Digital Elevation Model API - Terrainizer

As described on Microsoft Marketplace.

Digital Elevation Model API - Terrainizer (a solution to digital terrain model) is a cross browsers REST API supporting now a maximum of 2601 3D Points per request including all the selected rectangled surface as an array of equally distanced 3D Points as you may see in the figure below. The digital elevation model or digital terrain model (mesh 3D model) is based on a selecting rectangle of a slice on Earth (it may be also on oceans, seas). As data input you need to specify the North East Corner Latitude and Longitude and the South West Corner Latitude and Longitude (as upper right corner and the lower left corner of the selecting rectangle) and also the number of dividing segments on the width of the rectangle (npwidth) and the number of dividing segments on the height of the rectangle (npheight). The number of 3D Points is calculated as (npwidth+1)*(npheight+1). As more 3D points are, as smooth is the resulted mesh 3d model.

Allthough this digital terrain model API is intended for software development and therefore developers, we have also here an online application that may be used to get the GLTF file of the mesh 3D model alltogether with other useful data like 3D points coordinates (x, y, z), the width and the height of the selecting rectangle, dx (horizontal distance between 3D Points) and dy (vertical distance between 3D Points). Basically for digital elevation model API you send an authorized POST request in JSON format to the digital terrain model API endpoint and you get as JSON response a representing the parametrs given in the table below. You may use it for commercial purposes for paid packages.