Model decision scenarios by generating 2-3 branches with timelines.
npx skills add https://github.com/bketelsen/max --skill cog-scenario
Please help me install this Agent Skill. Skill: cog-scenario Source: https://github.com/bketelsen/max/tree/main/skills/cog-scenario Command: npx skills add https://github.com/bketelsen/max --skill cog-scenario
This skill models decision scenarios by identifying forks and generating 2-3 branches with timelines, enabling explicit exploration of futures derived from a single choice.
Provide a decision point and have the system generate 2-3 branches with timelines using memory data.
High-intent search queries and answers about installing and using this skill.
You can model decision scenarios by identifying a decision fork and generating 2-3 alternative branches with timelines. The system traces upstream memory sources for dependencies and aligns branches to real calendar events for practical planning.
Branching scenario modeling is the process of exploring alternative futures derived from a single choice. It identifies a decision point and outlines alternative paths with dependencies and timelines to enable explicit exploration of potential outcomes.
Yes, dependency mapping traces upstream and downstream memory sources to ensure traceability. A timeline overlay aligns these branches to real calendar events, applying memory data to influence cross-domain decision outcomes.
Provide a decision point and the system generates 2-3 branches with timelines using memory data. It outputs a scenario file to memory/cog-meta/scenarios detailing the decision, branches, and contingencies for personal, work, or health contexts.
The best way to track decision forks is by generating alternative paths with dependencies and timelines. This approach applies to cross-domain decisions in personal, work, or health contexts where memory data and calendars influence outcomes.
Scenario modeling traces upstream and downstream memory sources to ensure traceability and references memory sources for dependency tracking. Providing a decision point allows the system to generate branches, but existing memory data informs the timeline and outcome alignment.
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