In to the Workflow
This guide provides a step-by-step approach to importing 3D models from Google Maps into Blender, allowing designers and architects to elevate their projects with realistic cityscapes.
By following this process, users can seamlessly incorporate detailed urban environments into their architectural designs.
Available Resources and Downloadables
Before diving into the process, make sure you download the necessary assets that supplement your project. You can find materials, templates, and the project file used in this demonstration on the Patreon platform and on the links shared below. Having these assets will not only save you time but also help you follow along more effectively.
🟠Project Files; https://tinyurl.com/y6vzs3hj
🔵ArchiCAD Resources: msbim.store
🟡MSBIM ArchiCAD Pro Template: https://tinyurl.com/4hwjsp4d
✅ Join Our Community WhatsApp Group: https://chat.whatsapp.com/Bl7sMuiMtQ2...
⚡Free PDF Template Guide download: https://tinyurl.com/ycxcax69
⚡ARCHICAD FULL COURSE of 43 videos and 42 downloadable files: https://tinyurl.com/47s6vdey
Installing Renderdoc
To begin, download and install Renderdoc, software designed to capture and manipulate 3D models. The installation process is straightforward, and the software does not require extensive technical knowledge. Once installed, ensure it is open as you continue with the workflow.
Setting Up Google Chrome
Create a Chrome Shortcut: Navigate to the installation directory of Google Chrome (typically found in Program Files). Right-click on the Chrome application and select "Create shortcut." Move this shortcut to your desktop for easy access.
Modify Shortcut Properties: Right-click on the new shortcut and select “Properties.” In the target field, paste a specific code that you will find linked in the description below. This code enables compatibility between Chrome and Renderdoc.
Prepare Chrome for Use: Close any other applications running in the background, particularly web browsers, to ensure smooth operation while capturing models.
Capturing 3D Models from Google Maps
Inject Chrome into Renderdoc: Open Renderdoc and go to File > Inject into Process. Select the modified Chrome shortcut you created earlier. This process allows Renderdoc to capture the 3D output from Google Maps.
Navigating Google Maps: Open Google Maps and set the view to “Satellite.” Choose well-modeled cities for better results. For demonstration purposes, Cape Town is shown as an example.
Capturing the Model: Once in Google Maps, navigate to the desired area and allow the model to load completely. Use Renderdoc to capture images by moving the viewpoint and initiating the capture command. Aim to capture multiple angles and perspectives for a comprehensive model.
Saving Captured Models: Save each captured model with distinct filenames to avoid confusion. For instance, saved files can include designations like “Cape Town 1,” “Cape Town 2,” etc.
Importing Models into Blender
Install Maps Model Importer: To import Google Maps models into Blender, a plugin known as Maps Model Importer is required. This plugin facilitates the import of captured models into Blender.
Import the Captured Model: Within Blender, navigate to File > Import and select the necessary file format for your saved Google Maps models.
Join and Prepare Models: Once the model is in Blender, you may need to join individual components to form a cohesive scene. This can be done by selecting the individual pieces and using the “Join” command to merge them into a single object.
Exporting to Lumion
Exporting the Model: After preparing the model in Blender, export it as a Collada (.dae) file, which is compatible with Lumion.
Importing into Lumion: Open Lumion and import the exported model. This software allows for further enhancements such as texturing, lighting, and creating animations to bring your project to life.
Conclusion
This workflow demonstrates how to effectively capture 3D city models from Google Maps and integrate them into Blender and Lumion for architectural projects.
By following these steps, architects and designers can significantly enhance their presentations, offering a realistic context for their designs. For further more resources visit msbim.store and grab more valuable resources.
