Excession

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E X C E S S I O N Alessio Erioli UniversitĂ di Bologna | Co-de-iT


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notational identity


autografico > allografico



Sketchpad - Ivan Sutherland (1963)


Westworld (2016)


Westworld (2016)


The Next Rembrandt


Sol Lewitt - wall drawings


Sol Lewitt - wall drawings


Sol Lewitt - A Wall Divided Vertically into Fifteen Equal Parts, Each with a Different Line Direction and Color, and All Combinations, 1970 © Tate


"The idea becomes a machine that makes the art" Sol Lewitt, Paragraphs on conceptual art, 1967Â


[artists inform] themselves by inventing tools or techniques or processes that allow them to see into a material manifestation in the way that you would not if you dealt with standardized or academic ways of thinking. Richard Serra

Richard Serra - machine for making revolving sculptures


Jackson Pollock at work


"The code designs machines that grow the architecture" paraphrasing Sol LewittÂ


- I designed a machine that can draw - Can it draw as I draw? - Yes, if you can tell me how you draw,I believe it can


craft


craft accumulazione di conoscenza che si sublima in sensibilitĂ

computazione come medium progettuale . programmare comportamenti (relazioni) . costruire macchine . progetto e costruzione come crescita


programmare comportamenti (che producono complessi di materia attorno ad un vuoto)


An algorithm must be seen to be believed Donald Knuth


It is hard to believe that something as mindless and mechanical as an algorithm could produce such wonderful things. No matter how impressive the products of an algorithm, the underlying process always consists of

nothing but a set of individually mindless steps succeeding each other without the help of intelligent supervision: they are “automaticâ€? by deďŹ nition: the workings of an automaton Daniel Dennett


Give me order‌ and time, and I will give you Design Daniel Dennett


communal spiders web


phyllotaxis scheme | Douady & Couder experiment


Cellular Formations - Andy Lomas


Process 6: Position three large circles on a rectangular surface.
 Set the center of each circle as the origin for a large group of Element 1. When each Element moves beyond the edge of the circle, move its position back to the origin. Draw a line from the centers of Elements which are touching. Set the value of the shortest possible line to white and the longest to black, with varying grays between. Element 1: Form 1 + Behavior 1 + Behavior 2 + Behavior 3 Form 1: Circle
 Behavior 1: Constant linear motion
 Behavior 2: Constrain to surface Behavior 3: When touching another, change direction

Process Drawing - Casey Reas


le conseguenze di una azione eccedono sempre l’intento iniziale


conception

realization

inception


predittivo |

speculativo


. procedure condizioni operative > speculative, dinamiche

. criteri limitano il regno del possible dell’artefatto > stabili, conďŹ ni


le relazioni deďŹ niscono la metrica del risultato del sistema


gli algoritmi sono

la logica diventa una

modi di pensare operazione estetica


an

aesthetic of decision in a framework of self-organization and complex adaptive systems Steven Shaviro


vaghezza | anesatto


vaghezza non è assenza di logica ma di ďŹ nalitĂ anesatto rigoroso ma non tendente al perfetto


tettonica


tettonica degli

elementi

>

tettonica dei

comportamenti


s1

n1

n2 s2

>

c1 s3 n3 x1

Campanile di Giotto

Frei Otto - tower study


Lucy Irvine - Before the After


programmazione + feedback capacitĂ morfogenetica del materiale

dialogo con le macchine conseguenze spaziali|tettoniche|estetiche


multi-agent systems material self-organization machinic fabrication



digifabTURINg project


digifabTURINg project


design is focused on machine behavior rather than shapes: direct generation of robot toolpath to engage material feedback

digifabTURINg project


digifabTURINg project


digifabTURINg project


digifabTURINg project


digifabTURINg project


digifabTURINg project


digifabTURINg project


Volatile Ground - thesis project by Lapo Naldoni - robotic fabrication by digifabTURINg project


agency


sensorium

internal state

action

agent - Russel and Norvig


sensorium S B A action

Is

internal state


Braitenberg, V. - Vehicles: experiments in Synthetic Psychology - 1984


Craig Reynolds model (1987)

Je Jones model (2002)


metabolism

architecture perturbation

atmosphere perturbation

structural alteration

recruitment


Reefs


D-ShapeÂŽ large scale 3D printing machine


morphogenetic system < > production system

photo: Alessio Erioli


Reefs: atoll generator v 2.0 - the ecosystem


Reefs: atoll generator v 2.0 - the ecosystem


Reefs: 3D Reaction-Diffusion generated parts


mesh model - for visualization purposes only


the Reef test model, designed by Co-de-iT & printed in D-Shape facility in Pisa, April 2014


Hydroassemblies thesis work

Dario Castellari advisor: Alessio Erioli


Hydroassemblies – Thesis project by Dario Castellari


. continuity . density . combinatorics

- CONTINUITA’ - DENSITA’ - COMBINATORICS - DIREZIONALITA’ - GERARCHIA

. directionality . hierarchy

Hydroassemblies – Thesis project by Dario Castellari 14.07.2016 - HYDROASSEMBLIES


Hydroassemblies – Thesis project by Dario Castellari


Hydroassemblies – Thesis project by Dario Castellari


Hydroassemblies – Thesis project by Dario Castellari


Hydroassemblies – Thesis project by Dario Castellari


Hydroassemblies – Thesis project by Dario Castellari


Hydroassemblies – Thesis project by Dario Castellari


iterations: 500

iterations: 2000

iterations: 6000

Field: t=0.021 ; s=0.05 Starting Points: 3 Neighbourhood: m/M 1=>5

Field: t=0.021 ; s=0.09 Starting Points: 3 Neighbourhood: m/M 1=>6

Field: t=0.021 ; s=0.05

min

max

vector amplitude

Field: t=0.328 ; s=0.100 Starting Points: 5 Neighbourhood: m/M 1=>6

Hydroassemblies – Thesis project by Dario Castellari


Processo con campo.

01.sviluppo influenzato dal campo

02. Parti con più densità di unità o critiche

03. Individuazione campo di valori di sforzo

04. Suddivisione in base al campo di sforzi

05. Scomposizione e allineamento

06. Medial line dell’ammasso

07. Anastomosi e loop

08. Comportamento unità marginali

09. Linee secondarie verso target points

10. Anastomosi linee secondarie

11. Sistema di linee, due ordini

12. Condotti

Hydroassemblies – Thesis project by Dario Castellari 14.07.2016 - HYDROASSEMBLIES


Hydroassemblies – Thesis project by Dario Castellari


Hydroassemblies – Thesis project by Dario Castellari


Schema di funzionamento

Hydroassemblies – Thesis project by Dario Castellari


Suddivisione in ordini superiori al secondo

Creazione di superfici per raccolta capillare

Cicli e dispositivi

Hydroassemblies – Thesis project by Dario Castellari 14.07.2016 - HYDROASSEMBLIES


Hydroassemblies – Thesis project by Dario Castellari


Hydroassemblies – Thesis project by Dario Castellari


Hydroassemblies – Thesis project by Dario Castellari


Stampa 3d

- HYDROASSEMBLIES Hydroassemblies –14.07.2016 Thesis project by Dario Castellari


Hydroassemblies – Thesis project by Dario Castellari


Hydroassemblies – Thesis project by Dario Castellari


Hydroassemblies – Thesis project by Dario Castellari


Hydroassemblies – Thesis project by Dario Castellari


Prototipo funzionale

Hydroassemblies – Thesis project by Dario Castellari 14.07.2016 - HYDROASSEMBLIES


Prototipo funzionale

- HYDROASSEMBLIES Hydroassemblies –14.07.2016 Thesis project by Dario Castellari


Hi-Wire membranes thesis work

Alberto Chiusoli advisor: Alessio Erioli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Hi-Wire Membranes – Thesis project by Alberto Chiusoli


Behavioral builders thesis work

Eugenio Bettucchi advisor: Alessio Erioli co-advisors: Aldo Sollazzo Umberto Scarcia (robotics)


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


Behavioral Builders – Thesis project by Eugenio Bettucchi


homeorhetic | assemblies thesis work

Roberto Monesi advisor: Alessio Erioli



Beehive formation dynamics - Wikipedia


hexagon formation - (Tautz 2004, Karihaloo 2013)


wild beehive


Aganetha Dyck


Homeorhetic Assemblies – Thesis project by Roberto Monesi


Homeorhetic Assemblies – Thesis project by Roberto Monesi


Homeorhetic Assemblies – Thesis project by Roberto Monesi


Homeorhetic Assemblies – Thesis project by Roberto Monesi


Homeorhetic Assemblies – Thesis project by Roberto Monesi


Homeorhetic Assemblies – Thesis project by Roberto Monesi


Homeorhetic Assemblies – Thesis project by Roberto Monesi


swarm | constructability thesis work

Michele Semeghini advisor: Alessio Erioli co-advisors: Massimo Cicorella (electronics) Martino Colonna (materials)


Polycaprolactone - melts at 60°C

Sodium Acetate Trihydrate (SAT) - room temperature

Swarm Constructability - thesis project by Michele Semeghini


Swarm Constructability - thesis project by Michele Semeghini


sensors + movement

deposition tank

Swarm Constructability - thesis project by Michele Semeghini


Swarm Constructability - thesis project by Michele Semeghini


Swarm Constructability - thesis project by Michele Semeghini


Swarm Constructability - thesis project by Michele Semeghini


Swarm Constructability - thesis project by Michele Semeghini


Swarm Constructability - thesis project by Michele Semeghini


Swarm Constructability - thesis project by Michele Semeghini


Swarm Constructability - thesis project by Michele Semeghini


Swarm Constructability - thesis project by Michele Semeghini


Swarm Constructability - thesis project by Michele Semeghini


Swarm Constructability - thesis project by Michele Semeghini


Swarm Constructability - thesis project by Michele Semeghini


fibrous | aerial robotics thesis work

Samuel Pietri advisor: Alessio Erioli


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


TRAJECTORY

STIGMERGY

Fibrous Aerial Robotics – Thesis project by Samuel Pietri


ENVIRONMENTAL CONDITIONS

SURFACE MAPPING

SCALAR FIELD

Fibrous Aerial Robotics – Thesis project by Samuel Pietri


CARATTE R I STI C H E MATE R IALE

Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


CONSTRUCTION SEQUENCE SIMULATION

Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


ASSEMBLY

Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


SEZIONE

A A’

SEZIONE

B B’

Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


Fibrous Aerial Robotics – Thesis project by Samuel Pietri


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