Marzo
Horario: Lunes y Miércoles de 18:00 a 22:00 hrs
TEMARIO
Interfaz
Conceptos de programación visual
Vinculación con Rhino y ‘el plug-in del plug-in’
Información-Acción-Información
Explicit history / ‘Going back vs New information’
Flujo de información
Construcción y lógica de los comandos
Modelado paramétrico y escalabilidad
Extracción de información para modelado
Extracción de información para cuantificación
Punto-Línea-Superficie-Objeto
Optimización de operaciones para modelado
Definición de variables globales y locales
Armado de grupos y componentes exportables
Manipulaciones espaciales
Numeración de piezas
Fórmulas básicas
Tweeking + Baking
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Added by Alberto Lara at 9:50pm on February 12, 2012
ium will convene for a full day at the main auditorium of the DAM Deutsches Architekturmuseum (German Architecture Museum) in Frankfurt, Germany.
It will offer a comprehensive overview of the new architectural possibilities that are enabled by cutting-edge digital technologies in wood construction through the works and built projects of four leading design research groups in Europe.
ETH Zürich, Gramazio Kohler Research
Prof. Matthias Kohler
IBOIS EPFL Lausanne, Laboratory for Timber Construction
Prof. Yves Weinand
Design & Make Hooke Park, Architectural Association London
Programme Director Martin Self
ICD University of Stuttgart, Institute for Computational Design
Prof. Achim Menges
Introduction and Moderation by Prof. Axel Kilian (Princeton University)
Roundtable Discussion with Prof. Johan Bettum (SAC Staedelschule Frankfurt)
The architecture and engineering chamber of Hessen accredited the symposium with 5 CES. The symposium and all presentations will be held in English. Coffee and lunch is included with the tickets.
Please visit www.advancingwoodarchitecture.com for tickets and more information.…
Added by Oliver David at 4:33am on February 17, 2015
ate concepts of generative modeling in Rhino 5 using the Grasshopper add-on. He will apply these concepts to Grasshopper intermediate design and development numerous in numerous real-life examples with you. This course is for design professionals who are looking to efficiently learn concepts and features of Grasshopper at an accelerated pace in an instructor-led online environment. This course requires "Intro to Grasshopper" training or equivalent.
Details: 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. 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 Grasshopper plugin for Windows at the time of the training. Details...
Location: McNeel Online (map) ONLINE COURSE All times listed are PDT. Seattle, WA United States
To Register: e-mail: Jody Mills phone: (206) 634-4571 https://attendee.gototraining.com/r/2266377522350947586…
ractor in the next few weeks. I know that Mach3 has a time,r usually on screen4(toolpath screen), that gives really accurate machine estimation as it uses the motor tuning profiles that are in the screen set in use. I know it would be handy right in GH, but maybe lower on the list.
My priority would be on creating some components that could start with your model (preferrably 3d) and extract 2d parts & generate the toolpath from there instead of having to start from a drawn toolpath (your Intl, & Extl offset lines.)
An outline extractor definition is fairly simple to create, but I get hung up on selecting the right surface of the solid part(I just have to manually select the flat side surface with a slider right now). Then the components to define a group of parts to cut out & automatically recognizing inside cuts (cutouts) and outside cuts(outlines) would be next. This would just be a set of components that would precede your definition. (of course I'm talking about 2d at this point.) See attached definition & test file(Rh5)
Surfaces with surface normals, for simultaneous 5 axis would come next/later. Anyway, I just wanted to say thanks for your great work & I hope I'll able to contribute in some manner.
I'm not sure if this is really part of your effort/plan, but I think would be a big time-saver for users.
I also know there's RhinoNest that can pull apart a model & nest pieces on sheets the user defines, but I don't think this has to be that complex.
I'll keep in touch,
Cheers!
-Mike Calvino…
ou require a specific plugins which only works on different versions. I'd get rid of 32-bit Rhino altogether if possible, it doesn't sound like it's updating correctly.
T-Splines I'm sure uses a custom installer instead of RHI. RHI ships with Rhino and if Grasshopper was installed with the one that was part of your 32-bit installation something may have gone wrong. RHI has had several serious bugs that should be fixed in Rhino5 SR6.
Here's some things to try:
Right click on an RHI file in Windows explorer and choose the Open With... option. Then click on Browse... and locate the rhiexec.exe program that is located in Program Files\Rhinoceros 5 (64-bit)\System\x64. This will associate RHI files with the newest version of rhiexec.exe on your machine. Install Grasshopper.rhi (the latest version 0.9.0061) to see if it appears in Rhino5 this time.
You can also manually install Grasshopper. Locate the GrasshopperPlugin.rhp file on your machine and drag+drop it into a running instance of Rhino5 64-bit. If Grasshopper has been installed into the (x86) portion of Program Files you can choose to put it somewhere else too, not sure if that would cause a problem.
I don't know why it would suddenly be very slow, but I'd like to know if it's still slow on 64-bits. Also, I'll need you to test the latest version because if there's a bug in older versions only then there's no point in fixing it.
--
David Rutten
david@mcneel.com
Seattle, WA…
Added by David Rutten at 2:04pm on October 27, 2013
on this, but to my understanding, the Δt_pr used is the same - the equations used to calculate are not. Take a look at this (from EN 7730 as well):
If I can make some wishes too; it would be cool, if you included the last local comfort metrics from EN7730 in LB/HB as well. Besides the local asymmetry there are: an equation for warm/cold floors, stratification and draught. I know, that you will need preform a CFD simulation to properly calculate stratification and draught, but the comfort equations are really simple and seeing that you have(might have) a CFD tool under way it could be useful. Anyways I think it would possible to import external generated CFD data to grasshopper.
The pictures in my previous post are from a paper called: "A simplified calculation method for checking the indoor thermal climate" by B.W. Olesen, it can be found in ASHRAE 1983, vol. 25, issue 5. I don't know if there have been any updates to it since '83.
Looking forward for the new components, and if there is anything I can help with please let me know.
/Christian
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of stuff. Then it works either with ExoW (black mesh) or IntraLattice (blue mesh).
That said ExoW is tricky: occasionally reports engulfing issues and stops playing the game. For instance in this (diagonal) anchor mode and with some U/V random values:
Whilst IntraLattice appears rather less temperamental:
The other def is more complex and works using the Proximity approach that makes more sense with regard random 3d line graphs (as an exercise: Add a gate and use IntraLattice as Plan B).
best
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en it become shorter and shorter towards the end where they come together to the point they are like 5' tall. Also, I want the widest part to bend away from each other, start to come together towards the middle and then once past the middle they start to bend towards each other to the point the are touching and becoming one at the end where they meet.
I am a novice at best, I have tried several different methods and watch many tutorials with no luck on making this work. My biggest issue is with the bending.
What I did was draw my "fins" profile with curves and joined them so it was all one curve, then brought that curve into GH and arrayed it along an angled line so that I got the spacing I was looking for. I then extruded these shapes but they all extrude the same height. I don't know how I can go in and pick out one of the shapes to then start to manipulate it to bend how I'd like. I could possibly do extrude along a curve but then I would have to draw all the curves in and it ends up not looking concentric like I know grasshopper can do and I am having an issue that it twists. My idea was to get one side done and then just mirror the whole thing.Any help would be great, maybe I don't know a command, maybe I'm doing it in the wrong order (both likely) but I just don't know
Thanks in advance. I have attached my GH file with "fin" profile I am trying to use attached. I also attached two sketches, one shows the profile of the fin again, and the other shows the over all concept incase you have no idea what I was saying above…
Added by Katelynn Tate at 7:18am on November 24, 2015
elp!
Q1: I have a building with a dynamic venetian blind that have 5 slate states (up/inactivated, down/closed, horisontal, 30 and 60 degrees) and they are controlled by exterior irradiance on the facade with different thresholds. I want to calculate the annual illuminance on a grid in the room taking into account the different slate states. Is that possible, and if so how do I do that?
I've read that the only way to use an external sensor is to use the Glare Control Recipe, but there's only one threshold for when the blind should activate, how do I add the other states, with the Shading State components?
Q2: I might've misunderstood how the simulation is carried out but why can't you add the illuminance sensors (external/internal) before the daylight simulation when you calculate the effect of the blinds? Or am I missing something?
Maybe related: If I add three different shading states and also the Glare Control Recipe to the Advanced Dynamic Shading Recipe component I get the following error at Run Daylight Analysis:
Solution exception:'GlareControl' object has no attribute 'exteriorSensor'
I've attached my example file with the error. Where do you add the exterior sensor?
Q3: Daysim have a control mode that might not be implemented yet in Honeybee, "External shading schedule" or "AnnualShadingSchedule". Which imports a blind operation schedule as a csv file. See http://daysim.ning.com/page/daysim-shading-control-modes
If it isn't implemented, is there a way to manually use this control mode at the moment?
All the best
M…
eed number) that will move around and subtract from the static boxes.
The goal is to bake the geometry at each iteration so I can post-process linework/graphics. I have tried using a combination of Nudibranch Bounce, HoopSnake, and a BakeAttributes C# component by Giiulio Piacentino. I feel that they will work, just cant figure it out.
See snapshots below to see what I hope to achieve. The animation will be just 5 seconds, so maybe 25 frames are needed.
Current definition is attached, the problem is on the right side of the definition, and iteration is controlled by Seed/Layers slider wired to Bake Component.
Thank you for the help.
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