Hi Renee
Here is the sample code that you can use to create the horizonal lines as you described in the attached figure:
% Define the data for each tissue type
% Format: [start_x, end_x, y_position]
tissue_data = [
0, 20, 1; % Tissue 1, Line 1
30, 40, 1; % Tissue 1, Line 2
80, 100, 1; % Tissue 1, Line 3
50, 60, 2; % Tissue 2, Line 1
70, 90, 2; % Tissue 2, Line 2
10, 30, 3; % Tissue 3, Line 1
40, 60, 3; % Tissue 3, Line 2
70, 80, 4; % Tissue 4, Line 1
85, 100, 4; % Tissue 4, Line 2
% Add more lines here as needed
];
% Create a figure
figure;
hold on;
% Loop through each row in the tissue_data
for i = 1:size(tissue_data, 1)
% Extract start and end points and the y-position for the tissue line
start_x = tissue_data(i, 1);
end_x = tissue_data(i, 2);
y_position = tissue_data(i, 3);
% Plot the horizontal line
plot([start_x, end_x], [y_position, y_position], 'LineWidth', 2);
end
% Customize the axes
xlabel('% Propulsion Cycle');
ylabel('Tissue Type');
yticks(1:4);
yticklabels({'Tissue 1', 'Tissue 2', 'Tissue 3', 'Tissue 4'});
xlim([0, 100]);
ylim([0.5, 4.5]);
% Add grid for better visualization
grid on;
% Add title
title('Tissue Activation Across Propulsion Cycle');
% Hold off to finish plotting
hold off;
I hope it helps!
