def generate(self):
i = 0
for ij in range(len(self.OK)):
if self.OK[ij] == True:
i = i + 1
if i == 5:
self.STL = self.message1["text"]
self.angle = self.angle_verif.get()
self.bridge = self.length_verif.get()
self.shape = int(self.var_choix.get())
my_mesh = mesh.Mesh.from_file(self.STL)
normal = my_mesh.normals
vertices = my_mesh.points
from Support_finder import support_45deg_rule
from Support_finder import needed_support_Bridge_rule
support_angle = support_45deg_rule(normal, vertices, self.angle)
support_bridge = needed_support_Bridge_rule(
normal, vertices, self.bridge)
i = 0
p = len(support_bridge)
k = 0
while i < p:
if all(support_bridge[k][0, 0:9] == 0):
del support_bridge[k]
else:
k = k + 1
p = p - 1
liste_support = []
liste_support = support_bridge + support_angle
ListeContour = []
from Support_Generator import AreasWithSameAngle, FindContour, Projection
from Support_Shape import thetraedral_simple_support, Rectangular_simple_support, gridxy, ZigZag, plot
for i in range(len(liste_support)):
A = AreasWithSameAngle(liste_support[i])
ListeContour.append(FindContour(A))
ListeProjete = Projection(ListeContour)
ListeProjete_shape = np.shape(ListeProjete)
if len(ListeProjete) == 0:
print("you do not need any support")
else:
n = 0
Faces = np.zeros((0, 12))
if ListeProjete_shape[2] == 3:
while n < ListeProjete_shape[0]:
The = thetraedral_simple_support(
ListeProjete[:][n][:][:])
Faces = np.append(Faces, The, axis=0)
n += 1
plot(Faces, my_mesh, -50, 50, 0, 80)
else:
if self.shape == 1:
while n < ListeProjete_shape[0]:
Rec = Rectangular_simple_support(
ListeProjete[:][n][:][:])
Faces = np.append(Faces, Rec, axis=0)
n += 1
elif self.shape == 3:
while n < ListeProjete_shape[0]:
Grid = gridxy(ListeProjete[:][n][:][:],
float(self.pathN))
Faces = np.append(Faces, Grid, axis=0)
n += 1
elif self.shape == 2:
while n < ListeProjete_shape[0]:
ZZ = ZigZag(ListeProjete[:][n][:][:],
float(self.pathN))
Faces = np.append(Faces, ZZ, axis=0)
n += 1
plot(Faces, my_mesh, -30, 30, 0, 50)
if len(ListeProjete) == 0:
print("you do not need any support")
else:
n = 0
Faces = np.zeros((0, 12))
if ListeProjete_shape[2] == 3:
while n < ListeProjete_shape[0]:
The = thetraedral_simple_support(ListeProjete[:][n][:][:])
Faces = np.append(Faces, The, axis=0)
n += 1
plot(Faces, my_mesh, -50, 50, 0, 80)
else:
Choice = ShapeChoice()
if Choice == 1:
while n < ListeProjete_shape[0]:
Rec = Rectangular_simple_support(ListeProjete[:][n][:][:])
Faces = np.append(Faces, Rec, axis=0)
n += 1
elif Choice == 2:
while n < ListeProjete_shape[0]:
Grid = gridxy(ListeProjete[:][n][:][:], 1)
Faces = np.append(Faces, Grid, axis=0)
n += 1
elif Choice == 3:
while n < ListeProjete_shape[0]:
ZZ = ZigZag(ListeProjete[:][n][:][:], 1)
Faces = np.append(Faces, ZZ, axis=0)
n += 1
plot(Faces, my_mesh, -30, 30, 0, 50)