- name
- variable-sword
- description
- Use Variable Sword when you know something needs to be cut but the attack pattern — narrow precision, wide sweep, or long reach — should be determined by the shape of the target at execution time.
# Variable Sword
Choose the shape of the cut when the situation is clear but the right pattern is not.
## Overview
Use Variable Sword when you know something needs to be cut but the attack pattern — narrow precision, wide sweep, or long reach — should be determined by the shape of the target at execution time.
This is the secondary Codex compatibility rendering of a metaphorical battle-chip pattern with a shipping-now execution model.
Canonical chip family: Variable Sword
Codex shelf: Direct Fire and Breach
Provider target: Codex compatibility surface.
## When To Use
- The target is identified but its extent, depth, or blast radius varies depending on context you can only read at execution time.
- You need one tool that can perform a surgical fix, a broad refactor, or a cross-file sweep, and committing to one pattern prematurely would be wasteful.
- The cut is definitely happening — the only question is which configuration fits the terrain.
## Workflow
1. Read the target terrain and classify the required pattern: narrow, wide, or far-reaching.
2. Lock in the configuration and execute the cut in a single committed motion.
3. Confirm the chosen pattern matched the problem and did not overcut or undercut.
## Deliverables
- A context-shaped edit whose pattern was determined by inspection, not assumption.
- A brief note identifying which pattern was selected and why.
## Guardrails
- Do not use Variable Sword as an excuse to avoid committing to a specific pattern — classify, choose, and execute.
- If the terrain is genuinely unknown and cannot be read before the cut, switch to a recon chip first.
- Variable Sword is not a free pass to scope-creep a simple cut into a broad refactor.
## Default Invocation
Use Variable Sword to inspect the target, choose the right cut pattern, and execute one committed edit whose shape matches the actual problem.
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