How to generate timeseries using Pandas and Seaborn?

This recipe helps you generate timeseries using Pandas and Seaborn

Recipe Objective

Have you ever worked on time series data, a dataset in which targets depends on the time and data. For this you have to convert the data set into time series dataset.

This data science python source code does the following:
1.Creating your own pandas series and timestams them.
2. Visualizes the series using seaborn libraries

So this is the recipe on we can generate timeseries using Pandas and Seaborn.

Get Access to Time Series Analysis Real World Projects in Python

Step 1 - Import the library

import pandas as pd import matplotlib.pyplot as plt import seaborn as sns

We have imported pandas, seaborn and matplotlib.pyplot which is needed.

Step 2 - Setting up the Data

We have created a dictionary of data and passed it in pd.DataFrame to make a dataframe. In the dictionary we have many features named 'date', 'regiment_1', 'regiment_2', etc. We have set index as date and rest other as features. data = {'date': ['2014-05-01 18:47:05.069722', '2014-05-01 18:47:05.119994', '2014-05-02 18:47:05.178768', '2014-05-02 18:47:05.230071', '2014-05-02 18:47:05.230071', '2014-05-02 18:47:05.280592', '2014-05-04 18:47:05.436523', '2014-05-04 18:47:05.486877'], 'regiment_1': [14, 26, 25, 14, 31, 25, 62, 41], 'regiment_2': [52, 66, 78, 15, 25, 25, 86, 1], 'regiment_3': [13, 26, 25, 62, 24, 14, 15, 15], 'regiment_4': [44, 15, 15, 14, 54, 25, 24, 72], 'regiment_5': [25, 24, 5, 25, 25, 27, 62, 5], 'regiment_6': [14, 15, 15, 14, 26, 25, 62, 24], 'regiment_7': [46, 57, 26, 15, 26, 25, 62, 41]} df = pd.DataFrame(data, columns = ['date', 'regiment_1', 'regiment_2', 'regiment_3', 'regiment_4', 'regiment_5', 'regiment_6', 'regiment_7']) df = df.set_index(df.date) print(); print(df)

Step 3 - Making Time Series

We have passed features from sns.tsplot to make time series plot of different features with index as date. sns.tsplot([df.regiment_1, df.regiment_2, df.regiment_3, df.regiment_4, df.regiment_5, df.regiment_6, df.regiment_7]) plt.show() So the output comes as

                                                  date  regiment_1  \
date                                                                 
2014-05-01 18:47:05.069722  2014-05-01 18:47:05.069722          14   
2014-05-01 18:47:05.119994  2014-05-01 18:47:05.119994          26   
2014-05-02 18:47:05.178768  2014-05-02 18:47:05.178768          25   
2014-05-02 18:47:05.230071  2014-05-02 18:47:05.230071          14   
2014-05-02 18:47:05.230071  2014-05-02 18:47:05.230071          31   
2014-05-02 18:47:05.280592  2014-05-02 18:47:05.280592          25   
2014-05-04 18:47:05.436523  2014-05-04 18:47:05.436523          62   
2014-05-04 18:47:05.486877  2014-05-04 18:47:05.486877          41   

                            regiment_2  regiment_3  regiment_4  regiment_5  \
date                                                                         
2014-05-01 18:47:05.069722          52          13          44          25   
2014-05-01 18:47:05.119994          66          26          15          24   
2014-05-02 18:47:05.178768          78          25          15           5   
2014-05-02 18:47:05.230071          15          62          14          25   
2014-05-02 18:47:05.230071          25          24          54          25   
2014-05-02 18:47:05.280592          25          14          25          27   
2014-05-04 18:47:05.436523          86          15          24          62   
2014-05-04 18:47:05.486877           1          15          72           5   

                            regiment_6  regiment_7  
date                                                
2014-05-01 18:47:05.069722          14          46  
2014-05-01 18:47:05.119994          15          57  
2014-05-02 18:47:05.178768          15          26  
2014-05-02 18:47:05.230071          14          15  
2014-05-02 18:47:05.230071          26          26  
2014-05-02 18:47:05.280592          25          25  
2014-05-04 18:47:05.436523          62          62  
2014-05-04 18:47:05.486877          24          41  

Download Materials

What Users are saying..

profile image

Jingwei Li

Graduate Research assistance at Stony Brook University
linkedin profile url

ProjectPro is an awesome platform that helps me learn much hands-on industrial experience with a step-by-step walkthrough of projects. There are two primary paths to learn: Data Science and Big Data.... Read More

Relevant Projects

OpenCV Project for Beginners to Learn Computer Vision Basics
In this OpenCV project, you will learn computer vision basics and the fundamentals of OpenCV library using Python.

Azure Text Analytics for Medical Search Engine Deployment
Microsoft Azure Project - Use Azure text analytics cognitive service to deploy a machine learning model into Azure Databricks

Personalized Medicine: Redefining Cancer Treatment
In this Personalized Medicine Machine Learning Project you will learn to classify genetic mutations on the basis of medical literature into 9 classes.

Build Piecewise and Spline Regression Models in Python
In this Regression Project, you will learn how to build a piecewise and spline regression model from scratch in Python to predict the points scored by a sports team.

Build Multi Class Text Classification Models with RNN and LSTM
In this Deep Learning Project, you will use the customer complaints data about consumer financial products to build multi-class text classification models using RNN and LSTM.

MLOps Project to Build Search Relevancy Algorithm with SBERT
In this MLOps SBERT project you will learn to build and deploy an accurate and scalable search algorithm on AWS using SBERT and ANNOY to enhance search relevancy in news articles.

AWS MLOps Project to Deploy Multiple Linear Regression Model
Build and Deploy a Multiple Linear Regression Model in Python on AWS

Image Classification Model using Transfer Learning in PyTorch
In this PyTorch Project, you will build an image classification model in PyTorch using the ResNet pre-trained model.

End-to-End Speech Emotion Recognition Project using ANN
Speech Emotion Recognition using RAVDESS Audio Dataset - Build an Artificial Neural Network Model to Classify Audio Data into various Emotions like Sad, Happy, Angry, and Neutral

Abstractive Text Summarization using Transformers-BART Model
Deep Learning Project to implement an Abstractive Text Summarizer using Google's Transformers-BART Model to generate news article headlines.