madil4 / awatif

The First Web-based Parametric Structural Engineering Platform

What is Awatif?

Awatif is a platform designed to assist you in building web-based structural engineering apps, like the ones shown in the Examples.

Why use Awatif?

Automate tedious engineering processes through parametric modeling, facilitate collaboration with web user interfaces, and optimize designs using optimization techniques.

Why it is different?

Awatif sets itself apart from other platforms, such as Grasshopper or Python, by employing a unique, simple data structure that seamlessly connects the modeling, analysis, design, report, and drawing phases in a parametric manner. While this parametric workflow may sound familiar if you've used Grasshopper with Karamba3D or Python with ETABS APIs, Awatif simplifies the process by consolidating everything into a single, interactive, scalable, and easy-to-develop app. Moreover, Awatif is built for the web using TypeScript, allowing you to share your app with just a link. Additionally, Awatif offers the benefits of web platforms, such as offloading heavy calculations to servers and facilitating communication with different platforms like Python or C# through API calls.

In summary, Awatif provides:

• 🔄 A unique and simple data structure for seamlessly linking various design algorithms and parametric scripts.
• 🌐 A visualization tool that enables you to build your app in a 3D space, rendering bending moment diagrams and structural engineering reports—all within the browser.
• 💸 An FEM library that offers real-time simulation for any structure, easily integrable into your app.
• 📚 Open-source design libraries, allowing you to select the local-standard design code of your choice, complete with well-validated scripts and reports.
• 🛒 A Marketplace for those who prefer a non-programming approach, providing a variety of free and paid apps.
• 👥 A robust community of passionate structural engineers and developers ready to assist you in achieving your vision. Feel free to PM here to introduce you to the community.

awatif's Issues

Deforming should support 3D bar elements

Viewer should toggle deformed

Should use storybook 7.0

Should have resizable views

Analyzing should compute deformation

Viewer should toggle loads

Viewer should render nodes

fix how the stiffness matrix is assembled

Should have a 3d-truss example

• simple truss that looks like a pyramid
• with lateral loads

Viewer should loop through all assignments once

Viewer should render lines

Should replace uniform loads with points

• should update deforming algorithm
• should update the viewer
• should update the 2D-truss example

Viewer should toggle results

Deforming should compute deformed positions

replace esbuild with vite

fix how uniform load is computed

Viewer should refactor lines to elements

Viewer refactoring

Viewer should be responsive

Viewer should use render() instead of get HTML

It is more descriptive for a class (aka component) to have a render function where the dom elements are created

Interfaces should simplify results

Viewer should have colored lines

Viewer should toggle supports

fix the camera position

Viewer should toggle elements

PL-designer should use sections

Viewer should update min/max according to result

Viewer should render profiles

Viewer should dispose on update

Should use Soildjs as a frontend js framework

Interfaces should simplify model's assignments

Viewer should import 3rd party libs from threejs

Should have a 2D-truss example

Viewer should have a grid

Viewer should have `ViewerLabel`

Viewer should have a story for nodes

Viewer should render uniform loads

Analyzing should compute stress

Designing should compute unit ratios

Viewer should show max/min result values

2d-truss example should use metric units

PL-Designer should model a building

Viewer should have `ViewerSettings`

• should have supports check-box
• should have loads check-box
• should have a deformed check-box

Viewer should update colors according to results

Viewer should refactor uniform loads and Supports

Viewer should render supports

• should have two types of supports pin and fixed

Configurator should support sliders

• should have stories slider and sliders

Viewer should show design results

• should show colors
• show show min and max
• should show design drop-down
• show toggle colors, min/max

Modeling should have 2-bars algorithm

Viewer should use the label design instead of steel