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Opus Code Swarm Setup

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claude --model opus --effort ultracode

Opus 5.5 translates your target into a fully runnable workflow script
Haiku 5.5 scans all files concurrently at 340 tokens/sec to spot candidates
Sonnet 5.5 applies each patch and validates findings within an isolated workspace

Opus is involved at only three specific steps:
writing the initial workflow script before execution
analyzing verified results once the swarm wraps up
giving final approval prior to committing any code to git

Opus 5.5 orchestrates the core session and generates workflow.js
pipeline() fans out instances of Haiku 5.5 to inspect every file
parallel() schema validators eliminate false alarms directly in V8
Sonnet 5.5 applies fixes within dedicated, isolated worktrees
verify double-checks all code diffs prior to summary generation
Opus 5.5 processes exclusively the results that survived validation
JEV routes lightweight micro-decisions in milliseconds

Reconfigure my Claude Code setup following this tree:
1. Execute the primary session using Opus 5.5 with ultracode enabled
2. Assign read-only scanning phases to Haiku 5.5 across all workflows, while routing code modification steps to Sonnet 5.5, running each edit inside its own isolated copy
3. Update CLAUDE.md with a new rule: assign a separate verifier agent to every issue before reporting, and terminate fix loops after two iterations without progress
4. Route fast, deterministic branching (tool selection, path routing, retry logic) via JEV
Present every modification as a diff upfront do not execute changes until approved

✨ 生成 原始貼文 在 Hitboard 開啟

如何使用這個 prompt

複製 prompt 貼進 opus-5.5。分鏡結構、鏡頭運動與時間點請照原文保留,那是產出這個結果的關鍵;只改主體、場景或風格用字讓它變成你的,並附上 prompt 提到的參考圖。第一次生成若跑偏,優先刪短 prompt,而不是再加指令。