baa2d0220b
Add /ultraresearch-local for structured research combining local codebase analysis with external knowledge via parallel agent swarms. Produces research briefs with triangulation, confidence ratings, and source quality assessment. New command: /ultraresearch-local with modes --quick, --local, --external, --fg. New agents: research-orchestrator (opus), docs-researcher, community-researcher, security-researcher, contrarian-researcher, gemini-bridge (all sonnet). New template: research-brief-template.md. Integration: --research flag in /ultraplan-local accepts pre-built research briefs (up to 3), enriches the interview and exploration phases. Planning orchestrator cross-references brief findings during synthesis. Design principle: Context Engineering — right information to right agent at right time. Research briefs are structured artifacts in the pipeline: ultraresearch → brief → ultraplan --research → plan → ultraexecute. Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
256 lines
8 KiB
Markdown
256 lines
8 KiB
Markdown
# Diagram Prompt Templates for Imagen 3
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**Sist oppdatert:** 2026-02 (v1.0)
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**Målgruppe:** diagram-generation-agent
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**Format:** Prompt-maler for `mcp__mcp-image__generate_image` (Imagen 3 / Nano Banana Pro)
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---
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## Azure-stilkonstanter
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Alle diagrammer skal følge Microsofts visuelle identitet:
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| Element | Verdi |
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|---------|-------|
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| Primærfarge | `#0078D4` (Azure Blue) |
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| Sekundærfarge | `#50E6FF` (Azure Cyan) |
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| Aksentfarge | `#FFB900` (Warning/Gold) |
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| Bakgrunn | Hvit eller svært lys grå |
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| Fontstil | Clean sans-serif (Segoe UI-lignende) |
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| Ikondesign | Flat, moderne, Microsoft Fluent-stil |
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| Layout | Venstre-til-høyre eller topp-til-bunn |
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| Aspect ratio | 16:9 (standard for presentasjoner) |
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### Generelle regler for alle diagrammer
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- Bruk flat design med tydelige bokser og piler
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- Unngå 3D-effekter, skygger eller gradienter
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- Tekst skal være stor nok til å lese i en presentasjon
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- Bruk Azure-ikoner der mulig (stiliserte, ikke detaljerte)
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- Grupper relaterte komponenter med fargebokser
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- Nummerer steg i dataflyt-diagrammer
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---
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## Mal 1: Arkitekturoversikt
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**Brukes i:** S8.2 (alltid, alle kompleksitetsnivåer)
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**Formål:** Vise hele løsningens arkitektur med komponenter og dataflyten mellom dem.
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### Prompt-mal
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```
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Professional Microsoft Azure architecture diagram in flat design style.
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Components: [KOMPONENT_LISTE]
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Layout: Clean left-to-right or top-to-bottom flow diagram showing data flow between components.
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Visual style:
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- Azure blue (#0078D4) for primary services
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- Cyan (#50E6FF) for data stores
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- White background with light gray grouping boxes
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- Flat modern icons for each Azure service (Fluent design style)
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- Clear labeled arrows showing data flow direction
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- Component names in clean sans-serif font
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- Grouped by layer: User → Orchestration → AI Services → Data
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Technical diagram, presentation quality, 16:9 aspect ratio, no 3D effects, no gradients.
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```
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### Eksempel (Copilot Studio + RAG)
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```
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Professional Microsoft Azure architecture diagram in flat design style.
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Components:
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- User (browser/Teams) connects to Copilot Studio
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- Copilot Studio orchestrates the flow
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- Azure OpenAI (GPT-4o) processes queries
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- Azure AI Search provides RAG retrieval
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- SharePoint Online as document source
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- Azure AI Content Safety filters content
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- Microsoft Entra ID handles authentication
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- Application Insights monitors the system
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Layout: Clean top-to-bottom flow diagram showing data flow between components.
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Visual style:
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- Azure blue (#0078D4) for primary services
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- Cyan (#50E6FF) for data stores
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- White background with light gray grouping boxes
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- Flat modern icons for each Azure service (Fluent design style)
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- Clear labeled arrows showing data flow direction
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- Grouped by layer: User → Orchestration → AI/Search → Data → Security/Monitoring
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Technical diagram, presentation quality, 16:9 aspect ratio, no 3D effects, no gradients.
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```
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---
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## Mal 2: Sikkerhetssoner
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**Brukes i:** S5.1 (middels + kompleks)
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**Formål:** Vise sikkerhetslag, tilgangskontroll og databeskyttelse.
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### Prompt-mal
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```
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Microsoft Azure security zones architecture diagram in flat design style.
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Security layers:
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- External zone: [EKSTERNE_KOMPONENTER]
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- DMZ / Edge: [EDGE_KOMPONENTER]
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- Application zone: [APP_KOMPONENTER]
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- Data zone: [DATA_KOMPONENTER]
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- Management zone: [MGMT_KOMPONENTER]
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Visual style:
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- Concentric colored zones from outside (red-tinted) to inside (green-tinted)
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- Azure blue (#0078D4) for identity services
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- Gold (#FFB900) for security checkpoints
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- Lock icons at zone boundaries
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- Shield icon for Content Safety
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- Key icon for encryption/Key Vault
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- Clean labeled arrows showing allowed traffic flow
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Security architecture diagram, presentation quality, 16:9 aspect ratio, no 3D effects.
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```
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---
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## Mal 3: Dataflyt / RAG-pipeline
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**Brukes i:** S4.3 (når RAG er involvert)
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**Formål:** Vise how data flows through the RAG pipeline from source to response.
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### Prompt-mal
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```
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Microsoft Azure RAG (Retrieval-Augmented Generation) pipeline diagram in flat design style.
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Pipeline steps:
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1. Data ingestion: [DATAKILDER] → Document processing
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2. Chunking: [CHUNKING_STRATEGI]
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3. Embedding: [EMBEDDING_MODELL] generates vectors
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4. Indexing: Vectors stored in [INDEKS_TJENESTE]
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5. Query flow: User query → [ORKESTRERING] → Hybrid search → Reranking
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6. Generation: Retrieved context + query → [LLM_MODELL] → Response
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7. Safety: [SIKKERHETSTILTAK]
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Visual style:
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- Numbered steps flowing left to right
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- Azure blue (#0078D4) for AI services
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- Cyan (#50E6FF) for data stores and indexes
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- Green for successful output
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- Orange arrows for data ingestion pipeline (top)
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- Blue arrows for query pipeline (bottom)
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- Two parallel lanes: Ingestion (top) and Query (bottom)
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Technical RAG pipeline diagram, presentation quality, 16:9 aspect ratio, no 3D effects.
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```
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---
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## Mal 4: Problem → Løsning
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**Brukes i:** S2.1 (middels + kompleks)
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**Formål:** Visuelt kontrastere nåsituasjon (problem) med fremtidig situasjon (løsning).
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### Prompt-mal
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```
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Before and after comparison diagram for AI solution implementation.
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Left side (BEFORE - current state):
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- Title: "Nåsituasjon"
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- [PROBLEM_ELEMENTER]
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- Visual tone: Gray, cluttered, manual process indicators
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- Red warning indicators for pain points
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Right side (AFTER - with AI solution):
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- Title: "Med AI-løsning"
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- [LØSNING_ELEMENTER]
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- Visual tone: Azure blue, streamlined, automated flow
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- Green checkmarks for improvements
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Center: Large arrow pointing from left to right with "[PLATTFORM]" label
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Visual style:
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- Split layout: left (gray/red) vs right (blue/green)
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- Clean icons representing users, processes, systems
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- Metrics showing improvement (e.g., "14 dager → 2 timer")
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- Azure blue (#0078D4) dominates the right side
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- Professional infographic style
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Comparison diagram, presentation quality, 16:9 aspect ratio, no 3D effects.
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```
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---
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## Mal 5: Implementeringstidslinje
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**Brukes i:** S9.1 (middels + kompleks)
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**Formål:** Vise faseplan med milepæler og leveranser over tid.
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### Prompt-mal
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```
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Implementation roadmap timeline diagram for Microsoft AI project.
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Phases:
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- Phase 0: Preparation - [FORBEREDELSE_AKTIVITETER]
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- Phase 1: POC - [POC_AKTIVITETER]
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- Phase 2: MVP - [MVP_AKTIVITETER]
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- Phase 3: Production - [PRODUKSJON_AKTIVITETER]
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- Phase 4: Optimization - [OPTIMALISERING_AKTIVITETER]
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Key milestones: [MILEPÆLER]
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Visual style:
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- Horizontal timeline flowing left to right
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- Phase blocks as colored segments growing in width
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- Azure blue (#0078D4) gradient from light (Phase 0) to dark (Phase 3)
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- Gold (#FFB900) diamond markers for milestones
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- Small icons above each phase representing key activities
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- Clean sans-serif labels
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- Go/No-Go decision points marked clearly
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Project roadmap diagram, presentation quality, 16:9 aspect ratio, no 3D effects.
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```
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---
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## Imagen 3-spesifikke tips
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### Hva fungerer godt
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- Klare, beskrivende prompts med eksplisitt layout
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- Spesifisering av farger med hex-koder
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- "Professional", "technical diagram", "flat design" som stilord
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- Eksplisitt aspect ratio (16:9)
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- Numbered lists for sekvensielle flytsteg
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### Hva bør unngås
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- For mye tekst i prompten (hold under 300 ord)
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- Vage instruksjoner ("make it look nice")
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- Krav om spesifikke fonter (modellen velger selv)
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- Detaljerte Azure-ikonkrav (beskriv heller stilen)
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- Forventning om lesbar tekst i diagrammet (bruk heller få, store labels)
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### Bildekvalitet
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- Be alltid om "presentation quality"
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- Spesifiser 16:9 for slides, 1:1 for dokumenter
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- Unngå å be om for mange elementer (maks 10-12 bokser)
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- Grupper elementer i lag for bedre lesbarhet
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---
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## For diagram-generation-agent
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Bruk disse malene som utgangspunkt, men tilpass til det spesifikke scenarioet:
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1. **Velg riktig mal** basert på diagramtype fra oppdraget
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2. **Erstatt placeholder-tekst** ([KOMPONENT_LISTE] etc.) med reelle verdier fra arkitekturbeslutningene
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3. **Tilpass visuell stil** til kompleksitetsnivået — enklere for enkel, mer detaljert for kompleks
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4. **Generer bildet** med `mcp__mcp-image__generate_image`
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5. **Hvis generering feiler** — returner den ferdig utfylte promptteksten så brukeren kan bruke den manuelt
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