The new emerging NLE for GNU/Linux
Three Layers

Besides the (obvious) separation in GUI frontend and render engine, editing core and application logic are treated separately. Besides enforcing clearly defined interfaces, the ability for script driven “headless” operation and extensibility by plug-ins are deeply rooted in the overall design.

Strong Separation

High-level and low-level realm remain cleanly separated, relying on a compiler-like translation mechanism. This way, each part can be optimised for its purpose. The GUI exposes a feature-rich session model close to the problem domain, while the engine operates on a performance optimised render nodes graph.

Scheduling Micro Operations

High performance calculations in the engine are organised as micro tasks to be scheduled, allowing for adaptation to current and future hardware, expected to operate increasingly parallelised.

Intelligent IO

The engine is backed by an sophisticated frame cache and self adjusting I/O manager for maximising throughput and bandwidth use.

Stream Type System

Instead of relying on a single media framework, data streams are abstracted and classified, allowing to handle most wiring, detection of possible connections and conversion automatically.

Rules Based Configuration

Rather than driven by hard wired default behaviour or tedious manual operation, control flow is guided by a set of rules shaped configuration, which scales better to large and complicated projects. Queries are issued at decision points, allowing to build up a work environment customised and tailored for the needs of specific projects.