Knowledge Base Structure
Introduction​
This knowledge base is not a random collection of tutorials. It is a structured curriculum designed to bridge the gap between abstract 3D concepts and concrete investigative needs. Understanding how this site is organized will help you navigate the content efficiently, whether you are building a complex simulation or simply verifying a claim.
Site Architecture
Organized into modular sections: Introduction, 3D Context, Blender Training, Data Methodology, and Applied Use Cases.
Design Logic
Built on First-Principles: We focus on the "why" before the "how" to give a better idea of the context in which certain topics belong.
Dual Tracks
Tailored paths for Builders (who construct the evidence) and Analysts (who verify and review it).
Site Architecture​
The content is organized into a modular file structure, allowing you to switch between linear learning and reference lookup.
docs/
├── introduction/ # Knowledge Base Orientation
├── 3D/ # Basic Mathematical & Conceptual Foundation
├── blender/ # Software-Specific Training
├── data/ # Methodology, Analysis & Project Structure
├── tools/ # External Tool Docs
├── addons/ # Blender Add-on Catalog
├── techniques/ # Methodology Library
└── use-cases/ # Applied Knowledge and Learning
The Design Logic​
I have structured the information based on First-Principles. Where most tutorials jump straight into "click here, press that", my aim is to help you build understanding before action and give you strategies to solve specific problems rather than handing you a step-by-step solution. It is inevitable that some processes require a step wise approach, but I try to minimize this as much as possible. In the hope that when you encounter a novel problem, you can reason through it and use this knowledge base as reference.
Bottom-Up Progression​
| Module | Purpose | Why First? |
|---|---|---|
| 1. 3D Context | Theoretical Foundation | If you want to manipulate 3D space it's good to understand its basics and what it is about. |
| 2. Blender | Tool Proficiency | A basic intoduction to Blender |
| 3. Data | Methodology, Analyzing & Organization | Before opening Blender, we must know what material we are working with and how to approach it. |
| 4. Tools, Techniques & Addons | Methods Library | Reference material for "how to do X" once the foundation is set. |
| 5. Use Cases | Applied Synthesis | All of the above comes together in actual use-cases. |
The Dual Learning Tracks​
We support two distinct user personas, builders & analyzers, though in practice there will be significant overlap between the knowledge and techniques applied. A good builder must know how to analyze, and a good analyst benefits from understanding how models are built. The introduction to Blender is specifically designed to create a shared base-line. The tracks diverge afterwards, where builders can focus on, for example, the polygonal modeling page in the techniques section, and analyzers can focus on either more advanced navigational or precise measurement techniques.
| Track | Goal |
|---|---|
| Builder Track | Construct the Truth. Follows the full curriculum to create evidentially admissible 3D models and spatial reconstructions. |
| Analyst Track | Verify the Truth. A focused shortcut to learn navigation, measurement, and quality control. Focuses on reviewing and using evidence rather than generating it. |
Linear/Non-Linear Approach​
While the Introduction and 3D Context modules are mostly linear in setup, the Tools, Addons & Techniques section is designed as searchable databases.
- Non-Linear Access: You do not need to go through this in order. If you need to know how strategies on how to match a camera perspective, you can jump directly to that technique.
- Categorization: Techniques are grouped by methodology (e.g., Precision Modeling vs. Direct Modeling), tool name and tags.
- Modularity: Each technique page is self-contained with its own resources, meaning you can solve specific problems without reading the entire history of the software. Basic knowledge of Blender is required however.
Teaching Philosophy: Geometry First​
You will notice that Module 1 does not start with Blender's interface. It starts with Geometry and Dimensions.
We deliberately separate the Concept from the Tool.
- Concept: A 0D point has no length, width, or height.
- Translation: In Blender, this is a Vertex.
- Concept: A 1D line connects two points.
- Translation: In Blender, this is an Edge.
By understandig geometry basics first, you learn to think visually and structurally. The idea is that when you eventually open Blender, you see how geometric understanding translates into Blenders world.