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Ethereum: Regarding addition of Index with loops in same column in Python Numpy and Pandas

Here is an article on how to add lines to a column in the same column using numpy loops and pandas:

Adding lines to a column in the same column

When working with Binance cryptocurrency data, it can be a challenge to deal with large data sets. A common problem is when we need to perform automated data operations, such as adding new features or lines to existing columns.

In this article, we will explore how to add lines to a column in the same column using Numpy and Pandas.

Why lines vs columns?

Before we dive into the solution, we will argue quickly why we are working with lines instead of columns. In most cases, cryptocurrency data is stored in a 1-dimensional matrix (eg numpy), where each line represents a single observation or sample. Adding a new column to this matrix can be as simple as attaching a new element at the end of the matrix.

Solution: Using loops

However, when working with large data sets, we may need to perform operations on all lines in a specific column. In such cases, the use of loops is an effective way to add new lines to the same column.

Here is a step -by -step solution:

`Python

import pandas like PD

import numpy as np

Ethereum: Regarding addition of Index with loops in same column in Python Numpy and Pandas

Convert Binance Data to Pandas Dataframe and Numpy Array

df = pd.dataframe ({‘price’: [100, 200, 300]})

replace with your data

Array = np.array ([1, 2, 3])

replace with your data

Define the column index (based on 0)

Col_index = 0

Initialize an empty list to store new lines

New_rows = []

Make a loop through each line in Dataframe (or matrix)

For i, enumerated value (df [col_index]):

Attach a new line to the list

New_row = {

‘Price’: df [col_index] [i] + np.random.uniform (-0.1, 0.1)

Add some randomness for demo purposes

}

new_rows.append (new_row)

Concaten the new lines with the original dataframe (or matrix)

df.Loc [:, col_index] = pd.concat (new_rows, ignore_index = true) .Tolist ()

`

In this solution:

  • We return through each line in the specified column using enumerate '.

  • For each line, we attached a new line to thenew_rowslist.

  • We use the Pandas'Concat ()` function to concatenate the new lines with the original dataframe (or matrix) and ignore the index.

NOTE: The above solution assumes that data is stored in a 1-dimensional matrix (eg numpy). If your data is stored in a different format, you may need to modify the solution to agreement.

Using loops to add lines to the same column, we can efficiently deal with large data sets and perform automated operations in Binance cryptocurrency data.

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