of lambda and other things
3)excitations.f95 ----> this code works out the excitation spectrum of a ground state obtained using the code at 1).