map_abs           459 computefourier.cc          Vec(xc, n), map_abs(Vec(xf, n)), Vec(x, n));
map_abs           103 experiment.cc    plot("filter fourier series", map_abs(Vec(filter.freq, 4*n/B_loc)));
map_abs           106 experiment.cc    plot("filterest fourier series", map_abs(Vec(filter_est.freq, 4*n/B_loc)));
map_abs           114 experiment.cc    plot("Original fourier series", map_abs(Vec(out, n)));
map_abs            89 generate_graphs.cc   plot("filter fourier series", map_abs(Vec(filter.freq, 4*n/B_loc)));
map_abs            92 generate_graphs.cc   plot("filterest fourier series", map_abs(Vec(filter_est.freq, 4*n/B_loc)));
map_abs           100 generate_graphs.cc   plot("Original fourier series", map_abs(Vec(out, n)));
map_abs            66 kaiserbessel.cc   plot("filter time series'\nset logscale y\nz='",  "Kaiser Bessel\nGaussian\nDolph Chebyshev" ,map_abs(Vec(filtert, w1)), map_abs(Vec(filtert2, w2)), map_abs(Vec(filtert3, w3)));
map_abs            69 kaiserbessel.cc   plot("filter fourier series'\nset logscale y\nz='","Kaiser Bessel\nGaussian\nDolph Chebyshev", map_abs(Vec(filterf, n)), map_abs(Vec(filterf2, n)),map_abs(Vec(filterf3, n)));
map_abs            97 plot.cc            plot(preamble, map_abs(y));
map_abs            13 plot.h         std::vector<real_t> map_abs(std::vector<complex_t> x);