igitais de forma criativa e rigorosa, para a concepção de modelos 3D– Familiarizar-se com as lógicas de criação de geometrias tridimensionais NURBS.- Desenvolver técnicas de criação de imagens fotorealistas com o motor de render V-Ray- Introduzir as lógicas paramétricas e associativas processo criativo.- Introduzir novas lógicas de BIM no processo estrutural (Building Information Modeling).# INFORMAÇÕES E INSCRIÇÕESinfo@rhino3dportugal.comAna Fonseca: 917140716 Mais informações disponíveis no site: www.rhino3dportugal.com# FORMADORES Brimet Silva ( Authorized Rhino Trainer )
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Curso de Rhino3D Nível I
6, 7 e 9 de Julho9h-13h e 14h-18h (sessões diárias de 8h).....................................................Curso de Vray-Nível I
12 e 14 de Julho9h-13h e 14h-18h (sessões diárias de 8h).................................................Curso de Grasshopper Nível I
16 e 18 de Julho9h-13h e 14h-18h (sessões diárias de 8h).................................................
VisualARQ e Rhino BIM- Nível I
21 e 23 de Julho9h-13h e 14h-18h (sessões diárias de 8h)
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set.
The general idea being:
Create a collection of characters that enumerate your source collection. In this case the characters 0, 1 and 2 because you have 3 source words (cat, dog and tree).
Using the CharPool component you generate all possible permutations (39 in this case). These permutations start with {0}, {1}, {2}, {0,0}, {0,1}, {0,2}, {1,0}, ... and end in ..., {2,2,0}, {2,2,1},{2,2,2}
Create valid sets from these permutations, meaning any number which appears more than once will be removed. Ie. {0,1,0} becomes {0,1}, while {2,2,2} becomes {2}, while {2,0,1} remains {2,0,1}.
Sort all permutation groups. This will allow us to detect that {2,0,1}, {0,1,2} and {0,2,1} are all in fact the same thing.
Glue the individual characters in each set back into strings again, so {0;1} becomes "01" and {1,2} becomes "12".
Create a new set from all the glued together permutation groups. This once again removes duplicates.
We now have the answer we were looking for, just not in the form we can use. We need to peel apart the strings again into individual characters and then use those characters are indices into our collection of source words.
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Added by David Rutten at 10:36am on December 13, 2016
The first day of lecture will be spent on learning, reviewing, and depending on the your level of experience, expanding programming skills to more sophisticated models. Using materials provided by us and our laser cutter, the second day will be spent building an interactive prototype.
Firefly is an exciting Grasshopper plugin enabling designers to connect the digital and physical worlds using the Arduino microcontroller. It allows near real-time data flow between Grasshopper and a variety of hardware devices. Through lectures and demonstrations, participants will learn how to sense various data sources (environmental, behavioral, web-based) and use the information to create interactive prototypes controlling actuators including servo motors and LED lights.
SAVE THE DATE: On October 5 we will host a reception in the studio to showcase and celebrate the prototype created in the Interactive Aggregates workshop. All are welcome, food and drink will be served.
Please refer to this link to view our other workshops. …
ofessionals who are looking to efficiently learn concepts and features of Grasshopper at an accelerated pace in an instructor-led online environment. Instructor Andres Gonzalez will get you started with generative modeling in Rhino 5 using the Grasshopper add-on. The advantages of using Grasshopper in preliminary design and concept development come to life in numerous real-life examples. The class will be conducted in English using the GoToTraining software. - You will need Rhino 5.0 for Windows or the Rhino 5.0 for Windows Eval installed. - You will also need the latest build of Grasshopper. Grasshopper. Note: Grasshopper for Windows is recommended and will be used by the instructor in the training. Students are welcome to use the Grasshopper for Mac but need to aware that it is WIP and may not have all the features of the Windows Grasshopper plugin at the time of the training. Click on Details below to review the class outline.Details...
Location:McNeel Online (map)ONLINE COURSEAll times listed are PDT.Seattle, WA United States
To Register:e-mail: Jody Millsphone: (206) 634-4571https://attendee.gototraining.com/r/5075670408338343170
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returned to GSA, it is solving. You might have to reset result scales using the GSA button.
Cheers,
Jon
Checking Input Data - this may take some time.
________________________________________
Data checks commenced at 23/08/2017 4:59:18 PM.
Checking input data for static analysis by GSS.
Shortest element (element 9) is 5 m long.Longest element (element 1) is 6 m long.
Data checks completed at 23/08/2017 4:59:18 PM. No errors or warnings found.
Analysis commenced at 23/08/2017 4:59:18 PM.
Analysis by Gss Static analysis
Initialising results modulesSolving for displacementsSolution statisticsSparse Parallel Direct 12 active nodes 14 active elements 2 analysis cases 24 degrees of freedom Minimum degree ordering 90 terms in stiffness matrix Maximum stiffness is 4.804e+009 at node 4 in direction z Minimum stiffness is 3.132e+008 at node 2 in direction yy Condition number of the stiffness matrix is ~ 5328. Maximum relative error in displacements will be 2.4e-10 percent. Factorization in 109 msSolving for element forces and reactionsCalculation completeAnalysis completed with no errors
Analysis completed at 23/08/2017 4:59:18 PM.Analysis time: 0.172 seconds
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onal design strategies for the digital construction industry of the future.
FOJAB architects is an award winning architectural practice based in Sweden. We are 150 architects working on a wide range of projects of all scales. As one of the leading architectural practices within the Nordic countries we firmly believe in experimental and playful design research.
The new team roles focus on work in innovative projects to develop digital design strategies for the future. Through design research FOJABcode will establish strategies, concepts and design language for future projects. The team members will have a crucial part in establishing relevant research questions, and developing design identity. Working closely together under the lead of Petra Jenning, FOJABcode will expand the computational design, thinking and acting within FOJAB architects and the architecture profession.
ARCHITECT/COMPUTATIONAL DESIGNER
We are looking for someone who is keen to push the boundaries of what computational design can be in architectural practice. This role will involve: leading design development, supporting a variety of architectural projects with computational expertise, and forming design attitudes towards a computational approach to architecture.
Candidates should be highly motivated and enthusiastic with excellent communication, and analytical skills.
Requirements:
Experience of independently and collaboratively driving design processes
Experience of computation/digital design within architecture
Familiarity and experience with algorithmic and emergent design principles, e.g. multi agent systems
Excellent Grasshopper skills
Familiarity with Revit and Dynamo is advantageous
Qualified architect
COMPUTATIONAL DESIGNER/PROGRAMMER
We are looking for someone who is keen to push the boundaries of what computational design can be in architecture practice. The role includes developing computational strategies, parametric and coded, as well as digital tools. As an essential part of FOJABcode the individual will be responsible for developing computational visions and approaches.
Candidates should be methodological, analytical, and have excellent problem-solving skills. It is important that the candidate understands programming in relationship to space and have a developed three dimensional understanding. We are looking for highly motivated and enthusiastic individuals with good communication skills.
Requirements:
Experience of collaborative design processes
Excellent scripting/coding skills
Familiarity and experience with algorithmic and emergent design principles, e.g. multi agent systems
Familiarity with Grasshopper 3D and programming/scripting languages such as Python, C#, and/or Processing (Java)
Familiarity with Revit and Dynamo is advantageous
Interest in fabrication and hardware processes is advantageous
To be considered, please send CV, examples of your work and a covering letter with reasons why you would like to join us to Petra Jenning at petra.jenning@fojab.se.
More info: www.fojab.se Questions? +46 722 36 12 44…
dellatore nurbs, Rhinoceros. Attraverso una serie di esercizi che si svolgeranno durante il corso, si spiegheranno i temi fondamentali che stanno alla base della modellazione generativa e del design parametrico.
Il corso è rivolto a chi ha già una familiarità minima con la modellazione attraverso Rhinoceros e vuole ampliare le proprie competenze verso il campo della modellazione parametrica e generativa, e si terrà da martedì 22.10.2016 a giovedì 24.10.2016 – dalle 10:00 alle 17:00.
Potete scaricare qui il PROGRAMMA DEL CORSO.
Il calendario dei corsi è consultabile qui.
VEGA Parco Scientifico TecnologicoVia della Libertà 12 – VeneziaEdificio Porta dell’Innovazione – Piano Terra
Per iscriversi al corso è necessario essere registrati al sito.Per tesserarvi al Fablab Venezia, diventare maker, usufruire dei vantaggi, clicca qui.
Le iscrizioni chiuderanno giovedì 17.11.2016.
Il corso ha un costo di 270,00 euro + iva (329.40) per i tesserati e convenzionati,per i non tesserati il costo sarà di 330,00 + iva (402.60) euro.
Vuoi risparmiare? Iscriviti entro tre settimane dalla data di inizio corso, usufruirai automaticamente dell’offerta “early bird” ovvero uno sconto del 20% sul costo a te dedicato.
Per iscriversi:
http://www.fablabvenezia.org/parametric-design-with-grasshopper/…
am to find the coverage for various public-transport stations and is interested under what conditions that coverage will poorly represent reality, then that would fit perfectly within your proposed forum, but the SO people will close it as off-topic before you can say directed-infrastructure-networks.
Or discussing which properties of a transport network would be sufficient to encode into a graph in order to give a model accurate enough for early design iterations.
Or discussing the fabrication costs under various manufacturing methods of elements (a, b, c, ...) with amounts (K, L, M, ...). ie. is it cheaper to manufacture façade panels using manual welding if I have 50*a + 50*b + 25*c or would it be cheaper to have 120*a + 3*b + 2*c?
Or discussing the visual aspects of various types of geometry. Do Bezier or Akima splines look more natural? What about them makes them look natural/unnatural? Can people tell the difference between a perfect circle and a circularish Nurbs curve with 12 points? Does it matter whether the Nurbs curve is small or big? Next to a perfect circle or not? Horizontal or vertical?
What equation would better describe experienced time by humans travelling from A to B rather than measured time?
How can I find out under what wind conditions this sharp edge on my building will start whistling?
How much might the potentially bad smell of this cheaper material lower the value of my building?…
has been thrown by the target of an invocation.TargetInvocationException}
Object: MeshMachineComponent3 (level 2){Could not load file or assembly 'Plankton, Version=0.3.0.0, Culture=neutral, PublicKeyToken=null' or one of its dependencies. The system cannot find the file specified.FileNotFoundException}
Object: KangarooA (level 1){Exception has been thrown by the target of an invocation.TargetInvocationException}
Object: KangarooA (level 2){Could not load file or assembly 'KangarooLib, Version=0.0.9.9, Culture=neutral, PublicKeyToken=null' or one of its dependencies. The system cannot find the file specified.FileNotFoundException}
Object: KangarooZombie (level 1){Exception has been thrown by the target of an invocation.TargetInvocationException}
Object: KangarooZombie (level 2){Could not load file or assembly 'KangarooLib, Version=0.0.9.9, Culture=neutral, PublicKeyToken=null' or one of its dependencies. The system cannot find the file specified.FileNotFoundException}
The Kangaroo main solver component is missing, as is Mesh Machine, but most of the other components are there:
I tried to install separately Kangaroo 2 and Kangaroo 0.99, in both cases I can't get it to work properly.
Files are not blocked and should be in the right folder.
Any suggestion as of why this is happening is much appreciated!…
Added by mire to Kangaroo at 12:24pm on March 14, 2016