Lists multiple specific concrete actions: build dependency network, critical path analysis, produce interactive Gantt, flag near-critical tasks, run what-if cascade scenarios, show programme impact, draft communications, and produce filtered workstream/jurisdiction views.

Clearly answers both 'what does this do' (builds dependency networks, produces Gantt charts, runs what-if scenarios, drafts communications, produces filtered views) AND 'when should Claude use it' with an explicit 'Trigger on:' clause listing numerous natural trigger phrases.

Excellent coverage of natural trigger terms users would actually say, including conversational phrases like 'what moves if', 'can we still close on time', 'if we miss this deadline', 'just show me the [workstream] tasks', as well as technical terms like 'Gantt chart', 'critical path', and 'schedule impact'.

Highly distinctive niche combining legal matter planning, critical path analysis, Gantt charts, what-if delay scenarios, and jurisdiction-specific views for local counsel. The domain-specific terminology (workstream, programme, local counsel, jurisdiction views) makes it very unlikely to conflict with generic project management or document skills.

Extremely verbose at ~4000+ words. Extensive sections explain concepts Claude already knows (what critical path analysis is, what float means, what FS/FF/SS dependencies are, why effort differs from duration). The 'Key Concepts' and 'Common Scheduling Failures' sections are largely pedagogical rather than instructional. Multiple points are restated across sections (e.g., cascade impact table format appears twice, float inheritance warning repeated). The legal domain knowledge sections, while potentially useful, read more like a textbook than actionable instructions.

The step-by-step process provides a clear algorithmic framework with specific formulas (ES, EF, LS, LF, float calculations) and dependency type handling. However, there is no executable code for the actual calculations, no working HTML canvas Gantt implementation, and the Mermaid example is a template rather than a complete executable example. The what-if cascade protocol is well-structured but remains procedural description rather than executable implementation.

The multi-step process is clearly sequenced across 8 steps with explicit validation checkpoints ('If critical inputs are missing, stop and ask'), feedback loops (what-if → recalculate → validate → communicate), and clear mode-based branching. The 'Before Starting Any Mode' checklist enforces prerequisites. The what-if cascade protocol has explicit numbered steps with validation at each stage. Mode 3 versioning discipline and Mode 4 float inheritance warnings serve as important guardrails.

This is a monolithic wall of text with no bundle files and no references to external files for detailed content. The domain knowledge sections, common scheduling failures, legal scheduling patterns, and extensive output format specifications could all be split into separate reference files. Everything is inline in a single massive document, making it difficult to navigate and consuming enormous context window space on every invocation.