import numpy as np
from dascore.core import get_coord
# Create a coordinate from a start, stop, and range value.
range_coord = get_coord(start=1, stop=12, step=1)
# Create an identical coordinate from an array.
array_coord = get_coord(data=np.arange(1, 12, 1))
# This array coord should return an identical coordinate
assert range_coord == array_coord
# Coordinate from an array that is sorted, but not evenly sampled
array = np.sort(np.random.rand(20))
array_coord2 = get_coord(data=array)
# Coordinate from random array
array = np.random.rand(20)
array_coord3 = get_coord(data=array)
# Create a partial coordinate of a given shape
partial_coord = get_coord(shape=(10,))get_coord
get_coord(
data: ndarray | None | BaseCoord = None,
values: ndarray | None = None,
start = None,
min = None,
stop = None,
max = None,
step = None,
units: None | pint.registry.Unit | pint.registry.Quantity | str[None, Unit, Quantity, str] = None,
shape: None | int | tuple[None, int, tuple[int, …]] = None,
dtype: str | numpy.dtype[str, dtype] = None,
)-> ‘BaseCoord’
Return a coordinate from provided inputs.
This function figures out which kind of Coordinate should be returned for provided inputs.
Parameters
| Parameter | Description |
|---|---|
| data |
An array indicating the values or an integer to specify the length of a partial coordinate. |
| values | Deprecated, use data instead. |
| start | The start value of the array, inclusive. |
| min | The minimum value, same as start. |
| stop | The stopping value of an array, exclusive. |
| step | The sampling spacing of an array. |
| units | Indication of units. |
| shape |
If an int or tuple, the output should be a partial coord of with this shape. Otherwise, leave unset. |
| dtype | Data type for coord. Often can be inferred from other arguments. |
Note
The following combinations of input parameters are typical: (start, stop, step) (values) (values, step) - useful for length 1 arrays.