10 items · Knowledge Graphs, Ontologies & Intent/Semantic Modeling · site ↗
Ink narrative scripting language released version 1.2.1, which adds universal binary support for Mac (Intel and Apple Silicon), renames Chinese character ranges, and includes minor documentation fixes.
Ink is a structured narrative language that could support the narrative agent in Daedalus's design-intent graph, and improved Mac compatibility expands the platform's potential user base.
Ink narrative scripting language released version 1.2.0 with minor updates and fixes following the shipped game A Highland Song. New features include improved choice formatting with newline support between labels and content for better layout of verbose dialogue options.
Ink is a narrative engine that could power the narrative AI agent in Daedalus; understanding its capabilities and release cadence helps evaluate integration or alternative scripting solutions for dialogue and branching story systems in generated games.
Ink narrative scripting language released v1.1.1 as a bugfix to v1.1, introducing dynamic tags and tags in choices as new features with sponsorship support.
Daedalus's narrative agent relies on robust dialogue/story tooling; understanding Ink's evolution and stability guarantees matters for selecting or integrating narrative backends.
Ink narrative language releases version 1.1 with updated save state versioning and ink version bumps. This appears to be a maintenance release updating version compatibility for the Ink scripting system used in game narrative design.
Daedalus's narrative agent relies on dialogue and story scripting tools; tracking Ink updates ensures the platform can leverage the latest narrative language features and maintain compatibility with evolving standards.
Ink, a narrative scripting language for games, reached version 1.0.0 after extended development. The project received an Epic MegaGrant in November 2020 to support ongoing development and maintenance.
Ink is a mature, well-funded narrative tool that could serve as a foundation or reference for the narrative AI agent within Daedalus's design-intent graph system.
Ink narrative scripting language released version 0.9.0 with new shuffle-sequence variants (shuffle-once and shuffle-stopping) developed during Heaven's Vault production, enabling better control over how shuffled dialogue or story branches behave after completion.
Daedalus's narrative agent needs a robust dialogue/branching-story system; Ink's matured shuffle mechanics could inform or directly integrate into how the platform structures procedural narrative generation and dialogue flow control.
Ink narrative scripting language released version 0.8.3 with bug fixes. The full changelog is available on GitHub.
Ink is a widely-used tool for game narrative design; updates to its stability could affect Daedalus's narrative AI agent's code generation and story graph compilation workflows.
Ink narrative scripting language released version 0.8.2 with new functions for random selection, turn counting, and mathematical operations, plus an upcoming Unity integration package.
Ink is a foundational tool for game narrative systems; improvements to its function library and Unity integration directly impact Daedalus's narrative agent's ability to generate branching dialogue and story logic for shipped games.
Ink language version 0.8.0 introduces improved loose-end detection for narrative branching logic and revises whitespace handling in the engine. The update fixes detection issues that previously missed loose ends in simple choice structures.
Daedalus's narrative agent relies on ink for dialogue and story logic; more robust loose-end detection reduces narrative bugs that would otherwise surface late in QA.
Ink narrative scripting language released version 0.8.1, a minor update following the major 0.8.0 release that improved loose-end detection in branching narratives and rewrote whitespace handling in the engine.
The Daedalus narrative AI agent relies on robust dialogue and story branching tools; improvements to Ink's loose-end detection directly support the platform's ability to catch narrative logic errors automatically.