HighVolumeTipRack

Rack with 96 10ul Low Volume Tip

MRO: Resource
⎿⎽Labware
⎿⎽⎽Group
⎿⎽⎽⎽Rack
⎿⎽⎽⎽⎽TipRack
⎿⎽⎽⎽⎽⎽HighVolumeTipRack
Decorators: dataclasses.dataclass

Methods

__init__(
self,
tags : dict,
children : collections.abc.Sequence[TipSpot],
filled_with : dataclasses.InitVar[typing.Union[None, T, type[T]]],
filled_at : dataclasses.InitVar[typing.Optional[collections.abc.Sequence[typing.SupportsIndex]]],
cols : int,
rows : int,
dimensions : Vector
) -> None
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  tags
  Type
  dict
  Default
  Description
- Name
  children
  Type
  collections.abc.Sequence[TipSpot]
  Default
  Description
- Name
  filled_with
  Type
  dataclasses.InitVar[typing.Union[None, T, type[T]]]
  Default
  = None
  Description
- Name
  filled_at
  Type
  dataclasses.InitVar[typing.Optional[collections.abc.Sequence[typing.SupportsIndex]]]
  Default
  = None
  Description
- Name
  cols
  Type
  int
  Default
  = 12
  Description
- Name
  rows
  Type
  int
  Default
  = 8
  Description
- Name
  dimensions
  Type
  Vector
  Default
  Description
@log()
next_tips(self, count : int) -> list[TipSpot]
The next available tip spot that is filled with a tip.
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  count
  Type
  int
  Default
  = 1
  Description
Response
Type
list[TipSpot]
Description
The tip spot of the first available tip.
Exceptions
Type
MissingError
Description
If the tip rack is empty.
@log()
first_spots(self, count : int) -> list[TipSpot]
The first available tip spot that is empty.
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  count
  Type
  int
  Default
  = 1
  Description
Response
Type
list[TipSpot]
Description
The tip spot of the first empty spot.
Exceptions
Type
OccupiedError
Description
If the tip rack is full.
@typing_extensions.override
_index(self, key : typing.Union[int, str, slice]) -> typing.Union[int, slice]
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  key
  Type
  typing.Union[int, str, slice]
  Default
  Description
Response
Type
typing.Union[int, slice]
Description
__post_init__(
self,
filled_with : typing.Union[None, T, type[T]],
filled_at : typing.Optional[collections.abc.Sequence[typing.SupportsIndex]],
*kwargs
) -> None
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  filled_with
  Type
  typing.Union[None, T, type[T]]
  Default
  Description
- Name
  filled_at
  Type
  typing.Optional[collections.abc.Sequence[typing.SupportsIndex]]
  Default
  Description
- Name
  *kwargs
  Type
  Default
  = ()
  Description
get(self, key : typing.Union[int, str]) -> typing.Optional[T]
Access the labware in the spot at the given key.
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  key
  Type
  typing.Union[int, str]
  Default
  Description
  The key of the spot from which to access the labware.
Response
Type
typing.Optional[T]
Description
@log()
add(self, labware : T, key : typing.Union[int, str]) -> None
Add labware to the spot at the given key.
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  labware
  Type
  T
  Default
  Description
  The labware to add to the spot.
- Name
  key
  Type
  typing.Union[int, str]
  Default
  Description
  The key of the spot where to add the labware.
@log()
fill(self, labware : typing.Union[T, type[T], collections.abc.Sequence[T]], spots : typing.Optional[collections.abc.Sequence[Spot[T]]]) -> None
Fill the spots of the rack with the given labware.
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  labware
  Type
  typing.Union[T, type[T], collections.abc.Sequence[T]]
  Default
  Description
  The labware to assign to the spots. Pass either a class or instance of labware that is copied or a list with the labware instance for each spot.
- Name
  spots
  Type
  typing.Optional[collections.abc.Sequence[Spot[T]]]
  Default
  = None
  Description
  The spots in which to assign the labware.
@log()
remove(self, key : typing.Union[int, str]) -> typing.Optional[T]
Remove labware from the spot at the given key.
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  key
  Type
  typing.Union[int, str]
  Default
  Description
  The key of the spot from where to remove the labware.
Response
Type
typing.Optional[T]
Description
The labware that was removed, if any.
@log()
clear(self, spots : typing.Optional[collections.abc.Sequence[Spot[T]]]) -> collections.abc.Sequence[typing.Optional[T]]
Clear the spots of the rack.
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  spots
  Type
  typing.Optional[collections.abc.Sequence[Spot[T]]]
  Default
  = None
  Description
  The spots from which to unassign the labware.
Response
Type
collections.abc.Sequence[typing.Optional[T]]
Description
The list of labware that was removed, if any.
__setitem__(self, key : typing.Union[int, str, slice], value : typing.Union[typing.Optional[T], collections.abc.Sequence[typing.Optional[T]]]) -> None
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  key
  Type
  typing.Union[int, str, slice]
  Default
  Description
- Name
  value
  Type
  typing.Union[typing.Optional[T], collections.abc.Sequence[typing.Optional[T]]]
  Default
  Description
__delitem__(self, key : typing.Union[int, str, slice]) -> None
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  key
  Type
  typing.Union[int, str, slice]
  Default
  Description
__init_subclass__(cls) -> None
Parameters
- Name
  cls
  Type
  Default
  Description
@typing_extensions.override
rotate_by(self, angle : int) -> None
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  angle
  Type
  int
  Default
  Description
find(self, identifier) -> None
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  identifier
  Type
  Default
  Description
__contains__(self, item : typing.Any) -> bool
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  item
  Type
  typing.Any
  Default
  Description
Response
Type
bool
Description
__getitem__(self, key : typing.Union[int, str, slice]) -> typing.Union[T, collections.abc.Sequence[T]]
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  key
  Type
  typing.Union[int, str, slice]
  Default
  Description
Response
Type
typing.Union[T, collections.abc.Sequence[T]]
Description
__len__(self) -> int
The number of children in this group.
Response
Type
int
Description
The number of children in this group.
__iter__(self) -> collections.abc.Iterator[T]
Iterate over the children of this group.
Response
Type
collections.abc.Iterator[T]
Description
An iterator to iterate over all children in this group.
copy(self, **changes) -> None
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  **changes
  Type
  Default
  = {}
  Description
serialize(self) -> JsonSchema
Response
Type
JsonSchema
Description
assign_to(self, parent : Group) -> None
Set the parent of this resource to the given group.
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  parent
  Type
  Group
  Default
  Description
  The group to which this resource is assigned to.
@deprecation.deprecated(deprecated_in='0.1.20', removed_in='0.2.0', current_version=__version__, details='Use `rotate_by` instead.')
rotate(self, angle : int) -> None
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  angle
  Type
  int
  Default
  Description
rotate_to(self, angle : int) -> None
Rotate to the given absolute angle in degrees.
Parameters
- Name
  self
  Type
  Default
  Description
- Name
  angle
  Type
  int
  Default
  Description
  The angle in degrees to rotate the resource. Must be a multiple of 90°.
@classmethod
deserialize(cls, identifier : str, schema : JsonSchema) -> typing_extensions.Self
Deserialize a JSON-like dictionary to a resource.
Parameters
- Name
  cls
  Type
  Default
  Description
- Name
  identifier
  Type
  str
  Default
  Description
  The identifier of the resource to deserialize.
- Name
  schema
  Type
  JsonSchema
  Default
  Description
  The JSON-like dictionary with the resource's data.
Response
Type
typing_extensions.Self
Description
The newly created resource.
@classmethod
subclass_by_name(cls, name : str) -> typing.Optional[type[Resource]]
Recursively find a resource subclass with the given name.
Parameters
- Name
  cls
  Type
  Default
  Description
- Name
  name
  Type
  str
  Default
  Description
  The name of the class to find.
Response
Type
typing.Optional[type[Resource]]
Description
The class with the given name, or `None` if no such class exists.
Exceptions
Type
TypeError
Description
If the name is not a valid class name.

Attributes

Name
dimensions
Type
Vector
Value
= dataclasses.field(default_factory=lambda: Vector(x=122.4, y=82.6, z=20.0))
Description
Name
rows
Type
int
Value
= 8
Description
Name
cols
Type
int
Value
= 12
Description
Name
children
Type
collections.abc.Sequence[TipSpot]
Value
= dataclasses.field(repr=False, default_factory=lambda: [TipSpot(dimensions=dimensions).copy(location=location) for (location, dimensions) in place(HighVolumeTipRack.cols, HighVolumeTipRack.rows, item=Vector(x=9.0, y=9.0, z=0), boundary=Vector(x=122.4, y=82.6, z=0), offset=Vector(z=-83.5))])
Description
Name
logger
Type
logging.Logger
Value
= None
Description
Name
tags
Type
dict
Value
= dataclasses.field(default_factory=dict)
Description
Name
identifier
Type
str
Value
= dataclasses.field(default_factory=lambda: str(uuid.uuid4().hex[:8]))
Description
Name
rotation
Type
int
Value
= 0
Description
Name
location
Type
typing.Optional[Vector]
Value
= None
Description
Name
Schema
Type
type[marshmallow.Schema]
Value
= marshmallow.Schema
Description
Name
name
Type
str
Value
= None
Description
A human readable name to identify resources.
Name
absolute_location
Type
Vector
Value
= None
Description
The absolute location of this resource.
Name
width
Type
decimal.Decimal
Value
= None
Description
The size of the resource along the x-axis.
Name
depth
Type
decimal.Decimal
Value
= None
Description
The size of the resource along the y-axis.
Name
height
Type
decimal.Decimal
Value
= None
Description
The size of the resource along the z-axis.
Name
center
Type
Vector
Value
= None
Description
The center base of this resource.

HighVolumeTipRack

Methods

__init__(self, tags : dict, children : collections.abc.Sequence[TipSpot], filled_with : dataclasses.InitVar[typing.Union[None, T, type[T]]], filled_at : dataclasses.InitVar[typing.Optional[collections.abc.Sequence[typing.SupportsIndex]]], cols : int, rows : int, dimensions : Vector) -> None

Parameters

@log()next_tips(self, count : int) -> list[TipSpot]

Parameters

Response

Exceptions

@log()first_spots(self, count : int) -> list[TipSpot]

Parameters

Response

Exceptions

@typing_extensions.override_index(self, key : typing.Union[int, str, slice]) -> typing.Union[int, slice]

Parameters

Response

__post_init__(self, filled_with : typing.Union[None, T, type[T]], filled_at : typing.Optional[collections.abc.Sequence[typing.SupportsIndex]], *kwargs) -> None

Parameters

get(self, key : typing.Union[int, str]) -> typing.Optional[T]

Parameters

Response

@log()add(self, labware : T, key : typing.Union[int, str]) -> None

Parameters

@log()fill(self, labware : typing.Union[T, type[T], collections.abc.Sequence[T]], spots : typing.Optional[collections.abc.Sequence[Spot[T]]]) -> None

Parameters

@log()remove(self, key : typing.Union[int, str]) -> typing.Optional[T]

Parameters

Response

@log()clear(self, spots : typing.Optional[collections.abc.Sequence[Spot[T]]]) -> collections.abc.Sequence[typing.Optional[T]]

Parameters

Response

__setitem__(self, key : typing.Union[int, str, slice], value : typing.Union[typing.Optional[T], collections.abc.Sequence[typing.Optional[T]]]) -> None

Parameters

__delitem__(self, key : typing.Union[int, str, slice]) -> None

Parameters

__init_subclass__(cls) -> None

Parameters

@typing_extensions.overriderotate_by(self, angle : int) -> None

Parameters

find(self, identifier) -> None

Parameters

__contains__(self, item : typing.Any) -> bool

Parameters

Response

__getitem__(self, key : typing.Union[int, str, slice]) -> typing.Union[T, collections.abc.Sequence[T]]

Parameters

Response

__len__(self) -> int

Response

__iter__(self) -> collections.abc.Iterator[T]

Response

copy(self, **changes) -> None

Parameters

serialize(self) -> JsonSchema

Response

assign_to(self, parent : Group) -> None

Parameters

@deprecation.deprecated(deprecated_in='0.1.20', removed_in='0.2.0', current_version=__version__, details='Use `rotate_by` instead.')rotate(self, angle : int) -> None

Parameters

rotate_to(self, angle : int) -> None

Parameters

@classmethoddeserialize(cls, identifier : str, schema : JsonSchema) -> typing_extensions.Self

Parameters

Response

@classmethodsubclass_by_name(cls, name : str) -> typing.Optional[type[Resource]]

Parameters

Response

Exceptions

Attributes

init(
self,
tags : dict,
children : collections.abc.Sequence[TipSpot],
filled_with : dataclasses.InitVar[typing.Union[None, T, type[T]]],
filled_at : dataclasses.InitVar[typing.Optional[collections.abc.Sequence[typing.SupportsIndex]]],
cols : int,
rows : int,
dimensions : Vector
) -> None

@log()
next_tips(self, count : int) -> list[TipSpot]

@log()
first_spots(self, count : int) -> list[TipSpot]

@typing_extensions.override
_index(self, key : typing.Union[int, str, slice]) -> typing.Union[int, slice]

__post_init__(
self,
filled_with : typing.Union[None, T, type[T]],
filled_at : typing.Optional[collections.abc.Sequence[typing.SupportsIndex]],
*kwargs
) -> None

@log()
add(self, labware : T, key : typing.Union[int, str]) -> None

@log()
fill(self, labware : typing.Union[T, type[T], collections.abc.Sequence[T]], spots : typing.Optional[collections.abc.Sequence[Spot[T]]]) -> None

@log()
remove(self, key : typing.Union[int, str]) -> typing.Optional[T]

@log()
clear(self, spots : typing.Optional[collections.abc.Sequence[Spot[T]]]) -> collections.abc.Sequence[typing.Optional[T]]

setitem(self, key : typing.Union[int, str, slice], value : typing.Union[typing.Optional[T], collections.abc.Sequence[typing.Optional[T]]]) -> None

delitem(self, key : typing.Union[int, str, slice]) -> None

@typing_extensions.override
rotate_by(self, angle : int) -> None

contains(self, item : typing.Any) -> bool

getitem(self, key : typing.Union[int, str, slice]) -> typing.Union[T, collections.abc.Sequence[T]]

len(self) -> int

iter(self) -> collections.abc.Iterator[T]

@deprecation.deprecated(deprecated_in='0.1.20', removed_in='0.2.0', current_version=version, details='Use `rotate_by` instead.')
rotate(self, angle : int) -> None

@classmethod
deserialize(cls, identifier : str, schema : JsonSchema) -> typing_extensions.Self

@classmethod
subclass_by_name(cls, name : str) -> typing.Optional[type[Resource]]