Level 5 - Advanced

Application d'un correctif

Level 6 - Advanced

The Design window allows to import the design survey and configurate the octree data structure, the stope faces and different parameters. This will get exported at the end to the stope database which can be used for the reconciliation and queried in the analysis app. Cycle through each Design step to understand how it works.

The excavation hazard is calculated on minodes that represent underground tunnels as a series of connected nodes. For more information on minodes and to find out how to create or update them, go to this page: Minode Generator

Export data and visualisations from mXrap to various formats and files

Purpose

Discover how to create complex filter setups for specific analysis tasks

You can pick any grid cell to view the frequency magnitude chart of events found in the local area. This is the b-value used for this grid point. The b-value is a very sensitive parameter in hazard calculations, and there are cases where the automatic FM modelling algorithm may not work well. There are several markers to help identify potential areas where the FM model may not represent the data accurately:

If you pick a minode in the 3D View, the grid point sources that contribute to the hazard at that minode will be plotted, scaled by how much they contribute. Theoretically, every grid point contributes to the hazard at a minode, but there is an accuracy threshold applied with a minimum probability to speed up the calculations. Increasing the accuracy will result in more contributing grid point sources.

Configure spatial grids for seismic analysis and visualisation in mXrap

Overview

Probabilistic seismic hazard evaluation based on grid and spatial methods.

The hazard assessment app is designed to be simple to use but beneath the interface is a lot of complexity. It is important to be familiar with the underlying calculations and ensure that you are aware of the assumptions and limitations of the analysis. The calculations have been described in the linked pages below.

There are three types of isosurfaces that can be plotted in the Hazard Isosurfaces window. The details behind the calculation of each parameter is linked in the pages below:

Grid Definition

This window shows the stope database that exist in the app as well as the different steps completed for the stope (design, blast, CMS). In the panel, you have the option of the deleting a stope from the database if needed.

Level 1 - Beginner

Create, update, delete and rename levels in Damage Mapping application

Level 2 - Beginner

Level 4 - Intermediate

Why can't I see this event in mXrap?

Purpose

L'équipe mXrap vous demandera souvent d'effectuer une "sauvegarde par défaut" lors de la fourniture d'une assistance, ou si vous ajoutez de nouvelles applications. Cela nous permet de travailler sur votre racine dans le même état que celui que vous utilisez, de sorte que tous les paramètres ou personnalisations sont visibles pour nous. Il est recommandé d'effectuer régulièrement des sauvegardes par défaut, car cela facilite l'identification ou l'annulation de tout changement qui pourrait causer des problèmes. Nous recommandons qu'un seul appareil soit utilisé pour gérer le dossier racine dans mXsync afin d'éviter toute confusion. Cet appareil doit être connecté à mXsync et serait responsable de l'exécution de toutes les sauvegardes et de l'application des correctifs.

Level 3 - Beginner

Purpose

The stope reconciliation process pulls in data from various sources to calculate the stope performance and potential root cause parameters. Here is listed the required data that can be imported into the app based on their purpose:

The Wizard app is used for creating your stope database. It is divided into three main sections: Stope Design, Blasting and Reconciliation, following a stope design and planning sequence. This allows to import and analyse the data as it becomes available. Follow the links in the Key learning process section for the documentation on each window.

You can now plot the relationship in a couple of different ways:

Switch between file formats, export decimated surveys for reduced file sizes, export surveys with translated or swapped coordinates, and combine multiple surveys into a single output file.

Saviez-vous que vous pouvez télécharger des dossiers racines à partir de mXsync ? Nous avons téléchargé un dossier racine pour la mine « Unicorn Gold », qui est semi-fictive et utilise des ensembles de données mis à disposition pour la recherche à partir de sites qui ont fermé. Les données peuvent être utiles pour la formation, les démonstrations, les projets de recherche, ou simplement par curiosité. Vous pourriez même vouloir télécharger la racine Xgames... à des fins professionnelles bien sûr.

Hazard can be tracked over time by specifying a number of time steps and a step interval. The back analysis tool will step the backdate backward through time and summarise the hazard within each mining volume. Mining volumes can be defined in the Configuration area (link to filter volume editing page). The hazard within each mining volume is calculated by accumulating the hazard within each grid cell or for each minode within the volume.

Automatically create and manage inspection tracks in Damage Mapping application

Save and restore complete analysis environments with filters, views, and configurations