Core Concepts
The fundamental ideas that power Balarhinos.
To get the most out of Balarhinos, it's helpful to understand the core concepts that differentiate it from traditional architectural tools.
1. Intelligence Kernel
At the heart of Balarhinos is the Intelligence Kernel. While standard CAD programs treat objects as independent geometric entities, the Kernel treats them as part of a connected system.
- State Management: The kernel tracks the current state of every "Smart Geometry" object.
- Dependency Tracking: It knows that a "Building" depends on a "Plot", which in turn depends on a "Boundary".
- Real-time Evaluation: As soon as a dependency changes, the kernel re-evaluates all affected systems.
2. Reactive Systems
Balarhinos uses a Reactive Framework. This means you don't "run" an analysis; the analysis is always "active" and reacting to changes.
| Traditional Workflow | Balarhinos Reactive Workflow |
|---|---|
| 1. Modify Geometry | 1. Modify Geometry |
| 2. Click "Analyze" | 2. Analysis Updates Live |
| 3. Wait for Results | |
| 4. Review & Repeat |
3. The Semantic Graph
Under the hood, Balarhinos maintains a Semantic Graph. Every object is a node, and every relationship is an edge.
- Spatial Relations: "Building A is 5 meters from Road B".
- Hierarchical Relations: "Block X contains Plots 1 through 10".
- Semantic Relations: "Surface S is the South Facade of Building C".
This graph allows the kernel to perform complex urban and architectural reasoning that geometry alone cannot handle.
4. Native Acceleration (OptiX/CUDA)
For tasks that require heavy computation—like ray tracing for solar analysis or complex visibility testing—the Kernel hands off work to the Native Engine.
By using NVIDIA's OptiX framework, we can perform millions of ray-intersection tests per second, enabling the "Live" experience that defines Balarhinos.
5. Bridged UI
The UI is intentionally decoupled from the Rhino process. It runs as a Next.js web application inside a WebView2 panel. This allows for:
- Rich Visualization: Modern web charts, maps, and interactive dashboards.
- Asynchronous Execution: The UI stays responsive even during heavy plugin operations.
- Modern UX: Utilizing React's ecosystem for a fluid, application-like experience.