Design
Vestibule DESIGN to be BUILT from kawneer curtain wall 1600 system. desinged to use laminated glass 1 1/4" IGU and double insulated panels. structural vertical rafters to support the roof
big vestibule design stage prior to the shop drawing
side view of the vestibule
front view of the vestibule
floor plan of the small vestibule
Creating a 3D design involves using specialized software to generate a three-dimensional representation of an object, space, or concept. Here are the general steps involved in the process of creating a 3D design:
Conceptualization: Begin by defining the purpose and scope of the 3D design. Determine what you want to create, whether it's a product, architectural structure, character, or any other object.
Software Selection: We are using Autocad software to help us visualize and provide a range of features for modeling, texturing, lighting, and rendering.
Modeling: Start by creating a basic 3D model using geometric primitives (such as cubes, spheres, or cylinders) or by importing existing 2D drawings or reference images. Use the software's modeling tools to shape and refine the object according to your design concept.
Detailing: Add more intricate details to your 3D model, such as textures, colors, materials, and surface finishes. This step may involve applying realistic textures, defining material properties, and adjusting lighting to create the desired visual appearance.
Animation (if applicable): If your 3D design requires animation, you can add movement, keyframes, and trajectories to objects or characters within the software. This allows you to simulate motion and create dynamic presentations or visualizations.
Simulation and Testing (if applicable): In some cases, 3D designs may require simulations or tests to evaluate performance or behavior. For example, in architectural designs, you might simulate lighting conditions or airflow. In product design, you might conduct stress tests or simulations to verify functionality.
Rendering: Once your 3D design is complete, use the software's rendering capabilities to generate high-quality images or animations. Render settings can be adjusted to control factors like lighting, shadows, reflections, and resolution.
Review and Iteration: Review your 3D design and make any necessary refinements or revisions. Seek feedback from others or iterate on your design based on the intended purpose or client requirements.
Presentation or Output: Finally, present your 3D design to stakeholders, clients, or audiences. This can be done through static images, interactive 3D models, animations, or virtual reality experiences.
After approval of the visual presentation we are proceed with the actual shop drawing for fabrication and production.