real_t             27 computefourier.cc                       int *J, real_t *samples);
real_t             47 computefourier.cc   real_t *samples = (real_t *)malloc(W_Comb * sizeof(*samples));
real_t            105 computefourier.cc   real_t *samples = (real_t *)malloc(B * sizeof(*samples));
real_t            244 computefourier.cc   real_t *values[2];
real_t            246 computefourier.cc     values[a] = (real_t *) malloc(loops * sizeof(*values[a]));
real_t            273 computefourier.cc     real_t realv = values[0][location];
real_t            274 computefourier.cc     real_t imagv = values[1][location];
real_t            442 computefourier.cc     real_t *x = (real_t *)malloc(n*sizeof(*x));
real_t            449 computefourier.cc     real_t *xc = (real_t *)malloc(n*sizeof(*xc));
real_t            566 computefourier.cc                       int *J, real_t *samples){
real_t            591 computefourier.cc     real_t xtmp[B];
real_t            594 computefourier.cc     std::vector<std::pair<real_t, real_t> > fft_n, fft_w, fft_sample, fft_large, fft_true;
real_t             79 experiment.cc    real_t filter_noise = 0, filter_noise_est = 0;
real_t            132 experiment.cc    std::pair<real_t, int> *candidates = (std::pair<real_t, int> *)malloc(num_candidates*sizeof(*candidates));
real_t            164 experiment.cc    real_t ERROR =0;
real_t            384 experiment.cc    real_t BB_loc = (unsigned) (Bcst_loc*sqrt((double)n*k/(log2(n))));
real_t            385 experiment.cc    real_t BB_est = (unsigned) (Bcst_est*sqrt((double)n*k/(log2(n))));
real_t             68 filters.cc         real_t dist = fabs(i - center);
real_t             91 filters.cc       real_t max = 0;
real_t             67 generate_graphs.cc   real_t filter_noise = 0, filter_noise_est = 0;
real_t            111 generate_graphs.cc   std::pair<real_t, int> *candidates = (std::pair<real_t, int> *)malloc(num_candidates*sizeof(*candidates));
real_t            117 generate_graphs.cc   real_t ERROR=0;
real_t            299 generate_graphs.cc       real_t BB_loc = (unsigned) (Bcst_loc*sqrt((double)n*k/(log2(n))));
real_t            300 generate_graphs.cc       real_t BB_est = (unsigned) (Bcst_est*sqrt((double)n*k/(log2(n))));
real_t              6 plot.cc        std::vector<real_t> map_abs(std::vector<complex_t> x){
real_t              7 plot.cc          std::vector<real_t> y(x.size());
real_t             13 plot.cc        std::vector<real_t> map_real(std::vector<complex_t> x){
real_t             14 plot.cc          std::vector<real_t> y(x.size());
real_t             20 plot.cc        std::vector<real_t> map_imag(std::vector<complex_t> x){
real_t             21 plot.cc          std::vector<real_t> y(x.size());
real_t             41 plot.cc        		    std::vector<std::vector<std::pair<real_t, real_t> > > plots, std::string titles){
real_t             81 plot.cc        int plotn(std::string preamble, std::vector<std::vector<std::pair<real_t, real_t> > > plots, std::string titles)
real_t            100 plot.cc        int plotn(std::string preamble, std::vector<std::vector<real_t> > plots, std::string titles){
real_t            101 plot.cc          std::vector<std::vector<std::pair<real_t, real_t> > > ans;
real_t            103 plot.cc            std::vector<std::pair<real_t, real_t> > v;
real_t             13 plot.h         std::vector<real_t> map_abs(std::vector<complex_t> x);
real_t             14 plot.h         std::vector<real_t> map_real(std::vector<complex_t> x);
real_t             15 plot.h         std::vector<real_t> map_imag(std::vector<complex_t> x);
real_t             17 plot.h         int plotn(std::string preamble, std::vector<std::vector<std::pair<real_t, real_t> > > plots, std::string titles="");
real_t             20 plot.h         int plotn(std::string preamble, std::vector<std::vector<real_t> > plots, std::string titles="");
real_t             53 utils.cc       real_t nth_element_immutable(real_t *input, int n, int num){
real_t             54 utils.cc         real_t *x = (real_t *)malloc(n*sizeof(*x));
real_t             57 utils.cc         real_t ans = x[num];
real_t             66 utils.cc       void find_largest_indices(int *output, int num, real_t *samples, int n){
real_t             70 utils.cc         real_t cutoff = nth_element_immutable(samples, n, n-num-1);
real_t             18 utils.h        real_t nth_element_immutable(real_t *input, int n, int num);
real_t             24 utils.h        void find_largest_indices(int *output, int num, real_t *samples, int n);