5 Eylül 2016 Pazartesi
Dyno Tool - Something Inteesting is Happening
Take a look to Dyno, It looks exciting.
"Dyno provides versatile and simple possibilities for making work with Dynamo workspaces faster."
http://tools.prorubim.com/en/dyno/
User Manual
http://tools.prorubim.com/en/dyno/docs/
Etiketler:
add-in,
algoritmic design,
bim,
building information modelling,
collobrative design,
Development environment,
dynamo,
dyno,
interactive design,
interoperability,
research&development,
revit,
revitAPI,
software
Dynamo Study 1 - Coordination between ARCH&MEP
Architects are still modeling MEP equipment in their own architectural
Revit model, even though it is a BIM project in order to be coordinated with
MEP. This method can also be argued to being not feasible, but was one I
used for coordination in a Residential Building Project.
We have been
modelling all ceiling equipment to manage ceiling layout on
Architectural BIM models, like lighting, sprinklers, detectors..etc.
Essentially Mechanic Engineers modelling these equipment into BIM model,
because of that reason we had to check all equipment if they exist or are in
the right location to be able to provide coordinated layout after every model
share.
Following this, I
decided to compare the equipment location between Architectural and MEP models
with using Dynamo.
The first problem was architectural and
MEP model's mismatches, Architect separating tower blocks and podium floors
into different model files, MEP separating different mechanical systems (HVAC,
Security System, Water Supply System, Fire Alarm...) into different model
files. The reason, I had to link all the models into one model with using
"Get elements From Linked Model" node , than catch the family centre
points.
Ensuring tolerance despite small slip.
Second problem was the "shared coordinate data" which were different in all the BIM models. Accordingly, I manually transferred all points in each model to the same coordination point.
Transfer the points to the Same Coordinate System
After transferring elements manually this problem solved in Dynamo Forum. There is a topic which is solved by Dimitar_Venkov It is explaining how to transfer linked elements to the "shared coordinate" location.
https://forum.dynamobim.com/t/querying-a-linked-model-and-creating-from-it/1052/12?u=jesper_wallaert
The link below will take you to the dynamo forum where I was helped to match close points in the model. I matched the points as you can see below in the excel sheet. If there was a point less than 1000mm away, dynamo wrote it down on the side column, if there was no point it left the side column empty. After that I could determine which location had the problem.
These clashes can be provided with this dynamo study and coordination has become easier.
Thank you for
reading.
Cheers,
12 Ağustos 2016 Cuma
Dynamo User Group Istanbul
Dynamo User Group Istanbul Sessions started.
Sessions leading by Mehmet Polat Diker and orginizing by Zeynep Bacınoğlu and Cansu Yeni.
You can watch several dynamo practises or you can present your own practises in these sessions.
If you are interested you can sign up to dynamo,istanbul group wtih link below.
http://rhb.com.tr/dynamo/
The first session was completed with more than 70 participants. Thank you for presenters;
Enes Kaan Karabay parametrically.com
and Mehmet Polat Diker redhotbim.com
The second session was completed with Mehmet Polat Diker's T-spline presentation and Bold Architecture's experience sharing made by Burcu Acet and Mehmet Akçan . Thank you for presenters;
Bold Mimarlık http://www.boldmimarlik.com/
Mehmet Polat Diker redhotbim.com
The third session was completed with Barış Canpolat presentation. He present Dynamo scripts which are using by mechanical engineers. Thank you for this inspirational presentation.
The forth session was completed with my presentation, i present MEP&ARCH coordination study and VakıfBank Facade Rationalization study.
The fifth session was completed with Ümit Balaban presentation. He present Dynamo experience which are using by mechanical engineers.
Ümit Balaban http://revitmepturkey.blogspot.com.tr/
Etiketler:
architectural design computing,
bim,
building information modelling,
complexification,
computational Design,
dynamo,
dynamoistanbul,
dynamousergroup,
parametric design
29 Haziran 2016 Çarşamba
Aethereal Space - MSTAS 2016 Workshop
Light Painting with Robotic Arm
I participated in a 2 days workshop, in Bilgi University Department of Architecture. The aim was to create "Aethereal Space" with using Robotic Arm. It was really exciting experience for me.
We created definisions in grasshopper for create it with light. There was only one rule; the created line should be continues, because the light could not be closed while creating the geometry.
After creating the continous line in grasshopper, we could preview the simulation of robotic arm movements with KUKaprc add-in.
KUKAprc has pretty a very friendly user interface. You can preview errors of the model, while in operation and see what is causing the problem. After finalising the definition, the data can be exported as ".src" format to transfer to the robotic arm.
Thank you to all team for such a successful work.
Efe Gözen
Burcu Biçer Saner
Ayşegül Özarmut
Cansu Yeni
15 Ocak 2016 Cuma
Survive Istanbul - Game Design
This project preperad for Computer Aided Architectural Design Class.
Instructor;
Hakan Tong
Project Team Members;
Cansu Yeni
Veysel Açıkel
Ümit Işık
Game items tooken from "This War of Mine".
1 Aralık 2015 Salı
Generative Design
Lines likes crystals grow on a computational substrate. A simple perpendicular growth rule creates intricate city-like structures.
http://atlv.org/
http://igeo.jp/
http://www.complexification.net/gallery/machines/substrate/
https://gozourworkshops.wordpress.com/2013/02/17/grasshopper-substrate-tessellation/
http://www.algorithmic-worlds.net/blog/blog.php?Post=20110201
http://www.generative-gestaltung.de/
http://jfa.arch.metu.edu.tr/archive/0258-5316/2012/cilt29/sayi_1/207-224.pdf
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