This code defines a Python function named `export_Uz_vectors` that appears...
August 30, 2025 at 08:59 AM
This code defines a Python function named export_Uz_vectors
that appears to be used for exporting data, likely vector-related, with certain customizations.
Here’s a breakdown of what this code does:
-
Definition:
- The function,
export_Uz_vectors
, accepts four arguments:Uz
: Presumably, this is the main data (likely a collection of vectors) that the function processes or exports.path
: The file path or destination where the data will be exported.object_name
(keyword-only argument): Specifies a name for the object being exported, with a default value of"Utarget_west"
.precision
(keyword-only argument): Indicates the numerical precision (number of decimal places) to use for exporting the data, with a default value of6
.
- The function,
-
Parameters:
object_name
andprecision
are keyword-only arguments because they're defined after the*
in the function signature. This means you can only set these parameters by explicitly naming them in the function call (e.g.,export_Uz_vectors(Uz, path, object_name="MyObject")
).
-
Purpose:
- While the function body is not provided, based on the name and arguments, this function likely processes or formats the
Uz
vectors and writes them to the file specified bypath
. - The
object_name
might define a label or identifier for the vectors in whatever file format is being used. - The
precision
suggests control over the formatting of numerical data, ensuring output numbers are written with the specified number of decimal places.
- While the function body is not provided, based on the name and arguments, this function likely processes or formats the
Example Potential Usage:
export_Uz_vectors(Uz=data, path="output.txt", object_name="VectorSet1", precision=8)
This could export the data
(stored in Uz
) to a file output.txt
, label the object as "VectorSet1"
, and ensure numeric values in the output have 8 decimal places. Without a body for the function, this explanation is based on the parameter names and typical conventions.
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