teradataml DataFrameColumn supports following set of regular arithmetic functions.
See the Arithmetic Functions section of Teradata Package for Python Function Reference on VantageCloud Lake at https://docs.teradata.com/ for detailed description and usage examples of these functions.
| Sr. No. | Function Name | Description |
|---|---|---|
| 1 | cbrt() | Computes the cube root of values in the column. |
| 2 | hex() | Computes the Hexadecimal from decimal for the values in the column. |
| 3 | hypot() | Computes the hypotenuse for the values between two columns. |
| 4 | unhex() | Computes the decimal from Hexadecimal for the values in the column. |
| 5 | abs() | Computes the absolute value. |
| 6 | ceil() | Returns the ceiling value of the column. |
| 7 | ceiling() | It is an alias for ceil() function. |
| 8 | degrees() | Converts radians value from the column to degrees. |
| 9 | exp() | Raises e (the base of natural logarithms) to the power of the value in the column, where e = 2.71828182845905. |
| 10 | floor() | Returns the largest integer equal to or less than the value in the column. |
| 11 | ln() | Computes the natural logarithm of values in column. |
| 12 | log10() | Computes the base 10 logarithm. |
| 13 | mod() | Returns the modulus of the column. |
| 14 | pmod() | It is an alias for mod() function. |
| 15 | nullifzero() | Converts data from zero to null to avoid problems with division by zero. |
| 16 | pow() | Computes the power of the column raised to expression or constant. |
| 17 | power() | It is an alias for pow() function. |
| 18 | radians() | Converts degree value from the column to radians. |
| 19 | round() | Returns the rounded off value. |
| 20 | sign() | Returns the sign. |
| 21 | signum() | It is an alias for sign() function. |
| 22 | sqrt() | Computes the square root of values in the column. |
| 23 | trunc() | Provides the truncated value of columns. |
| 24 | width_bucket() | Returns the number of the partition to which column is assigned. |
| 25 | zeroifnull() | Converts data from null to zero to avoid problems with null. |
| 27 | isnan() | Evaluates expression to determine if the floating-point argument is a NaN (Not-a-Number) value. |
| 28 | isinf() | Evaluates expression to determine if the floating-point argument is an infinite number. |
| 29 | isfinite() | Evaluates expression to determine if it is a finite floating value. |