New Zealand and Australia reimburse businesses for vehicles used offroad for business purposes. TomTom’s Snap to Roads API can be incorporated into a Python application that tracks the distance and fuel spent off public roads for businesses looking to claim this rebate.

In this easy-to-follow tutorial, you’ll learn about the TomTom Snap to Roads API and how you can use it to reconstruct a route. We’ll also show you how to integrate the route into an app (we’ve used React here, but you can also use Angular or Vue) to ensure you get a perfect reconstruction.

The traveling salesman problem (TSP) requires us to determine the fastest route between different waypoints. In this hands-on tutorial, we’ll see how TomTom’s Waypoint Optimization API solves this problem.

Learn how to use Python and pip to create an app that can locate restaurants along road trip routes. Plan the perfect travel menu by finding restaurants that align with your ideal meal stop times!

TomTom’s Waypoint Optimization API helps users find the best route to their next destination. In this tutorial, we’ll create an app that lets our users enter the places they want to see and receive an optimized schedule using Waypoint Optimization.

TomTom’s Snap to Roads API works by taking two coordinates to create the optimal route, factoring in speed limit, types of roads, vehicle type, and elevation. It can also take a GPS trace and recreate a driver’s journey. The goal of this API is to understand the driver’s performance on the journey.

You may have heard of UI component libraries if you work with client-side frameworks like React or Angular. DevExpress offers a suite of JavaScript UI components called DevExtreme to add new features to our web and mobile applications.

In this article, we’ll explore a hands-on guide for using the Waypoint Optimization API to find the most ideal routes for a larger number of waypoints. We’ll see how waypoint optimization can be used to determine the fastest path for any set of stops on a route.