Global Index (all files) (short | long) | Local Index (files in subdir) (short | long)
makecmap(bins,fighandle,p3)
% MAKECMAP - Interactive colormap maker.
%
% usage: makecmap
% makecmap(map)
% makecmap(map,fighandle)
% makecmap(map,fighandle,cindex)
% makecmap(bins)
% makecmap(bins,fighandle)
% makecmap(bins,fighandle,cindex)
% makecmap(fighandle,'fig')
% makecmap(fighandle,'fig',cindex)
%
% bins - size of colormap (default - 64)
% map - rgb colormap (matrix)
% fighandle - figure(s) to apply colormap (optional)
% fighandle,'fig' - reads colormap from figure (fighandle)
% cindex - subset of figure colormap to edited current map to
% (useful for figures with concatenated colormaps)
%
%
% Nodes are displayed as circles. To move a node use mouse
% button #1. To add a node use mouse button #2. To delete
% doubleclick.
%
% Mouse buttons button 1 - move (2 button mouse)
% button 2 - add
% doubleclick - erase
%
% There are four graphs. The first three corresond to the relative
% rgb values. And the fourth graph is a luminance factor
% which the rgb values are multiplied by.
%
% colormap = [red,green,blue] * luminance
%
% Reset button - resets the colormap to the original values.
% Export button - assigns the colormap to a desktop variable.
% M-File button - creates an m-file which will generate the colormap
% Close button - closes the figure window.
%
% Runs under Matlab 5,6
%
% Note: the readcolormap option is not perfect. It works well if the
% colormap contains straight lines like most matlab colormaps. You can play
% with the tolerance. Also, the more nodes in an axes the slower the mouse
% handler routines will run.
% Written by Colin Humphries, Salk Institute, March 1997
% -add lspace function (now runs under matlab 5.2) April, 1998
% -changed script to work with 2-button mouse instead of 3-button 7/00
% -added generate m-file feature 7/00
% -added colormap subset feature 7/00
%
% email: chumphri@uci.edu
% Copywrite (c) 2003, Colin J. Humphries, All Rights Reserved
nargs = nargin;
if nargs == 0
bins = 64;
nargs = 1;
end
if ~isstr(bins)
clear global MCM_COL_INDEX;
if nargin < 3
col_index = [];
else
col_index = p3;
global MCM_COL_INDEX;
MCM_COL_INDEX = col_index;
end
if size(bins,2) == 3
map = bins;
bins = size(map,1);
if nargs == 1
fighandle = [];
end
else
map = [];
if nargs > 1
if isstr(fighandle)
fighandle = bins;
map = get(fighandle,'Colormap');
if ~isempty(col_index)
map = map(col_index,:);
end
bins = size(map,1);
end
else
fighandle = [];
end
end
if isempty(map)
red = [1 0;bins 1]; % default colormap
green = [1 0;bins 1];
blue = [1 0;bins 1];
else
% Note: this routine cycles through all
% the data points and assigns nodes to
% the points where straight lines end.
% This does not work well in every
% occasion. If the colormap is nonlinear
% in many places, a lot of nodes will be
% assigned.
for j = 1:3 % cycle through each column
for i = 1:bins % cycle through each row
if i == 1 % assign the first point as the first node
nodes(1,:) = [1 map(1,j)];
lastnode = nodes; % last node assigned
elseif i == 2
oldtempnode = [i map(2,j)]; % assigns point 2 as the test node
else
tempnode = [i map(i,j)]; % look at current point
if (abs((oldtempnode(2)-lastnode(2))/(oldtempnode(1)...
-lastnode(1))) <= abs((tempnode(2)-lastnode(2))...
/(tempnode(1)-lastnode(1)))*1.01) & ...
(abs((oldtempnode(2)-lastnode(2))/...
(oldtempnode(1)-lastnode(1))) >= ...
abs((tempnode(2)-lastnode(2))/...
(tempnode(1)-lastnode(1)))*.99) % Check whether the line
% from the last node to
% tempnode and
% oldtempnode have the
% same slope.
% Tolerance is +/- 1%
oldtempnode = tempnode; % if so then move oldtempnode
else
nodes = [nodes;oldtempnode]; % if not then assign a new
lastnode = oldtempnode; % node.
oldtempnode = tempnode;
end
end
end
nodes = [nodes;bins map(bins,j)]; % the last node is the last point
if j == 1
red = nodes; % get red nodes
nodes = [];
elseif j == 2
green = nodes;% get green nodes
nodes = [];
elseif j == 3
blue = nodes; % get blue nodes
nodes = [];
end
end
end
mcmfighandle = figure('color','k');
if isempty(fighandle)
fighandle = mcmfighandle;
end
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Set up Colormap from nodes
% Converts each set of nodes into a discrete vector
for i = 1:size(red,1)-1
W = lspace(red(i,2),red(i+1,2),red(i+1,1)-red(i,1)+1);
mapred(red(i,1):red(i+1,1)-1) = W(1:red(i+1,1)-red(i,1))';
end
mapred(red(i+1,1)) = red(i+1,2);
for i = 1:size(green,1)-1
W = lspace(green(i,2),green(i+1,2),green(i+1,1)-green(i,1)+1);
mapgreen(green(i,1):green(i+1,1)-1) = W(1:green(i+1,1)-green(i,1))';
end
mapgreen(green(i+1,1)) = green(i+1,2);
for i = 1:size(blue,1)-1
W = lspace(blue(i,2),blue(i+1,2),blue(i+1,1)-blue(i,1)+1);
mapblue(blue(i,1):blue(i+1,1)-1) = W(1:blue(i+1,1)-blue(i,1))';
end
mapblue(blue(i+1,1)) = blue(i+1,2);
map = [mapred(:),mapgreen(:),mapblue(:)]; % get new colormap
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Set up Graphs
nodenum = size(red,1);
subplot(3,2,1) % Red Graph
hold on
for i = 1:nodenum-1
plot(red(i,1),red(i,2),'ow')
line([red(i,1),red(i+1)],[red(i,2),red(i+1,2)],'color','r')
end
plot(red(nodenum,1),red(nodenum,2),'ow')
axis([1 red(nodenum,1) 0 1])
redax = gca;
set(redax,'UserData',red,'tag','r','box','on','color','k',...
'xcolor','w','ycolor','w','xgrid','on','ygrid','on',...
'Ytick',(0:.2:1));
ylabel('Red','FontSize',14)
subplot(3,2,3) % Green Graph
nodenum = size(green,1);
hold on
for i = 1:nodenum-1
plot(green(i,1),green(i,2),'ow')
line([green(i,1),green(i+1)],[green(i,2),green(i+1,2)],'color','g')
end
plot(green(nodenum,1),green(nodenum,2),'ow')
axis([1 green(nodenum,1) 0 1])
greenax = gca;
set(greenax,'UserData',green,'tag','g','box','on','color','k',...
'xcolor','w','ycolor','w','xgrid','on','ygrid','on',...
'YTick',(0:.2:1));
ylabel('Green','FontSize',14)
subplot(3,2,5) % Blue Graph
nodenum = size(blue,1);
hold on
for i = 1:nodenum-1
plot(blue(i,1),blue(i,2),'ow')
line([blue(i,1),blue(i+1)],[blue(i,2),blue(i+1,2)],'color','b')
end
plot(blue(nodenum,1),blue(nodenum,2),'ow')
axis([1 blue(nodenum,1) 0 1])
blueax = gca;
set(blueax,'UserData',blue,'tag','b','box','on','color','k',...
'xcolor','w','ycolor','w','xgrid','on','ygrid','on',...
'YTick',(0:.2:1));
ylabel('Blue','FontSIze',14)
colormap(map) % Apply Colormap
if isempty(col_index)
set(fighandle,'Colormap',map)
else
for i=1:length(fighandle)
mtmp = get(fighandle(i),'Colormap');
mtmp(col_index,:) = map;
set(fighandle(i),'Colormap',mtmp);
end
end
transax = axes('Position',[.578 .4056 .327 .2238]); % Transfer Graph
hold on
trans = [1 1;bins 1];
nodenum = 2;
cla
for i = 1:nodenum-1
plot(trans(i,1),trans(i,2),'ow')
line([trans(i,1),trans(i+1)],[trans(i,2),trans(i+1,2)],'color','y')
end
plot(trans(nodenum,1),trans(nodenum,2),'ow')
axis([1 trans(nodenum,1) 0 1])
trans = ones(1,bins);
title('luminance','color','w','FontSize',14)
set(transax,'UserData',[1 1;bins 1],'tag','y','box','on','color','k',...
'xcolor','w','ycolor','w','xgrid','on','ygrid','on',...
'YTick',(0:.2:1))
set(mcmfighandle,'UserData',[map,trans(:)],'tag',int2str(fighandle))
cbax = axes('Position',[.578 .75 .327 .1072]); % Colorbar Graph
colorbar(cbax)
set(cbax,'tag','cb','xcolor','w','ycolor','w',...
'UserData',[size(red,1),0;...
size(green,1),0;...
size(blue,1),0;...
red;...
green;...
blue])
% Title axis
hdaxes = axes('Position',[.57 .93 .327 .05],'Visible','off',...
'tag','hd','UserData',map);
text(.5,0,'Colormap Editor','FontSize',16,'Color','w',...
'HorizontalAlignment','center')
% Uicontrols
uicontrol('style','pushbutton','string','Reset',...
'Units','Normalized',...
'Position',[.50 .0929 .1071 .0595],...
'Callback','makecmap(''reset'');')
uicontrol('style','pushbutton','string','Export',...
'Units','Normalized',...
'Position',[.625 .0929 .1071 .0595],...
'Callback','makecmap(''export'');')
uicontrol('Units','normalized','position',...
[.75 .0929 .1071 .0595],...
'String','M-File',...
'Callback','makecmap(''mfilegui'');');
uicontrol('style','pushbutton','string','Close',...
'Units','Normalized',...
'Position',[.875 .0929 .1071 .0595],...
'Callback','makecmap(''close'');')
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Set up callbacks
set(mcmfighandle,'WindowButtonDownFcn','makecmap(''down'');')
set(mcmfighandle,'WindowButtonUpFcn','makecmap(''up'');')
set(mcmfighandle,'WindowButtonMotionFcn','makecmap(''motion'');')
set(mcmfighandle,'CloseRequestFcn','makecmap(''close'');')
% End of main function
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
else
if strcmp(bins,'down') % Mouse Button Down Handler
figh = gcbf;
axhandle = gca;
lcolor = get(axhandle,'tag'); % find out what axis we are in
if strcmp(lcolor,'cb') | strcmp(lcolor,'hd')
return % if colorbar or title axis then return
end
xlimits = get(axhandle,'Xlim');
ylimits = get(axhandle,'Ylim');
nodes = get(axhandle,'UserData');
nodenum = size(nodes,1); % get nodes
P = get(axhandle,'CurrentPoint'); % get mouse position
X = P(1,1);
Y = P(1,2);
button = get(gcbf,'SelectionType'); % get button
if X <= xlimits(1)-xlimits(2)*.05 | X >= xlimits(2)*1.05 | ...
Y <= ylimits(1)-ylimits(2)*.07 | Y >= ylimits(2)*1.07
return % if outside of axis limits then return
end
if strcmp(button,'normal') % left mouse button
global M_BUTTON_DOWN M_PNTS M_LINES M_TEXT
ii = find(X > nodes(:,1)); % find node above point
minnode = max(ii);
ii = find(X < nodes(:,1)); % find node below point
maxnode = min(ii);
if (X - nodes(minnode,1)) > (nodes(maxnode,1)-X) % if closer to maxnode
if maxnode == nodenum; % if maxnode is the endnode
nodes(maxnode,2) = max(min(Y,1),0); % only move Y-position
else
nodes(maxnode,1) = round(X); % move node
nodes(maxnode,2) = max(min(Y,1),0);
end
M_BUTTON_DOWN = maxnode; % save what node was selected
elseif (X - nodes(minnode,1)) < (nodes(maxnode,1)-X)% if closer to minnode
if minnode == 1 %if firstnode
nodes(minnode,2) = max(min(Y,1),0); % only move Y-position
else
nodes(minnode,1) = round(X); % move node
nodes(minnode,2) = max(min(Y,1),0);
end
M_BUTTON_DOWN = minnode; % save what node was selected
end
cla
for i = 1:nodenum-1 % Redraw axis
M_PNTS(i) = plot(nodes(i,1),nodes(i,2),'ow');
M_LINES(i) = line([nodes(i,1),nodes(i+1)],...
[nodes(i,2),nodes(i+1,2)],'color',lcolor);
end
M_PNTS(i+1) = plot(nodes(nodenum,1),nodes(nodenum,2),'ow');
M_TEXT = text(0,1.05,...
[' ',int2str(nodes(M_BUTTON_DOWN,1)),', ',...
num2str(nodes(M_BUTTON_DOWN,2),2)],...
'Color','w','clipping','off',...
'VerticalAlignment','bottom',...
'FontSize',10);
axis([1 nodes(nodenum,1) 0 1])
elseif strcmp(button,'alt') % Middle Mouse Button
global M_BUTTON_DOWN M_PNTS M_LINES M_TEXT
ii = find(X > nodes(:,1)); % find node below
minnode = max(ii);
ii = find(X < nodes(:,1)); % find node above
maxnode = min(ii);
nodes = [nodes(1:minnode,:);[round(X),max(min(Y,1),0)];...
nodes(maxnode:nodenum,:)]; % add node shifting those above
nodenum = size(nodes,1);
M_BUTTON_DOWN = minnode+1;
cla
for i = 1:nodenum-1 % Redraw axis
M_PNTS(i) = plot(nodes(i,1),nodes(i,2),'ow');
M_LINES(i) = line([nodes(i,1),nodes(i+1)],...
[nodes(i,2),nodes(i+1,2)],'color',lcolor);
end
M_PNTS(i+1) = plot(nodes(nodenum,1),nodes(nodenum,2),'ow');
M_TEXT = text(0,1.05,...
[' ',int2str(nodes(M_BUTTON_DOWN,1)),', ',...
num2str(nodes(M_BUTTON_DOWN,2),2)],...
'Color','w','clipping','off',...
'VerticalAlignment','bottom',...
'FontSize',10);
axis([1 nodes(nodenum,1) 0 1])
elseif strcmp(button,'open') % Right Mouse Button
ii = find(X > nodes(:,1)); % find node below
minnode = max(ii);
ii = find(X < nodes(:,1)); % find node above
maxnode = min(ii);
if (X - nodes(minnode,1)) > (nodes(maxnode,1)-X) % reassign nodes
if maxnode < nodenum;
nodes = [nodes(1:maxnode-1,:);nodes(maxnode+1:nodenum,:)];
end
elseif (X - nodes(minnode,1)) < (nodes(maxnode,1)-X)
if minnode > 1
nodes = [nodes(1:minnode-1,:);nodes(minnode+1:nodenum,:)];
end
end
nodenum = size(nodes,1);
cla
for i = 1:nodenum-1 %redraw axis
plot(nodes(i,1),nodes(i,2),'ow')
line([nodes(i,1),nodes(i+1)],[nodes(i,2),nodes(i+1,2)],'color',lcolor)
end
plot(nodes(nodenum,1),nodes(nodenum,2),'ow')
axis([1 nodes(nodenum,1) 0 1])
end
set(axhandle,'UserData',nodes) % update nodes
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
elseif strcmp(bins,'up') % Mouse Button Up Handler
figh = gcbf;
global M_TEXT
delete(M_TEXT)
clear global M_BUTTON_DOWN M_LINES M_PNTS M_TEXT % clear variables
UserData = get(figh,'UserData');
fighandle = str2num(get(figh,'tag')); % get figure to apply colormap
axhandle = gca;
nodes = get(axhandle,'UserData'); % get nodes
tagval = get(axhandle,'tag');
if strcmp(tagval,'cb') | strcmp(tagval,'hd')
return % if colorbar or title axis then return
end
for i = 1:size(nodes,1)-1
W = lspace(nodes(i,2),nodes(i+1,2),nodes(i+1,1)-nodes(i,1)+1);
map(nodes(i,1):nodes(i+1,1)-1) = W(1:nodes(i+1,1)-nodes(i,1))';
end
map(nodes(i+1,1)) = nodes(i+1,2);
if strcmp(tagval,'r')
UserData(:,1) = map';
elseif strcmp(tagval,'g')
UserData(:,2) = map';
elseif strcmp(tagval,'b')
UserData(:,3) = map';
elseif strcmp(tagval,'y')
UserData(:,4) = map';
end
set(figh,'UserData',UserData,'Colormap',... % assign new colormap
UserData(:,1:3).*(UserData(:,4)*ones(1,3)))
if fighandle ~= figh
global MCM_COL_INDEX
if isempty(MCM_COL_INDEX)
set(fighandle,'Colormap',UserData(:,1:3).*(UserData(:,4)*ones(1, ...
3)))
else
for k = 1:length(fighandle)
mtmp = get(fighandle(k),'Colormap');
mtmp(MCM_COL_INDEX,:) = UserData(:,1:3).*(UserData(:,4)*ones(1, ...
3));
set(fighandle(k),'Colormap',mtmp);
end
end
end
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
elseif strcmp(bins,'motion') % Mouse Motion Handler
global M_BUTTON_DOWN M_LINES M_PNTS M_TEXT
if isempty(M_BUTTON_DOWN)
return % If mouse button is not down then return
end
axhandle = gca;
nodes = get(gca,'UserData');
tagval = get(gca,'tag');
P = get(axhandle,'CurrentPoint');
X = P(1,1);
Y = P(1,2);
nodenum = size(nodes,1);
if M_BUTTON_DOWN == 1 | M_BUTTON_DOWN == nodenum; % move selected node to
nodes(M_BUTTON_DOWN,2) = max(min(Y,1),0); % new mouse position
else
nodes(M_BUTTON_DOWN,1) = max(nodes(M_BUTTON_DOWN-1,1), ...
min(nodes(M_BUTTON_DOWN+1,1),round(X)));
nodes(M_BUTTON_DOWN,2) = max(min(Y,1),0);
end
delete(M_PNTS(M_BUTTON_DOWN))
M_PNTS(M_BUTTON_DOWN) = plot(nodes(M_BUTTON_DOWN,1),...
nodes(M_BUTTON_DOWN,2),'ow');
if M_BUTTON_DOWN > 1
delete(M_LINES(M_BUTTON_DOWN-1))
M_LINES(M_BUTTON_DOWN-1) = line([nodes(M_BUTTON_DOWN-1,1),...
nodes(M_BUTTON_DOWN,1)],...
[nodes(M_BUTTON_DOWN-1,2),nodes(M_BUTTON_DOWN,2)],'color',tagval);
end
if M_BUTTON_DOWN < nodenum
delete(M_LINES(M_BUTTON_DOWN))
M_LINES(M_BUTTON_DOWN) = line([nodes(M_BUTTON_DOWN,1),...
nodes(M_BUTTON_DOWN+1,1)],...
[nodes(M_BUTTON_DOWN,2),nodes(M_BUTTON_DOWN+1,2)],'color',tagval);
end
delete(M_TEXT)
M_TEXT = text(0,1.05,...
[' ',int2str(nodes(M_BUTTON_DOWN,1)),', ',...
num2str(nodes(M_BUTTON_DOWN,2),2)],...
'Color','w','clipping','off',...
'VerticalAlignment','bottom',...
'FontSize',10);
axis([1 nodes(nodenum,1) 0 1])
set(axhandle,'UserData',nodes)
elseif strcmp(bins,'export') % export colormap to desktop
fig = gcbf;
pos = get(fig,'Position');
figx = 400; % set up dialog figure
figy = 200;
figh = figure('Units','pixels',...
'Position',...
[pos(1)+pos(3)/2-figx/2 pos(2)+pos(4)/2-figy/2 figx figy],...
'Resize','off','CloseRequestFcn','','menubar','none',...
'numbertitle','off');
uicolor = get(figh,'Color');
% text uicontrol
uicontrol('Style','Text','Units','Pixels',...
'String','Output Colormap to Desktop Variable:',...
'Position',[20 figy-40 300 22],'HorizontalAlignment','left',...
'FontSize',14,'BackGroundColor',uicolor)
% edit uicontrol
ui1 = uicontrol('Style','Edit','Units','Pixels',...
'String','cmap','FontSize',12,...
'Position',[120 figy-100 150 30]);
TIMESTRING = ['[OBJ1,FIGH1] = gcbo;',...
'OBJHAN = get(OBJ1,''UserData'');',...
'LAB1 = get(OBJHAN(1),''string'');',...
'DATA1 = get(OBJHAN(2),''Colormap'');',...
'eval([LAB1,'' = DATA1;'']);',...
'delete(FIGH1);',...
'clear OBJ1 FIGH1 OBJHAN DATA1 LAB1'];
% OK Button
uicontrol('Style','PushButton','Units','Pixels',...
'String','OK','FontSize',14,...
'Position',[figx/4-20 10 65 30],...
'UserData',[ui1 fig],'Callback',TIMESTRING)
TIMESTRING = ['[OBJ1,FIGH1] = gcbo;',...
'delete(FIGH1);',...
'clear OBJ1 FIGH1;'];
% Cancel Button
uicontrol('Style','PushButton','Units','Pixels',...
'String','Cancel','FontSize',14,...
'Position',[3*figx/4-20 10 65 30],...
'Callback',TIMESTRING)
elseif strcmp(bins,'close') % Close Request function
figh = gcbf;
clear global M_BUTTON_DOWN M_LINES M_PNTS M_TEXT % get rid of global vars
clear global MCM_COL_INDEX
delete(figh)
elseif strcmp(bins,'reset') % reset Colormap to original values
fighandle = gcbf;
obj = findobj('tag','hd','parent',fighandle);
map = get(obj,'UserData'); % get original colormap stored in hd axes
set(fighandle,'Colormap',map,...
'UserData',[map , ones(size(map,1),1)])
obj = findobj('tag','cb','parent',fighandle);
nodes = get(obj,'UserData'); % get node values stored in cb axes
red = nodes(4:nodes(1,1)+3,:);
green = nodes(nodes(1,1)+4:nodes(1,1)+nodes(2,1)+3,:);
blue = nodes(nodes(1,1)+nodes(2,1)+4:nodes(1,1)+nodes(2,1)+...
nodes(3,1)+3,:);
obj = findobj('tag','r','parent',fighandle);
axes(obj) % reset colormap graphs
cla
nodenum = nodes(1,1);
for i = 1:nodenum-1
plot(red(i,1),red(i,2),'ow')
line([red(i,1),red(i+1)],[red(i,2),red(i+1,2)],'color','r')
end
plot(red(nodenum,1),red(nodenum,2),'ow')
set(obj,'UserData',red)
obj = findobj('tag','g','parent',fighandle);
axes(obj)
cla
nodenum = nodes(2,1);
for i = 1:nodenum-1
plot(green(i,1),green(i,2),'ow')
line([green(i,1),green(i+1)],[green(i,2),green(i+1,2)],'color','g')
end
plot(green(nodenum,1),green(nodenum,2),'ow')
set(obj,'UserData',green)
obj = findobj('tag','b','parent',fighandle);
axes(obj)
cla
nodenum = nodes(3,1);
for i = 1:nodenum-1
plot(blue(i,1),blue(i,2),'ow')
line([blue(i,1),blue(i+1)],[blue(i,2),blue(i+1,2)],'color','b')
end
plot(blue(nodenum,1),blue(nodenum,2),'ow')
set(obj,'UserData',blue)
obj = findobj('tag','y','parent',fighandle);
axes(obj)
cla
trans = [1 1;size(map,1) 1];
nodenum = 2;
for i = 1:nodenum-1
plot(trans(i,1),trans(i,2),'ow')
line([trans(i,1),trans(i+1)],[trans(i,2),trans(i+1,2)],'color','y')
end
plot(trans(nodenum,1),trans(nodenum,2),'ow')
set(obj,'UserData',trans)
figh = str2num(get(fighandle,'tag'));
if figh~=fighandle
global MCM_COL_INDEX
if isempty(MCM_COL_INDEX)
set(figh,'Colormap',map)
else
for k = 1:length(fighandle)
mtmp = get(figh(k),'Colormap');
mtmp(MCM_COL_INDEX,:) = map;
set(figh(k),'Colormap',mtmp);
end
end
end
elseif strcmp(bins,'mfilegui') % Output colormap in an m-file
fig = gcbf;
pos = get(fig,'Position');
figx = 400; % set up dialog figure
figy = 200;
figh = figure('Units','pixels',...
'Position',...
[pos(1)+pos(3)/2-figx/2 pos(2)+pos(4)/2-figy/2 figx figy],...
'Resize','off','CloseRequestFcn','','menubar','none',...
'numbertitle','off');
uicolor = get(figh,'Color');
% text uicontrol
uicontrol('Style','Text','Units','Pixels',...
'String','Output Colormap to M-File:',...
'Position',[20 figy-40 300 22],'HorizontalAlignment','left',...
'FontSize',14,'BackGroundColor',uicolor)
% edit uicontrol
ui1 = uicontrol('Style','Edit','Units','Pixels',...
'String','cmap.m','FontSize',12,...
'Position',[120 figy-100 150 30]);
TIMESTRING = ['[OBJ1,FIGH1] = gcbo;',...
'OBJHAN = get(OBJ1,''UserData'');',...
'LAB1 = get(OBJHAN(1),''string'');',...
'makecmap(''mfile'',OBJHAN(2),LAB1);',...
'delete(FIGH1);',...
'clear OBJ1 FIGH1 OBJHAN LAB1'];
% OK Button
uicontrol('Style','PushButton','Units','Pixels',...
'String','OK','FontSize',14,...
'Position',[figx/4-20 10 65 30],...
'UserData',[ui1 fig],'Callback',TIMESTRING)
TIMESTRING = ['[OBJ1,FIGH1] = gcbo;',...
'delete(FIGH1);',...
'clear OBJ1 FIGH1;'];
% Cancel Button
uicontrol('Style','PushButton','Units','Pixels',...
'String','Cancel','FontSize',14,...
'Position',[3*figx/4-20 10 65 30],...
'Callback',TIMESTRING)
elseif strcmp(bins,'mfile')
figh = fighandle;
filename = p3;
if strcmp(filename(end-1:end),'.m')
filename = filename(1:end-2);
end
axh(1) = findobj('tag','r','parent',figh);
axh(2) = findobj('tag','g','parent',figh);
axh(3) = findobj('tag','b','parent',figh);
axh(4) = findobj('tag','y','parent',figh);
[CM,CN] = size(get(figh,'Colormap'));
fid = fopen([filename,'.m'],'w');
if fid < 0
error('Cannot open file');
end
fprintf(fid,'function [map] = %s(csize)\n',filename);
fprintf(fid,'%% %s - Colormap\n',upper(filename));
fprintf(fid,'%% usage: %s - returns a colormap the same length as the\n',filename);
fprintf(fid,'%% current figure''s colormap.\n');
fprintf(fid,'%% %s(M) - returns an M x 3 sized colormap.\n',filename);
fprintf(fid,'%% \n\n');
fprintf(fid,'%% This m-file was automatically generated by makecmap.m\n');
fprintf(fid,'%% Date: %s\n\n',datestr(now,0));
fprintf(fid,'if nargin < 1\n');
fprintf(fid,' csize = size(get(gcf,''Colormap''),1);\nend\n\n');
for j=1:4
nodes = get(axh(j),'UserData');
nodes(:,1) = nodes(:,1)/CM;
fprintf(fid,'nodes = [ ');
for i = 1:size(nodes,1)
if i > 1
fprintf(fid,' ');
end
fprintf(fid,'%e\t%e',nodes(i,1),nodes(i,2));
if i == size(nodes,1)
fprintf(fid,'];\n');
else
fprintf(fid,';...\n');
end
end
fprintf(fid,'nodes(:,1) = round(nodes(:,1)*csize);\n');
fprintf(fid,'nodes(1,1) = 1;\n');
fprintf(fid,'for i = 1:size(nodes,1)-1\n');
fprintf(fid,[' W = lspace(nodes(i,2),nodes(i+1,2),nodes(i+1,1)-nodes(i,' ...
' 1)+1);\n']);
fprintf(fid,[' map(%d,nodes(i,1):nodes(i+1,1)-1) = W(1:nodes(i+1,1)-' ...
' nodes(i,1));\n'],j);
fprintf(fid,'end\n');
fprintf(fid,'map(%d,nodes(i+1,1)) = nodes(i+1,2);\n\n',j);
end
fprintf(fid,'map = (map(1:3,:) .* repmat(map(4,:),3,1))'';\n\n');
fprintf(fid,'%% ----------------------------\n');
fprintf(fid,'function out = lspace(x,y,N)\n');
fprintf(fid,'out = [x+(0:N-2)*(y-x)/(N-1) y];\n');
fclose(fid);
end
end
% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
function out = lspace(x,y,N)
% LSPACE
out = [x+(0:N-2)*(y-x)/(N-1) y];
function makecmap(bins,fighandle,p3)
% MAKECMAP - Interactive colormap maker.
%
% usage: makecmap
% makecmap(map)
% makecmap(map,fighandle)
% makecmap(map,fighandle,cindex)
% makecmap(bins)
% makecmap(bins,fighandle)
% makecmap(bins,fighandle,cindex)
% makecmap(fighandle,'fig')
% makecmap(fighandle,'fig',cindex)
%
% bins - size of colormap (default - 64)
% map - rgb colormap (matrix)
% fighandle - figure(s) to apply colormap (optional)
% fighandle,'fig' - reads colormap from figure (fighandle)
% cindex - subset of figure colormap to edited current map to
% (useful for figures with concatenated colormaps)
%
%
% Nodes are displayed as circles. To move a node use mouse
% button #1. To add a node use mouse button #2. To delete
% doubleclick.
%
% Mouse buttons button 1 - move (2 button mouse)
% button 2 - add
% doubleclick - erase
%
% There are four graphs. The first three corresond to the relative
% rgb values. And the fourth graph is a luminance factor
% which the rgb values are multiplied by.
%
% colormap = [red,green,blue] * luminance
%
% Reset button - resets the colormap to the original values.
% Export button - assigns the colormap to a desktop variable.
% M-File button - creates an m-file which will generate the colormap
% Close button - closes the figure window.
%
% Runs under Matlab 5,6
%
% Note: the readcolormap option is not perfect. It works well if the
% colormap contains straight lines like most matlab colormaps. You can play
% with the tolerance. Also, the more nodes in an axes the slower the mouse
% handler routines will run.
% Written by Colin Humphries, Salk Institute, March 1997
% -add lspace function (now runs under matlab 5.2) April, 1998
% -changed script to work with 2-button mouse instead of 3-button 7/00
% -added generate m-file feature 7/00
% -added colormap subset feature 7/00
%
% email: chumphri@uci.edu
% Copywrite (c) 2003, Colin J. Humphries, All Rights Reserved
nargs = nargin;
if nargs == 0
bins = 64;
nargs = 1;
end
if ~isstr(bins)
clear global MCM_COL_INDEX;
if nargin < 3
col_index = [];
else
col_index = p3;
global MCM_COL_INDEX;
MCM_COL_INDEX = col_index;
end
if size(bins,2) == 3
map = bins;
bins = size(map,1);
if nargs == 1
fighandle = [];
end
else
map = [];
if nargs > 1
if isstr(fighandle)
fighandle = bins;
map = get(fighandle,'Colormap');
if ~isempty(col_index)
map = map(col_index,:);
end
bins = size(map,1);
end
else
fighandle = [];
end
end
if isempty(map)
red = [1 0;bins 1]; % default colormap
green = [1 0;bins 1];
blue = [1 0;bins 1];
else
% Note: this routine cycles through all
% the data points and assigns nodes to
% the points where straight lines end.
% This does not work well in every
% occasion. If the colormap is nonlinear
% in many places, a lot of nodes will be
% assigned.
for j = 1:3 % cycle through each column
for i = 1:bins % cycle through each row
if i == 1 % assign the first point as the first node
nodes(1,:) = [1 map(1,j)];
lastnode = nodes; % last node assigned
elseif i == 2
oldtempnode = [i map(2,j)]; % assigns point 2 as the test node
else
tempnode = [i map(i,j)]; % look at current point
if (abs((oldtempnode(2)-lastnode(2))/(oldtempnode(1)...
-lastnode(1))) <= abs((tempnode(2)-lastnode(2))...
/(tempnode(1)-lastnode(1)))*1.01) & ...
(abs((oldtempnode(2)-lastnode(2))/...
(oldtempnode(1)-lastnode(1))) >= ...
abs((tempnode(2)-lastnode(2))/...
(tempnode(1)-lastnode(1)))*.99) % Check whether the line
% from the last node to
% tempnode and
% oldtempnode have the
% same slope.
% Tolerance is +/- 1%
oldtempnode = tempnode; % if so then move oldtempnode
else
nodes = [nodes;oldtempnode]; % if not then assign a new
lastnode = oldtempnode; % node.
oldtempnode = tempnode;
end
end
end
nodes = [nodes;bins map(bins,j)]; % the last node is the last point
if j == 1
red = nodes; % get red nodes
nodes = [];
elseif j == 2
green = nodes;% get green nodes
nodes = [];
elseif j == 3
blue = nodes; % get blue nodes
nodes = [];
end
end
end
mcmfighandle = figure('color','k');
if isempty(fighandle)
fighandle = mcmfighandle;
end
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Set up Colormap from nodes
% Converts each set of nodes into a discrete vector
for i = 1:size(red,1)-1
W = lspace(red(i,2),red(i+1,2),red(i+1,1)-red(i,1)+1);
mapred(red(i,1):red(i+1,1)-1) = W(1:red(i+1,1)-red(i,1))';
end
mapred(red(i+1,1)) = red(i+1,2);
for i = 1:size(green,1)-1
W = lspace(green(i,2),green(i+1,2),green(i+1,1)-green(i,1)+1);
mapgreen(green(i,1):green(i+1,1)-1) = W(1:green(i+1,1)-green(i,1))';
end
mapgreen(green(i+1,1)) = green(i+1,2);
for i = 1:size(blue,1)-1
W = lspace(blue(i,2),blue(i+1,2),blue(i+1,1)-blue(i,1)+1);
mapblue(blue(i,1):blue(i+1,1)-1) = W(1:blue(i+1,1)-blue(i,1))';
end
mapblue(blue(i+1,1)) = blue(i+1,2);
map = [mapred(:),mapgreen(:),mapblue(:)]; % get new colormap
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Set up Graphs
nodenum = size(red,1);
subplot(3,2,1) % Red Graph
hold on
for i = 1:nodenum-1
plot(red(i,1),red(i,2),'ow')
line([red(i,1),red(i+1)],[red(i,2),red(i+1,2)],'color','r')
end
plot(red(nodenum,1),red(nodenum,2),'ow')
axis([1 red(nodenum,1) 0 1])
redax = gca;
set(redax,'UserData',red,'tag','r','box','on','color','k',...
'xcolor','w','ycolor','w','xgrid','on','ygrid','on',...
'Ytick',(0:.2:1));
ylabel('Red','FontSize',14)
subplot(3,2,3) % Green Graph
nodenum = size(green,1);
hold on
for i = 1:nodenum-1
plot(green(i,1),green(i,2),'ow')
line([green(i,1),green(i+1)],[green(i,2),green(i+1,2)],'color','g')
end
plot(green(nodenum,1),green(nodenum,2),'ow')
axis([1 green(nodenum,1) 0 1])
greenax = gca;
set(greenax,'UserData',green,'tag','g','box','on','color','k',...
'xcolor','w','ycolor','w','xgrid','on','ygrid','on',...
'YTick',(0:.2:1));
ylabel('Green','FontSize',14)
subplot(3,2,5) % Blue Graph
nodenum = size(blue,1);
hold on
for i = 1:nodenum-1
plot(blue(i,1),blue(i,2),'ow')
line([blue(i,1),blue(i+1)],[blue(i,2),blue(i+1,2)],'color','b')
end
plot(blue(nodenum,1),blue(nodenum,2),'ow')
axis([1 blue(nodenum,1) 0 1])
blueax = gca;
set(blueax,'UserData',blue,'tag','b','box','on','color','k',...
'xcolor','w','ycolor','w','xgrid','on','ygrid','on',...
'YTick',(0:.2:1));
ylabel('Blue','FontSIze',14)
colormap(map) % Apply Colormap
if isempty(col_index)
set(fighandle,'Colormap',map)
else
for i=1:length(fighandle)
mtmp = get(fighandle(i),'Colormap');
mtmp(col_index,:) = map;
set(fighandle(i),'Colormap',mtmp);
end
end
transax = axes('Position',[.578 .4056 .327 .2238]); % Transfer Graph
hold on
trans = [1 1;bins 1];
nodenum = 2;
cla
for i = 1:nodenum-1
plot(trans(i,1),trans(i,2),'ow')
line([trans(i,1),trans(i+1)],[trans(i,2),trans(i+1,2)],'color','y')
end
plot(trans(nodenum,1),trans(nodenum,2),'ow')
axis([1 trans(nodenum,1) 0 1])
trans = ones(1,bins);
title('luminance','color','w','FontSize',14)
set(transax,'UserData',[1 1;bins 1],'tag','y','box','on','color','k',...
'xcolor','w','ycolor','w','xgrid','on','ygrid','on',...
'YTick',(0:.2:1))
set(mcmfighandle,'UserData',[map,trans(:)],'tag',int2str(fighandle))
cbax = axes('Position',[.578 .75 .327 .1072]); % Colorbar Graph
colorbar(cbax)
set(cbax,'tag','cb','xcolor','w','ycolor','w',...
'UserData',[size(red,1),0;...
size(green,1),0;...
size(blue,1),0;...
red;...
green;...
blue])
% Title axis
hdaxes = axes('Position',[.57 .93 .327 .05],'Visible','off',...
'tag','hd','UserData',map);
text(.5,0,'Colormap Editor','FontSize',16,'Color','w',...
'HorizontalAlignment','center')
% Uicontrols
uicontrol('style','pushbutton','string','Reset',...
'Units','Normalized',...
'Position',[.50 .0929 .1071 .0595],...
'Callback','makecmap(''reset'');')
uicontrol('style','pushbutton','string','Export',...
'Units','Normalized',...
'Position',[.625 .0929 .1071 .0595],...
'Callback','makecmap(''export'');')
uicontrol('Units','normalized','position',...
[.75 .0929 .1071 .0595],...
'String','M-File',...
'Callback','makecmap(''mfilegui'');');
uicontrol('style','pushbutton','string','Close',...
'Units','Normalized',...
'Position',[.875 .0929 .1071 .0595],...
'Callback','makecmap(''close'');')
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Set up callbacks
set(mcmfighandle,'WindowButtonDownFcn','makecmap(''down'');')
set(mcmfighandle,'WindowButtonUpFcn','makecmap(''up'');')
set(mcmfighandle,'WindowButtonMotionFcn','makecmap(''motion'');')
set(mcmfighandle,'CloseRequestFcn','makecmap(''close'');')
% End of main function
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
else
if strcmp(bins,'down') % Mouse Button Down Handler
figh = gcbf;
axhandle = gca;
lcolor = get(axhandle,'tag'); % find out what axis we are in
if strcmp(lcolor,'cb') | strcmp(lcolor,'hd')
return % if colorbar or title axis then return
end
xlimits = get(axhandle,'Xlim');
ylimits = get(axhandle,'Ylim');
nodes = get(axhandle,'UserData');
nodenum = size(nodes,1); % get nodes
P = get(axhandle,'CurrentPoint'); % get mouse position
X = P(1,1);
Y = P(1,2);
button = get(gcbf,'SelectionType'); % get button
if X <= xlimits(1)-xlimits(2)*.05 | X >= xlimits(2)*1.05 | ...
Y <= ylimits(1)-ylimits(2)*.07 | Y >= ylimits(2)*1.07
return % if outside of axis limits then return
end
if strcmp(button,'normal') % left mouse button
global M_BUTTON_DOWN M_PNTS M_LINES M_TEXT
ii = find(X > nodes(:,1)); % find node above point
minnode = max(ii);
ii = find(X < nodes(:,1)); % find node below point
maxnode = min(ii);
if (X - nodes(minnode,1)) > (nodes(maxnode,1)-X) % if closer to maxnode
if maxnode == nodenum; % if maxnode is the endnode
nodes(maxnode,2) = max(min(Y,1),0); % only move Y-position
else
nodes(maxnode,1) = round(X); % move node
nodes(maxnode,2) = max(min(Y,1),0);
end
M_BUTTON_DOWN = maxnode; % save what node was selected
elseif (X - nodes(minnode,1)) < (nodes(maxnode,1)-X)% if closer to minnode
if minnode == 1 %if firstnode
nodes(minnode,2) = max(min(Y,1),0); % only move Y-position
else
nodes(minnode,1) = round(X); % move node
nodes(minnode,2) = max(min(Y,1),0);
end
M_BUTTON_DOWN = minnode; % save what node was selected
end
cla
for i = 1:nodenum-1 % Redraw axis
M_PNTS(i) = plot(nodes(i,1),nodes(i,2),'ow');
M_LINES(i) = line([nodes(i,1),nodes(i+1)],...
[nodes(i,2),nodes(i+1,2)],'color',lcolor);
end
M_PNTS(i+1) = plot(nodes(nodenum,1),nodes(nodenum,2),'ow');
M_TEXT = text(0,1.05,...
[' ',int2str(nodes(M_BUTTON_DOWN,1)),', ',...
num2str(nodes(M_BUTTON_DOWN,2),2)],...
'Color','w','clipping','off',...
'VerticalAlignment','bottom',...
'FontSize',10);
axis([1 nodes(nodenum,1) 0 1])
elseif strcmp(button,'alt') % Middle Mouse Button
global M_BUTTON_DOWN M_PNTS M_LINES M_TEXT
ii = find(X > nodes(:,1)); % find node below
minnode = max(ii);
ii = find(X < nodes(:,1)); % find node above
maxnode = min(ii);
nodes = [nodes(1:minnode,:);[round(X),max(min(Y,1),0)];...
nodes(maxnode:nodenum,:)]; % add node shifting those above
nodenum = size(nodes,1);
M_BUTTON_DOWN = minnode+1;
cla
for i = 1:nodenum-1 % Redraw axis
M_PNTS(i) = plot(nodes(i,1),nodes(i,2),'ow');
M_LINES(i) = line([nodes(i,1),nodes(i+1)],...
[nodes(i,2),nodes(i+1,2)],'color',lcolor);
end
M_PNTS(i+1) = plot(nodes(nodenum,1),nodes(nodenum,2),'ow');
M_TEXT = text(0,1.05,...
[' ',int2str(nodes(M_BUTTON_DOWN,1)),', ',...
num2str(nodes(M_BUTTON_DOWN,2),2)],...
'Color','w','clipping','off',...
'VerticalAlignment','bottom',...
'FontSize',10);
axis([1 nodes(nodenum,1) 0 1])
elseif strcmp(button,'open') % Right Mouse Button
ii = find(X > nodes(:,1)); % find node below
minnode = max(ii);
ii = find(X < nodes(:,1)); % find node above
maxnode = min(ii);
if (X - nodes(minnode,1)) > (nodes(maxnode,1)-X) % reassign nodes
if maxnode < nodenum;
nodes = [nodes(1:maxnode-1,:);nodes(maxnode+1:nodenum,:)];
end
elseif (X - nodes(minnode,1)) < (nodes(maxnode,1)-X)
if minnode > 1
nodes = [nodes(1:minnode-1,:);nodes(minnode+1:nodenum,:)];
end
end
nodenum = size(nodes,1);
cla
for i = 1:nodenum-1 %redraw axis
plot(nodes(i,1),nodes(i,2),'ow')
line([nodes(i,1),nodes(i+1)],[nodes(i,2),nodes(i+1,2)],'color',lcolor)
end
plot(nodes(nodenum,1),nodes(nodenum,2),'ow')
axis([1 nodes(nodenum,1) 0 1])
end
set(axhandle,'UserData',nodes) % update nodes
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
elseif strcmp(bins,'up') % Mouse Button Up Handler
figh = gcbf;
global M_TEXT
delete(M_TEXT)
clear global M_BUTTON_DOWN M_LINES M_PNTS M_TEXT % clear variables
UserData = get(figh,'UserData');
fighandle = str2num(get(figh,'tag')); % get figure to apply colormap
axhandle = gca;
nodes = get(axhandle,'UserData'); % get nodes
tagval = get(axhandle,'tag');
if strcmp(tagval,'cb') | strcmp(tagval,'hd')
return % if colorbar or title axis then return
end
for i = 1:size(nodes,1)-1
W = lspace(nodes(i,2),nodes(i+1,2),nodes(i+1,1)-nodes(i,1)+1);
map(nodes(i,1):nodes(i+1,1)-1) = W(1:nodes(i+1,1)-nodes(i,1))';
end
map(nodes(i+1,1)) = nodes(i+1,2);
if strcmp(tagval,'r')
UserData(:,1) = map';
elseif strcmp(tagval,'g')
UserData(:,2) = map';
elseif strcmp(tagval,'b')
UserData(:,3) = map';
elseif strcmp(tagval,'y')
UserData(:,4) = map';
end
set(figh,'UserData',UserData,'Colormap',... % assign new colormap
UserData(:,1:3).*(UserData(:,4)*ones(1,3)))
if fighandle ~= figh
global MCM_COL_INDEX
if isempty(MCM_COL_INDEX)
set(fighandle,'Colormap',UserData(:,1:3).*(UserData(:,4)*ones(1, ...
3)))
else
for k = 1:length(fighandle)
mtmp = get(fighandle(k),'Colormap');
mtmp(MCM_COL_INDEX,:) = UserData(:,1:3).*(UserData(:,4)*ones(1, ...
3));
set(fighandle(k),'Colormap',mtmp);
end
end
end
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
elseif strcmp(bins,'motion') % Mouse Motion Handler
global M_BUTTON_DOWN M_LINES M_PNTS M_TEXT
if isempty(M_BUTTON_DOWN)
return % If mouse button is not down then return
end
axhandle = gca;
nodes = get(gca,'UserData');
tagval = get(gca,'tag');
P = get(axhandle,'CurrentPoint');
X = P(1,1);
Y = P(1,2);
nodenum = size(nodes,1);
if M_BUTTON_DOWN == 1 | M_BUTTON_DOWN == nodenum; % move selected node to
nodes(M_BUTTON_DOWN,2) = max(min(Y,1),0); % new mouse position
else
nodes(M_BUTTON_DOWN,1) = max(nodes(M_BUTTON_DOWN-1,1), ...
min(nodes(M_BUTTON_DOWN+1,1),round(X)));
nodes(M_BUTTON_DOWN,2) = max(min(Y,1),0);
end
delete(M_PNTS(M_BUTTON_DOWN))
M_PNTS(M_BUTTON_DOWN) = plot(nodes(M_BUTTON_DOWN,1),...
nodes(M_BUTTON_DOWN,2),'ow');
if M_BUTTON_DOWN > 1
delete(M_LINES(M_BUTTON_DOWN-1))
M_LINES(M_BUTTON_DOWN-1) = line([nodes(M_BUTTON_DOWN-1,1),...
nodes(M_BUTTON_DOWN,1)],...
[nodes(M_BUTTON_DOWN-1,2),nodes(M_BUTTON_DOWN,2)],'color',tagval);
end
if M_BUTTON_DOWN < nodenum
delete(M_LINES(M_BUTTON_DOWN))
M_LINES(M_BUTTON_DOWN) = line([nodes(M_BUTTON_DOWN,1),...
nodes(M_BUTTON_DOWN+1,1)],...
[nodes(M_BUTTON_DOWN,2),nodes(M_BUTTON_DOWN+1,2)],'color',tagval);
end
delete(M_TEXT)
M_TEXT = text(0,1.05,...
[' ',int2str(nodes(M_BUTTON_DOWN,1)),', ',...
num2str(nodes(M_BUTTON_DOWN,2),2)],...
'Color','w','clipping','off',...
'VerticalAlignment','bottom',...
'FontSize',10);
axis([1 nodes(nodenum,1) 0 1])
set(axhandle,'UserData',nodes)
elseif strcmp(bins,'export') % export colormap to desktop
fig = gcbf;
pos = get(fig,'Position');
figx = 400; % set up dialog figure
figy = 200;
figh = figure('Units','pixels',...
'Position',...
[pos(1)+pos(3)/2-figx/2 pos(2)+pos(4)/2-figy/2 figx figy],...
'Resize','off','CloseRequestFcn','','menubar','none',...
'numbertitle','off');
uicolor = get(figh,'Color');
% text uicontrol
uicontrol('Style','Text','Units','Pixels',...
'String','Output Colormap to Desktop Variable:',...
'Position',[20 figy-40 300 22],'HorizontalAlignment','left',...
'FontSize',14,'BackGroundColor',uicolor)
% edit uicontrol
ui1 = uicontrol('Style','Edit','Units','Pixels',...
'String','cmap','FontSize',12,...
'Position',[120 figy-100 150 30]);
TIMESTRING = ['[OBJ1,FIGH1] = gcbo;',...
'OBJHAN = get(OBJ1,''UserData'');',...
'LAB1 = get(OBJHAN(1),''string'');',...
'DATA1 = get(OBJHAN(2),''Colormap'');',...
'eval([LAB1,'' = DATA1;'']);',...
'delete(FIGH1);',...
'clear OBJ1 FIGH1 OBJHAN DATA1 LAB1'];
% OK Button
uicontrol('Style','PushButton','Units','Pixels',...
'String','OK','FontSize',14,...
'Position',[figx/4-20 10 65 30],...
'UserData',[ui1 fig],'Callback',TIMESTRING)
TIMESTRING = ['[OBJ1,FIGH1] = gcbo;',...
'delete(FIGH1);',...
'clear OBJ1 FIGH1;'];
% Cancel Button
uicontrol('Style','PushButton','Units','Pixels',...
'String','Cancel','FontSize',14,...
'Position',[3*figx/4-20 10 65 30],...
'Callback',TIMESTRING)
elseif strcmp(bins,'close') % Close Request function
figh = gcbf;
clear global M_BUTTON_DOWN M_LINES M_PNTS M_TEXT % get rid of global vars
clear global MCM_COL_INDEX
delete(figh)
elseif strcmp(bins,'reset') % reset Colormap to original values
fighandle = gcbf;
obj = findobj('tag','hd','parent',fighandle);
map = get(obj,'UserData'); % get original colormap stored in hd axes
set(fighandle,'Colormap',map,...
'UserData',[map , ones(size(map,1),1)])
obj = findobj('tag','cb','parent',fighandle);
nodes = get(obj,'UserData'); % get node values stored in cb axes
red = nodes(4:nodes(1,1)+3,:);
green = nodes(nodes(1,1)+4:nodes(1,1)+nodes(2,1)+3,:);
blue = nodes(nodes(1,1)+nodes(2,1)+4:nodes(1,1)+nodes(2,1)+...
nodes(3,1)+3,:);
obj = findobj('tag','r','parent',fighandle);
axes(obj) % reset colormap graphs
cla
nodenum = nodes(1,1);
for i = 1:nodenum-1
plot(red(i,1),red(i,2),'ow')
line([red(i,1),red(i+1)],[red(i,2),red(i+1,2)],'color','r')
end
plot(red(nodenum,1),red(nodenum,2),'ow')
set(obj,'UserData',red)
obj = findobj('tag','g','parent',fighandle);
axes(obj)
cla
nodenum = nodes(2,1);
for i = 1:nodenum-1
plot(green(i,1),green(i,2),'ow')
line([green(i,1),green(i+1)],[green(i,2),green(i+1,2)],'color','g')
end
plot(green(nodenum,1),green(nodenum,2),'ow')
set(obj,'UserData',green)
obj = findobj('tag','b','parent',fighandle);
axes(obj)
cla
nodenum = nodes(3,1);
for i = 1:nodenum-1
plot(blue(i,1),blue(i,2),'ow')
line([blue(i,1),blue(i+1)],[blue(i,2),blue(i+1,2)],'color','b')
end
plot(blue(nodenum,1),blue(nodenum,2),'ow')
set(obj,'UserData',blue)
obj = findobj('tag','y','parent',fighandle);
axes(obj)
cla
trans = [1 1;size(map,1) 1];
nodenum = 2;
for i = 1:nodenum-1
plot(trans(i,1),trans(i,2),'ow')
line([trans(i,1),trans(i+1)],[trans(i,2),trans(i+1,2)],'color','y')
end
plot(trans(nodenum,1),trans(nodenum,2),'ow')
set(obj,'UserData',trans)
figh = str2num(get(fighandle,'tag'));
if figh~=fighandle
global MCM_COL_INDEX
if isempty(MCM_COL_INDEX)
set(figh,'Colormap',map)
else
for k = 1:length(fighandle)
mtmp = get(figh(k),'Colormap');
mtmp(MCM_COL_INDEX,:) = map;
set(figh(k),'Colormap',mtmp);
end
end
end
elseif strcmp(bins,'mfilegui') % Output colormap in an m-file
fig = gcbf;
pos = get(fig,'Position');
figx = 400; % set up dialog figure
figy = 200;
figh = figure('Units','pixels',...
'Position',...
[pos(1)+pos(3)/2-figx/2 pos(2)+pos(4)/2-figy/2 figx figy],...
'Resize','off','CloseRequestFcn','','menubar','none',...
'numbertitle','off');
uicolor = get(figh,'Color');
% text uicontrol
uicontrol('Style','Text','Units','Pixels',...
'String','Output Colormap to M-File:',...
'Position',[20 figy-40 300 22],'HorizontalAlignment','left',...
'FontSize',14,'BackGroundColor',uicolor)
% edit uicontrol
ui1 = uicontrol('Style','Edit','Units','Pixels',...
'String','cmap.m','FontSize',12,...
'Position',[120 figy-100 150 30]);
TIMESTRING = ['[OBJ1,FIGH1] = gcbo;',...
'OBJHAN = get(OBJ1,''UserData'');',...
'LAB1 = get(OBJHAN(1),''string'');',...
'makecmap(''mfile'',OBJHAN(2),LAB1);',...
'delete(FIGH1);',...
'clear OBJ1 FIGH1 OBJHAN LAB1'];
% OK Button
uicontrol('Style','PushButton','Units','Pixels',...
'String','OK','FontSize',14,...
'Position',[figx/4-20 10 65 30],...
'UserData',[ui1 fig],'Callback',TIMESTRING)
TIMESTRING = ['[OBJ1,FIGH1] = gcbo;',...
'delete(FIGH1);',...
'clear OBJ1 FIGH1;'];
% Cancel Button
uicontrol('Style','PushButton','Units','Pixels',...
'String','Cancel','FontSize',14,...
'Position',[3*figx/4-20 10 65 30],...
'Callback',TIMESTRING)
elseif strcmp(bins,'mfile')
figh = fighandle;
filename = p3;
if strcmp(filename(end-1:end),'.m')
filename = filename(1:end-2);
end
axh(1) = findobj('tag','r','parent',figh);
axh(2) = findobj('tag','g','parent',figh);
axh(3) = findobj('tag','b','parent',figh);
axh(4) = findobj('tag','y','parent',figh);
[CM,CN] = size(get(figh,'Colormap'));
fid = fopen([filename,'.m'],'w');
if fid < 0
error('Cannot open file');
end
fprintf(fid,'function [map] = %s(csize)\n',filename);
fprintf(fid,'%% %s - Colormap\n',upper(filename));
fprintf(fid,'%% usage: %s - returns a colormap the same length as the\n',filename);
fprintf(fid,'%% current figure''s colormap.\n');
fprintf(fid,'%% %s(M) - returns an M x 3 sized colormap.\n',filename);
fprintf(fid,'%% \n\n');
fprintf(fid,'%% This m-file was automatically generated by makecmap.m\n');
fprintf(fid,'%% Date: %s\n\n',datestr(now,0));
fprintf(fid,'if nargin < 1\n');
fprintf(fid,' csize = size(get(gcf,''Colormap''),1);\nend\n\n');
for j=1:4
nodes = get(axh(j),'UserData');
nodes(:,1) = nodes(:,1)/CM;
fprintf(fid,'nodes = [ ');
for i = 1:size(nodes,1)
if i > 1
fprintf(fid,' ');
end
fprintf(fid,'%e\t%e',nodes(i,1),nodes(i,2));
if i == size(nodes,1)
fprintf(fid,'];\n');
else
fprintf(fid,';...\n');
end
end
fprintf(fid,'nodes(:,1) = round(nodes(:,1)*csize);\n');
fprintf(fid,'nodes(1,1) = 1;\n');
fprintf(fid,'for i = 1:size(nodes,1)-1\n');
fprintf(fid,[' W = lspace(nodes(i,2),nodes(i+1,2),nodes(i+1,1)-nodes(i,' ...
' 1)+1);\n']);
fprintf(fid,[' map(%d,nodes(i,1):nodes(i+1,1)-1) = W(1:nodes(i+1,1)-' ...
' nodes(i,1));\n'],j);
fprintf(fid,'end\n');
fprintf(fid,'map(%d,nodes(i+1,1)) = nodes(i+1,2);\n\n',j);
end
fprintf(fid,'map = (map(1:3,:) .* repmat(map(4,:),3,1))'';\n\n');
fprintf(fid,'%% ----------------------------\n');
fprintf(fid,'function out = lspace(x,y,N)\n');
fprintf(fid,'out = [x+(0:N-2)*(y-x)/(N-1) y];\n');
fclose(fid);
end
end
% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
function out = lspace(x,y,N)
% LSPACE
out = [x+(0:N-2)*(y-x)/(N-1) y];