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description: Practical Assessment Tools for Historic Masonry Structures | ||
--- | ||
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# COMPAS Masonry | ||
# About | ||
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{% hint style="warning" %} | ||
Note that this website is under construction and will be updated frequently! | ||
{% endhint %} | ||
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<figure> | ||
<img src=".gitbook/assets/COMPAS-Masonry.png" alt="COMPAS Masonry" /> | ||
<figcaption> | ||
<p>COMPAS Masonry is a plugin for Rhino 8 for the equilibrium analysis of discrete-element structures, | ||
and for the stability assessment of (historic) masonry structures.</p> | ||
</figcaption> | ||
</figure> | ||
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[![DOI](https://zenodo.org/badge/458133035.svg)](https://zenodo.org/badge/latestdoi/458133035) | ||
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COMPAS Masonry is a plugin for Rhino 8 for the equilibrium analysis of discrete-element structures, | ||
and for the stability assessment of (historic) masonry structures. | ||
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The plugin is written entirely in Python using the [COMPAS framework](https://compas.dev), | ||
and can be installed in Rhino 8 using Yak, the official package manager for Rhino. | ||
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## Features | ||
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## Limitations | ||
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## Target Audience |
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# Acknowledgements | ||
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# Contributions |
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# Getting Started | ||
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COMPAS Masonry is a plugin for Rhino 8 and uses the new CPython runtime. | ||
It can be installed using Yak, Rhino's package manager. | ||
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{% hint style="warning" %} | ||
COMPAS Masonry is **only available for Rhino 8.** | ||
{% endhint %} | ||
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## Requirements | ||
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## Installation | ||
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## COMPAS Packages | ||
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## Toolbar | ||
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## Installation Check |
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# Tutorial | ||
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In this tutorial, we will generate a very simple discrete element model representing a stone masonry arch. | ||
We will then compute the required contact forces between the elements to establish equilibrium for given boundary conditions and gravity loads. | ||
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## Generate an arch | ||
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## Create a masonry model | ||
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## Define boundary conditions | ||
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## Compute equilibrium forces |