Differential Growth
In this Kangaroo Grasshopper tutorial, you’ll learn how to create a differential growth pattern on any mesh surface by projecting
Grasshopper Anemone
In this Grasshopper Anemone tutorial, we will use a series of circles to design a parametric Radial Diamond pattern in the XY plane.
Duration : 18 Minutes
We will use the Anemone plugin to run an algorithm several times to achieve the final results. The algorithm is straightforward. If we have only 3 circles, we need to divide them into a series of points and then connect the relative points as shown above.
To get started, we will create a series of circles. You can simply use a “Series” component for the radius, where the start input will be the starting radius of the circles. The step input will define how much the radius increases in each step, and the count input will define how many circles we need.
We will create a Loop Start and Loop End using the Anemone plugin. You have to connect the first input of them together to form a loop. We will use 3 parameters. The first is the circles from which we want to extract the diamonds. The second one is how many divisions we will have around the circles, and the third parameter is the diamonds as surface.
After inputting the circles into the loop, we need to extract only the first 3 circles from the list. We can do that by using the List Item component. Then, we have to divide them into points using the Division component, and the number of divisions is going to be used.
To connect the points together, we need to dispatch the points into two groups. The Dispatch component simply divides the points into groups of True/False outputs. This can be used in the next step to manage the connections more easily.
Now, as you can see in the image above, we will connect the points from each of these 3 circles based on the dispatch outputs. We also need to shift the second circle one step back so we can close the diamond using the “4 Point Surface” component.
To proceed to the next step, we have to shift the circles by one. We can use the Shift List component to move to the next circle and form the second row of diamonds.
Because the next row of diamonds needs to be constantly shifted by one point for each loop, we will use the “Counter” output of the loop to constantly shift the points in each successful step.
Finally, we can connect the diamonds to the loop’s output and obtain the final results. Be sure to right-click on the loop’s end and select “Record Data” so you can record each step as an output.
In this Grasshopper Anemone tutorial, we will use a series of circles to design a parametric Radial Diamond pattern in the XY plane.
Paracourse Files
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Connecting Towers
In this Grasshopper tutorial, you’ll learn how to design a series of parametric towers arranged around a curve and connect
Difference Contour
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Parametric Mesh
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Voronoi Multipipe
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Wind Pavilion
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Space Frame
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Voronoi Mesh
In this Grasshopper Voronoi tutorial, you’ll learn how to create a parametric mesh generated from random or controllable Voronoi cells
Inflated Mesh
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Tensile Structure
In this Grasshopper Kangaroo tutorial, you’ll learn how to model a parametric tensile structure by defining anchor points, the direction
Tensile Structure
In this Grasshopper Kangaroo tutorial, you’ll learn how to model a series of tensile structures arrayed along any open or
Bridge Tower
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Attractor Modules
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Frames on Curve
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Brick Wall
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3- Print + Loop
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Rotating Lines
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6- Parametric Vase
In this Paracourse Lesson (25 Minutes), You can learn how to model a parametric vase by using a Perlin Noise
2- Manage output
In this Grasshopper lesson, I will talk about managing output data with a turning tower example. First I,m going to
2-Canvas
In the introductory lesson, we’ll explore the Grasshopper 1.0 canvas and familiarize ourselves with its fundamental features.
3- Shortest List
Now we have learned the basics of the canvas we will take a look at the most important aspect of
4- Partition List
Now we will learn how to manage data with more tools like list length , partition list and simplify.
6- Flatten
After learning about the Partition list, it’s time to learn how to destroy the data trees with flatten and also
Hexagonal Facade
In this Grasshopper example file, you can design a parametric facade with variable-thickness hexagonal cells.
Tensile Facade
In this Grasshopper example file, you can model and simulate a parametric facade with free-form openings using the mesh relaxation
Hexagonal Panels
In this grasshopper example file, you can use a hexagonal module to model a parametric facade.
3D Wave Pattern
In this grasshopper example file, you can use the morph components to apply a 3d wave pattern on a mesh.
Parametric Ideas 327
In these Grasshopper example files, you can design a parametric geodesic dome with customizable openings, generate optimized tower forms using
Parametric Ideas 326
In this Grasshopper example file, you can create relaxing Voronoi cells on a facade , a blobby form with a
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