ARCHITECTURE
PORTFOLIO MANUEL VACCARI
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Manuel Vaccari 18 February 1990 _ Modena _ Italy Modena +39 3494155639 / +49 15787549504 vaccarimanuel@gmail.com
EDUCATION Sept ‘13 _ Current
Architecture Department, University of Parma Master degree in Architecture
Sept ‘09 _ Mar ’12
Architecture Department, University of Parma Bachelor degree in Science of Architecture
Sept ‘04 _ July ‘09
Liceo Classico Statale L. A. Muratori of Modena Classical High School diploma
PROFESSIONAL AND FORMATIVE EXPERIENCES
Curriculum Vitae
Apr ‘15 _ Sept ‘15
Stuttgart || Tusker Stroehle Architekten || Internship 2D CAD drawings _ Models building _ Design and presentation material. Involved in the projects: Areals der ehemaligen Gärtnerei Beiermeister _ Korntal-Münchingen _ Competition 1st Prize Untertorhausgebaeude _ Zell am Harmersbach _ Renovation IHK-Bildungszentrums _ Aalen _ Project
Sept ‘14 _ Sept ‘15 May ‘12 _ Nov ‘12
ERASMUS year at the Universität Stuttgart Modena || Studio Righi || Internship 2D CAD drawings _ 3D drawings _ Design and presentation material. Involved in the projects: Nuovo Parco Cimiteriale in Chiesanuova _ Prato _ Competition
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WORKSHOP & COMPETITION May 2015
Competition || Areals der ehemaligen Gärtnerei Beiermeister || Stuttgart/Korntal-Münchingen || 1st Prize
July 2013
Competition || CRVC - Camelot Research & Visitors Center || Archmedium
January 2013 June 2012
Competition || Cambodian Sustainable Housing || Building Trust International Competition || Nuovo Parco Cimiteriale in Chiesanuova || Municipality of Prato
QUALITIES & INTERESTS I’m an italian junior architect who graduated at the University of Architecture in Parma in 2012. I started my master studio in 2014 and I’ve done my erasmus year in Stuttgart. I consolidated my strong design skills by using the most required 2D and 3D software as well as rendering programs and, through the practice, i increased a growing problem solving orientation. Passion for architecture pushed me to change country, exploring different ways of approaching. I’m costantly searching for gaining new knolewge through reading, drawing, modeling, designing and practicing.
IT SKILLS Operative Systems: Mac OS X _ Microsoft Windows Microsoft Office: Word _ Excell _ Power Point Vector Drawing Softwares: 2D and 3D Autocad _ Google Sketchup BIM Softwares: Allplan _ Archicad _ Revit Adobe Package: Photoshop _ InDesign _ Illustrator Rendering Softwares: Cinema 4D _ Maxwell _ V-ray Parametric Vector Drawing Softwares: Rhinoceros _ Grasshopper _ Phyton (basic knoledge)
LANGUAGES Italian
Mother Tongue
English
B2/C1* University certificate
German
B2/C1* Goethe Institut certificate *referring to the Common European Framework of Reference for Languages
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Pag. 06 OV Hause _ Parma Master Project
Pag. 12 Cambodian Sustainable Housing Competition
Pag. 18 Torre dei Nanni _ Modena
Project Index
Bachelor Project
Pag. 24 Moretta Square _ Rome Bachelor Project
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Pag. 30 CRVC - Camelot Research & Visitors Center
percorso ciclo - pedonale
Competition
Pag. 34 Residential Houses _ Korntal-Muenchingen Competition _ 1 Prize
Pag. 40 Bar in Cittadella Park _ Modena
Area di progetto
Posizione del bar all’interno dell’area di progetto
Bachelor Projec
Pag. 46 GraviTree Erasmus Project
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OV Hause
OV HOUSE is the chosen name for this six-floor plus attic building situated in the centre of Parma. The project starts from the idea of a structural system suitable to this kind of home, composed by beams and pillars to whom projections are hooked to create the apartment balconies. Inside this house there will be three different kinds of apartment: -studio apartment, for single -simplex, for young couple or small families -duplex, for big families with children. The project draws different types of facade: -east and west facades: relationship between solids and voids, depending on the specific needs of each type of apartment -north and south facades: high and narrow windows in correspondence to the toilets. Each part of the project is been studied in detail, from the stairwell to the covering, balconies and the attic.
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Studio Apartment Bedroom Living Room and Kitchen area Bathroom
Simplex Bedroom = 2 Living Room Dining Room Kitchen Bathroom = 2
Duplex Bedroom = 2 Living Room Dining Roomv Kitchen Bathroom = 2
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Ground Floor
1st Floor
2nd Floor
5th Floor
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First Floor
Concrete Brickwork Insulating
Staircase Detail
Facade Detail
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84.6+
12.71+
43.3+
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The creation of a project in South Eastern Asia implies a deep understanding of the context in which we operate, of its resources and economic means. In the Cambodian one, in the building of a house we shall consider the functional features (e.g. life sustainability) as well as aesthetic features, so to allow a simple construction and reproduction, and at the same time easy to be customized. Considering this, we think that the most suitable material is bamboo, as the region has flourishing fields of it. Due to weather conditions and strong monsoons, palafittes and double-pitch roof are necessary in order to build a long-lasting structure; furthermore, bamboo is characterized by its strong resistance to flexion and compression, which is given by its parallel-oriented fibers and division in closed-sections. Overall, this can have positive implications on the population: in fact, if we grow a plant of bamboo next to the house, it will be possible in the next future to create more and more houses, giving continuity to the initial idea of serial reproduction. The inside is divided in two or more spaces by sliding panels, which permit a cosy atmosphere , or, at times, more privacy. The use of spaces is not given a priori, but it can change depending on the season or the moment of the day: beds are rollaway and openable panels are situated all over the house. In conclusion, our project includes both the possibility to be reproduced on a large scale, and the evolving chance to be adapted by its owners’ preferences.
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Area
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Constuction System
Winter Day Plan
Winter Night Plan
Summer Day Plan
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Facade 1
Facade 2
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3D Model
3D Section
Details
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Nanni Tower
The building examined is situated in Savignano sul Panaro, which lies on the borderline between Modena and Bologna, in Italy, on the top of a hill covered by grapevine. According to the project, the tower (the most ancient building) and the first extension will be transformed into the representative building of the winery, while the more recent structures will become the winery owner’s residence. There are lots of structural instabilities (mostly in the new residence area): to conserve and increase the value of the long history and the artistic and cultural side of the building we choose an approach close to the reclamation and the preserving of the buildings, which ar essential elements of the restoration. The representative building area is 180 mq on 3 levels: - ground floor: museum area - first floor: wine-tasting and store area -second floor: conference area. The residence is on 2 levels: - ground floor: living area (kitchen, living room)(double height) - first floor: bedrooms.
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1st Phase
Project
2nd Phase
3rd Phase
4th Phase
Cross Section
Ground Floor
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Demolition
Raw Stonework Full Brickwall Mixedwork Regular Stonework Brickwall
Project
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Demolition
Section B-B
Project
Roof Details
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La Moretta
Moretta square is a very important empty space inside the Roman urban system. It is situated at the city centre border limit, and it occupies a space between Lungo Tevere, which is the external limit, and via Giulia, which takes directly to Vaticano and it represent the internal limit. The purpose was to bring back to life the area, once used as residential one. The project starts from the study of the most important monuments here in this place, like the church overlooking the square, in order to get in touch/relate with them. Therefore we create a library on the side of the square that looks onto via Giulia, and this building represent the symbol of the peculiarity of the area. In front of this side we resume the old residential character of the area and the ancient Rome tradition of the bottega, putting the commercial sector at the ground floor of the buildings. On this side we also positioned students residences, on the Lungo Tevere to point out the continuous limit of the project.
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Axis
Paths
Student Residence
Lots
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Functions
Simplex
Exception
Green
Duplex
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Student Residence
Area Plan
Library
Duplex
Simplex
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Facade
Section
CRVC || Camelot Research & Visitors Center
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The project area is located on the most evident natural sign of the South Cadbury plain: a plain-looking hill with a flattened peak on the outskirts of this rural town where, according to the legend, the mystical castle of Camelot once stood, an exceptional location highly marked by the signs of the hill. Nature plays a fundamental role within the magical atmosphere we found on the top of the hill. Moreover, there are really amazing 360 degree views in every direction. So, we wanted to get stronger this peculiar relationship between nature and magic. Thus the project started from the will of an integration with the surroundings. The first step was to identify the common nature of all the principal elements: the circular shape. Circle is the main cross connection among them and it‘s also a symbol of perfection and the main link between nature and magic. It is no coincidence that all the medieval numerology is focused on numbers related with inscribed and circumscribed polygons. So, the compositional process is based on the main symbol of a King, his circular crown. We decided to follow the outline of a simple crown so that we make easily recognizable the functions and the meaning of the structure from far away. The “crown silohuette� contributes to create a really iconic image that future generations will forever tie to the legend of King Arthur.
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Highway A303
Road to South Cadbury
South Cadbury
Path to CRVC Remains of the defensive walls CRVC
Top of the Hill - Project Area
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Crown
Collision
Path
CRVC
Korntal-Muenchingen
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The new residential area fits into the structure and characteristic style of the surrounding buildings of Kalleberg. It continues the parallel line of the buildings to the slope, taking the urban grittiness and developing with the protective boundary and the Atrium building a confident autonomy and identity: - Protected district on the outskirts of Kalleberg. - Flexible building structures ensure the sustainable development quarters. - The neighborhood as a system of paths and squares. - Smaller neighborhood square as a beginning of a spatial and social melting pot. - Protected private spaces. - Protected public open spaces for communication / interaction. - Good networking of the living quarters to the local structure of Kalleberg and to the subsequent landscape area. - High structural and spatial identity of the place. - High residential value The strong greening of the area is taken up and continued grading path axes north-south link to KelterstraĂ&#x;e and KallebergstraĂ&#x;e through sequences of open spaces. A small neighborhood square formulated the beginning of the area where everyone can hangout and the central point to settle and maintenance the Community. Atrium courtyards are designed as green rooms and private gardens from ground floors to upstream .
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Area Plan
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30x25 mq 1 room appartment
30x45 mq 2 room appartment
Soundproofing
Concept Ground Floor
25x75 mq 3 room appartment
10x90 mq 4 room appartment
Parking
common areas
Concept First Floor
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First Floor
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Sections
Facades
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La Cittadella
La Cittadella project concerns a bar situated in the park of the same name, which is surrounded by ancient city walls ruins. The goal of the project was to create a compact structure, efficient from the energetic perspective, that at the same time won’t ruin the enchanting scenery of this popular park. Therefore the selected materials are wood and glass, that fit perfectly for the area and also they allow the external part to be opened in summer and closed in winter. The whole structured based on a floor on the ground, without sub-structure or basement, reached by a staircase or a ramp. The main part is the inside, where the service block is located, the bar and the summer structure, covered by a roofing.
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B
B
1
2
3
198 404
198 404
198 404
198 404
198 404
198 404
330 350 90 210
Sala Bar 008
Wc Fem. 005
002
120 250 90 210
Cucina 006
Wc Masch. 004
001
Portico 009
80 210
A
Dispensa 007
Magazzino 003
90 210
A
198 404
198 404
198 404
198 404
198 404
198 404
B
UNIVERSITA' Fac
Prof. Francesca Santoli
Labo
Corso di Laurea in Scie
Plan
180 250
330 350
PIANTA ARCHITETTONICA
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A
Diagrams
B
A
C
B
A
C
43 405
A
B
Cordolo di fondazione 40 x 30 cm
405
C
A
Plinto di fondazione 90 x 90 cm
B
405
1
Cordolo di fondazione 40 x 30 cm
A
C
C
810
405
1
Plinto di fondazione 90 x 90 cm
1
1
Travetto in legno lamellare 10 x 15 cm
420
420
1
420
1
Travetto in legno lamellare 10 x 15 cm
2
Zoccolo di fondazione Cls 30 x 30 cm
Zoccolo di fondazione Cls 30 x 30 cm
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2
2
Zoccolo di fondazione Cls 30 x 30 cm
2
Terreno di riporto con strato di ghiaia drenante
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420
420
420
Zoccolo di fondazione Cls 30 x 30 cm
2 Travetto in legno lamellare 12 x 20 cm
Terreno di riporto con strato di ghiaia drenante
Pilastro in legno lamellare 16 x 30 cm
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3
Pilastro in legno lamellare 16 x 30 cm
3
Trave in legno lamellare 12 x 20 cm
Pilastro in legno lamellare 16 x 30 cm
Pilastro in legno lamellare 16 x 30 cm
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3
Trave in legno lamellare 12 x 20 cm Trave in legno lamellare 16 x 40 cm Trave in legno lamellare 12 x 20 cm
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4
4
5
4
4
5
Trave in legno lamellare 16 x 40 cm Trave in legno lamellare 16 x 40 cm
Trave in legno lamellare 12 x 20 cm
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5
5
5
5
Rampa per disabili
Rampa per disabili
+4.30
+4.30
UNIVERSITA' DEGLI STUDI DI PARMA FacoltĂ di Architettura +4.30
+4.30
Corso di Laurea in Scienze dell'Architettura A.A. 2010/2011 Laboratorio di Tecnologia
+1.50
+1.50
Prof. Francesca Santolini
0 -0.25
+1.50
-0.25
0,5
1
2
Prof. Luigi Dall'Argine
Progetto di un bar all'interno della Cittadella di Parma
5m
+1.50
Samuele Orsi - Manuel Vaccari Schema Strutturale Scala: 1 : 50 0
-0.25
-0.25
0,5
1
2
2 5m
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Facade Detail 1
1 2
8 9 Outside
10 11
Inside
16 17 18 19 +0.50
20 +0.00
+0.00
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PARTICOLARE SEZIONE VERTICALE 3 - 3
SEZIONE VERTICALE
SEZIONE ORIZZONTALE
Horizontal Section 2
1 23
4 56
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Rivestimento in ceramica (10 mm) Rivestimento in doppio strato di lastre di gesso rivestito, spessore 12,5 mm, avvitate all’orditura metallica e quindi stuccate sui giunti Montanti in acciaio zincato a C di dimensioni 50x50 mm spessore 0,6 mm posti ad interasse di 600 mm Pannello in lana di roccia Rockwool 225, spessore 40 mm, densità 70 kg/m3, posto nell’intercapedine tra i montati della struttura Pavimentazione e battiscopa in linoleum (5 mm) Guida in acciaio zincato a U di dimensioni 50x40 mm spessore 0,6 mm Listello in legno (10 x 1 cm)
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4.
1. 2.
5. 6. 7.
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18 19
10 11
20 21 22 23
13 14
15 16
25 26
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+0.50
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+0.00
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5. 6. 7.
3.
Rivestimento in ceramica (10 mm) Rivestimento in doppio strato di lastre di gesso rivestito, spessore 12,5 mm, avvitate all’orditura metallica e quindi stuccate sui giunti Montanti in acciaio zincato a C di dimensioni 50x50 mm spessore 0,6 mm posti ad interasse di 600 mm Pannello in lana di roccia Rockwool 225, spessore 40 mm, densità 70 kg/m3, posto nell’intercapedine tra i montati della struttura Pavimentazione e battiscopa in linoleum (5 mm) Guida in acciaio zincato a U di dimensioni 50x40 mm spessore 0,6 mm Listello in legno (10 x 1 cm)
4.
1. 2.
3.
Legenda:
Legenda:
SEZIONE VERTICALE
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Scala 1 : 10
3. 4.
UNIVERSITA' DEGLI STUDI DI PARMA Facoltà di Architettura
Corso di Laurea in Scienze dell'Architettura A.A. 2010/2011 Laboratorio di Tecnologia
Prof. Francesca Santolini
Prof. Luigi Dall'Argine
Progetto di un bar all'interno della Cittadella di Parma
SEZIONE ORIZZONTALE
5. 6.
Rivestimento in ceramica (10 mm) Rivestimento in doppio strato di lastre di gesso rivestito, spessore 12,5 mm, avvitate all’orditura metallica e quindi stuccate sui giunti Guida in acciaio zincato a U di dimensioni 50x40 mm spessore 0,6 mm Pannello in lana di roccia Rockwool 225, spessore 40 mm, densità 70 kg/m3, posto nell’intercapedine tra i montati della struttura Pavimentazione e battiscopa in linoleum (5 mm) Montanti in acciaio zincato a C di dimensioni 50 x 50 mm spessore 0,6 mm posti ad interasse di 600 mm
SEZIONE VERTICALE
Samuele Orsi - Manuel Vaccari
1. 2.
Legenda:
Particolari costruttivi
Legenda: 1. 2. 3. 4.
Scala: 1 : 5 - 1 : 10
5. 6.
1. 2.
Vertical Section 2
4.
SEZIONE ORIZZONTALE Legenda:
Listello in legno (8 x 21 cm) Trave in legno lamellare (10 x 23 cm) Trave in legno lamellare (16 x 40 cm) Telaio in alluminio del serramento Serramento con vetrocamera (5/5 + 20 + 5/5 mm) Pavimentazione il listoni di legno di Teak (15 mm) Pannello in legno multistrato (20 mm) Strato isolante (70 mm) Pannello multistrato marino - fenolico (20 mm) Pavimentazione in listoni di legno Teak per esterni (25 mm) Listello in legno (100 x 30 mm) Travetto distanziatore in legno lamellare (60 x 90 mm) Tavolato idrofugo in legno (20 mm) Listello in legno (40 x 70 mm) Trave in legno lamellare (12 x 20 cm) Pilastro in legno lamellare (16 x 30 cm) Pozzetto di scarico acque piovane Cordolo di fondazione in C.A. (40 x 30 cm)
3.
1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14.
15. 16. Manto di copertura in lastre di rame 17. Guaina impermeabilizzante 18. Tavolato idrofugo in legno (20mm) 19. Listello in legno di pendenza con altezza variabile 20. Canale di gronda in rame (15 x 15 cm) 21. Listello in legno di pendenza 22. Tavolato idrofugo in legno (20 mm) 23. Coprifilo in rame 24. Strato isolante termo - acustico (21 cm) 25. Barriera al vapore 26. Pannello in legno ( 20 mm) 27. Listello in alluminio per sostenimento controsoffitto (40 x 20 mm) 28. Camera d'aria 29. Controsoffitto in doghe di legno (40 x 30 mm) 30. 31. 32.
Rivestimento in ceramica (10 mm) Rivestimento in doppio strato di lastre di gesso rivestito, spessore 12,5 mm, avvitate all’orditura metallica e quindi stuccate sui giunti Guida in acciaio zincato a U di dimensioni 50x40 mm spessore 0,6 mm Pannello in lana di roccia Rockwool 225, spessore 40 mm, densità 70 kg/m3, posto nell’intercapedine tra i montati della struttura Pavimentazione e battiscopa in linoleum (5 mm) Montanti in acciaio zincato a C di dimensioni 50 x 50 mm spessore 0,6 mm posti ad interasse di 600 mm
Legenda:
Rivestimento in ceramica (10 mm) Rivestimento in doppio strato di lastre di gesso rivestito, spessore 12,5 mm, avvitate all’orditura metallica e quindi stuccate sui giunti Montanti in acciaio zincato a C di dimensioni 50x50 mm spessore 0,6 mm posti ad interasse di 600 mm Pannello in lana di roccia Rockwool 225, spessore 40 mm, densità 70 kg/m3,
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GraviTree is a coded growing and bending tree, demonstrating and re-creating the metabolism of a tree in its natural environment. Grasshopper and plug in tools such as Kangaroo and Anemone are used to derive an aesthetic object, resembling flexibility and smoothness, in its growing as well as final state of growth. Our final project was based on „Metabolism and Morphology“, an article by Michael Weinstock. He observes and analyses dynamics of natural metabolism and compares these to the development of morphing buildings and cities. His research includes many processes in the natural world. The one we chose to further look into was the growth of the tree. Our goal was to take his information and model a similar process in Grasshopper. We converted the biological steps that he mentions, into coded steps to recreate growth.
GraviTree
„In the natural world, form and metabolis, have a very different relationship. there is an intricate choreography of emergy and material that determines the morphology of living forms, their relations to each other, and which drives the self-organisation of populations and ecological systems.“ - Weinstock.
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Create vector and attractor
Set location for growing branches
Anemone to grow
Set anchor and attractor point to combine Kangaroo with Anemone
Controlling points for falling branches
Give everything a thickness with Exoskeleton
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Render Detail
Render Model
Chalk 3D Model
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Sun
Branches
Seed
Projection
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Stem
Falling
Branching
Connection
Smoothing
Thickness
Address Via Cellini 5 41051 Phone 00393494155639 Email vaccarimanuel@gmail.com