Developer Blog ‹ Carmenta

Nautical Charts introduction

Learn how to interact with nautical charts in Carmenta Engine: query S57DataSet features, filter visualizations, and update S52Visualizer properties.

Roundabout shown from above, filmed from a drone.

Augmented video application

Explore how augmented video applications allow developers to overlay geospatial information on video feeds, enhancing the user's understanding of the environment.

Terrain Warning Analysis in 2D and 3D

Learn how to configure terrain warning in 2D and 3D with Carmenta Engine using TerrainWarningOverlay and TerrainWarningOperator.

Android Kotlin application setup

In this guide, we explore the process of building a basic application using Android Studio and Kotlin, specifically targeting Android 9 (API 28, Pie).

Mosaic Writer

Learn how to use Carmenta Engine 5.17's MosaicWriter to stitch georeferenced drone video frames into GeoPackage mosaics for real-time mapping applications.

Tactical Graphics definition in Carmenta Engine

Following on from the article Getting started with the tactical symbology in Carmenta Engine, we will explore how to set up your application to support tactical graphics.

Carmenta Engine used for Line of Sight (LOS) analysis and pattern in a 3D model of London Heathrow Airport.

Line of Sight in Drone Flight Patterns

Line of Sight (LOS) analysis is critical for effective drone operations, particularly when capturing imagery for inspection or mapping.

Working with Object Altitudes in Carmenta Engine

Explore various methods to handle object altitudes in Carmenta Engine, including GlobeView.GroundAt, ElevationOperator, and OffsetOperator, with best-use scenarios.

Getting started with Vertical Profiles

Learn how the VerticalProfileOperator in Carmenta Engine can be applied to provide new perspectives to strengthen situational awareness.

Adding real-time communication between clients with SignalR – Step 2/2

In the last part, in our series of articles on Carmenta Engine in .NET, WPF, we go through how to connect multiple instances of our client to the service set up in the previous article.

Adding real-time communication between clients with SignalR – Step 1/2

Forth part in our series of articles on Carmenta Engine in .NET, WPF. Here we set up a service as a first step to synchronize features between multiple clients.

Adding tactical symbol support to the WPF application

Learn how to add support for tactical symbols in our series on MVVM (Model-View-ViewModel) and Carmenta Engine in C#.

Adding feature editing tools to the WPF client application

Second article in our series on building a WPF client with Carmenta Engine. How to add application logic to support editing geographical features in the map.

Creating a basic WPF Client with MVVM

This tutorial covers the basics for creating a WPF client with the Carmenta Engine .NET Standard API, using the Model-View-ViewModel (MVVM) pattern.

Using Shared Resources

A presention of tools to create shared public objects that can be used by multiple different configuration files and only exist as a single instance in memory.

Making a script to save map images

Learn how to automate map image exports using Carmenta Engine. This tutorial shows how to script efficient workflows for saving geospatial map snapshots.

Make OGC GeoPackages in Carmenta Explorer

Guide on how to generate OGC GeoPackages using Carmenta Explorer. Step-by-step guide for developers working with geospatial data and open standards.

Adding Data To A Carmenta Engine Application

Learn how to add data overlays to a Carmenta Engine application. This guide covers adding spatial objects from application code, databases and proprietary data sources.

Using Carmenta Engine with the MVVM pattern

Explore how to apply the MVVM pattern in Carmenta Engine WPF apps. This guide walks through refactoring a sample project for better structure and maintainability.

QtQuick Map Application (Part 3) : Creating communication between several instances

In this article, our basic QtQuick application will be extended with a service component to share a common feature overlay with other clients, synchronized in real-time.

QtQuick Map Application (Part 2) : Adding a Draw Control

In this tutorial, we will add a DrawControl to the application allowing users to add tactical symbols as well as basic shapes to the map.

QtQuick Map Application (Part 1) : Adding a Layer Control

In this tutorial, the first part in a series of three, you will learn how to modify the existing QtQuick sample and add a LayerControl to it.

Dynamic Runtime Condition Variables

Learn how to use dynamic runtime condition variables in Carmenta Engine to control map behavior and styling based on real-time application parameters.

Working with Carmenta Server Core and Microsoft Azure App Service

Find out how to develop OGC-compliant map services with Carmenta Server Core and deploy them on Microsoft Azure App Service using containerized workflows.

Carmenta Engine API in PowerShell

Learn how to automate your workflow, creating map configurations using Carmenta Engine’s .NET API from PowerShell.

Screen coordinates and CRS coordinates

Learn about screen and CRS coordinates in Carmenta Engine. This guide explains how to manage coordinates when handling map representations of geographical objects.

Creating and registering a custom dataset for detailed information

Create and register custom datasets. Learn how to integrate your own proprietary data reader in Carmenta Engine.

Carmenta Engine as a geodata processor

Use this tutorial to build custom data flows in Carmenta Engine and access processed features in code. A guide to using operators for advanced data handling.

Geographical Coordinates in a Carmenta Engine workflow

Explore how Carmenta Engine manages geographical coordinates with efficient CRS transformations. Includes advanced use cases and best practice guidance.

Dynamic Visibility Analyses

Learn how to configure dynamic visibility analysis in Carmenta Engine. This guide covers line-of-sight setup for sensors, cameras, and moving observers.

Getting started with the tactical symbology in Carmenta Engine

Get started with how to display and edit tactical symbols in Carmenta Engine using MIL-STD-2525 and NATO App-6 standards.

Consume Carmenta Server Services with OpenLayers

Learn how to consume Carmenta Server map services using OpenLayers. Step-by-step guide for integrating OGC-compliant layers into web mapping applications.