Expert Curve Modeling is an innovative tool that allows you to create complex and flexible models based on Bézier curves. It is ideal for both professionals and beginners who want to improve their 3D modeling skills. More details are shown below (beta version addon)
Table of Contents
Add-on Features
Detailed Video Instructions on Functions
Practical Lessons
Demonstration Models
About Us
Future plans
Updates
Video Preview
The video preview unfortunately cannot fully reflect all the capabilities of our 'Expert Curve Modeling' add-on, but we hope you enjoy it and find inspiration for new ideas!
Add-on Features
With our add-on, you will gain access to a multitude of tools for working with curves and creating models. Let me demonstrate some of these capabilities through short animations.
Mode
Grid Resolution Control
Asset
Mesh to ECM Conversion
Curve Control
Fill Curve
Extrude Curve
Bridge
Replace
Select Menu
Merge
Duplicate and Separate Segment
And many other features of our add-on...
Detailed Function Instructions
In this section, I won't focus on beautiful models. Instead, I'll take the time to ensure you gain a deep understanding of how to work with our add-on and its functions. Practical application examples will be presented in the next section.
Instruction
We present the first video tutorial, which thoroughly explains the basic principles of working with functions and modes (Vertex, Curve, Segment, Model). You'll gain valuable insights on how to make the most of these tools.
Instruction 2
In the second tutorial, we will explore how to use the Mesh to ECM conversion function. This allows you to transform Mesh objects into ECM objects, opening new horizons for working with them in the ECM add-on.
To be continued....
Practical Lessons
The practical lessons section demonstrates how to apply the knowledge gained about working with functions when modeling with curves. You will learn to quickly and effectively create a variety of models. This section will be updated with new interesting video lessons.
Tutorial
In this first tutorial, we will explore modeling a simple detail for our add-on. You'll see how just a few basic functions can help you create complex and flexible components.
Tutorial 2
In the second tutorial, we will study how to create complex branches and transitions of geometry that usually require significant effort, but with our add-on become easy and intuitive.
Tutorial 3
In the third tutorial, we will take a closer look at the Fill Curve tool and show how you can use it to complete your model. We will also demonstrate the use of other tools that will assist you in the process.
Tutorial 4
In this tutorial we will look at practical applications of the functions: Mesh to ECM, Replace, Merge and Rotate Curve
To be continued....
Demonstration Models
During the testing of the add-on, we experimented with creating various models, and here are some of them. At that time, the add-on was still unstable, and many functions were missing, but even under those conditions, we managed to achieve impressive results. Today, of course, everything is much better.
About Us
Our team consists of two people: I am the developer, and my girlfriend is a 3D artist. For about a year, we studied Blender, and then we spent another six months mastering geometric nodes. During this time, we discovered the Serpens node, which sparked our idea to enhance Blender.
Gradually, we realized that we needed better tools for working with meshes. We were not satisfied with the amount of manual work required for editing mesh topology and other tasks. In our quest for a solution, we turned our attention to "Bezier" curves in Blender, a topic that, while not extensively covered, holds immense potential.
At that time, we didn't have much experience in creating add-ons, so we started small, developing one add-on after another while learning new ways to utilize curves, geometric nodes, the Serpens node, and Python.
Eventually, after a year, we decided to challenge the established system and create an add-on capable of modeling entirely with curves, eliminating the routine of mesh topology and opening up opportunities for further development.
We would very much welcome your support, as well as those who want to be our affiliate partner.
