lais efstathiadis
Mer, 05/11/2014 - 22:00
La inspirazione per il mio progetto viene del soffitto della Facoltà di Architettura dell'Università di Sao Paolo (USP), dove ci sono delle aperture piramidali per permettere l'ingresso della luce.
Ho deciso di creare un modulo di un tronco piramidale affinchè si possa cambiare la sua altezza, lunghezza, apertura e angolazione per creare diversi punti focali dell'ingresso della luce.
Con la funzione 'blend' ho creato una base quadrata di 500x500 mm e ho parametrizzato le sue dimenzioni.
Ho seguito gli stessi passi nella parte superiore dell'oggetto, con un quadrato di 250x250 mm
Con la funzione 'void blend' ho creato la apertura della forma e parametrizzato gli spessori, nella parte superiore ed inferiore:
Dopo aver creato il modulo l'ho moltiplicato e cambiato le altezze, gli spessori delle aperture e le angolazione:
Questa griglia strutturale permette l'ingresso permeabile di luce.
Mer, 05/11/2014 - 23:26
Manuel Andrè Bo...
Mer, 05/11/2014 - 22:30
si avvisano gli studenti del corso di Tecniche Parametriche che domani 6 Novembre 2014 non ci sarà lezione. Ci sarà la sospensione della didattica causa allerta meteo
Mer, 05/11/2014 - 22:47
Klemen Stegu
Mer, 05/11/2014 - 19:45
My idea was to create series of glasses. I was inspired by this image, which I found on internet while browsing for something useful:
I first created one glass as a template. The worko was divided in three stages, as I divided the glass in three parst: BASE of the glass, TRUNK of the glass and CUP.
1. BASE of the glass:
-I created round extrusion. Then I created parameter for the radius of the base and one for the height of the base.
2. TRUNK of the glass:
-For the trunk, I also created round extrusion. I than created parameter for the radius of the trunk, as i did before for the base.
-For the height of the trunk i first created two reference planes. One was alligned with heighest point of the base. And to this one was also aligned the lowest point of the trunk.
To the other reference plane I aligned the highest point of the trunk.
So I could set the distance between these two reference planes as the paramater for the height of the trunk.
3. CUP
The cup was made with the function called REVOLVE. What does this function do? It creates a round object from your created profile depending on where your set axis of rotation is. To tell on my example: set the axis of rotation and created a profile of my template glass.
When this was done, i created parameters for the thickness of the cup, where it meets the trunk - this one was the same parameter as for the raidus of the trunk. After that, I created the parameter for the angle at which the cup is presented (so I could have more open or more closed cups). This was done with the annotate tool, but instead of aligned, I used angular. tool.
After that, I created another parameter for the thickness at the end of the cup, which I decided should be double times the thickness of the trunk.
And because I also wanted to regulate the height of my cup, I created a parameter for that as well. This was done by creatin two reference planes. One was connected with the lower point of the cup and the other was connected with the heighest point of the cup. The distance between them was my final parameter.
Julia Bieler
Mer, 05/11/2014 - 19:40
My initial idea was to create a modular bookcase. To construct it I would make a base niche that would become a parametric module to be repeated changing its form and dimensions in order to create the bookcase.
I found this project below on the internet and it inspired me to create a module based on a A4 form of a paper. The parametric changes in width, height and depth would transform the niche in other A paper sizes, such as A2, A3, A5, A6.
To design my project on Revit first I opened a New Family in Metric Generic Model.
Choosing the Front View to work in,I created three reference planes (the fourth is the already existing floor plan):
Then I started to align the dimensions,
making the vertical ones equal in reference to the central plan.
After that I started adding the dimensions and creating a parameter for them…
…based on my A4 module.
I drew four more reference lines to create the thickness of my niche and also added parameters to them.
And I’ve also done it one the left side to create the depth of it.
Then I drew my figure with the rectangular extrusion too
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and aligned it with the reference planes, making sure to close the lockers.
My figure based on a A4 form ended up like this:
I had some trouble during the process and wasn’t able to make the interior space empty, and neither to apply a material to it.
After that I created a serie of Family Types and named them to the other according sizes (A2, A3, A5, A6).
Finally I exported the family to a New Project.
And modelled a bookcase with all of the niches together that I named Libreria A.
I used two pieces of A2, three of A3 and successively like this with the others. But as I didn’t have much time left to deliver I also couldn’t understand how to align the objects properly together.
I hope it is enough an I'm sorry for the delay!
Mer, 05/11/2014 - 20:20
Bruna Ferri.
Mer, 05/11/2014 - 19:35
Prima, per fare questo esercizio, io ho ricordato il progetto da un architetto brasiliano,un MOB, oggetti parametrici, con una forma variabile.
Prima, ho creato una famiglia, e sul piano left, ho iniziato a fare reference plane, e quindi utilizzando il comando extrusion, ho disegnato la mia forma e inserito un parametro.
Poi ho cambiato lo spessore e ho inserito il materiale.
Sul floor plan, ho moltiplicato la mia forma e cambiato il parametro di alcuni, per fare una lunga seduta con variazioni parametriche.
Alla fine, io ho aggiunto un altro materiale, di questo modo ho fatto una seduta di forma diversa e con due materiale.
