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waveplot.m
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waveplot.m
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function waveplot
global NumOfComp NumOfMode sirs Ycap Y ;
global tdalabStatus;
% global hwaitbarPatch hwaitbar;
global lFontSize defaultFontName ;
algIndex=tdalabStatus.algIndex;
Category=tdalabStatus.model;
if isempty(Ycap)
Ycap=Y;
% warndlg('Please run algorithm first.','Warning','modal');
% return;
end
NumOfCompcap=cell2mat(cellfun(@(x) size(x,2),Ycap.U,'uni',false));
Acap=Ycap.U;
Gcap=Ycap.lambda;
if strcmpi(tdalabStatus.inputType,'tensor')
A=[];G=[];PARAFAC_lambda=[];
else
A=Y.U;
if strcmpi(tdalabStatus.model,'CP')
PARAFAC_lambda=Y.lambda;
else
G=Y.core;
end
end
r=0.42;
figUp=0.84;
figAllSpace=0.00;
hfigAllInOne=[];
WSpace=0.32;
subFigsWidth=WSpace-figAllSpace;
hG3d=[];hGest3d=[];hSsig=[];hSest=[];
hfigAllInOne=[];
NumOfPlots=10;CurrentMode=1;
oo=findobj('name','Wave Plot');
if ~isempty(oo)
delete(oo);
end
if (~strcmpi(tdalabStatus.inputType,'tensor'))&&strcmp(Category,'CP')
% correct the signs
%% Permute the results
for n=1:NumOfMode
[sirs(:,n) orders(:,n)]=CalcSIR(A{n},Acap{n});
end
[temp, minPos]=max(min(sirs));
for n=1:NumOfMode
A{n}=A{n}(:,orders(:,minPos));
end
pos=zeros(1,max(NumOfComp));
flag=pos;
for n=1:NumOfMode
pos=(sign(diag((A{n})'*Acap{n}))<0)&(sirs(:,n)>10);
if n~=NumOfMode
flag(pos)=1-flag(pos);
Acap{n}(:,pos)=-Acap{n}(:,pos);
else
Acap{n}(:,flag>0)=-Acap{n}(:,flag>0);
end
end
end
% if strcmpi(tdalabStatus.inputType,'tensor')
% mainW=0.5;
% else
mainW=0.97;
% end
hmainWave=figure('Units','normalized','outerposition',[0.5-mainW/2 0.89 mainW 0.1],'toolbar','none',...
'menubar','none','tag','mainWave','name','Wave plot','numbertitle','off');
set(hmainWave,'CloseRequestFcn',@closeWave);
%% components
bkcolor=get(hmainWave,'color');
hgpMode=uibuttongroup('parent',hmainWave,'Units','normalized','position',[0.001 0.5 0.998 0.49],...
'backgroundcolor',bkcolor,'bordertype','line','visible','on','SelectionChangeFcn',@selMode,...
'tag','gpWaveSelMode');
set(hgpMode,'borderwidth',1,'highlightcolor','k');
step=0.999/NumOfMode;
for n=1:NumOfMode
htbModen=uicontrol('parent',hgpMode,'Units','normalized','position',[0.001+(n-1)*step 0.01 step 0.98],...
'string',['Mode' num2str(n)],'style','togglebutton','fontsize',lFontSize,'fontname',defaultFontName,...
'userdata',num2str(n),'backgroundcolor',[0.52 0.53 0.67]);
end
hgpNum=uibuttongroup('parent',hmainWave,'Units','normalized','position',[0.001 0.001 0.998 0.49],...
'backgroundcolor',bkcolor,'bordertype','line','visible','on','SelectionChangeFcn',@selNum);
set(hgpMode,'borderwidth',1,'highlightcolor','k');
step=0.8/11;
htxt=uicontrol('parent',hmainWave,'Units','normalized','position',[0.001 0.14 0.1 0.25],...
'backgroundcolor',bkcolor,'visible','on','style','text','string','Num. of sigs per page:',...
'fontsize',lFontSize,'fontname',defaultFontName);
for i=1:10
h=uicontrol('parent',hgpNum,'Units','normalized','position',[0.101+(i-1)*step 0.01 step 0.98],...
'string',num2str(i),'style','radiobutton','fontsize',lFontSize,'fontname',defaultFontName,'backgroundcolor',bkcolor);
end
h=uicontrol('parent',hmainWave,'Units','normalized','position',[0.94 0.001 0.059 0.49],'style','pushbutton',...
'string','Close all','callback',@closeWave);
htpAllInOne=uicontrol('parent',hmainWave,'Units','normalized','position',[0.84 0.001 0.059 0.49],'style','togglebutton',...
'string','All in one','callback',@drawAllInOne,'backgroundcolor',bkcolor,'tag','tbWavesAllInOne');
set(hgpNum,'SelectedObject',[]);
drawWaves(1);
set(htpAllInOne,'value',0);
function selMode(source,eventdata)
if strcmp(eventdata.EventName,'SelectionChanged')
str=get(eventdata.NewValue,'userdata');
CurrentMode=str2num(str);
drawWaves(1);
if get(findobj('tag','tbWavesAllInOne'),'value')==1
drawAllInOne;
end
OldMode=str2num(get(eventdata.OldValue,'userdata'));
h=findobj('name',['Source signals of mode ' num2str(OldMode)],...
'-or','name',['Estimated signals of mode ' num2str(OldMode)]);
delete(h);
end
end
function selNum(source,eventdata)
NumOfPlots=str2num(get(eventdata.NewValue,'string'));
drawWaves(0);
end
function drawWaves(modeChanged)
isDrawAll=get(htpAllInOne,'value');
if strcmpi(tdalabStatus.inputType,'tensor')
if isDrawAll==0
subFigsWidth=(0.97-figAllSpace)/2;
else
subFigsWidth=(0.97-2*figAllSpace)/3;
end
if strcmp(Category,'CP')
subs=(1:NumOfCompcap(1))';subs=subs(:,ones(1,NumOfMode));
Gcap=sptensor(subs,Ycap.lambda);
end
param = struct( 'signal', (Acap{CurrentMode})', ...
'standard',0,...
'x_limit',[],...
'x_title',[],...
'num', NumOfPlots, ...
'stitle', ['Estimated signals of mode ' num2str(CurrentMode)], ...
'sname', 'y', ... % changed from 'x'
'title_first_plot', [], ...
'sposition', [ 0.015 0.05+r subFigsWidth figUp-r ], ... %[ 0.01 0.05 0.48 0.37 ]
'sunits', 'normalized', ...
'window_number', 0 );
hSest=icalab_srplot( param );
if modeChanged==1
G3d.name='Structure of tucker core G [Estimation]';
G3d.position=[0.015+subFigsWidth 0.05+r subFigsWidth figUp-r];
hGest3d=visual3D(Gcap,CurrentMode,G3d);
end
else % A is not empty
if isDrawAll==0
subFigsWidth=(0.97-figAllSpace)/2;
else
subFigsWidth=(0.97-2*figAllSpace)/3;
end
if strcmp(Category,'CP')
subs=(1:NumOfComp(1))';subs=subs(:,ones(1,NumOfMode));
G=sptensor(subs,PARAFAC_lambda);
if strcmp(class(Ycap),'ttensor')
Gcap=Ycap.core;
else
subs=(1:NumOfCompcap(1))';subs=subs(:,ones(1,NumOfMode));
Gcap=sptensor(subs,Ycap.lambda);
end
end
param = struct( 'signal', (A{CurrentMode})', ...
'standard',0,...
'x_limit',[],...
'x_title',[],...
'num', NumOfPlots, ...
'stitle', ['Source signals of mode ' num2str(CurrentMode)], ...
'sname', 'y', ... % changed from 'x'
'title_first_plot', [], ...
'sposition', [ 0.015 0.05+r subFigsWidth figUp-r ], ... %[ 0.01 0.05 0.48 0.37 ]
'sunits', 'normalized', ...
'window_number', 0 );
hSsig=icalab_srplot( param );
param.signal=(Acap{CurrentMode})';param.stitle=horzcat('Estimated signals of mode ', num2str(CurrentMode));
% param.sposition=[ 0.343 0.05+r 0.315 figUp-r ];
param.sposition=[ 0.015 0.05 subFigsWidth r ];
hSest=icalab_srplot( param );
if modeChanged==1
G3d.name='Structure of tucker core G [Original]';
% G3d.position=[0.67 0.05+r 0.315 figUp-r];
G3d.position=[0.015+subFigsWidth 0.05+r subFigsWidth figUp-r];
hG3d=visual3D(G,CurrentMode,G3d);
G3d.name='Structure of tucker core G [Estimation]';
G3d.position=[0.015+subFigsWidth 0.05 subFigsWidth r];
hGest3d=visual3D(Gcap,CurrentMode,G3d);
end
end
end
drawnow
function drawAllInOne(hObject,eventdata,handles)
if get(findobj('tag','tbWavesAllInOne'),'value')==1
if strcmpi(tdalabStatus.inputType,'tensor')
if subFigsWidth>0.4
subFigsWidth=(0.97-2*figAllSpace)/3;
set(hSest,'outerposition',[0.015 0.05+r subFigsWidth figUp-r]);
set(hGest3d,'outerposition',[ 0.015+2*(subFigsWidth+figAllSpace) 0.05+r subFigsWidth figUp-r]);
end
hfigAllInOne=figure('Unit','Normalized','outerposition',[ 0.015+(subFigsWidth+figAllSpace) 0.05+r subFigsWidth figUp-r],'Name',horzcat('Estimated signals of mode ',num2str(CurrentMode)),...
'numbertitle','off');
hold on;
for n=1:size(Acap{CurrentMode},2)
plot(Acap{CurrentMode}(:,n),'-.');
end
else % A is not empty
if subFigsWidth>0.4
subFigsWidth=(0.97-2*figAllSpace)/3;
set(hSsig,'outerposition',[0.015 0.05+r subFigsWidth figUp-r]);
set(hSest,'outerposition',[0.015 0.05 subFigsWidth r]);
set(hG3d,'outerposition',[0.015+2*(subFigsWidth+figAllSpace) 0.05+r subFigsWidth figUp-r]);
set(hGest3d,'outerposition',[ 0.015+2*(subFigsWidth+figAllSpace) 0.05 subFigsWidth r]);
end
hfigAllInOne(1)=figure('Unit','Normalized','outerposition',[0.015+subFigsWidth+figAllSpace 0.05 subFigsWidth r],'Name',horzcat('Estimated signals of mode ',num2str(CurrentMode)),...
'numbertitle','off');
hold on;
hfigAllInOne(2)=figure('Unit','Normalized','outerposition',[ 0.015+subFigsWidth+figAllSpace 0.05+r subFigsWidth figUp-r],'Name',horzcat('Source signals of mode ',num2str(CurrentMode)),...
'numbertitle','off');
hold on;
figure(hfigAllInOne(1));
for n=1:NumOfCompcap(CurrentMode)
plot(Acap{CurrentMode}(:,n),'-.');
end
figure(hfigAllInOne(2));
for n=1:NumOfComp(CurrentMode)
plot(A{CurrentMode}(:,n),'-.');
end
end
else % delete allInOne
if subFigsWidth<0.4
subFigsWidth=(0.97-figAllSpace)/2;
if ~strcmpi(tdalabStatus.inputType,'tensor')
set(hSsig,'outerposition',[0.015 0.05+r subFigsWidth figUp-r]);
set(hSest,'outerposition',[0.015 0.05 subFigsWidth r]);
set(hG3d,'outerposition',[0.015+(subFigsWidth+figAllSpace) 0.05+r subFigsWidth figUp-r]);
set(hGest3d,'outerposition',[ 0.015+(subFigsWidth+figAllSpace) 0.05 subFigsWidth r]);
else
set(hSest,'outerposition',[0.015 0.05+r subFigsWidth figUp-r]);
set(hGest3d,'outerposition',[ 0.015+(subFigsWidth+figAllSpace) 0.05+r subFigsWidth figUp-r]);
end
end
if ~isempty(hfigAllInOne)&&ishandle(hfigAllInOne)
delete(hfigAllInOne);
end
end
end
function closeWave(hObject,eventdata,handles)
h=([hSsig hSest hG3d hGest3d hfigAllInOne]);
h=h(ishandle(h));
if ~isempty(h)
delete(h);
end
h=findobj('name','Wave plot');
delete(h);
end
end