MATLAB® Notes for Professionals book

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Chapter 1: Getting started with MATLAB Language
	Section 1.1: Indexing matrices and arrays
	Section 1.2: Anonymous functions and function handles
	Section 1.3: Matrices and Arrays
	Section 1.4: Cell arrays
	Section 1.5: Hello World
	Section 1.6: Scripts and Functions
	Section 1.7: Helping yourself
	Section 1.8: Data Types
	Section 1.9: Reading Input & Writing Output
Chapter 2: Initializing Matrices or arrays
	Section 2.1: Creating a matrix of 0s
	Section 2.2: Creating a matrix of 1s
	Section 2.3: Creating an identity matrix
Chapter 3: Conditions
	Section 3.1: IF condition
	Section 3.2: IF-ELSE condition
	Section 3.3: IF-ELSEIF condition
	Section 3.4: Nested conditions
Chapter 4: Functions
	Section 4.1: nargin, nargout
Chapter 5: Set operations
	Section 5.1: Elementary set operations
Chapter 6: Documenting functions
	Section 6.1: Obtaining a function signature
	Section 6.2: Simple Function Documentation
	Section 6.3: Local Function Documentation
	Section 6.4: Documenting a Function with an Example Script
Chapter 7: Using functions with logical output
	Section 7.1: All and Any with empty arrays
Chapter 8: For loops
	Section 8.1: Iterate over columns of matrix
	Section 8.2: Notice: Weird same counter nested loops
	Section 8.3: Iterate over elements of vector
	Section 8.4: Nested Loops
	Section 8.5: Loop 1 to n
	Section 8.6: Loop over indexes
Chapter 9: Object-Oriented Programming
	Section 9.1: Value vs Handle classes
	Section 9.2: Constructors
	Section 9.3: Defining a class
	Section 9.4: Inheriting from classes and abstract classes
Chapter 10: Vectorization
	Section 10.1: Use of bsxfun
	Section 10.2: Implicit array expansion (broadcasting) [R2016b]
	Section 10.3: Element-wise operations
	Section 10.4: Logical Masking
	Section 10.5: Sum, mean, prod & co
	Section 10.6: Get the value of a function of two or more arguments
Chapter 11: Matrix decompositions
	Section 11.1: Schur decomposition
	Section 11.2: Cholesky decomposition
	Section 11.3: QR decomposition
	Section 11.4: LU decomposition
	Section 11.5: Singular value decomposition
Chapter 12: Graphics: 2D Line Plots
	Section 12.1: Split line with NaNs
	Section 12.2: Multiple lines in a single plot
	Section 12.3: Custom colour and line style orders
Chapter 13: Graphics: 2D and 3D Transformations
	Section 13.1: 2D Transformations
Chapter 14: Controlling Subplot coloring in MATLAB
	Section 14.1: How it\'s done
Chapter 15: Image processing
	Section 15.1: Basic image I/O
	Section 15.2: Retrieve Images from the Internet
	Section 15.3: Filtering Using a 2D FFT
	Section 15.4: Image Filtering
	Section 15.5: Measuring Properties of Connected Regions
Chapter 16: Drawing
	Section 16.1: Circles
	Section 16.2: Arrows
	Section 16.3: Ellipse
	Section 16.4: Pseudo 4D plot
	Section 16.5: Fast drawing
	Section 16.6: Polygon(s)
Chapter 17: Financial Applications
	Section 17.1: Random Walk
	Section 17.2: Univariate Geometric Brownian Motion
Chapter 18: Fourier Transforms and Inverse Fourier Transforms
	Section 18.1: Implement a simple Fourier Transform in MATLAB
	Section 18.2: Images and multidimensional FTs
	Section 18.3: Inverse Fourier Transforms
Chapter 19: Ordinary Dierential Equations (ODE) Solvers
	Section 19.1: Example for odeset
Chapter 20: Interpolation with MATLAB
	Section 20.1: Piecewise interpolation 2 dimensional
	Section 20.2: Piecewise interpolation 1 dimensional
	Section 20.3: Polynomial interpolation
Chapter 21: Integration
	Section 21.1: Integral, integral2, integral3
Chapter 22: Reading large files
	Section 22.1: textscan
	Section 22.2: Date and time strings to numeric array fast
Chapter 23: Usage of `accumarray()` Function
	Section 23.1: Apply Filter to Image Patches and Set Each Pixel as the Mean of the Result of Each Patch
	Section 23.2: Finding the maximum value among elements grouped by another vector
Chapter 24: Introduction to MEX API
	Section 24.1: Check number of inputs/outputs in a C++ MEX-file
	Section 24.2: Input a string, modify it in C, and output it
	Section 24.3: Passing a struct by field names
	Section 24.4: Pass a 3D matrix from MATLAB to C
Chapter 25: Debugging
	Section 25.1: Working with Breakpoints
	Section 25.2: Debugging Java code invoked by MATLAB
Chapter 26: Performance and Benchmarking
	Section 26.1: Identifying performance bottlenecks using the Profiler
	Section 26.2: Comparing execution time of multiple functions
	Section 26.3: The importance of preallocation
	Section 26.4: It\'s ok to be `single`!
Chapter 27: Multithreading
	Section 27.1: Using parfor to parallelize a loop
	Section 27.2: Executing commands in parallel using a \"Single Program, Multiple Data\" (SPMD) statement
	Section 27.3: Using the batch command to do various computations in parallel
	Section 27.4: When to use parfor
Chapter 28: Using serial ports
	Section 28.1: Creating a serial port on Mac/Linux/Windows
	Section 28.2: Choosing your communication mode
	Section 28.3: Automatically processing data received from a serial port
	Section 28.4: Reading from the serial port
	Section 28.5: Closing a serial port even if lost, deleted or overwritten
	Section 28.6: Writing to the serial port
Chapter 29: Undocumented Features
	Section 29.1: Color-coded 2D line plots with color data in third dimension
	Section 29.2: Semi-transparent markers in line and scatter plots
	Section 29.3: C++ compatible helper functions
	Section 29.4: Scatter plot jitter
	Section 29.5: Contour Plots - Customise the Text Labels
	Section 29.6: Appending / adding entries to an existing legend
Chapter 30: MATLAB Best Practices
	Section 30.1: Indent code properly
	Section 30.2: Avoid loops
	Section 30.3: Keep lines short
	Section 30.4: Use assert
	Section 30.5: Block Comment Operator
	Section 30.6: Create Unique Name for Temporary File
Chapter 31: MATLAB User Interfaces
	Section 31.1: Passing Data Around User Interface
	Section 31.2: Making a button in your UI that pauses callback execution
	Section 31.3: Passing data around using the \"handles\" structure
	Section 31.4: Performance Issues when Passing Data Around User Interface
Chapter 32: Useful tricks
	Section 32.1: Extract figure data
	Section 32.2: Code Folding Preferences
	Section 32.3: Functional Programming using Anonymous Functions
	Section 32.4: Save multiple figures to the same .fig file
	Section 32.5: Comment blocks
	Section 32.6: Useful functions that operate on cells and arrays
Chapter 33: Common mistakes and errors
	Section 33.1: The transpose operators
	Section 33.2: Do not name a variable with an existing function name
	Section 33.3: Be aware of floating point inaccuracy
	Section 33.4: What you see is NOT what you get: char vs cellstring in the command window
	Section 33.5: Undefined Function or Method X for Input Arguments of Type Y
	Section 33.6: The use of \"i\" or \"j\" as imaginary unit, loop indices or common variable
	Section 33.7: Not enough input arguments
	Section 33.8: Using `length` for multidimensional arrays
	Section 33.9: Watch out for array size changes
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