#           
## Overview
The **`floor_divide()` function** in Python is used to return the largest integer `<=` to the division of the `x1` and `x2` inputs. The `//` operator in Python is equivalent to the `floor_divide()` function.

## Syntax
```
numpy.floor_divide(x1, x2, out=None, where=True)
```

## Parameters
### Required 

The `floor_divide()` function takes the following mandatory parameter values:

* **`x1`**: Represents the numerator input.

* **`x2`**: Represents the denominator input.


### Optional
The `floor_divide()` function takes the following optional parameter values:

* **`out`**: Represents the location where the result is stored.

* **`where`**: Represents the condition that is broadcasted over the input.


## Return value
The `floor_divide()` function returns the floor value of the ($\frac{x1}{x2}$). It will be a scalar value if both inputs are scalars.

## Example
Let's look at the example below:


import numpy as np

# creating my numerator and demominatorn inputs
x1 = np.arange(6) + 1
x2 = 2.5

# implementing the floor_divide() function
floorvalue = np.floor_divide(x1, x2)

print(floorvalue)

## Explanation 
* Line 1: We import the `numpy` module.

* Line 4: We create the numerator variable, `x1`.

* Line 5: We create the denominator variable, `x2`.

* Line 8: We implement the `floor_divide()` function on both variables. The result is assigned to a variable `floorvalue`.

* Line 10: We print the variable `floorvalue`.


What is the numpy.floor_divide() function in Python?

Returns the largest integer ≤ division of inputs, equivalent to // operator, with optional output location and condition parameters.