KINEMATICS_TOOL_GH_Estimation.m
5af7c010655fmaster

KINEMATICS_TOOL_GH_Estimation.m
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			%%
			figure
			set(gcf,'position',[825 918 1600 900])
			%view([90, 125]); % Setup the initial camera postion [0,0] is behind horizontally.
			for i = 1:1:size(KEDATA.Point_Evolution.AC,2)


			center1 = KEDATA.Point_Evolution.AC(:,i);
			center2 = KEDATA.Point_Evolution.AA(:,i);
			center3 = KEDATA.Point_Evolution.EM(:,i);
			center4 = KEDATA.Point_Evolution.EL(:,i);

			% define one known configuration
			common_point = KEDATA.Point_Evolution.GH(:,1);
			initial_configuration1 = [KEDATA.Point_Evolution.AC(:,1), KEDATA.Point_Evolution.AA(:,1), common_point];
			initial_configuration2 = [KEDATA.Point_Evolution.EM(:,1), KEDATA.Point_Evolution.EL(:,1), common_point];

			if i == 1
			alpha0in = [0 0];
			else
			alpha0in = alpha;
			end

			[estimated_GH, alpha]= KINEMATICS_TOOL_four_sphere_intersect(center1, center2, center3, center4, initial_configuration1, initial_configuration2, alpha0in);

			if i== 1
			zoom(1.8);
			view([330, 25]); % Setup the initial camera postion [0,0] is behind horizontally.
			end

			pause(0.2)
			cla
			estimated_GH_final(:,i) = 0.5*(estimated_GH(:,1) + estimated_GH(:,2));
			end

			% time = 1:1:size(KEDATA.Point_Evolution.AC,2);
			% figure
			% plot(time, KEDATA.Point_Evolution.GH(1,:),'r', time, estimated_GH_final(1,:),'b');
			%%

			i = 80;
			time = 1:1:size(KEDATA.Point_Evolution.AC,2);
			figure
			plot(time, KEDATA.Point_Evolution.GH);
			hold on
			plot(time, estimated_GH_final);


			figure
			for i = 1:1:size(KEDATA.Point_Evolution.AC,2)
			check_value(i) = norm(KEDATA.Point_Evolution.GH(:,i)-estimated_GH_final(:,i))
			end

			time = 1:1:size(KEDATA.Point_Evolution.AC,2);
			plot(time,check_value)