MyColor; % change colors end if Anime PlotCube(hAxes,Cube,Anime>0,1); ShowTitle(hAxes,Cube) end H=Cube.history; Aconv=[1 -3 2;3 2 -1;-2 1 3]; for i=1:size(H,1) if Axe~=H(i) a=Aconv(H(i),Axe); H(i)=abs(a); H(i,2)=H(i,2)*sign(a)*Directi

function CubeOut = RotateCube(hAxes,Cube,Axe,Direction,Anime)
%RotateCube - to rotate all cube
%    Cube = RotateCube(hAxes,Cube,Axe,Direction)
%       If output argument is not given, the result is put in hAxes's
%       UserData.
%    Axe : 1 = F, 2 = R, 3 = U
%    Direction : 1 = clockwise, -1 = counter clockwise.

if Direction
	if ~exist('Anime','var')|isempty(Anime)
		Anime=1;
	end
	
	%!!!!!!!
	if ~isempty(Cube.texture)&Anime==1
		Anime=-1;
	end
	%!!!!!!!
	
	if Anime>0
		MyCube = Cube; % copy object
		a1 = Axe; % 1st axe
		a2 = Axe+1;
		if a2>3,
			a2 = 1;
		end % 2nd axe
		a3 = 6-a1-a2; % 3rd axe
		cosa = cos(Direction*pi/36); % cos(+-1 degree)
		sina = sin(Direction*pi/36); % sin(+-1 degree)
		T = zeros(3);
		T(a1,a1) = 1;
		T(a2,a2) = cosa;
		T(a2,a3) = -sina;
		T(a3,a2) = sina;
		T(a3,a3) = cosa;
		for k1=1:18, % angle loop
			for k2=1:27, % small cube loop
				MyCube.Nodes(:,:,k2) = MyCube.Nodes(:,:,k2)*T';
			end
			PlotCube(hAxes,MyCube,1,0);
			drawnow;
		end
	end
	ind = 2*Axe-1+(1-sign(Direction))/2; % index number
	MyColor = zeros(size(Cube.Color));
	for iDir=1:abs(Direction)	% Direction == 2 is allowed (!)
		for k1=1:27, % small cube loop
			for k2=1:6, % flat loop
				MyColor(Cube.RotCubeFlat(ind,k2),Cube.RotCubeCube(ind,k1)) = ...
					Cube.Color(k2,k1);
			end
		end
		Cube.Color = MyColor; % change colors
	end
	if Anime
		PlotCube(hAxes,Cube,Anime>0,1);
		ShowTitle(hAxes,Cube)
	end
	H=Cube.history;
	Aconv=[1 -3 2;3 2 -1;-2 1 3];
	for i=1:size(H,1)
		if Axe~=H(i)
			a=Aconv(H(i),Axe);
			H(i)=abs(a);
			H(i,2)=H(i,2)*sign(a)*Direction;
		end
	end
	Cube.history=H;
end
if nargout
	CubeOut=Cube;
else
	set(hAxes,'UserData',Cube)
end