'Wallacei X' Announcement - An evolutionary and analytic engine for grasshopper

We are happy to announce the release of Wallacei X, a new component within the Wallacei platform.

Wallacei X is an evolutionary engine that allows users to run evolutionary simulations in Grasshopper 3D through utilising highly detailed analytic tools coupled with various comprehensive selection methods, including algorithmic clustering, to assist users to better understand their evolutionary runs, and make more informed decisions at all stages of their evolutionary simulations; including setting up the design problem, running the evolutionary algorithm, analysing the outputted results and selecting the desired solution or solutions for the final output. Wallacei also provides users with the ability to select, reconstruct and output any phenotype from the population after completing their simulation!

The free plugin is streamlined to give users efficient access to the data outputted by their evolutionary simulations, and enable clear and efficient methods for analysis and selection – The aim is for users (of all degrees of expertise) to better understand their evolutionary simulations, gain a thorough understanding of the outputted numeric values, and seamlessly extract the optimised data; all within one user interface.

You can download the latest release on the food4rhino website through this link:

You can also access video tutorials and download the Wallacei Primer by visiting the Wallacei website at:

You can watch a short trailer for Wallacei here:

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How should we proceed to watch which solution is the best and to select it once Wallacei has finished his calculation?

One of the challenges of the multi-objective optimization processes is how to select a solution or a set of candidate solutions from the population of generated options. Complex problems that comprise multiple (conflicting) objectives do not normally have a single solution as the final definitive outcome that can address all objectives as the objectives are usually in conflict with one another. This is one of the main differences between single objective optimization and multi-objective optimization problems. When it comes to the selection procedures, one can choose from Pareto Front solutions, or selecting from a set of individuals that address one objective better/worse than others etc. In Wallacei we have an extensive collection of toolsets, all embedded in the UI ( Tab 2 and Tab 3) that help users to make an informed decision and select the solution or a set of candidate solutions by providing the entire history of the evolution. I suggest you watch the video below where it briefly explains these procedures. In general WallaceiX playlist in our YouTube channel is a good resource to jump-start into the subject.

This is a simple test, how we can use wallacei to find volume = 300 ? and how we can display different results after the calculation finished?

Wallacei X Playlist below demonstrates the entire workflow of Wallacei simulation.

Thanks , i watch some videos and read the pdf but don’t understand how wallacei know if the objective is minimum or maximum or equal like in galapagos.
In the example above i plug the 3 sliders to genes , v to objective; now how to add the constraint equal to 300?

Wallacei always minimises. These two following videos will help you to understand how to minimise/maximise or constrain a fitness objective around a constant variable or within a domain.

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thank you very much

  • minimum: by default
  • maximum: x^(-1)
  • specific value: range >> abs(x-z)+abs(y-z)

work fine, but sometimes when i uncheck minimize rhino the canvas become red.

In general, It is highly recommended to minimise Rhino when the simulation is running, especially for the heavy design problems. Rendering meshes and geometries iteratively will slow down the simulation.
I need to see your GH file to better understand what the problem is tho.

This is a simple example, when i choose generation 98 or 99 to cluster wallacei not responding

g.gh (64.7 KB)