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Python for Finance

You're reading from   Python for Finance Apply powerful finance models and quantitative analysis with Python

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Product type Paperback
Published in Jun 2017
Publisher
ISBN-13 9781787125698
Length 586 pages
Edition 2nd Edition
Languages
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Author (1):
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Yuxing Yan Yuxing Yan
Author Profile Icon Yuxing Yan
Yuxing Yan
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Toc

Table of Contents (17) Chapters Close

Preface 1. Python Basics FREE CHAPTER 2. Introduction to Python Modules 3. Time Value of Money 4. Sources of Data 5. Bond and Stock Valuation 6. Capital Asset Pricing Model 7. Multifactor Models and Performance Measures 8. Time-Series Analysis 9. Portfolio Theory 10. Options and Futures 11. Value at Risk 12. Monte Carlo Simulation 13. Credit Risk Analysis 14. Exotic Options 15. Volatility, Implied Volatility, ARCH, and GARCH Index

Merging datasets based on a date variable

To make our time-series more manageable, it is a great idea to generate a date variable. When talking about such a variable, readers could think about year (YYYY), year and month (YYYYMM) or year, month, and day (YYYYMMDD). For just the year, month, and day combination, we could have many forms. Using January 20, 2017 as an example, we could have 2017-1-20, 1/20/2017, 20Jan2017, 20-1-2017, and the like. In a sense, a true date variable, in our mind, could be easily manipulated. Usually, the true date variable takes a form of year-month-day or other forms of its variants. Assume the date variable has a value of 2000-12-31. After adding one day to its value, the result should be 2001-1-1.

Using pandas.date_range() to generate one dimensional time-series

We could easily use the pandas.date_range() function to generate our time-series; refer to the following example:

import pandas as pd
import scipy as sp
sp.random.seed(1257)
mean=0.10
std=0.2
ddate =...
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