physical_line_map = \
[('LineReceiver', [(-150, -20, 300), (-150, 20, 300)])]
simple_3d = \
{'name': name,
'dim_x': 500,
'dim_y': 500,
'dim_z': 300,
'periodicity': (True, True, True),
'nb_x': 2,
'nb_y': 2,
'space_x': 250,
'space_y': 250,
'pos_x': 0,
'pos_y': 0,
'crystal_shape': 'square',
'el_size_bulk': 25,
'bulk_tag': 'mat1',
'inclusion_map': map_simple,
'inclusion_types': [None, type1, holes],
'physical_point_map': physical_point_map,
'physical_line_map': physical_line_map}
my_crystal = Crystal(**simple_3d)
my_mesh = my_crystal.mesh()
file = open('%s.geo' % name, 'w')
file.write(my_mesh)
file.close()
print 'Geo saved'
my_svg = my_crystal.image()
my_svg.save('%s.svg' % name)
print 'SVG saved'
def image_equal_string(self, description, result):
my_crystal = Crystal(**description)
self.assertEquals(my_crystal.image().getXML(), result)
def mesh_equal_string(self, description, result):
my_crystal = Crystal(**description)
mesh = my_crystal.mesh()
print mesh
self.assertEquals(mesh, result)
physical_line_map = \
[('LineReceiver', [(-150, -20, 300), (-150, 20, 300)])]
simple_3d = \
{'name': name,
'dim_x': 500,
'dim_y': 500,
'dim_z': 300,
'periodicity': (True, True, True),
'nb_x': 2,
'nb_y': 2,
'space_x': 250,
'space_y': 250,
'pos_x': 0,
'pos_y': 0,
'crystal_shape': 'square',
'el_size_bulk': 25,
'bulk_tag': 'mat1',
'inclusion_map': map_simple,
'inclusion_types': [None, type1, holes],
'physical_point_map': physical_point_map,
'physical_line_map': physical_line_map}
my_crystal = Crystal(**simple_3d)
my_mesh = my_crystal.mesh()
file = open('%s.geo' % name, 'w')
file.write(my_mesh)
file.close()
print 'Geo saved'
my_svg = my_crystal.image()
my_svg.save('%s.svg' % name)
print 'SVG saved'