vastorbit.sql.functions.sinh¶

vastorbit.sql.functions.sinh(expr: Annotated[str | list[str] | StringSQL | list[StringSQL], '']) → StringSQL¶

Hyperbolic Sine.

Parameters:: expr (SQLExpression) – Expression.
Returns:: SQL string.
Return type:: StringSQL

Examples

First, let’s import the VastFrame in order to create a dummy dataset.

from vastorbit import VastFrame

Now, let’s import the vastorbit SQL functions.

import vastorbit.sql.functions as vof

We can now build a dummy dataset.

df = VastFrame({"x": [3.1415, 6, 4.5, 7]})

Now, let’s go ahead and apply the function.

df["sinh_x"] = vof.sinh(df["x"])
display(df)

	123 x Decimal(14,4) 100%	123 sinh_x Double 100%
1	4.5	45.003011151991785
2	6.0	201.71315737027922
3	3.1415	11.547665370743681
4	7.0	548.3161232732465

Note

It’s crucial to utilize vastorbit SQL functions in coding, as they can be updated over time with new syntax. While SQL functions typically remain stable, they may vary across platforms or versions. vastorbit effectively manages these changes, a task not achievable with pure SQL.