000			01796nam a22002177a 4500
003			IIITD
005			20240506020003.0
008			240415b |||||||| |||| 00| 0 eng d
020			_a9781495244377
040			_aIIITD
082			_a005.133 _bJON-A
100			_aJones, Martin
245			_aAdvanced python for biologists _cby Dr. Martin jones
260			_aSan Bernardino : _bCreateSpace, _c©2014
300			_a267 p. ; _c25 cm.
500			_aIncludes index.
505			_t1. Introduction About this book Why use Python's advanced features? How to use this book Exercises and solutions A Note on Setting up Your Environment Joined-up programming Getting in touch _t2. Recursion and trees Recursively generating kmers Processing tree-like data Recap Exercise Solution _t3. Complex data structures Tuples Sets Lists of lists Lists of diets and lists of tuples Other complex structures Exercises Solutions _t4. Object-oriented Python Introduction A Simple DNA sequence class Constructors Inheritance Overriding Calling methods in the superclass Polymorphism _t5. Functional Python State and mutability Side effects Functions as objects What is to be calculated Built-in higher order functions Map Filter Sorted Reduce Writing higher-order functions Contents note continued: Exercises _t6. Iterators, comprehensions & generators Defining lists Lists and iterables List comprehensions Dictionary comprehensions Set comprehensions Iterators and generators _t7. Exception handling Catching exceptions Catching specific errors Else Blocks in Exception Handling Finally Blocks in Exception Handling Nested try/except blocks Exceptions bubble up Raising exceptions Custom exception types Exercises.
650			_aPython (Computer program language)
650			_aProgramming
942			_2ddc _cBK _01
999			_c172366 _d172366