algorithmic modeling for Rhino
Mesh+ is a set of user components which produce topological effects from mesh faces and point sets using variable methods of subdivision and normal based three dimensional distortion.
We are pleased to announce the Beta Release of version 2.0
Images tagged: Mesh(+), mesh(+)
The current version of mesh(+) is developed for:
- Rhino 5 (32 & 64)
- Grasshopper version 0.9.0056 (For Rhino 5)
Website: http://neoarchaic.net/mesh/
Location: Brooklyn, NY
Members: 165
Latest Activity: Jun 27
Mesh+ is a set of user objects which enable a wide range of mesh editing, creation, interaction, and topology modification within Grasshopper 3d.
Component categories are:
Analyze | Returns, topological, geometric, and contextual mesh information
Show | Displays topological information
Select | Allows for manual or parameter driven interaction with Rhino or Grasshopper meshes
Modify | Changes topological properties of a mesh
Edit | Alters the physical and makeup of a mesh
Make | Creates meshes from a series of geometric inputs
Map | Uses Barycentric mapping to morph geometery into mesh face bays
Smooth | Applies a series of weighted smoothing methods
Subdivision | Divides faces into new configurations in comprehensive sets based on edge consistency
Effects | Applies a series of more complex mesh configurations to existing mesh faces
Volume | Creates meshes spanning between two similar meshes of tripoly periodic surfaces and custom solutions.
Weave | Creates physically seperated but interlinked meshes
Loop | Creates iterative effects which build off selected faces
This component set was developed to work with Weaverbird.
Installation and Prerequisites
Updates:
moved to discussions below
hi all,I was using the m+FaceArea component to get area of faces for a weighted avg calculation. For curved planar surfaces (200m2 - 1000m2) it was taking a lot of time, grid size 0.1m. takes a few…Continue
Started by Saket Sarupria. Last reply by Saket Sarupria Sep 11, 2019.
Hi, please i want to output elevation and sections with dimensions by grasshopper in this 3D wall, can u help me.thanks…Continue
Started by tariq hilmy Dec 3, 2018.
Hi I am very fond of the different options for triangulation provided in the "Regular Triangulation, however, there is one small feature that I would like to have.I have a surface (shell structure)…Continue
Started by Steinar Hillersøy Dyvik Apr 17, 2018.
Hi, I am using weaverbird / and mesh+, testing different ways to thicken and pattern mesh. I am trying to [or thinking it will work] create glass which has many random refractive angles, so that when…Continue
Started by arkadius belov Apr 25, 2017.
Comment
Hello!
i am trying to input a list to the weave components and they dont accept lists. when i right click to select list access i get this error
1. Specified cast is not valid. (line: 414)
am i doing something wrong?
David,
Apologies for the delay in posting the sample files. Put together a more up to date set of samples. They are attached to this comment.mesh%28%2B%29-Samples.zip
Wieland,
Taken a while to address this issue... I've updated the components... cleaned up a few other issues I came across in the newest upload DOWNLOAD HERE. Also added a new component with the structure you suggested in the second image.
Hi David,
first of all thank you very much for mesh(+) its a great tool an I like it a lot.
I tested the m(+) cross component and I was wondering if it is possible to get the same amount of mesh subdivisions on the upper and under flange? If I subdivide the mesh with WB like this I get an uneven appearance.
Second question:
Is it possible to build a component that creates a structure like this?
Thank you and greetings from Munich, Wieland
David,
The download for the samples seems to be working.
Did you download them from:
i can't download the example files,could you please upload the files again,many thanks!
Danila,
Thank you again for the suggestion.
Tooltip descriptions have been added to all components.
Will be adding new samples shortly.
David,
This is great. Thank you for the update.
Welcome to
Grasshopper
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