pylabrobot.resources.Plate.__init__#

Plate.__init__(name: str, size_x: float, size_y: float, size_z: float, items: Optional[List[List[pylabrobot.resources.well.Well]]] = None, num_items_x: Optional[int] = None, num_items_y: Optional[int] = None, one_dot_max: Optional[float] = 0, category: str = 'plate', lid_height: float = 0, with_lid: bool = False, compute_volume_from_height: Optional[Callable[[float], float]] = None, model: Optional[str] = None)#

Initialize a Plate resource.

Parameters
  • name (str) – Name of the plate.

  • size_x (float) – Size of the plate in the x direction.

  • size_y (float) – Size of the plate in the y direction.

  • size_z (float) – Size of the plate in the z direction.

  • dx – The distance between the start of the plate and the center of the first well (A1) in the x direction.

  • dy – The distance between the start of the plate and the center of the first well (A1) in the y direction.

  • dz – The distance between the start of the plate and the center of the first well (A1) in the z direction.

  • num_items_x (Optional[int]) – Number of wells in the x direction.

  • num_items_y (Optional[int]) – Number of wells in the y direction.

  • well_size_x – Size of the wells in the x direction.

  • well_size_y – Size of the wells in the y direction.

  • one_dot_max (Optional[float]) – I don’t know. Hamilton specific.

  • lid_height (float) – Height of the lid in mm, only used if with_lid is True.

  • with_lid (bool) – Whether the plate has a lid.

  • items (Optional[List[List[pylabrobot.resources.well.Well]]]) –

  • category (str) –

  • compute_volume_from_height (Optional[Callable[[float], float]]) –

  • model (Optional[str]) –