annotate multithreshold 1.46/plotProfile.m @ 31:c54a34161e4a

MT update

function plotProfile(longTone,shortTone,gaps,BFs,TMC,offBFs,IFMCs)

%% plot profile
if nargin<1
    load profile
end

% comparison data (e.g. participants)
% rows are BFs

% -------------------------------------------JSan
compareBFs=[250	500	1000	2000	3000
];
compareLongTone=  [67.46485	56.95655	65.01985	61.46655	73.33265
];
compareShortTone=[	72.3185	63.2818	69.0373	65.2853	76
];

compareGaps=[0.02 0.05 0.08];
compareTMC=	[
    84	69	77	75	93
88	73	81	79	97
95	79	85	83	98
];

compareMaskerFreqs=[0.7  0.9 1 1.1  1.3 ];
compareIFMCs=[83.1698	77.3165	79.8474	82.9074	82.3294
80.9667	73.6653	80.9446	80.7005	79.0022
82.0135	71.2284	78.7345	74.3342	84.126
79.3348	70.3347	78.5769	79.7274	91.9849
79.2308	76.3164	83.6881	86.2105	NaN
  ];

% % -------------------------------------------JE
% BFs=[250 500 1000 2000 4000 8000];
% compareLongTone=  [32 30	31	40	54 NaN];
% compareShortTone=[	49	50	47	56	63	NaN];
% 
% compareGaps=0.01:0.01:0.09;
% compareTMC=	[
%     69	83	82	NaN	NaN	NaN	NaN	NaN	NaN
%     61	68	79	88	93	NaN	NaN	NaN	NaN
%     63	69	79	84	92	NaN	NaN	NaN	NaN
%     67	71	75	80	82	84	88	93	NaN
%     82	82	86	86	NaN	83	88	90	75
%     NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN	NaN
%     ];
% compareTMC=compareTMC';
% 
% compareMaskerFreqs=[0.5	0.7	0.9	1	1.1	1.3	1.6];
% compareIFMCs=[
%     64	60	58	58	57	60	64
%     65	63	58	55	54	59	69
%     68	64	60	59	62	73	79
%     76	75	71	67	68	71	77
%     79	71	68	69	73	75	77
%     76	73	75	75	76	80	NaN
%     ];
% compareIFMCs=compareIFMCs';

% -------------------------------------------CMR
% CMR 
% BFs=[250 500 1000 2000 4000 8000];
% compareLongTone=[	11.4	1.55	-13.5	-6.35	-6.4	7.45];
% compareShortTone=[	23.85	18.9	9.85	10.6	9.55	21.9];
% 
% compareGaps=0.01:0.01:0.09;
% compareTMC=	[
%     28.5	35.0	49.3	70.1	80.5	85.5    NaN      NaN    NaN;
%     31.1	44.3	48.4	59.5	56.4	76.7	70.2	82.4	76.3;
%     33.4	38.4	48.8	55.8	64.5	78.7	84.2	88.3	90.3;
%     25.4	37.0	49.2	49.7	58.2	69.6	87.7	95.8	93.0;
%     18.2	23.5	27.4	41.5	64.3	82.1	86.7	91.2	NaN;
%     32.5	35.8	43.5	52.1	69.1	78.6	86.6	86.0	NaN;
%     ];
% compareTMC=compareTMC';
% 
% compareMaskerFreqs=[0.5	0.7	0.9	1	1.1	1.3	1.6];
% compareIFMCs=[
%     50	42	34	35	34	33	37;
%     58	51	38	33	28	41	49;
%     57	41	27	20	28	37	66;
%     61	49	27	20	34	68	79;
%     67	45	27	22	46	74	87;
%     62	62	43	22	47	56	83;
%     ];
% compareIFMCs=compareIFMCs';

% absolute thresholds
figure(90), clf
subplot(2,1,2)
semilogx(BFs,longTone,'ko-','lineWidth',2); hold on
semilogx(BFs,shortTone,'bo-','lineWidth',2); hold on
semilogx(compareBFs,compareLongTone,'ko:'); hold on
semilogx(compareBFs,compareShortTone,'bo:'); hold on
ylim([0 100])

% TMC
for BFno=1:length(BFs)
    subplot(2,6,BFno)
    plot(gaps,TMC(:,BFno)-longTone(BFno),'r','lineWidth',3), hold on
    plot(gaps,TMC(:,BFno),'b','lineWidth',3), hold on
    ylim([-10 110])
    xlim([0.01 0.1])
    grid on
    if BFno==1
        ylabel('masker dB SL')
        xlabel('gap')
%         text(0.02,80,' TMC','backgroundColor','w')
    end
    title([num2str(BFs(BFno)) ' Hz'])
    set(gca,'XTick',[ 0.1],'xTickLabel', { '0.1'})
end

% IFMCs
for BFno=1:length(BFs)
    freq=offBFs'*BFs(BFno);
    subplot(2,1,2)
    semilogx(freq,IFMCs(:,BFno),'r','lineWidth',3), hold on
    ylim([0 100])
    xlim([100 12000])
    grid on
end
xlabel('frequency (Hz)')
ylabel('masker dB / probe dB')
set(gca,'XTick',BFs)

for BFno=1:length(compareBFs)
    subplot(2,6,BFno)
    plot(compareGaps,compareTMC(:,BFno)-longTone(BFno),'k:')
    plot(compareGaps,compareTMC(:,BFno),'k:')
    ylim([-10 110])
    xlim([0.01 0.1])
    grid on
    if BFno==1
        ylabel('masker dB SL')
        xlabel('gap')
%         text(0.02,80,' TMC','backgroundColor','w')
    end
    title([num2str(BFs(BFno)) ' Hz'])
    set(gca,'XTick',[ 0.1],'xTickLabel', { '0.1'})
end

% IFMCs
for BFno=1:length(compareBFs)
    compareFreq=compareMaskerFreqs'*BFs(BFno);
    subplot(2,1,2)
    semilogx(compareFreq,compareIFMCs(:,BFno),'k:')
    ylim([0 100])
    xlim([100 12000])
    grid on
end