
Worked on the ArthurBrussee/brush repository to enhance automation and integration capabilities by delivering two core features. Developed an External Training API using Rust and Foreign Function Interface (FFI), enabling cross-language interaction with the training process and supporting automated progress updates for external tools. Improved the BrushViewer component with support for initial camera position and rotation parameters, leveraging TypeScript and React to allow precise control and reproducible demos through URL handling. Prioritized feature delivery over maintenance, focusing on interoperability and repeatable workflows. These contributions advanced 3D graphics integration and improved user experience for demos and partner-facing configurations without addressing bug fixes.
Month: 2025-11 — ArthurBrussee/brush focused on enabling external integration and improving camera state control. Delivered two key features: (1) External Training API via Foreign Function Interface (FFI) to allow cross-language interaction with the training process and receive progress updates, enabling automation and integration with external tooling, and (2) BrushViewer support for initial camera position and rotation with URL handling to enable precise control, reproducible demos, and shareable state via URL parameters. No major bugs fixed documented for this period; maintenance-focused improvements were deprioritized in favor of feature delivery. These efforts advance automation, integration capabilities, and user experience for demos and partner workflows, delivering measurable business value through broader interoperability and repeatable training workflows.
Month: 2025-11 — ArthurBrussee/brush focused on enabling external integration and improving camera state control. Delivered two key features: (1) External Training API via Foreign Function Interface (FFI) to allow cross-language interaction with the training process and receive progress updates, enabling automation and integration with external tooling, and (2) BrushViewer support for initial camera position and rotation with URL handling to enable precise control, reproducible demos, and shareable state via URL parameters. No major bugs fixed documented for this period; maintenance-focused improvements were deprioritized in favor of feature delivery. These efforts advance automation, integration capabilities, and user experience for demos and partner workflows, delivering measurable business value through broader interoperability and repeatable training workflows.

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