Core API¶

Protocols¶

class ttstatistics.core.protocols.base.AddUnit¶

__init__(*args, **kwargs)¶

class ttstatistics.core.protocols.base.DivUnit¶

__init__(*args, **kwargs)¶

class ttstatistics.core.protocols.base.FloorDivUnit¶

__init__(*args, **kwargs)¶

class ttstatistics.core.protocols.base.MulUnit¶

__init__(*args, **kwargs)¶

class ttstatistics.core.protocols.base.SubUnit¶

__init__(*args, **kwargs)¶

class ttstatistics.core.protocols.collection.Collection¶

__init__(*args, **kwargs)¶

class ttstatistics.core.protocols.group.Group¶

__init__(*args, **kwargs)¶

class ttstatistics.core.protocols.group.Slice¶

__init__(*args, **kwargs)¶

class ttstatistics.core.protocols.mapping.Mapping¶

__init__(*args, **kwargs)¶

Base classes¶

class ttstatistics.core.collection.Collection¶

class ttstatistics.core.group.Group¶

Hello world

__init__(data={})¶

Parameters:: data (dict[Mapping, GroupCount])

class ttstatistics.core.mapping.GenericMapping¶

__init__(data={})¶

Parameters:: data (Mapping)

Operations¶

class ttstatistics.core.slice.Slice¶

__init__()¶

copy()¶

classmethod fromList(listing)¶

classmethod fromSlice(slicing)¶

Parameters:: slicing (slice)

next()¶

Return type:: bool

previous()¶

Return type:: bool

macro operations¶

ttstatistics.core.operations.macro.basePerformOnGroup(bag, operation, combineor)¶

Parameters:: bag (Group)
Return type:: Mapping

ttstatistics.core.operations.macro.perform(pool, function)¶

Parameters:: pool (Group)
Return type:: Mapping

ttstatistics.core.operations.macro.regularOnGroup(bag, operation)¶

Parameters:: bag (Group)
Return type:: Mapping

ttstatistics.core.operations.macro.selectiveOnGroup(bag, operation)¶

Parameters:: bag (Group)
Return type:: Mapping

micro operations¶

ttstatistics.core.operations.micro.add(a, b, /)¶: Same as a + b.

ttstatistics.core.operations.micro.ceil(x, /)¶

Return the ceiling of x as an Integral.

This is the smallest integer >= x.

ttstatistics.core.operations.micro.div(a, b, /)¶: Same as a / b.

ttstatistics.core.operations.micro.floor(x, /)¶

Return the floor of x as an Integral.

This is the largest integer <= x.

ttstatistics.core.operations.micro.floorDiv(a, b, /)¶: Same as a // b.

ttstatistics.core.operations.micro.mod(a, b, /)¶: Same as a % b.

ttstatistics.core.operations.micro.mul(a, b, /)¶: Same as a * b.

ttstatistics.core.operations.micro.sub(a, b, /)¶: Same as a - b.

Combinations¶

ttstatistics.core.operations.combinations._regular.RegularCombination¶: alias of RegularCombinationImpl

ttstatistics.core.operations.combinations._selective.Selective¶: alias of SelectiveImpl