[Webinar] Computational Analysis & Synthesis of Urban Morphology using Rhino/GH

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In this webinar, you’ll learn how to perform quantitative analysis of urban space using various components from the DeCodingSpaces Toolkit for Rhino/GH on a real-life project. You’ll learn how to analyse Street Networks effectively to compute real life phenomena such as the distribution of functions in a city or the movement patterns of citizens. Finally, you’ll also be introduced to the various methods for the synthesis of urban morphology (street networks, plots, and buildings) and how they connect to the analysis methods.

You’ll receive all raw files (.zip) + life-time access to the video recording.

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In 90 minutes, you’ll learn:

● Introduction to urban analysis and synthesis methods
● Overview of the DeCodingSpaces-Toolbox for Rhino/GH
● How to use Isovist Analysis in Rhino/GH
● Understanding of network analysis methods
● How to compute shortest paths, centrality and accessibility
● How to synthesize street networks, parcels and buildings

+ Bonus PRO Tips

What is the DeCodingSpaces-Toolbox?

The DeCodingSpaces-Toolbox for Grasshopper is a collection of analytical and generative components for algorithmic architectural and urban planning. The toolbox is free software released by the Computational Planning Group (CPlan) and is a result of long term collaboration between academic institutions and praxis partners across the globe with the common goal to increase the efficiency and quality of architecture and urban planning. It integrates established urban analysis methods, extend them with new features and introduces new methods for the analysis and synthesis of urban morphology.

Webinar Teaser

[Webinar] Audible Designs: Room Acoustics Simulation in Rhino/GH

Audible Designs: Room Acoustics Simulation in Rhino/GH

Most software solutions merely simulate the room, and provide us simulated measurements and performance. That’s great, but it tells us very little about how to improve a room. What we need is a design tool that can help us understand why a room sounds the way it is, and figure out how could we improve it. This is where an open-source solution like Pachyderm shines.

Webinar Teaser

In 60 minutes, you’ll learn:

1. The basics of room acoustics.
2. How and when to apply acoustical modelling.
3. Acoustical materials and the optimal scale of modeled elements.
4. What kinds of problems acoustical modelling is well-suited to.
5. How to study not just simulated impulse response, but also room geometry and wave propagation.

+ Bonus PRO Tips

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You’ll receive all raw files (.zip) + life-time access to the video recording.

[Webinar] Computational BIM for Concept Design Using Rhino/GH and ARCHICAD

Computational BIM for Concept Design Using Rhino/GH and ARCHICAD

In this webinar, you’ll learn how to use computational design workflows in early stages of a project to design a building and automate BIM documentation effectively (plans, sections, elevations, schedules, program diagrams). To demonstrate this, we’ll be using the GH—AC Live Connection tool to generate and manipulate BIM elements in ARCHICAD directly from Grasshopper.

You’ll receive all raw files (.zip) + life-time access to the video recording.

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Why GH—AC Live Connection tool?

Unlike the many plugins that exists to enable Rhino-BIM interoperability, Archicad’s integration with Rhino/GH goes a lot deeper, with a ‘live connection’ that enables real-time, bi-directional geometry transfer between the two applications. The connection is actually ‘live’ and operating in real-time, allowing users to conceptualize building forms and create native Archicad components directly from Rhino/GH interface. The Live Connection is extremely simple to use, fairly quick and works like a charm every time.

Webinar Teaser

In 60 minutes, you’ll learn:

1. How to create a project structure for use in both Rhino/GH & ARCHICAD
2. Create computational design workflows and define a few constraints
3. How to transform the Parametric geometry to native BIM elements
4. Setup automated BIM documentation
5. How to setup a quick rendering
6. Leverage Data for greater flexibility and speed at a later design stage
7. Create Custom properties to manipulate Grasshopper parameters
8. Create a graphic override to display a program diagram without further modeling
9. Setup an automated area schedule to understand the impact of your proposal

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