laura.vellucci
Sab, 27/12/2014 - 19:19
Create a new family from template “Metric Door – Curtain Wall”
Do reference planes to create the frame of the door in Ref. Level and in the Exterior view.
Create the parameter “LV-Door-CW” and do the extrusion to create the frame.
Now do the door panel and create 2 parameter “LV-frameWidth” and “LV-DoorWidth” (always with reference planes).
Create the handle and the material parameter.
Create 3 types: dark wood, light wood and metal for the frame and leave like an istance parameter the panel material)
Now do a new project
Create a new architectural wall and select Curtain Wall
click on type properties and Duplicate and Change name to the wall and push ok button
Now draw the wall and after modify it to define the grid and in Curtain Panel select System Panel: Glazed as shown below
Click ok
Then it is necessary to create the Mullions; to do it create a new family from template “Metric profile Mullion” (attention it is a bidimensional object and the principals commands are in menù "create")
Then load into the project and select menù "Architectural" – "Mullion" and click on Edit Type
Duplicate the type and and change the name in LV-MullionRectangularA and select the Mullion that you have just created.
Then click on "All Grid Line" as shown below and select the grid
Now load the door, that you created before: LV-Door-cw.
Select the Curtain Wall and select a panel and remove the thumbtack and go to Edit Type: in family select the door, if it is not present in the list do click on Load button and load it.
Now in the Curtain Wall there is a door.
You can aslo delete the mullion below
Now modify the door and draw the lines that indicate the aperture. Select the lines and click on Convert Lines Button and select Opening (projection) in Subcategory (in this way the lines are visible only in plans view) as shown below:
Then reload into project
Sab, 27/12/2014 - 19:39
Daniele.tricarico
Sab, 27/12/2014 - 14:17
Per questa consegna ho deciso di progettare un pannello di acciaio anotizzato forato. Ho studiato i fori, realizzati sul modulo del quadrato, in modo tale da poter consentire una diversa permeabilità alla luce giocando sulla distanza tra questi e la loro grandezza. (4.1)
4.1
Per poterlo realizzare in Revit ho aperto una nuova famiglia e considerando che avrei dovuto realizzare un pannello per realizzare facciate continue ho aperto la famiglia “pannello di facciata continua metrico”. (4.2)
4.2
Servendomi di piani dei piani di riferimento ho realizzato il mio pannello parametrizzandolo in tutte le sue dimensioni e quindi l’ho estruso.(4.3)
4.3
Per finire la famiglia del mio pannello ho deciso di assegnarle il materiale, ovvero acciaio anotizzato, e quindi ho parametrizzato anche questo. (4.4)
4.4
Per creare una parete costruita con i pannelli, da me realizzati, ho aperto in Revit un nuovo progetto metrico. Per realizzare la parete ho cliccato su architettura e quindi su muro.(4.5)
4.5
Cliccando su proprietà del muro ho potuto selezionare i parametri della parete.(4.6)
4.6
Per poter inserire la famiglia dei pannelli da me realizzato ho cliccato su griglia ed ho realizzato una reticolato all’interno della parete della dimensione adatta ad ospitate i singoli elementi. (4.7)
4.7
Cliccando sui parametri della parete ho potuto inserire all’interno della griglia i pannelli da realizzati inserendoli all’interno della voce “pannello di facciata continua.(4.8)
4.8
A questo punto ho ottenuto la mia parete realizzata con dei pannelli prefabbricati in grado di filtrare la luce in modo diverso asseconda le esigenze richieste dagli ambienti retrostanti. Per enfatizzare questa caratteristica della parete da me realizzata ho inserito la luce le ombre proiettate che sono più rade dove i fori sono più grandi, e quindi penetra più luce, e più densa dove i fori sono più fitti e quindi filtrano in modo più efficace i raggi solari(4.9)
4.9
Tale effetto è stato ottenuto semplicemente giocando parametricamente con le distanze tra i fori e lo loro grandezze. (4.10)
4.10
Sab, 27/12/2014 - 14:29
ANTONIO SCIROCCHI
Ven, 26/12/2014 - 09:23
For this delivery we had to create a facade composed of various panels.
I had decided to think a new panel.
Step 1 I open a new file family -> Metric curtain wall panel (i create the single panel)
Step 2 I use the reference planes to create the shape of panel.
Step 3 i select the reference planes and i give it a parameter (add parameter).
larghezza pannello
- lunghezza pannello
- spessore pannello
Step 4 Now i can create an extrusion create -> Extrusion -> draw -> rectangle.
then i aligned the rectangle with the reference planes.
Step 5 i create a set of reference planes to realize the openings. With the command “void extrusion” i create the openings.
Step 6 there are three type of openings ( 0.05 cm, 0.1 cm, 0.2 cm). I assigned at each opening a new parameter.
Step 7 Now i can compose my facade system with the panels.
Step 8 i open a new project file -> Project ->template file ->none -> metric. With the command “Architectural wall” i create a facade.
Step 9 i create a new view view -> elevation
Step 10 from the folder properties, I click edit type and rename the facade
Step 11 Check to the facade a grid that allows me to apply the panel.
Architecture -> Curtain grid.
Step 12 Now i load into the project the panel. In the Curtain Wall Type Properties i set my panel as the panel for the curtain wall.
laura.vellucci
Mer, 24/12/2014 - 17:23
TANTI AUGURI DI BUON NATALE E FELICE 2015 A TUTTI.
Merry Christmas and a Happy New Year!
Mer, 24/12/2014 - 17:28
Vinicius Scofano
Mar, 23/12/2014 - 00:26
1. open a new family as generic model
2. save the family
3. go to manage and change the units to centimeter
4. make 4 reference planes (comand rp) as the picture above
5. make the dimensions to your family and then press EQ
6. go to the left view and make a reference plane parallel to the reference level
7. on the box family type, go to parameter>add>name the parameter>click on instance>ok. I named then in
portuguese, sorry about that.
8. comand dimension (di), dimensionate you reference plane to the reference level
9. click on the cote, and on label choose the parameter that you create for that cote
10. check if the parameter works
11. on reference level, name the other cotes according to their parameters as well
12. on extrusion, start drawing the object
13. modify/create extrusion>align. To every side of the square, align then to the respective reference plane
and click on the locker symbol
14. draw a circle at some corner
15. copy that circle to the other corners
16. comand trim, cut the parts of the circles thata are outside the square
17. then draw a circle in the middle of the square
18. on annotate, make a radial dimension to the circle and a linear one to the "semi-circles" on the corners,
conecting their extrem part to the reference plane
19. add new parameters to the radium and label them
20. click on the check buton
21. test if all the parameters really works
22. on the left side, don't forget to align the reference plane to the object and then click on the locker
23. create a new "material" parameter, and on the box of type of parameter click on "material"
24. on the category, choose the best material that fits your object, upload and rename it
25. click on the realistic vision on the box below to see how your object turned out
26. create a new project
27. load your object into the project
28. change the dimensions of this first object acording to the base of the vase
29. on the 3d view, go to the parallel vision and then to the array command. write 20 to the number of
repetitions of the object and uncheck the group and associate box. Then click on on point of the inferior side
then at one on the superior side of the object
30. at project units, don't forget to change the units to centimeter
31. start changing the dimension of each one of your objects like these: the extern rays starts at 19cm
decrease at each object until reach 0.1cm at the top, as the inside ray start as 0.1cm and at the top has 19cm.
32. the object is ready.
