rmodp-engineering-view-web

Derive RM-ODP Engineering Viewpoint specifications with PlantUML deployment and channel diagrams.

Updated Mar 8, 2026

Search Tags:#specification #distributed systems #plantuml #rm-odp #engineering viewpoint #itu-t x.903

Ready to run

npx skills add https://github.com/atanaka/rmodp-workflow-web --skill rmodp-engineering-view-web

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: rmodp-engineering-view-web
Source: https://github.com/atanaka/rmodp-workflow-web/tree/main/skills/rmodp-engineering-view-web
Command: npx skills add https://github.com/atanaka/rmodp-workflow-web --skill rmodp-engineering-view-web

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve?

This Skill automates the derivation of RM-ODP Engineering Viewpoint specifications, transforming computational viewpoint specifications and infrastructure prerequisites into structured Markdown documents with diagrams.

Core Features & Use Cases

RM-ODP Engineering Viewpoint Modeling: Generates specifications based on ITU-T X.903 / ISO/IEC 10746-3.
Structured Analysis: Follows a 5-step process including Node/Nucleus, Capsule/Cluster/BEO, Channel design, and Distribution Transparency.
Diagram Generation: Produces PlantUML Deployment Diagrams and Channel Configuration Diagrams.
Use Case: When designing a distributed system, use this Skill to systematically model the engineering aspects, including how computational objects map to physical/virtual nodes, how communication channels are structured, and how distribution transparencies are realized.

Quick Start

Use the rmodp-engineering-view-web skill to derive the RM-ODP Engineering Viewpoint specification based on the provided computational viewpoint and infrastructure prerequisites.

Frequently Asked Questions about rmodp-engineering-view-web

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I generate RM-ODP Engineering Viewpoint specifications from computational specifications?▼

The skill transforms computational viewpoint specifications and infrastructure prerequisites into RM-ODP Engineering Viewpoint specifications. It orchestrates a structured 5-step analysis to generate Markdown documentation with PlantUML diagrams.

What diagrams are generated for distributed systems engineering viewpoint modeling?▼

PlantUML Deployment Diagrams and Channel Configuration Diagrams are generated for distributed systems engineering viewpoint modeling. They visually map computational objects to physical or virtual nodes and illustrate structured communication channels.

How do I model distribution transparency and capsule design for ITU-T X.903 systems?▼

To model distribution transparency and capsule design, follow a 5-step structured analysis process. This includes Node/Nucleus identification, Capsule/Cluster/BEO design, Channel binding, and applying Distribution Transparency based on ITU-T X.903 standards.

What is the RM-ODP engineering viewpoint and when do I need it for system design?▼

The RM-ODP engineering viewpoint models how computational objects map to physical or virtual nodes, how communication channels are structured, and how distribution transparencies are realized. You need it when designing the distributed infrastructure aspects of a system.

Does the engineering viewpoint modeling process require infrastructure prerequisites?▼

Yes, infrastructure prerequisites are explicitly required for engineering viewpoint modeling. The derivation process uses these prerequisites alongside computational viewpoint specifications to accurately map nodes and configure channels.