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printRegisterTable_15_classes.asv
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printRegisterTable_15_classes.asv
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% Autores : Eduardo Luz
% Função : Imprime tabele de registros em arquivo
function printRegisterTable_15_classes(file_path)
s = char(file_path);
fileNamed = ['results\',s(10:end-1),'_regTable_15.tex'];
arq = fopen(fileNamed,'w');
dataset1 = {'101';'106';'108';'109';'112';'114';'115';'116';'118';'119';'122';'124';'201';'203';'205';'207';'208';'209';'215';'220';'223';'230'};
dataset2 = {'100';'103';'105';'111';'113';'117';'121';'123';'200';'202';'210';'212';'213';'214';'219';'221';'222';'228';'231';'232';'233';'234'};
%----------------- inicializacao das variaveis
dados1 = [];
rotulo1 = [];
dados2 = [];
rotulo2 = [];
%-------------------------------
% Tabela latex dos registros
fprintf(arq,'\\documentclass{article}\n');
fprintf(arq,'\\usepackage{graphicx}\n');
fprintf(arq,'\\usepackage[latin1]{inputenc}\n');
fprintf(arq,'\\usepackage{tabularx}\n');
fprintf(arq,'\\usepackage{multirow}\n');
fprintf(arq,'\\usepackage[dvips]{color}');
fprintf(arq,'\\usepackage{colortab}');
fprintf(arq,'\\definecolor{lightgray}{gray}{0.8}');
fprintf(arq,'\\definecolor{darkgray}{gray}{0.5}');
fprintf(arq,'\\newcommand{\\lgray}{\\color{lightgray}}');
fprintf(arq,'\\newcommand{\\dgray}{\\color{darkgray}}');
fprintf(arq,'\\newcommand{\\citep}{\\cite}\n');
fprintf(arq,'\\newcommand{\\citet}{\\cite}\n');
fprintf(arq,'\\newcommand{\\TFigure}{Fig.}\n');
fprintf(arq,'\\begin{document}\n');
fprintf(arq,'\\footnotesize \n');
fprintf(arq,'\n');
fprintf(arq,'\\begin{table*} \n');
s2 = char('\\caption{Tebela dos registros do método ');
s2 = [s2 s(10:end-1) '} \n'];
fprintf(arq,s2);
%fprintf(arq,' \\caption{Tebela dos registros do método} \n');
fprintf(arq,' \\label{tab:regtable} \n');
fprintf(arq,' \\begin{center} \n');
fprintf(arq,' \\begin{tabular}{|c|c|c|c|c|c|c|c|c|c|c|c|c|c|c|c|c|} \n');
fprintf(arq,' \\hline \n');
fprintf(arq,' Registro & N & L & R & j & e & A & a & S & J & V & E & F & f & pace & Q % Total \\\\ \n');
fprintf(arq,' \\hline \n');
%carrega dos arquivos e separa apenas os batimentos desejados
for i=1:size(dataset1,1)
% if nargin < 4
% dataset1(i) = str2double(dataset1(i));
% end
filename = strcat(dataset1(i),'.txt');
filename = strcat(file_path,filename);
[data target] = loadarq(char(filename));
sizeClass = [];
for tt=1:15
sizeClass(tt) = size(find(target(:,tt)==1),1);
end
%sN = size(find(target(:,1)==1),1);
%sSVEB = size(find(target(:,2)==1),1);
%sVEB = size(find(target(:,3)==1),1);
%sF = size(find(target(:,4)==1),1);
%sQ = size(find(target(:,5)==1),1);
total = sum(sizeClass);
fprintf(arq,'\\textbf{ %6d }',str2double(dataset1(i)));
for tt=1:15
fprintf(arq,'& %6.0f ',sizeClass(tt));
end
fprintf(arq,'& %6.0f \\\\ \n',total);
%& %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f \\\\ \n', str2double(dataset2(i)), sN, sSVEB, sVEB, sF, sQ, total );
fprintf(arq,'\n');
dados1 = [dados1;data];
rotulo1 = [rotulo1;target];
end
for i=1:size(dataset2,1)
% if nargin < 4
% dataset2(i) = str2double(dataset2(i));
% end
filename = strcat(dataset2(i),'.txt');
filename = strcat(file_path,filename);
[data target] = loadarq(char(filename));
sizeClass = [];
for tt=1:15
sizeClass(tt) = size(find(target(:,tt)==1),1);
end
%sN = size(find(target(:,1)==1),1);
%sSVEB = size(find(target(:,2)==1),1);
%sVEB = size(find(target(:,3)==1),1);
%sF = size(find(target(:,4)==1),1);
%sQ = size(find(target(:,5)==1),1);
total = sum(sizeClass);
fprintf(arq,'%6d ', str2double(dataset2(i)));
for tt=1:15
fprintf(arq,'& %6.0f ',sizeClass(tt));
end
fprintf(arq,'& %6.0f \\\\ \n',total);
%& %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f \\\\ \n', str2double(dataset2(i)), sN, sSVEB, sVEB, sF, sQ, total );
fprintf(arq,'\n');
dados2 = [dados2;data];
rotulo2 = [rotulo2;target];
end
fprintf(arq,' \\hline \n');
fprintf(arq,' \\hline \n');
%fprintf(arq,' \\begin{tabular}{|c|c|c|c|c|c|} \n')
sN1 = size(find(rotulo1(:,1)==1),1);
sSVEB1 = size(find(rotulo1(:,2)==1),1);
sVEB1 = size(find(rotulo1(:,3)==1),1);
sF1 = size(find(rotulo1(:,4)==1),1);
sQ1 = size(find(rotulo1(:,5)==1),1);
total1 = sN1 + sSVEB1 + sVEB1 + sF1 + sQ1;
sN2 = size(find(rotulo2(:,1)==1),1);
sSVEB2 = size(find(rotulo2(:,2)==1),1);
sVEB2 = size(find(rotulo2(:,3)==1),1);
sF2 = size(find(rotulo2(:,4)==1),1);
sQ2 = size(find(rotulo2(:,5)==1),1);
total2 = sN2 + sSVEB2 + sVEB2 + sF2 + sQ2;
%fprintf(arq,'DS1 & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f\\\\ \n', sN1, sSVEB1, sVEB1, sF1, sQ1, total1 );
for tt=1:15
sizeClass1(tt) = size(find(rotulo1(:,tt)==1),1);
end
%sN = size(find(target(:,1)==1),1);
%sSVEB = size(find(target(:,2)==1),1);
%sVEB = size(find(target(:,3)==1),1);
%sF = size(find(target(:,4)==1),1);
%sQ = size(find(target(:,5)==1),1);
total = sum(sizeClass);
fprintf(arq,'\\textbf{ DS1 }');
for tt=1:15
fprintf(arq,'& %6.0f ',sizeClass(tt));
end
fprintf(arq,'& %6.0f \\\\ \n',total);
%& %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f \\\\ \n', str2double(dataset2(i)), sN, sSVEB, sVEB, sF, sQ, total );
fprintf(arq,'\n');
%fprintf(arq,'DS2 & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f\\\\ \n', sN2, sSVEB2, sVEB2, sF2, sQ2, total2 );
%fprintf(arq,'DS1 & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f\\\\ \n', sN1, sSVEB1, sVEB1, sF1, sQ1, total1 );
for tt=1:15
sizeClass2(tt) = size(find(rotulo2(:,tt)==1),1);
end
%sN = size(find(target(:,1)==1),1);
%sSVEB = size(find(target(:,2)==1),1);
%sVEB = size(find(target(:,3)==1),1);
%sF = size(find(target(:,4)==1),1);
%sQ = size(find(target(:,5)==1),1);
total = sum(sizeClass);
fprintf(arq,'DS2');
for tt=1:15
fprintf(arq,'& %6.0f ',sizeClass(tt));
end
fprintf(arq,'& %6.0f \\\\ \n',total);
%& %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f \\\\ \n', str2double(dataset2(i)), sN, sSVEB, sVEB, sF, sQ, total );
fprintf(arq,'\n');
%fprintf(arq,'TOTAL & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f\\\\ \n ' , sN1+sN2, sSVEB1+sSVEB2, sVEB1+sVEB2, sF1+sF2, sQ1+sQ2, total1+total2 );
for tt=1:15
sizeClass2(tt) = size(find(rotulo2(:,tt)==1),1);
end
%sN = size(find(target(:,1)==1),1);
%sSVEB = size(find(target(:,2)==1),1);
%sVEB = size(find(target(:,3)==1),1);
%sF = size(find(target(:,4)==1),1);
%sQ = size(find(target(:,5)==1),1);
total = sum(sizeClass);
fprintf(arq,'DS2');
for tt=1:15
fprintf(arq,'& %6.0f ',sizeClass(tt));
end
fprintf(arq,'& %6.0f \\\\ \n',total);
%& %6.0f & %6.0f & %6.0f & %6.0f & %6.0f & %6.0f \\\\ \n', str2double(dataset2(i)), sN, sSVEB, sVEB, sF, sQ, total );
fprintf(arq,'\n');
fprintf(arq,' \\hline \n');
fprintf(arq,' \\end{tabular} \n');
fprintf(arq,' \\end{center} \n');
fprintf(arq,'\\end{table*} \n');
fprintf(arq,'\n');
fprintf(arq,'\n');
fprintf(arq,'\\end{document}\n');
fclose(arq);
end
%-------------------- Função de separação dos tipos
% os rótulos estão em ascii code
% Seguindo o padrão AAMI heartbeat classes, Normal (N), supraventricular
% ectopic beat (SVEB), Ventricular ectopic beat(VEB), fusion beat(F) e
% unknown beat (Q)
%
function [data target]=loadarq(arq)
amostra = load(arq);
tam = size(amostra,2);
pos = find(amostra(:,tam)==78); % N -> N
N = amostra(pos,1:tam-1);
sz = size(N,1);
tN = repmat([1 0 0 0 0 0 0 0 0 0 0 0 0 0 0],sz,1);
pos = find(amostra(:,tam)==76); % L -> N
L = amostra(pos,1:tam-1);
sz = size(L,1);
tL = repmat([0 1 0 0 0 0 0 0 0 0 0 0 0 0 00],sz,1);
pos = find(amostra(:,tam)==82); % R -> N
R = amostra(pos,1:tam-1);
sz = size(R,1);
tR = repmat([0 0 1 0 0 0 0 0 0 0 0 0 0 0 0],sz,1);
pos = find(amostra(:,tam)==106); % j -> N
j = amostra(pos,1:tam-1);
sz = size(j,1);
tj = repmat([0 0 0 1 0 0 0 0 0 0 0 0 0 0 0],sz,1);
pos = find(amostra(:,tam)==101); % e -> N
e = amostra(pos,1:tam-1);
sz = size(e,1);
te = repmat([0 0 0 0 1 0 0 0 0 0 0 0 0 0 0],sz,1);
pos = find(amostra(:,tam)==65); % A -> SVEB
A = amostra(pos,1:tam-1);
sz = size(A,1);
tA = repmat([0 0 0 0 0 1 0 0 0 0 0 0 0 0 0],sz,1);
pos = find(amostra(:,tam)==97); % a -> SVEB
a = amostra(pos,1:tam-1);
sz = size(a,1);
ta = repmat([0 0 0 0 0 0 1 0 0 0 0 0 0 0 0],sz,1);
pos = find(amostra(:,tam)==83); % S -> SVEB
S = amostra(pos,1:tam-1);
sz = size(S,1);
tS = repmat([0 0 0 0 0 0 0 1 0 0 0 0 0 0 0],sz,1);
pos = find(amostra(:,tam)==74); % J -> SVEB
J = amostra(pos,1:tam-1);
sz = size(J,1);
tJ = repmat([0 0 0 0 0 0 0 0 1 0 0 0 0 0 0],sz,1);
pos = find(amostra(:,tam)==86); % V -> VEB
V = amostra(pos,1:tam-1);
sz = size(V,1);
tV = repmat([0 0 0 0 0 0 0 0 0 1 0 0 0 0 0],sz,1);
pos = find(amostra(:,tam)==69); % E -> VEB
E = amostra(pos,1:tam-1);
sz = size(E,1);
tE = repmat([0 0 0 0 0 0 0 0 0 0 1 0 0 0 0],sz,1);
pos = find(amostra(:,tam)==70); % F -> F
F = amostra(pos,1:tam-1);
sz = size(F,1);
tF = repmat([0 0 0 0 0 0 0 0 0 0 0 1 0 0 0 ],sz,1);
pos = find(amostra(:,tam)==102); % f -> Q
f = amostra(pos,1:tam-1);
sz = size(f,1);
tf = repmat([0 0 0 0 0 0 0 0 0 0 0 0 1 0 0],sz,1);
pos = find(amostra(:,tam)==47); % paced (/) -> Q
P = amostra(pos,1:tam-1);
sz = size(P,1);
tP = repmat([0 0 0 0 0 0 0 0 0 0 0 0 0 1 0],sz,1);
pos = find(amostra(:,tam)==81); % Q -> Q
Q = amostra(pos,1:tam-1);
sz = size(Q,1);
tQ = repmat([0 0 0 0 0 0 0 0 0 0 0 0 0 0 1],sz,1);
data = [N;L;R;A;V;P;a;F;S;j;f;E;J;e;Q];
target = [tN;tL;tR;tA;tV;tP;ta;tF;tS;tj;tf;tE;tJ;te;tQ];
end