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setup_display.m
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setup_display.m
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function setup_display(CDR, currytri, LOC, DPYLOC, TH, ttl, varargin)
n = size(LOC, 2);
m = size(DPYLOC, 2);
nTim = size(CDR, ndims(CDR));
V = zeros(m+n, nTim);
if(ndims(CDR) == 2)
V(1:n, 1:nTim) = CDR;
elseif(ndims(CDR) == 3)
V(1:n, 1:nTim) = squeeze(CDR(4, :, :));
end
V = abs(V);
if(isempty(varargin))
epl = {};
else
epl = varargin{1};
epl_disp_type = varargin{2};
if(~iscell(epl)), epl = {epl}; end
end
curryloc = [LOC DPYLOC];
%%
nMin = min(curryloc,[],2)-10;
nMax = max(curryloc,[],2)+10;
h_fig = figure;
h_fig = ApplyProperties(h_fig, 'Customized-v1');
handles.ptr = 1;
guidata(h_fig, handles);
ttl(ttl == '_') = '-';
axis([nMin(1), nMax(1), nMin(2), nMax(2), nMin(3), nMax(3)]);
axis equal; axis vis3d;
% view(0, 0);
% view( 107, 29);
view(215, 45);
% cmp = colormap(colorcube);
cmp = colormap(hot);
cmp = cmp(1:48, :);
colormap(cmp)
colorbar
%%
rsctn_display()
set(h_fig, 'KeyPressFcn', @(h_obj, evt) KeyPress(h_obj, evt));
mini_display(V(:, 1), {ttl, ['time: ' num2str(1)], 'Mode: Custom'})
function KeyPress(h_obj, evt)
% handles = guidata(h_obj);
if(strcmp(evt.Key, 'rightarrow') || strcmp(evt.Key, 'uparrow'))
handles.ptr = handles.ptr + 1;
handles.ptr = handles.ptr - (handles.ptr > nTim);
mini_display(V(:, handles.ptr), {ttl, ['time: ' num2str(handles.ptr)], 'Mode: Custom'})
elseif(strcmp(evt.Key, 'leftarrow') || strcmp(evt.Key, 'downarrow'))
handles.ptr = handles.ptr - 1;
handles.ptr = handles.ptr + (handles.ptr < 1);
mini_display(V(:, handles.ptr), {ttl, ['time: ' num2str(handles.ptr)], 'Mode: Custom'})
elseif(strcmp(evt.Key, 'p') && ismember('shift', get(gcbo,'currentModifier')))
mini_display(max(V, [], 2), {ttl, ['time: ', 'NA'], 'Mode: Peak'})
elseif(strcmp(evt.Key, 'w') && ismember('shift', get(gcbo,'currentModifier')))
mini_display(norms(V, [], 2), {ttl, ['time: ', 'NA'], 'Mode: Power'})
elseif(strcmp(evt.Key, 's') && ismember('shift', get(gcbo,'currentModifier')))
mini_display(std(V, 1, 2), {ttl, ['time: ', 'NA'], 'Mode: STD'})
elseif(strcmp(evt.Key, 'a') && ismember('shift', get(gcbo,'currentModifier')))
mini_display(mean(V, 2), {ttl, ['time: ', 'NA'], 'Average Mode'})
elseif(strcmp(evt.Key, 'm') && ismember('shift', get(gcbo,'currentModifier')))
for ii = 1 : nTim
mini_display(V(:, ii), {ttl, ['time: ', num2str(ii)], 'Mode: Movie'})
pause(0)
end
handles.ptr = nTim;
elseif(strcmp(evt.Key, 'r') && ismember('shift', get(gcbo,'currentModifier')))
mini_display([], 'Mode: Resection')
rsctn_display()
end
guidata(h_obj, handles);
end
function mini_display(V, ttl)
title(ttl)
mn = -eps; mx = eps;
mp = 0.8906*ones(size(curryloc, 2), 3);
if(~isempty(V)), [mp, mn, mx] = find_map(V, mp); end
hpatch = patch('vertices', curryloc', 'faces', currytri', 'FaceVertexCData', mp);
set(hpatch, 'EdgeColor', 'none', 'FaceColor', 'interp', 'FaceLighting', 'phong', 'SpecularStrength', 0.2,...
'DiffuseStrength', 0.8, 'AmbientStrength', 0.3, 'FaceAlpha', 1);
delete(findall(gcf,'Type','light'))
camlight right;
caxis([mn, mx])
end
function [mp, mn, mx] = find_map(V, mp)
mx = max(V);
ig = find(V >= mx*TH);
% ig = 1:length(V);
mn = min(V(ig));
if(mx == mn), mx = mn + mn*1e-6; end
mp(ig, :) = cmp(floor((length(cmp)-1)*(V(ig)-mn)/(mx-mn)+1), :);
end
function rsctn_display()
hold on
for i_epl = 1 : length(epl)
rsctnloc = epl{i_epl};
if (size(rsctnloc, 2) == 1)
scatter3(rsctnloc(1), rsctnloc(2), rsctnloc(3), 500, 'co', 'LineWidth', 2);
else
switch epl_disp_type
case 'pnt' % for point sources
scatter3(rsctnloc(1, :), rsctnloc(2, :), rsctnloc(3, :), 500, 'co', 'LineWidth', 2);
case 'dot'
scatter3(rsctnloc(1, :), rsctnloc(2, :), rsctnloc(3, :), 1, 'c.', 'LineWidth', 2);
case 'net'
[~, rsctnind] = find_nvoxel(rsctnloc, curryloc); rsctnind = unique(rsctnind);
rsctnloc = curryloc(:, rsctnind);
rsctntri = currytri(:, find_triind(currytri, rsctnind, 3));
for ii = 1 : size(rsctnloc, 2)
rsctntri(rsctntri == rsctnind(ii)) = ii;
end
patch('vertices', rsctnloc', 'faces', rsctntri', 'EdgeColor', [0 100 220]/256, 'FaceColor', [0 100 220]/256);
delete(findall(gcf,'Type','light'))
camlight right;
case 'boundary'
[~, rsctnind] = find_nvoxel(rsctnloc, curryloc); rsctnind = unique(rsctnind);
rsctnloc = curryloc(:, rsctnind);
rsctntri = currytri(:, find_triind(currytri, rsctnind, 3));
for ii = 1 : size(rsctnloc, 2)
rsctntri(rsctntri == rsctnind(ii)) = ii;
end
bnd_edge = find_boundary_edges(rsctntri);
line([rsctnloc(1, bnd_edge(1, :)); rsctnloc(1, bnd_edge(2, :))],...
[rsctnloc(2, bnd_edge(1, :)); rsctnloc(2, bnd_edge(2, :))],...
[rsctnloc(3, bnd_edge(1, :)); rsctnloc(3, bnd_edge(2, :))], 'LineWidth', 2.5, 'Color', [0 100 220]/256 ...
)
otherwise
disp('Wrong resection display mode!!!')
end
end
end
end
end