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hartman-server/qhtcp-workflow/apps/matlab/ezview/EZdestComp.m

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%EZdestConp.m GraphicDestinationPertibationComparison**15_821
%Produces Trend plots across perturbation (DrugMedia) plates
%Called by EZvDatatip.m and EZlstBoxExt.m
%Provides Trace data storage for use by EZfigTrendOL.m
if lstBoxCmpFlg==1
Exp(zoneSel).seltraceN=traceN;
seltraceN=traceN;
end
if expN==1 && get(ghandles.CompositeTog1,'value')==1 ||...
expN==2 && get(ghandles.CompositeTog2,'value')==1 ||...
expN==3 && get(ghandles.CompositeTog3,'value')==1
CompositeTrendFlg=1; else CompositeTrendFlg=0;
end
destPerMP=Exp(expN).Dexp(DexpN).destPerMP;
if EZdatatip==1 %adaptation for image spot selection
% plNums=plateNum;
% destPerMP=Exp(expN).Dexp(DexpN).destPerMP;
plNums=(MPsel-1)*destPerMP + (1:destPerMP)
zoneSel=expN;
tracN=Exp(zoneSel).traceN;
if zoneSel==1,Dlaxes=ghandles.Dlaxes1;Dkaxes=ghandles.Dkaxes1;Draxes=ghandles.Draxes1; end
if zoneSel==2,Dlaxes=ghandles.Dlaxes2;Dkaxes=ghandles.Dkaxes2;Draxes=ghandles.Draxes2; end
if zoneSel==3,Dlaxes=ghandles.Dlaxes3;Dkaxes=ghandles.Dkaxes3;Draxes=ghandles.Draxes3; end
if zoneSel==1,DNLaxes=ghandles.DNLaxes1;end
if zoneSel==2,DNLaxes=ghandles.DNLaxes2;end
if zoneSel==3,DNLaxes=ghandles.DNLaxes3;end
elseif EZdatatip==2 % adaption for Overlay plot selection
% destPerMP=Exp(expN).Dexp(DexpN).destPerMP;
MPlateN=ceil(OLplateNum/destPerMP);
plNums=(MPlateN-1)*destPerMP + (1:destPerMP);
zoneSel=expN;
tracN=Exp(zoneSel).traceN;
if zoneSel==1,Dlaxes=ghandles.Dlaxes1;Dkaxes=ghandles.Dkaxes1;Draxes=ghandles.Draxes1; end
if zoneSel==2,Dlaxes=ghandles.Dlaxes2;Dkaxes=ghandles.Dkaxes2;Draxes=ghandles.Draxes2; end
if zoneSel==3,Dlaxes=ghandles.Dlaxes3;Dkaxes=ghandles.Dkaxes3;Draxes=ghandles.Draxes3; end
if zoneSel==1,DNLaxes=ghandles.DNLaxes1;end %2016_0222
if zoneSel==2,DNLaxes=ghandles.DNLaxes2;end %2016_0222
if zoneSel==3,DNLaxes=ghandles.DNLaxes3;end %2016_0222
elseif EZdatatip==0
if lstBoxCmpFlg~=1
DexpN=Exp(expN).DexpN;
plNums=(LBmp-1)*destPerMP + (1:destPerMP);
tracN=Exp(zoneSel).traceN;
Exp(expN).Trace(traceN).DexpN=DexpN;
elseif lstBoxCmpFlg==1
DexpN=Exp(expN).DexpN;
tracN=Exp(zoneSel).traceN;
end
% determin if selection is a User chosen RF-****-mdG or RF-****-mdP
Lbl=cell2mat(selGnOrf);
if ~isempty(strfind(Lbl,'RF')) && ~isempty(strfind(Lbl,'md'))
strLoc=strfind(Lbl,'md');
MPloc=strfind(Lbl,':');
dMP=str2double(Lbl((MPloc(1)+1):(MPloc(2)-1)));
if strcmp(Lbl(strLoc:strLoc+3),'-mdG(');
RFmdFlg='mdG';
elseif strcmp(Lbl(strLoc:strLoc+3),'-mdP(')
RFmdFlg='mdP';
elseif strcmp(Lbl(strLoc:strLoc+2),'md(')
RFmdFlg='md';
end
end
if zoneSel==1,DNLaxes=ghandles.DNLaxes1;end %2016_0222
if zoneSel==2,DNLaxes=ghandles.DNLaxes2;end %2016_0222
if zoneSel==3,DNLaxes=ghandles.DNLaxes3;end %2016_0222
end % if EZdatatip==1 %adaptation for image spot selection
if EZdatatip==2 % Response to Overlay click
% seltraceN comes from EZvDatatip;
% Exp(OLay).seltraceN iscaptured from EZvDatatip
% if an OLay trace is selected
% else it is captured below if EZdatatip is not equal to 2
try
set(Exp(zoneSel).hLRF1(seltraceN),'visible','on'); set(Exp(zoneSel).hLRF2(seltraceN),'visible','on');
catch, end
try
set(Exp(zoneSel).hL(seltraceN),'visible','on'); set(Exp(zoneSel).hLb(seltraceN),'visible','on');
catch, end
% Plot new intL
try
set(Exp(zoneSel).hintL(seltraceN),'visible','on'); set(Exp(zoneSel).hintLb(seltraceN),'visible','on');
catch, end
try
set(Exp(zoneSel).hintLadj(seltraceN),'visible','on'); set(Exp(zoneSel).hintLadjb(seltraceN),'visible','on');
catch, end
if zoneSel==1,set(ghandles.DNLaxes1,'xlim',[-75,75]); end
for J=1:(tracN)
try
set(Exp(zoneSel).hKRF1(J),'visible','off'); set(Exp(zoneSel).hKRF2(J),'visible','off');
catch, end
try
set(Exp(zoneSel).hK(J),'visible','off'); set(Exp(zoneSel).hKb(J),'visible','off');
catch, end
end
try
set(Exp(zoneSel).hKRF1(seltraceN),'visible','on'); set(Exp(zoneSel).hKRF2(seltraceN),'visible','on');
catch, end
try
set(Exp(zoneSel).hK(seltraceN),'visible','on'); set(Exp(zoneSel).hKb(seltraceN),'visible','on');
catch, end
for J=1:(tracN),
try
set(Exp(zoneSel).hrRF1(J),'visible','off'); set(Exp(zoneSel).hrRF2(J),'visible','off');
catch, end
try
set(Exp(zoneSel).hr(J),'visible','off'); set(Exp(zoneSel).hrb(J),'visible','off');
catch, end
end
try
set(Exp(zoneSel).hrRF1(seltraceN),'visible','on'); set(Exp(zoneSel).hrRF2(seltraceN),'visible','on');
catch, end
try
set(Exp(zoneSel).hr(seltraceN),'visible','on'); set(Exp(zoneSel).hrb(seltraceN),'visible','on');
catch, end
else
% Plot RFmd1 and RFmd2 indexes
if EZdatatip==0
end
%if ~exist(RFmdFlg)
RF1mdIndx=Exp(zoneSel).Dexp(DexpN).RFmd1indx;
RF1mdPltN=Exp(zoneSel).Dexp(DexpN).RFmd1pltN;
RF2mdIndx=Exp(zoneSel).Dexp(DexpN).RFmd2indx;
RF2mdPltN=Exp(zoneSel).Dexp(DexpN).RFmd2pltN;
try Rn=Exp(expN).Dexp(DexpN).RFmean; catch, Rn=0; end
try Rs=Exp(expN).Dexp(DexpN).RFstd; catch, Rs=0; end
if isempty(RF1mdIndx)
try Rn=Exp(expN).Dexp(DexpN).RFmeanG; catch, Rn=0; end
try Rs=Exp(expN).Dexp(DexpN).RFstdG; catch, Rs=0; end
end
if lstBoxCmpFlg~=1
Exp(zoneSel).seltraceN=tracN;
seltraceN=tracN;
end
% Plot L K r for all pertibation(destination) Plates
if lstBoxCmpFlg~=1 % If selection is a "normal" item with a location in the label
try RF1mdNums=(RF1mdPltN-1)*destPerMP + (1:destPerMP); catch, end %RF1mdPltN %
try RF2mdNums=(RF2mdPltN-1)*destPerMP + (1:destPerMP); catch, end %RF2mdPltN %
for I=1:length(plNums),
if CompositeTrendFlg==0 || EZdatatip==1 %'Normal' gene/orf spot image or listbox item with location data
Exp(expN).Trace(traceN).dmSel=pertSel;
Exp(expN).Trace(traceN).DexpN=DexpN;
Exp(expN).Trace(traceN).UsrGLB=selGnOrf; %usrGnSp;
if ~exist('RFmdFlg')
lvals(I)=scan(1,plNums(I)).plate(1).CFout(indx,5);
if lvals(I)==0, lvals(I)=140; end
kvals(I)=scan(1,plNums(I)).plate(1).CFout(indx,3);
rvals(I)=scan(1,plNums(I)).plate(1).CFout(indx,4);
Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).UsrLvals=lvals(I);
Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).UsrKvals=kvals(I);
Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).Usrrvals=rvals(I);
elseif strcmp(RFmdFlg,'mdG')
lvals(I)=Exp(expN).Dexp(DexpN).RFcmpGL.dm(I).med;
if lvals(I)==0, lvals(I)=140; end
kvals(I)=Exp(expN).Dexp(DexpN).RFcmpGK.dm(I).med;
rvals(I)=Exp(expN).Dexp(DexpN).RFcmpGr.dm(I).med;
Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).UsrLvals=lvals(I);
Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).UsrKvals=kvals(I);
Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).Usrrvals=rvals(I);
elseif strcmp(RFmdFlg,'mdP')
lvals(I)=Exp(expN).Dexp(DexpN).RFmedianP(I,dMP);
if lvals(I)==0, lvals(I)=140; end
kvals(I)=scan(1,plNums(I)).plate(1).CFout(indx,3); %No P med.Kvals /dms currently avail.
rvals(I)=scan(1,plNums(I)).plate(1).CFout(indx,4); %No P med.rvals /dms currently avail.
Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).UsrLvals=lvals(I);
Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).UsrKvals=kvals(I);
Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).Usrrvals=rvals(I);
elseif strcmp(RFmdFlg,'md')
lvals(I)=Exp(expN).Dexp(DexpN).RFmean(I);
if lvals(I)==0, lvals(I)=140; end
kvals(I)=scan(1,plNums(I)).plate(1).CFout(indx,3); %No P med.Kvals /dms currently avail.
rvals(I)=scan(1,plNums(I)).plate(1).CFout(indx,4); %No P med.rvals /dms currently avail.
Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).UsrLvals=lvals(I);
Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).UsrKvals=kvals(I);
Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).Usrrvals=rvals(I);
end
elseif CompositeTrendFlg==1 && EZdatatip==0 %Gene-Specifics Composite from listBox
lvals(I)=median(cell2mat(Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).UsrLvals));
if lvals(I)==0, lvals(I)=140; end
kvals(I)=median(cell2mat(Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).UsrKvals));
rvals(I)=median(cell2mat(Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).Usrrvals));
end
try
if ~isempty(RF1mdIndx)
lvalsRF1md(I)=scan(1,RF1mdNums(I)).plate(1).CFout(RF1mdIndx(I),5);
if lvalsRF1md(I)==0, lvalsRF1md(I)=140; end
kvalsRF1md(I)=scan(1,RF1mdNums(I)).plate(1).CFout(RF1mdIndx(I),3);
rvalsRF1md(I)=scan(1,RF1mdNums(I)).plate(1).CFout(RF1mdIndx(I),4);
elseif ~isempty(Exp(expN).Dexp(DexpN).RFcmpGL.dm(I).med)
lvalsRF1md(I)=Exp(expN).Dexp(DexpN).RFcmpGL.dm(I).med;
if lvalsRF1md(I)==0, lvalsRF1md(I)=140; end
kvalsRF1md(I)=Exp(expN).Dexp(DexpN).RFcmpGK.dm(I).med;
rvalsRF1md(I)=Exp(expN).Dexp(DexpN).RFcmpGr.dm(I).med;
end
catch
end
try
lvalsRF2md(I)=scan(1,RF2mdNums(I)).plate(1).CFout(RF2mdIndx(I),5);
if lvalsRF2md(I)==0, lvalsRF2md(I)=140; end
kvalsRF2md(I)=scan(1,RF2mdNums(I)).plate(1).CFout(RF2mdIndx(I),3);
rvalsRF2md(I)=scan(1,RF2mdNums(I)).plate(1).CFout(RF2mdIndx(I),4);
catch
end
% Added for INTERACTION Calculating Utility 2016_0219
try
if CompositeTrendFlg==0 || EZdatatip==1
Xn(I)=Exp(expN).Dexp(DexpN).scan(plNums(I)).plate(1).CFout(indx,5);
Xln(I)=Exp(expN).Dexp(DexpN).scan(plNums(I)).plate(1).CFout(indx,11);
Xhn(I)=Exp(expN).Dexp(DexpN).scan(plNums(I)).plate(1).CFout(indx,12);
elseif CompositeTrendFlg==1 && EZdatatip~=1
Xn(I)=median(cell2mat(Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).UsrLvals));
Xln(I)=Xn(I) - std(cell2mat(Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).UsrLvals));
Xhn(I)=Xn(I) + std(cell2mat(Exp(expN).Trace(tracN).Dexp(DexpN).DM(I).UsrLvals));
end
if Xn(I)==0, deltaXR(I)=140; end
if isnan(Xhn(I))||isnan(Xln(I))|| Xhn(I)==0||Xln(I)==0||isnan(Rs(I))
deltaXR(I)=140;
elseif Xn(I) >=Rn(I)
deltaXR(I)=Xln(I)-(Rn(I)+Rs(I));
else
deltaXR(I)=Xhn(I)-(Rn(I)-Rs(I));
end
catch
msg='No Refs! ->No Interaction Calculations!'
end
end
elseif lstBoxCmpFlg==1 %Determine values of RF1cmp or RFcmpG or RFcmpP composites
for dm=1:destPerMP
if RFcmpGFlg==0 %RF1cmp or RF2cmp clicked
lvals(dm)=Exp(expN).Dexp(DexpN).RFcmpL(RFnum).dm(dm).med;
if lvals(dm)==0, lvals(dm)=140; end
kvals(dm)=Exp(expN).Dexp(DexpN).RFcmpK(RFnum).dm(dm).med;
rvals(dm)=Exp(expN).Dexp(DexpN).RFcmpr(RFnum).dm(dm).med;
elseif RFcmpGFlg==1
lvals(dm)=Exp(expN).Dexp(DexpN).RFcmpGL.dm(inDM).med;% Ls=num2str(l);
if lvals(dm)==0, lvals(dm)=140; end
kvals(dm)=Exp(expN).Dexp(DexpN).RFcmpGK.dm(inDM).med; %Ks=num2str(K);
rvals(dm)=Exp(expN).Dexp(DexpN).RFcmpGr.dm(inDM).med; %rs=num2str(r);
end
% Added for INTERACTION Calculating Utility 2016_0219
try
Xn(dm)=lvals(dm);
Xln(dm)=lvals(dm)- Exp(expN).Dexp(DexpN).RFcmpL(RFnum).dm(inDM).std ;
Xhn(dm)=lvals(dm)+ Exp(expN).Dexp(DexpN).RFcmpL(RFnum).dm(inDM).std;
if Xn(dm)==0, deltaXR(dm)=140; end
if isnan(Xhn(dm))||isnan(Xln(dm))|| Xhn(dm)==0||Xln(dm)==0||isnan(Rs(dm))
deltaXR(dm)=140;
elseif Xn(dm) >=Rn(dm)
deltaXR(dm)=Xln(dm)-(Rn(dm)+Rs(dm));
else
deltaXR(dm)=Xhn(dm)-(Rn(dm)-Rs(dm));
end
catch
msg='No Refs! ->No Interaction Calculations!'
end
end % for dm=1:destPerMP
Exp(expN).Trace(traceN).UsrGLB=selGnOrf; %Added 18_0118 for tickLabelStr issue in EZfigTrendOL.m assoc'd with RFcmpG(-)
end
% INTERACTION Plotting Utility 2016_021
try
if Rn(1)==0 % if Ref mean is zero
intL=0; proGrIntL=0; intLadj=0; proGrIntLadj=0;
intNormL=6.66;intNormLadj=6.66; proGrIntNormL=6.66;proGrIntNormLadj=6.66;
else
% if Xn(I)==0 || Xn(I)==140,intL =140; else intL=(Xn-Rn); end
intL=(Xn-Rn);
intL(Xn==0)=140;
intLadj=(deltaXR);
Exp(expN).Trace(tracN).Dexp(DexpN).UsrIntL=intL;
%{
intNormL=(intL) ./ Rn(1)
intNormLadj=((deltaXR)./ Rn(1))
proGrIntL=-(intL)
proGrIntLadj=-(deltaXR)
proGrIntNormL=-(intL ./ Rn(1))
proGrIntNormLadj=-((deltaXR)./ Rn(1))
%find where Xn(j)==0 and set interactL to a fixed Max interaction value
intNormL(find(Xn==0))=2
intNormLadj(find(Xn==0))=2
proGrIntLadj(find(Xn==0))=-2
proGrIntNormLadj(find(Xn==0))=-2
%}
end
catch
FailMessage='Problem with Reference Rn value; Unable to produce Interaction values! Ln119 EZdestComp'
end
hidem(ghandles.Daxes1)
if zoneSel==1,showm(ghandles.Dlaxes1);showm(ghandles.Dkaxes1);showm(ghandles.Draxes1);end
if zoneSel==2,showm(ghandles.Dlaxes2);showm(ghandles.Dkaxes2);showm(ghandles.Draxes2);end
if zoneSel==3,showm(ghandles.Dlaxes3);showm(ghandles.Dkaxes3);showm(ghandles.Draxes3);end
set(Dlaxes,'NextPlot','add'); set(Dkaxes,'NextPlot','add'); set(Draxes,'NextPlot','add')
if zoneSel==1,showm(ghandles.DNLaxes1); end
if zoneSel==2,showm(ghandles.DNLaxes2); end
if zoneSel==3,showm(ghandles.DNLaxes3); end
set(DNLaxes,'NextPlot','add');
% Make visible the current L plot and store it for retrieval by OLay code
if verLessThan('matlab','8.4')
else % accomodate new matlab changes after 2014a fix 23_0807
tempFig2=figure;
end
try % some experiments do not have ref. plates
Exp(zoneSel).hLRF1(tracN)=plot(Dlaxes,lvalsRF1md,1:destPerMP,'b'); hold on
catch
end
try
Exp(zoneSel).hLRF2(tracN)=plot(Dlaxes,lvalsRF2md,1:destPerMP,'c'); hold on
catch
end
try
Exp(zoneSel).hL(tracN)=plot(Dlaxes,lvals,1:destPerMP); Exp(zoneSel).hLb(tracN)=plot(Dlaxes,lvals,1:destPerMP,'rs');
catch
end
if zoneSel==1,set(ghandles.Dlaxes1,'xlim',[0,140]); end
if zoneSel==2,set(ghandles.Dlaxes2,'xlim',[0,140]); end
if zoneSel==3,set(ghandles.Dlaxes3,'xlim',[0,140]); end
% Make visible Plot for Interaction Data, Store and Hide unless a N (InteractionPBsel) set that plot on Top of the RawData Plots.
% Plot new intL
try
% zeroCLn=zeros(1,destPerMP)
% Exp(zoneSel).hzeroCLn=plot(DNLaxes,zeroCLn,1:destPerMP,'y');
Exp(zoneSel).hintL(tracN)=plot(DNLaxes,intL,1:destPerMP); Exp(zoneSel).hintLb(tracN)=plot(DNLaxes,intL,1:destPerMP,'rs');
Exp(zoneSel).hintLadj(tracN)=plot(DNLaxes,intLadj,1:destPerMP,'g'); Exp(zoneSel).hintLadjb(tracN)=plot(DNLaxes,intLadj,1:destPerMP,'gs');
catch
end
if zoneSel==1,set(ghandles.DNLaxes1,'xlim',[-75,75]); end
if zoneSel==2,set(ghandles.DNLaxes2,'xlim',[-75,75]); end
if zoneSel==3,set(ghandles.DNLaxes3,'xlim',[-75,75]); end
% intNormL
% intNormLadj
% ProGrIntLadj Plot
% ProGrintLadj Plot
% ProGrintNormL
% proGrintNormLadj
% Hide all K plots
for J=1:(tracN-1),
try
set(Exp(zoneSel).hKRF1(J),'visible','off'); set(Exp(zoneSel).hKRF2(J),'visible','off');
catch
end
try
set(Exp(zoneSel).hK(J),'visible','off'); set(Exp(zoneSel).hKb(J),'visible','off');
catch
end
end
% Make visible the current L plot and store it for retrieval by OLay code
try % some experiments do not have ref. plates
Exp(zoneSel).hKRF1(tracN)=plot(Dkaxes,kvalsRF1md,1:destPerMP,'b');
Exp(zoneSel).hKRF2(tracN)=plot(Dkaxes,kvalsRF2md,1:destPerMP,'c');
catch
end
try
Exp(zoneSel).hK(tracN)=plot(Dkaxes,kvals,1:destPerMP,'b'); Exp(zoneSel).hKb(tracN)=plot(Dkaxes,kvals,1:destPerMP,'rs');
catch
end
set(Dkaxes,'xlim',[0,200]) % max(kvals+20)
set(Dkaxes,'ycolor',[.9,.9,1])
% Hide all r plots
for J=1:(tracN-1),
try
set(Exp(zoneSel).hrRF1(J),'visible','off'); set(Exp(zoneSel).hrRF2(J),'visible','off');
catch, end
try
set(Exp(zoneSel).hr(J),'visible','off'); set(Exp(zoneSel).hrb(J),'visible','off');
catch, end
end
% Make visible the current r plot and store it for retrieval by OLay code
try %Some experiments do not have ref. plates
Exp(zoneSel).hrRF1(tracN)=plot(Draxes,rvalsRF1md,1:destPerMP,'b');
Exp(zoneSel).hrRF2(tracN)=plot(Draxes,rvalsRF2md,1:destPerMP,'c');
catch, end
try
Exp(zoneSel).hr(tracN)=plot(Draxes,rvals,1:destPerMP,'b'); Exp(zoneSel).hrb(tracN)=plot(Draxes,rvals,1:destPerMP,'rs');
catch, end
set(Draxes,'xlim',[0,1])
set(Draxes,'ycolor',[.9,.9,1])
end
if zoneSel==1, set(ghandles.geneOrfLKr1,'string', grfgenestr);end
if zoneSel==2, set(ghandles.geneOrfLKr2,'string', grfgenestr);end
if zoneSel==3, set(ghandles.geneOrfLKr3,'string', grfgenestr);end
% Display Selection PlotFilter
if Exp(4).interacPBsel==0
% replace ghandles.DNLaxes1 (Dlaxes2)etc. with a single
% Exp(zoneSel).DNLaxes,....
set(ghandles.Dlaxes1,'Visible','on')
set(ghandles.Dlaxes2,'Visible','on')
set(ghandles.Dlaxes3,'Visible','on')
set(ghandles.DNLaxes1,'Visible','off')
set(ghandles.DNLaxes2,'Visible','off')
set(ghandles.DNLaxes3,'Visible','off')
for n=1:Exp(zoneSel).traceN
try
set(Exp(zoneSel).hLRF1(n),'visible','off'); set(Exp(zoneSel).hLRF2(n),'visible','off');
catch, end
try
set(Exp(zoneSel).hL(n),'visible','off'); set(Exp(zoneSel).hLb(n),'visible','off');
catch, end
try
set(Exp(zoneSel).hintL(n),'visible','off'); set(Exp(zoneSel).hintLb(n),'visible','off');
catch, end
try
set(Exp(zoneSel).hintLadj(n),'visible','off'); set(Exp(zoneSel).hintLadjb(n),'visible','off');
catch, end
end
try
set(Exp(zoneSel).hLRF1(seltraceN),'visible','on'); set(Exp(zoneSel).hLRF2(seltraceN),'visible','on');
catch, end
try
set(Exp(zoneSel).hL(seltraceN),'visible','on'); set(Exp(zoneSel).hLb(seltraceN),'visible','on');
catch, end
for i=1:Exp(zoneSel).expLoadCnt,
try set(Exp(zoneSel).hzeroCLn(i),'visible','off'); catch ME, end
end
elseif Exp(4).interacPBsel==1
set(ghandles.DNLaxes1,'Visible','on')
set(ghandles.DNLaxes2,'Visible','on')
set(ghandles.DNLaxes3,'Visible','on')
set(ghandles.Dlaxes1,'Visible','off')
set(ghandles.Dlaxes2,'Visible','off')
set(ghandles.Dlaxes3,'Visible','off')
for n=1:Exp(zoneSel).traceN
try set(Exp(zoneSel).hLRF1(n),'visible','off'); catch, end
try set(Exp(zoneSel).hLRF2(n),'visible','off'); catch, end
try set(Exp(zoneSel).hL(n),'visible','off'); set(Exp(zoneSel).hLb(n),'visible','off'); catch, end
try set(Exp(zoneSel).hintL(n),'visible','off'); set(Exp(zoneSel).hintLb(n),'visible','off'); catch, end
try set(Exp(zoneSel).hintLadj(n),'visible','off'); set(Exp(zoneSel).hintLadjb(n),'visible','off'); catch, end
end
try set(Exp(zoneSel).hintL(seltraceN),'visible','on'); set(Exp(zoneSel).hintLb(seltraceN),'visible','on'); catch, end
try set(Exp(zoneSel).hintLadj(seltraceN),'visible','on'); set(Exp(zoneSel).hintLadjb(seltraceN),'visible','on'); catch, end
for i=1:Exp(zoneSel).expLoadCnt,
try set(Exp(zoneSel).hzeroCLn(i),'visible','on'); catch ME, end
end
elseif Exp(4).interacPBsel==2
end
if verLessThan('matlab','8.4')
else % accomodate new matlab changes after 2014a fix update 23_0807
close(tempFig2)
end
% Deprecated functions
%{
for J=1:(tracN),
try
set(Exp(zoneSel).hintL(J),'visible','off'); set(Exp(zoneSel).hintLb(J),'visible','off');
catch, end
try
set(Exp(zoneSel).hintLadj(J),'visible','off'); set(Exp(zoneSel).hintLadjb(J),'visible','off');
catch, end
end
%}
%{
for J=1:(tracN),
try
set(Exp(zoneSel).hLRF1(J),'visible','off'); set(Exp(zoneSel).hLRF2(J),'visible','off');
catch, end
try
set(Exp(zoneSel).hL(J),'visible','off'); set(Exp(zoneSel).hLb(J),'visible','off');
catch, end
end
%}
%Hide all L plots
%{
for J=1:(tracN-1),
try
set(Exp(zoneSel).hLRF1(J),'visible','off'); set(Exp(zoneSel).hLRF2(J),'visible','off');
catch, end
try
set(Exp(zoneSel).hL(J),'visible','off'); set(Exp(zoneSel).hLb(J),'visible','off');
catch, end
end
%}
%Hide all intL plots
%{
for J=1:(tracN),
try
set(Exp(zoneSel).hintL(J),'visible','off'); set(Exp(zoneSel).hintLb(J),'visible','off');
catch, end
try
set(Exp(zoneSel).hintLadj(J),'visible','off'); set(Exp(zoneSel).hintLadjb(J),'visible','off');
catch, end
end
%}
% set(Dlaxes,'xlim',[0,max(lvals+20)])
% catch
% set(Dlaxes,'NextPlot','add');
% Exp(zoneSel).hL(tracN)=plot(Dlaxes,lvals,1:destPerMP);
% Exp(zoneSel).hLb(tracN)=plot(Dlaxes,lvals,1:destPerMP,'rs');
%hDaxL=plot(Dlaxes,lvals,1:destPerMP);hold(Dlaxes); plot(Dlaxes,lvals,1:destPerMP,'rs');...
% hold(Dlaxes);
%{
if max(lvals)>90
set(Dlaxes,'xlim',[0,max(lvals+20)])
else
set(Dlaxes,'xlim',[0,90])
end
%}
%end
%{
try
hDaxK=plot(Dkaxes,kvalsRF1md,1:destPerMP,'y'); hold(Dkaxes); plot(Dkaxes,kvalsRF2md,1:destPerMP,'y');...
plot(Dkaxes,kvals,1:destPerMP); plot(Dkaxes,kvals,1:destPerMP,'rs');...
hold(Dkaxes);
set(Dkaxes,'xlim',[0,200]) %max(kvals+20)
set(Dkaxes,'ycolor',[.9,.9,1])
catch
set(Dkaxes,'NextPlot','replace');
hDaxK=plot(Dkaxes,kvals,1:destPerMP); hold(Dkaxes); plot(Dkaxes,kvals,1:destPerMP,'rs');...
hold(Dkaxes);
set(Dkaxes,'xlim',[0,200]) %max(kvals+20)
set(Dkaxes,'ycolor',[.9,.9,1])
end
%}
%{
try
hDaxR=plot(Draxes,rvalsRF1md,1:destPerMP,'y'); hold(Draxes); plot(Draxes,rvalsRF2md,1:destPerMP,'y');...
plot(Draxes,rvals,1:destPerMP); plot(Draxes,rvals,1:destPerMP,'rs');...
hold(Draxes);
set(Draxes,'xlim',[0,1])
set(Draxes,'ycolor',[.9,.9,1])
catch
set(Draxes,'NextPlot','replace')
hDaxR=plot(Draxes,rvals,1:destPerMP); hold(Draxes); plot(Draxes,rvals,1:destPerMP,'rs');...
hold(Draxes);
set(Draxes,'xlim',[0,1])
set(Draxes,'ycolor',[.9,.9,1])
end
%}
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