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Alec Singh
Alec Singh

Alec Singh

Digital Fabrication & Computational Design

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Recent posts

Instagram-Beitrag 18363215740029631 Instagram-Beitrag 18363215740029631
Charges and lines. I recently reactivated my la Charges and lines.

I recently reactivated my large penplotter from last years "In a knotshell" project. And why not have some fun while working and testing everything? I hacked together a small Grashopper script with some "charges and field" elements, let it do the G-Code magic and voilà - this is the result. A pencil might not be the best pen to use, because it blunts really fast (you can see where the plotter started and ended drawing). Time to look out for pens and other improvements, this is fun =)

The first picture is the inverted version, second one is original.

Geometry generated with Grasshopper.
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#penplotter
#art
#lineart
#linedrawing
#minimal
#minimalism
#minimalart
#artwork
#artonpaper
#generativeart
#madewithcode
#noaiart
#geometric

#creativecodeart
#kunst
#abstractart
#mathart
#blackandwhite
#machinedrawing
#creativecoding
#computationaldesign
#grasshopper
#parametricdesign
#math
#mathematics
#algorithm
#electricfields
#grbl
#arduino
#graphicart
MX3D Bridge Amsterdam. Visited this gem two wee MX3D Bridge Amsterdam.

Visited this gem two weeks ago: A fully functional stainless steel bridge, completely 3d-printed. As a pedestrian bridge, it crosses one of Amsterdam's most famous canals, the Oudezijds Achterburgwal. Definetely worth a visit, although I had the feeling that I was the only one there who was at all interested in the bridge...

[Canon EOS Rp + EF 24-105mm f/3.5-5.6 IS STM + RF 16mm f/2.8 STM]
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@mx3d.metal.printing
@jorislaarmanlab
@arupgroup
#jorislaarmanlab
#mx3d
#mx3dbridge
#smartbridgeamsterdam
#3dprintedbridge
#amsterdam
#oudezijdsachterburgwal
#thenetherlands
#metalprinting
#3dprinting
#3dmetalprinting
#robotics
#architecture
#parametricdesign
#computationaldesign
#digitalfabrication
#parametric
#parametricarchitecture
#parametricism
#structuralengineering
#geometry
#architecturephotography
#canon
#canonphotography
#canondeutschland
#canoneosrp
#canonphoto
Twisted lamp shade for IKEA Skaftet. https://ww Twisted lamp shade for IKEA Skaftet.

https://www.printables.com/model/444253-twisted-lamp-shade-for-ikea-skaftet
[link in bio]

A further development of the twisted vase flower pot with some variations to the geometry. The lamp shade fits perfectly on a IKEA Skaftet pendant lamp socket. Geometry was created using a parametric model in Rhino/Grasshopper. The model is solid and is intended to be printed in vase/spiral mode. There are two models included, which differ in the height of the middle bulge.

Dimensions:
mounting hole diameter: 42mm
largest diameter: 108mm
smallest diameter: 88mm
height: 150mm

Geometry created with Rhino/Grasshopper.
Images rendered with Blender3D/Cycles.
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#ikea
#ikeahacks
#ikeahack
#lamp
#lampshade
#lampshades
#lampdesign
#pendantlights
#pendantlight
#pendantlamp
#3dprinting
#3dprinter
#3dprint
#3dprinted
#3dprints
#prusa
#prusaprinters
#additivemanufacturing
#digitalfabrication
#3ddruck

#rhino3d
#thingiverse
#stl
#geometryart
#design
#blender
#blender3d
#computationaldesign
#grasshopper
#parametricdesign
Twisted flower pot. https://www.printables.com/mo Twisted flower pot.

https://www.printables.com/model/399604-twisted-flower-pot
[link in bio]

Just another flower pot. Geometry was created using a parametric model in Rhino/Grasshopper. The model is solid and is intended to be printed in vase/spiral mode. Two versions are included: one is completely closed and the other one has a hole on the bottom.

Dimensions:
diameter at the top: 116mm
diameter at the bottom: 84mm
height: 90mm.

Geometry created with Rhino/Grasshopper.
Images rendered with Blender3D/Cycles.
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#3dprinters
#3dprinting
#3dprinter
#3dprint
#3dprinted
#3dprints
#prusa
#prusaprinters
#additivemanufacturing
#digitalfabrication
#3ddruck
#3ddrucker
#rhino3d
#thingiverse
#stl
#geometry
#geometryart
#design
#blender
#blender3d
#blenderrender
#blendercycles
#cycles
#cyclesrender
#computationaldesign
#grasshopper
#math
#parametric
#parametricdesign
#vase
Conway's Game of Life. I got curious if it was Conway's Game of Life.

I got curious if it was possible to recreate "The Game of Life" with the simulation nodes in Blender 3.5.0 alpha. It's a cellular automaton developed by the British mathematician John Conway in 1970. Well, the complicated part with geometry nodes is to get the formulas for neighbour indices correct. That includes an infinite simulation plane, similar to a torus. But after that the fun begins!

Simulation with Blender 3.5.0 alpha.
Rendered with Blender3D/Cycles.
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#sacredgeometry
#geometryart
#graphicdesign
#generativeart
#math
#art
#algorithm
#digitalart
#geometricart
#cellularautomata
#gameoflife
#artificiallife
#generativegraphics
#computergraphics
#graphicdesign
#computationaldesign
#animation
#codeart
#visualart
#dailyart
#blender
#blender3d
#rendering
#cyclesrender
#blenderrender
#architecture
#computationaldesign
#parametricdesign
#parametric
2022 stories recap. 2022 stories recap.
Snowflakes with ChatGPT. Just before christmas Snowflakes with ChatGPT.

Just before christmas we wanted to generate some parametric snowflakes for fun in our BT-course. @florian.ghn came up with the idea of generating a script with ChatGPT. The script somehow worked, but the resulting geometry was very simple and far from a snowflake.

I gave it another shot, but this time ChatGPT should only generate coordinates {x, y, 0} for a polyline. This seems to work better, but the shape is still very primitive. In the first picture I added a Koch curve to the description of the shape, which at least makes angles of 60° appear. 

It is actually no wonder that it does not work well, as this is not the purpose of ChatGPT. But it is still fun to experiment with.

Rendered in Blender3D/Cycles.
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#chatgpt
#openai
#ai
#aidesigned
#aiarchitecture
#snowflake
#snowflakes
#kochcurve
#design
#parametricdesign
#computationaldesign
#geometry
#geometric
#math
#mathematics
#fractals
#fractalsart
#fractalgeometry
#pattern
#grid
#algorithm
#graphicdesign
#blender
#blender3d
#blenderrender
#blendercycles
#cyclesrender

#rendering
#digitalart
#computergraphics
Lorenz-Attractor II. The famous attractor again, Lorenz-Attractor II.

The famous attractor again, but this time it is only the path of one particle, instead of a swarm. Utilizing the simulation nodes in Blender 3.5 alpha, this is an ongoing extrusion of a single vertex which gets converted to a curve. A square profile is then applied to the curve. There's also a weight applied to the scale of the profile curve that depends on the distance to the equilibrium points of the Lorenz attractor.

Rendered with Blender3D/Cycles.
--
#geometryart
#geometricart
#computationaldesign
#parametric
#parametricdesign
#blender
#blender3d
#rendering
#graphicdesign
#blenderrender
#blenderart
#blendercycles
#cyclesrender
#digitalart
#computergraphics
#math
#visualart
#dailyart
#generativeart
#blackandwhite
#particlesystem
#particlesimulation
#lorenzattractor
#chaostheory
#differentialequations
#lorenzsystem
#butterflyeffect
Lorenz-Attractor I. Revisiting the famous Lorenz Lorenz-Attractor I.

Revisiting the famous Lorenz attractor. Blender 3.5 alpha introduces simulation nodes, which makes it way easier to do iterations. The last time I tried this you had to incorporate a py-script to update the position of each point. Now geometry nodes can automatically update your simulation data for each frame. In this animation there are 1.6M points, rendered as point cloud (fast!). I will try this again with rendering the path of a single point.

Animation rendered with Blender3D/Cycles.
--
#geometryart
#geometricart
#computationaldesign
#parametric
#parametricdesign
#blender
#blender3d
#rendering
#graphicdesign
#blenderrender
#blenderart
#blendercycles
#cyclesrender
#digitalart
#computergraphics
#motiongraphics
#3danimation
#animation
#math
#visualart
#dailyart
#generativeart
#blackandwhite
#particlesystem
#particlesimulation
#lorenzattractor
#chaostheory
#differentialequations
#lorenzsystem
#butterflyeffect

Where you can find me

Contact
Contact and requests via social networks.

Address
Alec Singh
Kulmer Str. 4
40599 Düsseldorf
Germany

about alec singh

This is the place where I share my work and research about:
▣   Architecture & Structural Engineering
▣   Computational Design
▣   Digital Fabrication
▣   Additive & Subtractive Manufacturing
▣   3D-Scanning & Photogrammetry
▣   Eating Voronoi for breakfast…

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