%% Scatter graphs: scores vs experiment (considering original video sequences)
load('scoresExp1_3');
figure(1);
hold on
scatter(rg_exp1,exp1); % plot score values of experiment 1
%scatter(rg_exp2,exp3); % plot score values of experiment 2
scatter(rg_exp3,exp3); % plot score values of experiment 3
axis([0.5 3.5 0 100])  % settup X axis 0.5 to 3.5 and Y axis 0 to 100
title('Scores vs Experiments');
xlabel('Experiments');
ylabel('Scores');
legend('Exp1','Exp2','Exp3')

%% Scatter graphs: MOS vs videos (considering three different experiments)
figure(2);
hold on
% plot MOS values vs each video sequences of experiment 1
plot(1,MOS_exp1_v1,'og',2,MOS_exp1_v7,'og',3,MOS_exp1_v8,'og',4,MOS_exp1_v9,'og',5,MOS_exp1_v10,'og',6,MOS_exp1_v11,'og',7,MOS_exp1_v12,'og');
% plot MOS values vs each video sequences of experiment 2
%plot(1,MOS_exp2_v1,'^m',2,MOS_exp2_v7,'^m',3,MOS_exp2_v8,'^m',4,MOS_exp2_v9,'^m',5,MOS_exp2_v10,'^m',6,MOS_exp2_v11,'^m',7,MOS_exp2_v12,'^m');
% plot MOS values vs each video sequences of experiment 3
plot(1,MOS_exp3_v1,'sb',2,MOS_exp3_v7,'sb',3,MOS_exp3_v8,'sb',4,MOS_exp3_v9,'sb',5,MOS_exp3_v10,'sb',6,MOS_exp3_v11,'sb',7,MOS_exp3_v12,'sb');
title('MOS vs Video Sequences');
xlabel('Original Video');
ylabel('MOS');

