We got some exciting news, that we would like to share with you all. Our third mentor is confirmed and ready to be announced. We have the great honour to get supported by
Mostafa El Ayoubi
A passionate architect and engineer, interested in everything new in the AEC industry. Mostafa is a true believer in data driven construction and he works on developing/implementing tools and workflows to facilitate design, collaboration and project documentation. He is an active member of the Dynamo community and is the top-rated Dynamo Package developer.
He worked as an engineer in a study office in different fields (Mechanical, Electrical, Plumbing, Structure…) for four years. He then started the Data Shapes blog and co-founded the Data Shapes company which provides cutting edge BIM support, training and workflows to AEC firms.
Mostafa misses his days at the architecture school where he could experiment designs and is really excited and humbled to be back in that environment to be part of the BILT Academy Summit!
Letter of motivation
My main motivation for the membership program is to share. Sharing played a huge role in my learning experience. I learnt more from people who were generous enough to share time and knowledge than I did from school. I feel it is time for me to give back.
There were a few key moments in my life when I was struck by words or concepts. Those moments helped me find passion, and that is exactly what I wish to do for people. It often takes hearing the right words at the right time to inspire you for life.
I truly believe that the biggest contribution I can bring to my trade is to share with the community because no matter what you can achieve as an individual, it will never be as big as what you can achieve as a community.
Don’t reinvent the wheel. If you are trying to solve a problem, which can occur in multiple disciplines then it may be usefull to search through the Dynamo forum. Here is an example:
At my office we use SOFiSTiK Reinforcement add-in for Revit, because it automises many tasks. However, schedule all the rebars and fabric sheets can be quite difficult. The schedule function gathers all rebars which are assigned to one sheet. Therefore if you want to group all the rebars of level 1,.. into one schedule (because of estimation reasons), then you will probably loose the overview of all the rebar marks and compenents where they are part of.
So I searched Google for a solution to this and I found this link which is worth a mint: Dynamo forum link. This Dynamo graph will apply to all of your elements the sheet, where they are included. This. is. huge.
You can use this workflow to filter elements by GetParameterBy… afterwards. You can request it for example if all the rebars contains at least two sheets (one sheet where the whole level is shown, one for the component where they are part of).
Sometimes it is all about to presenting data in an easily understandable way. Especially when the project hasn’t started yet and you have to present the advantages offered by your office. So my boss came up to me and asked me if I can accomplish a visualization task.
We have a refurbishment project (no digital data available like BIM models, plans,..) and I modeled every column with it’s belonging load-bearing capacity. The load-bearing capacity is the entry of the “comments” property of each object.
At first, I thought about to draw isolines of a capacity-surface but it takes too long to compute the surface. I asked Jostein Berger Olsen (http://jbdynamo.blogspot.de/) for his help and he came up with a much smarter idea. He edited my script in a way that circles would be drawn and the properties (like radius and color) depends on the load-bearing capacity. Let’s break down the whole task into some specific subtasks.
Extract all the “comments” data out of each column
As you can see, we have this weird way in Germany to express a decimal digit. Therefore I have to extract the string, erase the last 3 letters (whitespace+”MN”), change the “,” to a “.” and parse the string to a float/double type.
If there is no entry, set the capacity to almost zero.
Creating circles, where the middle points are the middle point of each column and the radius is the capacity of each column.
Create a color range where the range is the normed range of our capacity (use of the Math.RemapRange)
Overwrite the visibility of the circles with the belonging color-range-list.