I'm trying to extrude a large number of them to the next surface below, they're not all at the same distance from one another so it'd have to be 84 Z components for the 84 surfaces there
on for curves, if you make an algorithm that dynamically defines the possition of the controlpoints for NURBS curves as a function of the parameteres in F(t, a1,...,b1,...,c1,...)= x(t, a1, a2...)+y(t, b1, b2...)+ z(t, c1, c2...) or F(x, a, b ,c...)?
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t it is rounded to 25, 100, 75. I've figured out the rounding portion, but when I plug the resulting list back into the custom preview, it doesn't recognize the data. I'm guessing it is because my rounded list is in curly brackets, whereas the unrounded data straight from the image sampler is not. How can I process this to remove the curly brackets?
Thanks,
Ryan
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Added by Ryan Dirks at 5:20pm on September 18, 2014
he code within a limited number of turns. I suggest you check 양방하는법 and learn more interesting things about games. The game is not only challenging and fun, but it also helps to improve cognitive skills such as critical thinking, problem-solving, and pattern recognition. Mastermind has stood the test of time and remains a beloved game for all ages.…
Added by MichaelD0112 at 12:25am on April 10, 2023
) for +=: 'int' and 'tuple'
Traceback:
line 64, in script
import rhinoscriptsyntax as rs
import Rhino.Geometry as geo
import math as mt
import random
import copy
list = zip(Pts,En)
a = []
No_columnas = int(div+1)
No_filas = int(length/No_columnas)
for i in range (No_filas):
a.append(list[i*No_filas:(i+1)*No_filas])
# PARTE 1.1
# a[fila][columna][item]
a2 = copy.deepcopy(a)
fila = 0
while fila < No_filas:
for columna in range(No_columnas):
print '-----------------------------'
print'Fila=',fila
print'Columna=',columna
print '-----------------------------'
C = a[fila][columna]
if fila == 0:
a2[fila][columna] = C
else:
Cijk = []
if columna > 0:
Cijk.append(a2[fila-1][columna-1])
if columna < No_columnas-1:
Cijk.append(a2[fila-1][columna+1])
Cijk.append(a2[fila-1][columna])
print 'Cijk=', Cijk
M = max(Cijk)
print 'MAXIMO=', M
a2[fila][columna] = C + M
fila = fila+1
## PARTE 2.1_
fila=0
columna=0
SEAMS = []
seam = []
while columna < No_columnas:
carga = a2[fila][columna]
seam.append((carga,columna,fila))
while fila < No_filas-1:
cargas_ijk = []
if columna > 0:
cargas_ijk.append((a2[fila+1][columna-1],columna-1,fila+1))
if columna < No_columnas-1:
cargas_ijk.append((a2[fila+1][columna+1],columna+1,fila+1))
cargas_ijk.append((a2[fila+1][columna],columna,fila+1))
carga,columna,fila = max(cargas_ijk)
seam.append((carga,columna,fila))
Mass_add = 0
for i,v in enumerate(seam):
Mass_add += v[0]
seam.append(Mass_add)
SEAMS.append(seam)
seam = []
fila = 0
columna = len(SEAMS)
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