architecture paramétrique et network thinking

...&//LANDSCAPE//(...This is a wood blades hill for bat roosting. A vertical bat-scaled landscape...//DIVERSITY/#...On the hill, bats can choose their preferred location. They have a large range of accommodation solutions. Internal and external wood blades roosts have different sizes, shapes, sun exposition and thermal condition. Internal boxes rounding the lift provide an artificial cavern atmosphere for bats, and underground ones have a better thermal stability, granted by the earth-insulating effect...[}}/ACCESSIBLE//#/}..Internal lift Boxes are accessible for both researcher and visitors. Researchers can easily access and take away boxes for maintenance and monitoring. Visitors can enjoy a real vertical promenade in the dark among bat roosts. Using Night Vision Binoculars, you can observe bats in their roosts trough a glass. A special glass interlayer will be used to totally avoid light and sounds entering boxes. ...#/FLEXIBLE}/;...The oval steel frame is a modular system that you can replicate and use in different location with new configurations depending on and thermal needs and size. Using the same elements you can do A or B or C+D. ///VENTILATED/// Internal space has mechanical windows to let air circulate providing thermal regulation. Moreover, bats can freely circulate through. //||BAT LIGHTS/°°/ Mercury vapor lights are used to encourage moths and other flying insects from the lake and, consequently, attracting bats. //%%/GUANO/// A system for bat guano cleaning and recycling is integrated in the project. In fact, a gutter-like blade and a system of grid-boxes in the ground. ///BATS 2.0//$/ An infrared web-cams network provide to constantly record bat images. A web 2.0 internet site will manage image data to build a really online interactive exhibition. Computers will be installed in the main buildings of the centre. Bye...

BAT HOUSE PROJECTCTRLZ Architectures

Francesco Cingolani et Massimo Lombardi

BAT HOUSE PROJECTCTRLZ Architectures

Francesco Cingolani et Massimo Lombardi

BAT HOUSE PROJECTCTRLZ ArchitecturesFrancesco Cingolani et Massimo Lombardi

DAZHONGLI skyLIGHt, sHANGHAI

Collaboration avec l’agence Hugh Dutton Associés

Études et modélisation Rhinoceros 3d, Grasshopper et Rhinoscript.Étude de developpabilité.Rationalisation géométrique pour la surface en verre et les lames brise-soleil à géométrie variable et paramétrique.2009-2013

Architectes : Wong & Ouyang

tRUNCAtED PyRAMIDs PAVILION

Rationalisation de surface complexe et optimisation pour la fabrication.

Études et modélisation en Grasshopper.

Cours «Architecture Paramétrique» à l’école d’architecture de

Marne La Vallée

2010-2013

NICE / GROUPE-6

Collaboration avec l’agence GROUPE-6.

Modélisation avancée pour un système de façades en rubans métalliques pour un centre commercial.

Études de développabilité et préparation du modèle pour la réalisation

d’une maquette physique.

Projet confidentiel en cours de développement.

2012

PROjECt 0001PARAMEtRIC DEsIGN AND EMPty sPACEs

Projet artistique d’occupation d’espaces vide par une structure gonflable paramétrique.Modélisation et études de forme en Rhinoceros 3d et Grasshopper.

2012-

LE NOUVEAU DÉPARtEMENtDEs ARts DE L’IsLAMMUsEE DU LOUVRE, PARIs


Études et modélisation Rhinoceros 3d et Grasshopper.Gestion et coordination de projet (Concours, APs, APD, DCE, PRO).

2006-2010

Architectes : Mario Bellini et Rudy Ricciottin Nouvel

Montage de la maille métallique extérieure, couverture de la Cour Visconti.

Musée du Louvre, département des Arts de l’IslamArchitectes : Mario Bellini et Rudy Ricciotti© M. Bellini – R. Ricciotti / Musée du Louvre© 2011 Musée du Louvre / Antoine Mongodin

Département des Arts de l’Islam, musée du Louvre, Paris

Maître d’ouvrage: Etablissement Public du Musée du LouvreArchitectes: Rudy Ricciotti et Mario Bellini

Muséographes: Renaud Piérard et Mario BelliniConsultants façade et structure: HDA | Hugh Dutton Associés

PHOTO : courtesy of Mario Bellini Architects

LE NOUVEAU DÉPARtEMENtDEs ARts DE L’IsLAMMUsEE DU LOUVRE, PARIs


Études et modélisation Rhinoceros 3d et Grasshopper.Gestion et coordination de projet (Concours, APs, APD, DCE, PRO).

2006-2010

Architectes : Mario Bellini et Rudy Ricciottin Nouvel

PHILHARMONIE DE PARIs


Études et modélisation Rhinoceros 3d, Grasshopper et Rhinoscript.Gestion et coordination de projet (APs, APD, DCE).

2007-2010

Architectes : Ateliers jean Nouvel

Option Explicit‘Script written by <insert name>‘Script copyrighted by <insert company name>‘Script version mercredi 25 juin 2008 10:05:58

Call Main()

Sub Main() Dim dblTol : dblTol=0.01 Dim intest : intest=0 Dim i,j,k,v, inIncr, arrPtDiv Dim strCrv1: strCrv1 =1 Dim strCrv2: strCrv2 =2 Dim arrPtBase : arrptBAse= array(0,0,0) Dim arrPtA : arrPtA=arrPtBase Dim arrPtOrdYBef: arrPtOrdYBef=1 ‘Layer Creation Call Rhino.AddLayer (“__SCR_POINTS_1”, rgb (255,0,0),,,”SCRIPT”) Call Rhino.AddLayer (“__SCR_POINTS_2”, rgb (0,255,0),,,”SCRIPT”) Call Rhino.AddLayer (“__SCR_POINTS_3”, rgb (0,0,255),,,”SCRIPT”) Call Rhino.AddLayer (“__SCR_CRV_1”, rgb (0,0,100),,,”SCRIPT”) Call Rhino.AddLayer (“__SCR_CRV_2”, rgb (0,100,0),,,”SCRIPT”) Call Rhino.AddLayer (“__SCR_TRI_1”, rgb (120,100,80),,,”SCRIPT”) Call Rhino.AddLayer (“__SCR_TRI_2”, rgb (100,0,150),,,”SCRIPT”) ‘Number of lines Dim InLines : InLines=Null Do While isNull(InLines) InLines = Rhino.GetInteger (“Number of Lines”,99,1,200) Loop ‘Number of segments for the last lines (shorter) Dim InSeg1 : InSeg1=Null Do While isNull(InSeg1) InSeg1 = Rhino.GetInteger (“Numbers of segments 1 (west part of shorter line)”,1,1,10) Loop Dim InSeg2 : InSeg2=Null Do While isNull(InSeg2) InSeg2 = Rhino.GetInteger (“Numbers of segments 2 (central part of shorter line)”,3,1,10) Loop Dim InSeg3 : InSeg3=Null Do While isNull(InSeg3) InSeg3 = Rhino.GetInteger (“Numbers of segments 3 (east part of shorter line)”,3,1,10) Loop ‘dimensioining matrix of points Dim InCrvSeg:InCrvSeg=InLines+InSeg1+InSeg2+InSeg3-1 ReDim arrPtCrv (InLines-1,InCrvSeg)

ReDim strCrv1 (InLines-1), strCrv2 (InLines-1), strCrv3 (InLines-1) Dim strCrvBef1 : strCrvBef1 = Rhino.GetObjects (“Select curves 1”, 0, , , True) Dim strCrvBef2 : strCrvBef2 = Rhino.GetObjects (“Select curves 2”, 0, , , True) Dim strCrvBef3 : strCrvBef3 = Rhino.GetObjects (“Select curves 3”, 0, , , True) ‘ordino le curve ReDim arrPtOrd0 (InLines-1), arrPtOrd1 (InLines-1) ReDim arrPtOrdYBef0 (InLines-1), arrPtOrdYBef1 (InLines-1) ReDim strCrvBef1B (InLines-1), strCrvBef3B (InLines-1) Dim t0 ‘order lines Call Rhino.CurrentLayer(“__SCR_POINTS_1”) For i=0 To InLines-1 t0= Rhino.CurveDomain (strCrvBef2(i)) arrPtOrd0 (i) = Rhino.EvaluateCurve (strCrvBef2(i), t0(0)) arrPtOrd1 (i) = Rhino.EvaluateCurve (strCrvBef2(i), t0(1)) Call rhino.addpoint (arrPtOrd0(i)) Call rhino.addpoint (arrPtOrd1(i)) arrPtOrdYBef0(i)= arrPtOrd0 (i) (1) arrPtOrdYBef1(i)= arrPtOrd1 (i) (1) For j=0 To InLines-1 ‘Call rhino.print (strCrvBef1(j)) If Rhino.IsPointOnCurve (strCrvBef1(j), arrPtOrd0 (i))= True Then strCrvBef1B(i)=strCrvBef1(j) End If If Rhino.IsPointOnCurve (strCrvBef3(j), arrPtOrd1 (i))= True Then strCrvBef3B(i)=strCrvBef3(j) End If Next Next Dim arrPtOrdYAft : arrPtOrdYAft = rhino.sortnumbers (arrPtOrdYBef0,False) For i=0 To InLines-1 For j=0 To InLines-1 If arrPtOrdYAft(i)= arrPtOrdYBef0(j) Then strCrv1(i)=strCrvBef1B(j) strCrv2(i)=strCrvBef2(j) strCrv3(i)=strCrvBef3B(j) End If Next Next ‘big loop Dim dblLen

Dim InCrvSeg2:InCrvSeg2=InLines+InSeg2-1 Dim ub1, arrptcrv1, arrptCrv2, arrptcrv3 For j=intest To InLines-1

Call Rhino.CurrentLayer (“__SCR_POINTS_2”) ‘Lenght of line dblLen = Rhino.CurveLength(strCrv2(j))/InCrvSeg2 arrPtCrv1=Rhino.DivideCurveLength (strCrv1(j), dblLen, True) arrPtCrv2=Rhino.DivideCurve (strCrv2(j), InCrvSeg2, True) arrPtCrv3=Rhino.DivideCurveLength (strCrv3(j), dblLen, True) ‘Call rhino.addpoint(arrPtCrv2(1)) ‘Call Rhino.DeleteObject (strCrv2(j)) ub1=ubound (arrPtCrv2) For k=0 To inCrvSeg2+inSEg1+insEg3 If k<=inseg1 Then arrPtCrv(j,k)=arrPtCrv1(inSeg1-k) End If

Jiang Tai Winter GardenBeijing, China

Project and Scripted Geometry for the Main Hall2007 -

CREDITS| Architects : Benoy |

| Specialist Design Consultants : HDA |

WINtER GARDEN, BEIjING


Études géometriques et génération tramage à l’aide de Rhinoscript.

2007-2010

Architectes : Benoy

CLIMAtE RIBBON™

by Hugh Dutton Associés

Client : swire Properties IncMain architects : Arquitectonica

PROCHAINES DATES INITIATION

http://architectureparametrique.com/data