Create and manipulate Spread<T> collections with SpreadBuilder<T> in vvvv gamma.
npx skills add https://github.com/tebjan/vvvv-skills --skill vvvv-spreads
Please help me install this Agent Skill. Skill: vvvv-spreads Source: https://github.com/tebjan/vvvv-skills/tree/main/skills/vvvv-spreads Command: npx skills add https://github.com/tebjan/vvvv-skills --skill vvvv-spreads
This Skill helps developers efficiently work with collections of data in vvvv gamma, enabling complex data manipulation and processing through its core Spread<T> type and the SpreadBuilder<T> for creation.
Spread<T> using SpreadBuilder<T> for performance.ReadOnlySpan<T> for high-frequency data.Spread<T> and SpreadBuilder<T>.Use the vvvv-spreads skill to create a Spread<float> containing values from 0 to 9.
High-intent search queries and answers about installing and using this skill.
To create and manipulate collections in vvvv gamma, use the immutable Spread<T> type for data storage and SpreadBuilder<T> for efficient construction. This approach supports iteration, mapping, filtering, and zipping operations within your C# nodes.
The best way to optimize data processing performance for vvvv spreads is converting between ReadOnlySpan<T> and Spread<T> for high-frequency operations. Use SpreadBuilder<T> to build collections efficiently and minimize allocations during frame-by-frame updates.
SpreadBuilder<T> works by providing a mutable buffer to construct Spread<T> collections efficiently. You add elements to the builder, then produce an immutable Spread<T>, reducing memory overhead during collection creation in vvvv gamma data processing workflows.
Yes, you can use Spread<T> for frame-by-frame particle position updates in vvvv. It handles lists of positions and velocities efficiently, while SpreadBuilder<T> manages updates, and ReadOnlySpan<T> provides high-frequency access for performance optimization.
You should use ReadOnlySpan<T> instead of Spread<T> when dealing with high-frequency data access requiring maximum performance. Span provides direct memory access without allocation overhead, while Spread<T> offers immutable collection management for broader data processing tasks.
Yes, vvvv gamma supports zipping and filtering operations on Spread<T> data. The Skill covers data transformation techniques including mapping, filtering, and zipping spreads, enabling complex collection manipulation and processing within your vvvv C# nodes.
antokhioRead, write, and subscribe to vvvv gamma channels from C# applications.
antokhioCreate and transform vvvv gamma Spread<T> collections with SpreadBuilder and ReadOnlySpan.
tebjanExplain vvvv gamma dataflow, node connections, and control flow regions.
tebjanIntegrate C# with vvvv gamma channels via IChannelHub and System.Reactive.