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geoscene3d:building_a_layered_model:spatialite_database_structure [2025/09/02 10:07] – [Using the Database in GeoCloud LARCOS] devgeoscene3d:building_a_layered_model:spatialite_database_structure [2025/09/02 10:23] (current) – [Using the Database in QGIS] dev
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 When using GeoCloud LARCOS, this specialized interpretation database is the file that is uploaded when you perform a check-in of your model edits. The edits are made in Geocene3D and then uploaded to the GeoCloud LARCOS website during the check-in process. Any interpretation points you have added or modified are stored in the SpatiaLite database and transferred to the cloud. These points are then used to update the current model in the cloud environment, ensuring that your changes are reflected and made available to other users or cloud-based workflows. When using GeoCloud LARCOS, this specialized interpretation database is the file that is uploaded when you perform a check-in of your model edits. The edits are made in Geocene3D and then uploaded to the GeoCloud LARCOS website during the check-in process. Any interpretation points you have added or modified are stored in the SpatiaLite database and transferred to the cloud. These points are then used to update the current model in the cloud environment, ensuring that your changes are reflected and made available to other users or cloud-based workflows.
  
-In GeoCloud LARCOS, all interpretation points from different layers are merged into a single table, where all existing points also reside. Because of this, it is essential that every GUID is globally unique across all tables in the SpatiaLite interpretation database. This prevents identifier conflicts and ensures that each point can be correctly recognized and updated without affecting unrelated data. This design reinforces the rule described in the **Required Field: uid format** section — GUIDs must never be reused, even between different interpretation layers.+In GeoCloud LARCOS, all interpretation points from different layers are merged into a single table, where all existing points also reside. Because of this, it is essential that every GUID is globally unique across all tables in the SpatiaLite interpretation database. This prevents identifier conflicts and ensures that each point can be correctly recognized and updated. This design reinforces the rule described in the **Required Field: uid format** section above — GUIDs must never be reused, even between different interpretation layers.
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 You can view and work with the Geocene3D SpatiaLite database in QGIS: You can view and work with the Geocene3D SpatiaLite database in QGIS:
  
-  - Open QGIS +  - **Open QGIS** 
-  - Go to ''Layer > Add Layer > Add SpatiaLite Layer'' +      * Start QGIS and open a project (new or existing). 
-  - Click "New" to connect to your ''.sqlite''  database file +  - **Drag the database into QGIS** 
-  - Select the database file and click "Open" +      * In your file system, locate the ''.sqlite''  database file. 
-  - QGIS will now list all spatial tables that contain geometry +      * Drag it directly onto the **QGIS map canvas**. 
-  - Select the table containing the interpretation points and click "Add" to load it into the map +  - **Confirm the layer is added** 
 +      * The point layer from the database loads automatically into the **Layers panel**  and is displayed on the map. 
 +  - **Inspect or style the layer** 
 +      * **​​​​​​​**Use the **Identify Features**, **Symbology**, or **Attribute Table**  tools to explore and work with the layer as needed.
 When loaded, QGIS will use the **EPSG code stored in the geometry metadata**  to display each point at the correct Easting and Northing coordinates on the map. When loaded, QGIS will use the **EPSG code stored in the geometry metadata**  to display each point at the correct Easting and Northing coordinates on the map.
  
  

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