diff mt_get_transmat_at.m @ 3:ffd7efa3e5c0

Added reverse map from information space to triangle; moved info coors to transmat window.

--- a/mt_get_transmat_at.m	Thu Feb 02 03:12:22 2012 +0000
+++ b/mt_get_transmat_at.m	Fri Feb 03 18:08:07 2012 +0000
@@ -12,9 +12,10 @@
 % The selected transition matrix will be shown using mt_show_transmat,
 % and it's information coordinates printed in the title of the main scatter plot.
 
-function [T,I]=mt_get_transmat_at(Sys,Id,K,X,Y)
+function [T,P,I]=mt_get_transmat_at(Sys,Id,K,X,Y)
+	logK=log(K);
 	normpos = Sys.map([X;Y])';
-	target = normpos *log(K);
+	target = normpos*logK;
 	tmats = Sys.transmats{K};
 	info = Sys.info{K};
 	L = size(info,1);
@@ -30,8 +31,9 @@
 	I = info(J,:);
 	%Mask=2*int16(Mask); Mask(J)=1;
 	%set(Sys.hScat{K},'CDATA',Mask); % scatc(info,Mask,16); rotate3d on;
-	figure(Sys.fig); title(sprintf('info: %.2f, %.2f, %.2f',I(1),I(2),I(3)));
+	%figure(Sys.fig); title(sprintf('info: %.2f, %.2f, %.2f',I(1),I(2),I(3)));
 	%figure(50); title(sprintf('pos: %.2f, %.2f',normpos(1), normpos(2)));
 	%fprintf('normpos: %.2f, %.2f',normpos(1), normpos(2));
-	mt_show_transmat(Id,T);
+	mt_show_transmat(Id,T,I);
+	if nargin>1, P=Sys.revmap(I(1:2)'/logK); end
 end