Multistep Aggregation
This exploration focuses on the possibility of a multi step aggregation process. The aggregation is made up of 2 simple modules which are parametrcally defined… Read More »Multistep Aggregation
GH Definition
Amplification
For the initial test, I wanted to explore how the geometry changes using Kangaroo 2. When the solver runs, the geometry starts to expand and… Read More »Amplification
Tangled
Contrasting to the given examples which mostly looks rigid and “orderly”, I wanted to explore the possibility of creating a curvy, chaotic yet smooth aggregation… Read More »Tangled
Upside Up
Upside Up explores the potential of control using rule grammars and the basic unit geometry. By limiting the amount of sideways branching across all units, a subtle form of directional control could be achieved within the aggregation, due to the inherent property of the single individual. As such, this agglomeration employs a purely bottom-up approach to control, removing the need for relatively top-down approaches such as the use of a volume boundary or field condition
Calcified
A way to work with both tools was explored. The ‘natural’ physics based tensile element was subject to an upwards force while anchored on selected… Read More »Calcified
Aggregation Double
Aggregation Double explores a multi-layered concept of aggregation, based on the idea of “growth on growth”. It emphasises an interplay of two systems that may… Read More »Aggregation Double
Dissecting Aggregation
This simple exploration looks at ways on how we can aggregate modules of the same form and yet different sizes to create unique open and… Read More »Dissecting Aggregation
Bouncy Boi
Bouncy Boi is a curve that extends in length but never intersects itself. After extending n times its length, it takes some time to converge… Read More »Bouncy Boi
Coralina
Coralina explores ball and socket joint form using Kangaroo which becomes the aggregate parts for Wasp algorithm. This is an example of how we can create a complex network of corals on Rhino and Grasshopper quickly and efficiently.