Hi Arcot,
As per my understanding, you have latitude, longitude, and altitude data of some points and from this data you want to calculate road elevation at each point and calculate the total energy required by the vehicle to climb to or to descent from this point.
Please find below an example implementation of the required code. However, I would like to note a few assumptions made during the implementation:
- The weight of the vehicle is assumed to be 1000kg.
- The vehicle engine is considered to be 100% efficient.
- The minimum altitude is used as the reference point for calculating the elevation.
latitudes = [37.7749, 37.7749, 37.7749]; % Replace with your actual latitudes data
longitudes = [-122.4194, -122.4194, -122.4194];% Replace with your actual longitudes data
altitudes = [50, 100, 200]; % Replace with your actual altitude data
% Elevation calculation at each point
elevation = altitudes - min(altitudes);
% Compute energy required for climb/descent
weight = 1000; % kg (vehicle weight)
efficiency = 1; % efficiency factor (adjust as needed)
g = 9.81; % m/s^2
delta_alt = diff(altitudes); % calculating difference between adjacent altitudes.
energy_change = weight * g * delta_alt / efficiency;
total_energy_consumption = sum(energy_change);
disp("Total energy consumption: "+total_energy_consumption+" Joules")
Please note that the provided links below contain documentation that you may find helpful for further reference:
- MATLAB documentation for “diff” function: https://in.mathworks.com/help/matlab/ref/diff.html
Hope this help!
Regards,
Aishwarya Palli
