for i,f in enumerate(F[1:]):
G[0].append(connect([F[i],f,f],bias=[0,1,0]))
if i > 0:
G[1].append(connect([F[i],F[i],f],bias=[0,1,1]))
G = map(Formex.concatenate,G)
for i,f in enumerate(G):
f.setProp(i+1)
G = Formex.concatenate(G)
clear()
draw(G)
smoothwire()
#GD.canvas.update()
T = G.translate([0,bot,r]).spherical()
clear()
draw(T)
T += T.reflect(dir=2)
clear()
draw(T)
if ack('Export this model in STL format?',default='No'):
fn = askNewFilename(getcfg('workdir'),"Stl files (*.stl)")
if fn:
from plugins import surface
f = file(fn,'w')
surface.write_stla(f,T.coords)
f.close()
b = e.reverseElements()
#b.setProp(2)
# create the bumps
for p in a:
e = e.bump(2,p, lambda x:exp(-0.5*x),[0,1])
if shrink:
e = e.shrink(0.8)
renderMode(rendermode)
if transparent:
GD.canvas.alphablend = True
if bottom:
draw(b,color=yellow,alpha=1.0)
draw(e,alpha=0.8)
if export:
from plugins import surface
f = file('novation.stl','w')
F = e # + b
# Create triangles
G = F.selectNodes([0,1,2])
# If polygones, add more triangles
for i in range(3,F.nplex()):
G += F.selectNodes([0,i-1,i])
clear()
draw(G)
surface.write_stla(f,G.f)
f.close()
for i,f in enumerate(F[1:]):
G[0].append(connect([F[i],f,f],bias=[0,1,0]))
if i > 0:
G[1].append(connect([F[i],F[i],f],bias=[0,1,1]))
G = map(Formex.concatenate,G)
for i,f in enumerate(G):
f.setProp(i+1)
G = Formex.concatenate(G)
clear()
draw(G)
smoothwire()
#GD.canvas.update()
T = G.translate([0,bot,r]).spherical()
clear()
draw(T)
T += T.reflect(dir=2)
clear()
draw(T)
if ack('Export this model in STL format?',default='No'):
fn = askNewFilename(getcfg('workdir'),"Stl files (*.stl)")
if fn:
from plugins import surface
f = file(fn,'w')
surface.write_stla(f,T.f)
f.close()
