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perspectiveslisted

This skill should be used when the user asks to "explore approaches", "get multiple perspectives", "divergent analysis", "think about this from different angles", "architecture decision", "devil's advocate", or faces a complex design decision, architectural problem, or technical challenge. Triggers on phrases like "perspectives on", "multiple angles", "explore options", "compare approaches". Also appropriate when architecting a new product or facing ambiguous cross-cutting problems.
leninkhaidem/super-developer · ★ 0 · Code & Development · score 60
Install: claude install-skill leninkhaidem/super-developer
# Perspectives: Divergent Problem-Solving Break out of single-solution thinking by delegating a problem to multiple sub-agents in parallel. Each sub-agent approaches the problem from a distinct angle, independently and without seeing each other's work. A final adversarial agent synthesizes and stress-tests the proposals into a recommendation. The main agent frames the problem and assigns perspectives. Sub-agents solve independently. The main agent synthesizes at the end. ## Arguments - `$ARGUMENTS` — Optional problem description or focus area. If omitted, infer from the conversation. --- ## Step 1: Frame the Problem Review the conversation history and distill the problem into a structured brief. The brief must be self-contained — sub-agents receive no conversation history. Produce a problem brief containing: - **Problem statement:** What is happening and what is the impact. Include error messages, metrics, observed behavior where applicable. - **Current state:** How the system works today. Relevant architecture, components, file paths, technology stack. - **Constraints:** What cannot change (budget, timeline, backwards compatibility, team size, existing infrastructure). - **What has been tried or considered:** Solutions already discussed and why they were insufficient. Prevents sub-agents from re-proposing rejected ideas. - **Success criteria:** What a good solution looks like — performance targets, reliability requirements, acceptable tradeoffs. ## Step 2: Determin