Slides Educativos em Estilo Caderno Japonês

Using the reference character sheet as a base, generate a consistent set of 8 educational slide images in Japanese about [Claudeに『部下AI』を持たせる]. Preserve the character design, outfit, mask, hairstyle, and cyberpunk details from the reference photo, depicting the character in varied presentation poses and expressions across all slides. Overall format: Hand-drawn sketchbook notebook page with a cream paper background, rounded black border, left-side spiral binding, Japanese marker handwriting, red accent marks, directional arrows, check marks, small icons, and simple workflow diagrams in a warm analog note-taking style. The character appears as a presenter mascot on the right or lower-right of each slide. The 8 slides: 1. Overview / Title: Title [Claudeに『部下AI』を持たせる], subtitle [15分で仕事を自動化する5つのテンプレート], main message 「部下AI」が開発の常識を変えた, with checklist examples: コードレビュー, テスト作成, ドキュメント生成, 全部15分で自動化. 2. Concept: Title 「サブエージェントとは」, defining reusable AI roles with role cards and arrows showing task delegation from a main Claude agent. 3. Rationale: Title 「なぜ必要か」, before/after comparison highlighting the inefficiency of repetitive prompting versus template workflows. 4. Code Review: Title 「コードレビュー」, diagramming a GitHub-style review flow with files, comments, bugs, and approval checks. 5. Test Generation: Title 「テストライター」, illustrating unit test creation steps, test filenames, and pass/fail indicators. 6. Security Scanning: Title 「セキュリティスキャナー」, displaying risk tiers (CRITICAL, HIGH, MEDIUM, LOW) noting detection without automated patching. 7. Cost Optimization: Title 「コスト削減の鍵：モデルの使い分け」, comparing model tier pricing showing cost reduction with bold red savings callouts. 8. Summary & Next Steps: Title 「今日から始める一歩」, presenting a 3-step setup (create template, store in agents directory, execute automated review) ending with a large completion checkmark. Style constraints: Uniform cream paper palette, black frame, left spiral binding, 2D analog marker illustration style. No photorealism, no 3D rendering.