def triangles(self):
if hasattr(self, "cavity_triangles"):
return self.cavity_triangles
step = (self.domain_calculation.discretization.s_step, ) * 3
offset = self.domain_calculation.discretization.discrete_to_continuous(
(0, 0, 0))
triangles = []
surface_areas = []
for i, multicavity in enumerate(self.multicavities):
print_message("Generating triangles for multicavity:", i + 1)
vertices, normals, surface_area = cavity_triangles(
self.grid3, multicavity, 4, step, offset,
self.domain_calculation.discretization.grid)
triangles.append((vertices, normals))
surface_areas.append(surface_area)
self.cavity_triangles = triangles
self.cavity_surface_areas = surface_areas
return cavity_triangles
def triangles(self):
if hasattr(self, "cavity_triangles"):
return self.cavity_triangles
step = (self.domain_calculation.discretization.s_step,) * 3
offset = self.domain_calculation.discretization.discrete_to_continuous((0, 0, 0))
triangles = []
surface_areas = []
for i, multicavity in enumerate(self.multicavities):
print_message("Generating triangles for multicavity:", i+1)
vertices, normals, surface_area = cavity_triangles(
self.grid3,
multicavity,
4, step, offset,
self.domain_calculation.discretization.grid)
triangles.append((vertices, normals))
surface_areas.append(surface_area)
self.cavity_triangles = triangles
self.cavity_surface_areas = surface_areas
return cavity_triangles
def triangles(self):
if hasattr(self, "domain_triangles"):
return self.domain_triangles
number_of_domains = len(self.centers)
print_message("Number of domains:", number_of_domains)
triangles = []
surface_areas = []
step = (self.discretization.s_step, ) * 3
offset = self.discretization.discrete_to_continuous((0, 0, 0))
for domain_index in range(number_of_domains):
print_message("Calculating triangles for domain", domain_index)
vertices, normals, surface_area = cavity_triangles(
self.grid, [domain_index], 1, step, offset,
self.discretization.grid)
triangles.append((vertices, normals))
surface_areas.append(surface_area)
self.domain_triangles = triangles
self.domain_surface_areas = surface_areas
return triangles
def triangles(self):
if hasattr(self, "domain_triangles"):
return self.domain_triangles
number_of_domains = len(self.centers)
print_message("Number of domains:", number_of_domains)
triangles = []
surface_areas = []
step = (self.discretization.s_step,) * 3
offset = self.discretization.discrete_to_continuous((0, 0, 0))
for domain_index in range(number_of_domains):
print_message("Calculating triangles for domain", domain_index)
vertices, normals, surface_area = cavity_triangles(
self.grid,
[domain_index],
1, step, offset,
self.discretization.grid)
triangles.append((vertices, normals))
surface_areas.append(surface_area)
self.domain_triangles = triangles
self.domain_surface_areas = surface_areas
return triangles
