def testview(F, V, P):
global VA, waiting
p = array(pf.canvas.camera.getCenter())
waiting = True
while waiting:
pf.app.processEvents()
p -= array(pf.canvas.camera.getCenter())
print("TRANSLATE: %s" % p)
m = pf.canvas.camera.getRot()
P += p
print("TOTAL TRANSLATE: %s" % P)
V = V.affine(inverse(m[0:3, 0:3])).translate(-P)
print(V.center())
print(F.center())
undraw(VA)
VA = draw(V)
area, norm = surface.areaNormals(V.coords)
N = norm[0]
return P, N
def testview(F,V,P):
global VA,waiting
p = array(GD.canvas.camera.getCenter())
waiting = True
while waiting:
GD.app.processEvents()
p -= array(GD.canvas.camera.getCenter())
print "TRANSLATE: %s" % p
m = GD.canvas.camera.getRot()
P += p
print "TOTAL TRANSLATE: %s" % P
V = V.affine(inverse(m[0:3,0:3])).translate(-P)
print V.center()
print F.center()
undraw(VA)
VA = draw(V)
area,norm = stl.areaNormals(V.f)
N = norm[0]
return P,N
def testview(F, V, P):
global VA, waiting
p = array(pf.canvas.camera.focus)
waiting = True
while waiting:
pf.app.processEvents()
p -= array(pf.canvas.camera.focus)
print("TRANSLATE: %s" % p)
m = pf.canvas.camera.getRot()
P += p
print("TOTAL TRANSLATE: %s" % P)
V = V.affine(inverse(m[0:3, 0:3])).translate(-P)
print(V.center())
print(F.center())
undraw(VA)
VA = draw(V)
area, norm = geomtools.areaNormals(V.coords)
N = norm[0]
return P, N
