plot_all_DS.m

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clear;
load('bfs_dense.mat');
plot_design_space(run_results_timing, logic_util, 'BFS dense', 'BFS_dense');
clear;
load('bfs_sparse.mat');
plot_design_space(run_results_timing, logic_util, 'BFS sparse', 'BFS_sparse');
clear;
load('dct.mat');
plot_design_space(run_results_timing, logic_util, 'DCT', 'DCT');
clear;
load('fir.mat');
plot_design_space(run_results_timing, logic_util, 'FIR filter', 'FIR');
clear;
load('hist.mat');
plot_design_space(run_results_timing, logic_util, 'Histogram', 'Histogram');
clear;
load('mm.mat');
plot_design_space(run_results_timing, logic_util, 'Matrix Multiply', 'MM');
clear;
load('mergesort.mat');
plot_design_space(run_results_timing, logic_util, 'Merge Sort', 'Mergesort');
clear;
%load('nw.mat');
%plot_design_space(run_results_timing, logic_util, 'NW', 'NW');
%clear;
load('normals.mat');
plot_design_space(run_results_timing, logic_util, 'Normal estimation', 'Normals');
clear;
load('sobel.mat');
plot_design_space(run_results_timing, logic_util, 'Sobel filter', 'Sobel');
clear;
load('spmv_5000.mat');
plot_design_space(run_results_timing, logic_util, 'SPMV 0.5%', 'SPMV_5000');
clear;
load('spmv_500000.mat');
plot_design_space(run_results_timing, logic_util, 'SPMV 50%', 'SPMV_500000');