Conciseness

The body is mostly lean: a compact Quick Start, a categories table, an enum with one-line comments, and short listing sections — no explanation of concepts Claude already knows. Not 5 because the 31-line ASCII box diagram ('┌─────...ERROR RECOVERY FLOW') renders a 5-step list at high token cost, and the opening line 'Detects, classifies, and recovers from errors during autonomous coding sessions' duplicates the frontmatter description. Not 3 because beyond these minor trims every section earns its place.

Actionability

The Quick Start gives executable API usage ('from scripts.error_recoverer import ErrorRecoverer', 'result = await recoverer.handle_error(error, context)', '@recoverer.with_recovery') and the RecoveryStrategy enum names concrete strategy identifiers that match the listed scripts. Not 5 because the examples use undefined placeholders (project_dir, error, context) with no worked example or CLI invocation; not 3 because the guidance is real, runnable-shaped code rather than pseudocode or high-level hints.

Workflow Clarity

The workflow diagram sequences five clear phases (DETECT → CLASSIFY → STRATEGIZE → RECOVER → ESCALATE) and includes verification ('Verify recovery success') plus an escalation branch with 'Rollback to checkpoint' — a genuine feedback/checkpoint structure. Not 5 because the sub-steps are high-level directives (e.g. 'Query causal memory for similar errors', 'Select recovery strategy') with no concrete command or code showing how to execute or validate each phase; not 3 because sequence and key checkpoints are present, not absent.

Progressive Disclosure

Scored against the actual bundle: the References section lists 'references/ERROR-CATEGORIES.md' (exists) and 'references/RECOVERY-STRATEGIES.md' — which does not exist in references/ (only ERROR-CATEGORIES.md is present), so half the referenced paths are broken. The four listed scripts (error_recoverer.py, error_classifier.py, retry_handler.py, recovery_strategies.py) all exist and the body itself is an appropriate-length overview with one-level-deep pointers. The dangling reference keeps this at 3 ('could be better organized') rather than 4 ('references mostly clear; minor organization gaps'), since a missing file breaks navigation outright.

Specificity

The what-clause 'Intelligent error detection and recovery for autonomous coding' names the domain and two actions (detection, recovery), and the when-clause adds 'implementing retry logic' — but the actions remain abstract; concrete capabilities visible in the body (classification, rollback, escalation) are absent, and 'Intelligent' is pure buzzword. This matches anchor 3 ('names domain and 1-2 concrete actions, but not comprehensive'), not 4, because it does not list several specific actions with only minor gaps.

Completeness

Both parts are present: what — 'Intelligent error detection and recovery for autonomous coding'; when — an explicit 'Use when handling errors, implementing retry logic...' clause with concrete triggers. Not 5 because the 'what' is generic ('detection and recovery' omits classification, rollback, escalation); not 3 because the 'when' is explicit rather than weakly implied. Voice is correctly third person, so no specificity penalty applies.

Trigger Term Quality

'handling errors', 'implementing retry logic', 'recovering from failures', 'managing exception handling' are natural phrases users would say, with synonym coverage (errors/failures, retry/exception handling). Not 5: common variations like 'debugging', 'crash', or 'traceback' are missing; not 3 because coverage goes well beyond 'some relevant keywords'.

Distinctiveness Conflict Risk

The scope 'for autonomous coding' narrows it, but the triggers 'handling errors' and 'managing exception handling' are ubiquitous in coding contexts and would fire broadly, overlapping with debugging, testing, and general coding skills. Fits anchor 3 ('somewhat specific but could still overlap with similar skills') better than 4, which requires only minor overlap risk.