class Amelet(IsModel):
AMELETHDF_FORMAT_VERSION = String("1.0.0")
FORMAT = String('AMELETHDF')
entryPoint = PathWhere(EntryPointIndex)
floatingType = Dict(UserName, Instance(FloatingType))
simulation = Dict(UserName, Instance(Simulation))
mesh = Dict(UserName, Instance(MeshGroup))
class SMesh(Mesh):
type = String('structured')
cartesianGrid = Instance(CartesianGrid)
group = Dict(UserName, Instance(SGroup))
groupGroup = Dict(UserName, Instance(SGroupGroup))
class ConstContainer(IsModel):
"""model class with constants
"""
i = Int(1)
f = Float(1.0)
b = Bool(True)
c = Complex(complex(0.1, 0.1))
s = String('string')
class UMesh(Mesh):
type = String('unstructured')
nodes = Array(shape=(None, None), dtype=ah5_float)
elementTypes = Array(shape=(None, ), dtype=ah5_int)
elementNodes = Array(Shape=(None, ), dtype=ah5_int)
group = Dict(UserName, Instance(UGroup))
groupGroup = Dict(UserName, Instance(UGroupGroup))
class ComplexContainer(IsModel):
"""genetic model class
"""
const = String('MODEL')
# data set
array = Array
#
subContainer = Instance(SimpleContainer)
#
list_of = Dict(UserName, Instance(ConstContainer))
#
list_indexed = List(Instance(AA))
#
table_t = List(Tuple(Instance(String), Instance(Int)))
class Interval(FloatingType):
floatingType = String("LinearListOfReal1")
first = Float
last = Float
class LinearListOfInteger2(FloatingType):
floatingType = String("linearListOfInteger2")
first = Float
step = Float
number_of_values = Int
class PerDecadeListOfReal(FloatingType):
floatingType = String("perDecadeListOfReal")
first = Float
number_of_decades = Int
number_of_values_per_decade = Int
class LogarithmListOfReal(FloatingType):
floatingType = String("logarithmListOfReal")
first = Float
last = Float
number_of_values = Int
class LinearListOfReal1(FloatingType):
floatingType = String("linearListOfReal1")
first = Float
last = Float
number_of_values = Int
class DataSet(FloatingType):
floatingtype = String('dataset')
values = Array
class SingleReal(FloatingType):
floatingType = String('singleReal')
value = Float
def __float__(self):
return self.value
class AAB(AA):
"""second model sub-class
"""
c = String('b')
class AAA(AA):
"""first model sub-class
"""
c = String('a')
class SingleComplex(FloatingType):
floatingType = String('singleComplex')
value = Complex
def __complex__(self):
return self.value
class SingleInterger(FloatingType):
floatingType = String('singleInteger')
value = Int
def __int__(self):
return self.value
class ArraySet(FloatingType):
flatingtype = String('arrayset')
data = Array
ds = Dict(String(regex='dim[0-9]+'), Array(shape=(None, )))
class SingleString(FloatingType):
floatingType = String('singleString')
value = String
def __str__(self):
return self.value
class Vector(FloatingType):
floatingType = String("vector")
values = Array()