How To Make A Curve Subd Friendly: Rhino7 Subd Tutorial
In this video, I explained How to use Make Subd Friendly Crv command in Rhino 7
Table of Contents
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How To Make A Curve Subd Friendly: Rhino7 Subd Tutorial
- What is Make Subd Friendly Command?
- What is SubD modeling?
- The benefits of SubD modeling
- SubD modeling in Rhino 3D
- Tips for using SubD modeling in Rhino 3D
- Use reference images:
- Examples of SubD modeling in Rhino 3D
- Car subd model in Rhino 3D
- Chair subd model in Rhino 3D
- Conclusion
- Learn 3d design for Free
- FAQ
What is Make Subd Friendly Command?
Make Subd Friendly Command helps to transform a curve into SubD curve making it more flexible to design. It allows the free manipulation of the curve by distributing the points of the curve evenly. It also results in the even distribution of the isocurves on the surface.
Here is a picture showing that you can transform a plain surface into a ring
as shown below, if you want a detailed explanation you can watch the video of SubD tutorial. for more videos on 3d modeling, cad design, and jewelry design
follow my youtube channel
3dingg with creative world.
Subdivision modeling, also known as subD modeling, is a powerful technique that allows designers to create organic models with ease. SubD modeling involves breaking down a complex object into smaller, more manageable parts and then building up the model by adding detail and smoothing the edges. In this article, we will explore subD modeling in Rhino 3D and how it can help designers create organic models and simplify the design process.
What is SubD modeling?
SubD modeling is a technique that uses a combination of polygons, curves, and control points to create a smooth, organic 3D model. The process begins by creating a basic mesh or cage that defines the overall shape of the model. The mesh is then subdivided, creating more detail and smoother curves. This process is repeated until the desired level of detail is achieved.The benefits of SubD modeling
One of the main benefits of subD modeling is that it allows designers to create organic shapes and curves with ease. This is because the technique uses a combination of straight lines and curves, which can be manipulated to create complex shapes. SubD modeling also allows designers to work with a lower level of detail initially and then gradually add more detail as needed, which can save time and streamline the design process.
Another benefit of subD modeling is that it allows designers to create models that are easy to modify and edit. Because subD models are made up of individual polygons and curves, designers can easily adjust the shape of the model by moving or manipulating these individual elements. This flexibility is especially useful when designing organic models, which can be difficult to create using traditional modeling techniques.
SubD modeling in Rhino 3D
Rhino 3D is a powerful 3D modeling software that is well-suited for subD modeling. Rhino 3D allows designers to create both NURBS and polygonal geometry, making it a versatile tool for creating both organic and geometric models. Rhino 3D also features a wide range of tools and plugins that make subD modeling more efficient and easier to learn.The SubD tools in Rhino 3D allow designers to create smooth, organic shapes with ease. The tools include options for adding, deleting, and adjusting control points, as well as options for smoothing and refining the surface of the model. Rhino 3D also features a range of plugins that can be used to further enhance the subD modeling process.
One such plugin is T-splines, which allows designers to create smooth, organic shapes by manipulating control points and curves. T-splines also feature a range of tools for adding and deleting detail, as well as tools for refining the surface of the model. Another useful plugin for subD modeling in Rhino 3D is Grasshopper, which is a visual programming tool that allows designers to automate the subD modeling process.
Tips for using SubD modeling in Rhino 3D
To get the most out of subD modeling in Rhino 3D, it's important to follow a few key tips and best practices. Here are some tips to keep in mind when using subD modeling in Rhino 3D:
Start with a simple mesh: When creating a subD model, it's important to start with a simple mesh that defines the basic shape of the model. This will make it easier to add detail and refine the surface of the model later on.
Use the right tools:Be patient:
SubD modeling can be time-consuming, especially when creating complex organic shapes. It's important to be patient and take the time to refine the model, adding detail and smoothing the surface as needed.
Use reference images:
When creating organic models, it can be helpful to have reference images or sketches to guide the design process. Use these images as a reference when adding detail and refining the surface of the model.Experiment with different settings: SubD modeling involves a lot of trial and error, so don't be afraid to experiment with different settings and tools to achieve the desired result. This can involve adjusting the level of detail, changing the shape of the mesh, or trying different smoothing options.
Examples of SubD modeling in Rhino 3D
To better understand how subD modeling works in Rhino 3D, let's take a look at some examples of subD models created using the software.
To get the most out of subD modeling in Rhino 3D, it's important to follow a few key tips and best practices. Here are some tips to keep in mind when using subD modeling in Rhino 3D:
Start with a simple mesh: When creating a subD model, it's important to start with a simple mesh that defines the basic shape of the model. This will make it easier to add detail and refine the surface of the model later on.
Use the right tools:
Be patient:
Use reference images:
Experiment with different settings: SubD modeling involves a lot of trial and error, so don't be afraid to experiment with different settings and tools to achieve the desired result. This can involve adjusting the level of detail, changing the shape of the mesh, or trying different smoothing options.
Examples of SubD modeling in Rhino 3D
To better understand how subD modeling works in Rhino 3D, let's take a look at some examples of subD models created using the software.Car subd model in Rhino 3D
The first example is a subD model of a car, created using Rhino 3D's subD tools. The model was created by starting with a simple mesh and gradually adding detail and smoothing the surface. The T-splines plugin was used to add more detail to the model, allowing the designer to create a smooth, organic shape.
Chair subd model in Rhino 3D
The second example is a subD model of a chair, created using Rhino 3D's subD tools and the Grasshopper plugin. The model was created by starting with a simple mesh and then using Grasshopper to automate the subD modeling process. This allowed the designer to create a complex, organic shape with ease.
Conclusion
SubD modeling is a powerful technique that allows designers to create organic models with ease. By breaking down complex objects into smaller parts and gradually adding detail and smoothing the surface, designers can create smooth, organic shapes that would be difficult to achieve using traditional modeling techniques. Rhino 3D is a versatile tool for subD modeling, featuring a range of tools and plugins that make the process more efficient and easier to learn. By following some key tips and best practices, designers can take full advantage of subD modeling in Rhino 3D and create stunning, organic models.Learn 3d design for Free
FAQ
What is Make Subd Friendly Command?
Make Subd Friendly Command helps to transform a curve into subd curve making it more flexible to design. It allows the free manipulation of the curve by distributing the points of the curve evenly. It also results in the even distribution of the isocurves on the surface. Here is a picture showing that you can transform a plain surface into a ring as shown below, if you want a detailed explanation you can watch the video of subd tutorial. for more videos on 3d modeling, cad design, and jewelry design follow my youtube channel 3dingg with creative world.
Tips for using subD modeling in Rhino 3D
To get the most out of subD modeling in Rhino 3D, it's important to follow a few key tips and best practices. Here are some tips to keep in mind when using subD modeling in Rhino 3D:
Start with a simple mesh: When creating a subD model, it's important to start with a simple mesh that defines the basic shape of the model. This will make it easier to add detail and refine the surface of the model later on.
Use the right tools: Rhino 3D features a wide range of subD modeling tools and plugins, so it's important to use the right tools for the job. Take some time to explore the different tools and find the ones that work best for your specific project.
Be patient: SubD modeling can be time-consuming, especially when creating complex organic shapes. It's important to be patient and take the time to refine the model, adding detail and smoothing the surface as needed.
Use reference images: When creating organic models, it can be helpful to have reference images or sketches to guide the design process. Use these images as a reference when adding detail and refining the surface of the model.