We start by collecting the detailed design plan for the project, including relevant files that indicate dimensions, materials, and features. These plans might also include detailed floor plans, elevations, and sections, as well as specific materials and finishes for the project.
Next, we use a 3D modeling software to create a virtual model of the building based on the design plan. This typically involves creating a 3D wireframe of the building and adding details such as walls, doors, windows, and other architectural elements.
Once the basic model is complete, it's time to add materials, textures, and colors to make it look realistic. This might involve applying different materials to different surfaces, such as wood for the floors and walls, metal for the doors and windows, and so on.
After the materials have been applied, it's time to set up lighting and shading to create the desired visual effects and mood. This might involve adding lights to the model and adjusting their intensity and color to create the right lighting conditions. It might also involve using shading techniques to add depth and dimensionality to the model.
Once the lighting and shading are set up, it's time to use a rendering engine to generate high-resolution images of the building from different angles. This typically involves rendering the model from a variety of viewpoints and camera angles to create a complete set of images that show the building from all sides.
After the initial renderings are complete, it's time to fine-tune the images to make final adjustments. This might involve adding people or vehicles to the scene to add context, or making small changes to the lighting or shading to create the perfect look.
Finally, we save and share the final images with clients or stakeholders for review and feedback.