Matematika u arhitekturi 2; Principi CAAD-a

Pocetni modul:

Promena parametara:
'set rule
 rule = Array(2,0,0)
 'set dimensions of grid
 dx = 3
 dy = 4
 dz = 10

Dobijeni model:

3D model

 dx = 10
 dy = 5
 dz = 15

If grid(x-1,y-1,z) Then lcn = lcn + 2
    If grid(x,y-1,z) Then lcn = lcn + 1
    If grid(x+1,y-1,z) Then lcn = lcn + 2
    If grid(x-1,y,z) Then lcn = lcn + 1
    If grid(x+1,y,z) Then lcn = lcn + 2
    If grid(x-1,y+1,z) Then lcn = lcn + 1
    If grid(x,y+1,z) Then lcn = lcn + 2
    If grid(x+1,y+1,z) Then lcn = lcn + 1

'set rule
 rule = Array(2,3,3)
 'set dimensions of grid
 dx = 10
 dy = 10
 dz = 8
 ReDim grid(dx,dy,dz)
 'set objects
 objects = Rhino.GetObjects("Select objects...")
 'randomly populate first level with living cells
 z=0
 For x = 0 To dx
  For y = 0 To dy   
   grid(x,y,z) = x^2 < x+2
   If grid(x,y,z) Then

Pocetni:

Konacni:

rule = Array(4,8,8)

dx = 8
 dy = 8
 dz = 5

grid(x,y,z) = x^2 < 50

Pocetni modul:

rule = Array(2,2,2)

dx = 5
dy = 10
dz = 7

Parametri:

rule = Array(5,8,8)

dx = 5
dy = 5
dz = 5

grid(x,y,z) = Rnd()<=1

Uvedena i random rotacija (od 0 do 360)

Pocetni objekat:

I gotova kompozicija:

.

.set rule
 rule = Array(1,1,4)
 'set dimensions of grid
 dx = 8
 dy = 5
 dz = 10
   grid(x,y,z) = Rnd()<0.5

 rule = Array(1,3,3)
 dx = 4
 dy = 5
 dz = 6