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#graphvis — Public Fediverse posts

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  1. 🧵 3/9 Next is a Report top level data structure: Table of Contents (Visualisation) of AR6 70 chapters. Status #Alpha - the chapters of Sixth Assessment Report — IPCC. Using #graphvis in Python the chapters and their connections are automatically mapped #semanticClimate #ClimateKG github.com/semanticClimate/int The TOC structure is designed to provide a clear and hierarchical representation of report sections, including chapters, glossaries, supplemental materials, and cross-chapter references.

  2. 🧵 3/9 Next is a Report top level data structure: Table of Contents (Visualisation) of AR6 70 chapters. Status #Alpha - the chapters of Sixth Assessment Report — IPCC. Using #graphvis in Python the chapters and their connections are automatically mapped #semanticClimate #ClimateKG github.com/semanticClimate/int The TOC structure is designed to provide a clear and hierarchical representation of report sections, including chapters, glossaries, supplemental materials, and cross-chapter references.

  3. 🧵 3/9 Next is a Report top level data structure: Table of Contents (Visualisation) of AR6 70 chapters. Status #Alpha - the chapters of Sixth Assessment Report — IPCC. Using #graphvis in Python the chapters and their connections are automatically mapped #semanticClimate #ClimateKG github.com/semanticClimate/int The TOC structure is designed to provide a clear and hierarchical representation of report sections, including chapters, glossaries, supplemental materials, and cross-chapter references.

  4. 🧵 3/9 Next is a Report top level data structure: Table of Contents (Visualisation) of AR6 70 chapters. Status #Alpha - the chapters of Sixth Assessment Report — IPCC. Using #graphvis in Python the chapters and their connections are automatically mapped #semanticClimate #ClimateKG github.com/semanticClimate/int The TOC structure is designed to provide a clear and hierarchical representation of report sections, including chapters, glossaries, supplemental materials, and cross-chapter references.

  5. 🧵 3/9 Next is a Report top level data structure: Table of Contents (Visualisation) of AR6 70 chapters. Status #Alpha - the chapters of Sixth Assessment Report — IPCC. Using #graphvis in Python the chapters and their connections are automatically mapped #semanticClimate #ClimateKG github.com/semanticClimate/int The TOC structure is designed to provide a clear and hierarchical representation of report sections, including chapters, glossaries, supplemental materials, and cross-chapter references.

  6. Man tools like graphviz, plantuml, mermaid, kroki, and similar text-based diagramming tools have such awesome potential... if only they fixed a handful of issues they might actually be usable on larger or more complex graphs... as it stands you waste most of your time trying to layout things "suggestively".

    #PlantUML #Mermaid #Kroki #GraphVis

  7. Man tools like graphviz, plantuml, mermaid, kroki, and similar text-based diagramming tools have such awesome potential... if only they fixed a handful of issues they might actually be usable on larger or more complex graphs... as it stands you waste most of your time trying to layout things "suggestively".

    #PlantUML #Mermaid #Kroki #GraphVis

  8. Man tools like graphviz, plantuml, mermaid, kroki, and similar text-based diagramming tools have such awesome potential... if only they fixed a handful of issues they might actually be usable on larger or more complex graphs... as it stands you waste most of your time trying to layout things "suggestively".

    #PlantUML #Mermaid #Kroki #GraphVis

  9. Man tools like graphviz, plantuml, mermaid, kroki, and similar text-based diagramming tools have such awesome potential... if only they fixed a handful of issues they might actually be usable on larger or more complex graphs... as it stands you waste most of your time trying to layout things "suggestively".

    #PlantUML #Mermaid #Kroki #GraphVis