Time for action – installing Python on different operating systems

Time for action – installing NumPy on Windows

Time for action – installing NumPy on Linux

Time for action – installing NumPy on Mac OS X with a GUI installer

Time for action – installing NumPy with MacPorts or Fink

Time for action – adding vectors

Beginning with NumPy Fundamentals

Time for action – creating a multidimensional array

Time for action – creating a record data type

One-dimensional slicing and indexing

Time for action – slicing and indexing multidimensional arrays

Time for action – manipulating array shapes

Time for action – stacking arrays

Time for action – splitting arrays

Time for action – converting arrays

Get into Terms with Commonly Used Functions

Time for action – reading and writing files

Time for action – loading from CSV files

Time for action – calculating volume weighted average price

Time for action – finding highest and lowest values

Time for action – doing simple statistics

Time for action – analyzing stock returns

Time for action – dealing with dates

Time for action – summarizing data

Time for action – calculating the average true range

Time for action – computing the simple moving average

Time for action – calculating the exponential moving average

Time for action – enveloping with Bollinger bands

Time for action – predicting price with a linear model

Time for action – drawing trend lines

Time for action – clipping and compressing arrays

Time for action – calculating the factorial

Convenience Functions for Your Convenience

Time for action – trading correlated pairs

Time for action – fitting to polynomials

Time for action – balancing volume

Time for action – determining the mode of stock returns

Time for action – avoiding loops with vectorize

Time for action – smoothing with the hanning function

Working with Matrices and ufuncs

Time for action – creating matrices

Creating a matrix from other matrices

Time for action – creating a matrix from other matrices

Time for action – creating universal function

Time for action – applying the ufunc methods on add

Time for action – dividing arrays

Time for action – computing the modulo

Time for action – computing Fibonacci numbers

Time for action – drawing Lissajous curves

Time for action – drawing a square wave

Time for action – drawing sawtooth and triangle waves

Bitwise and comparison functions

Time for action – twiddling bits

Move Further with NumPy Modules

Time for action – inverting matrices

Time for action – solving a linear system

Finding eigenvalues and eigenvectors

Time for action – determining eigenvalues and eigenvectors

Time for action – decomposing a matrix

Time for action – computing the pseudo inverse of a matrix

Time for action – calculating the determinant of a matrix

Time for action – calculating the Fourier transform

Time for action – shifting frequencies

Time for action – gambling with the binomial

Time for action – simulating a game show

Time for action – drawing a normal distribution

Time for action – drawing the lognormal distribution

Time for action – sorting lexically

Time for action – sorting complex numbers

Time for action – using searchsorted

Time for action – extracting elements from an array

Time for action – determining future value

Time for action – getting the present value

Time for action – calculating the net present value

Time for action – determining the internal rate of return

Time for action – calculating the periodic payments

Time for action – determining the number of periodic payments

Time for action – figuring out the rate

Time for action – plotting the Bartlett window

Time for action – smoothing stock prices with the Blackman window

Time for action – plotting the Hamming window

Time for action – plotting the Kaiser window

Special mathematical functions

Time for action – plotting the modified Bessel function

Time for action - plotting the sinc function

Time for action – asserting almost equal

Time for action – asserting approximately equal

Time for action – asserting arrays almost equal

Time for action – comparing arrays

Time for action – checking the array order

Time for action – comparing objects

Time for action – comparing strings

Time for action – comparing with assert_array_almost_equal_nulp

Comparison of floats with more ULPs

Time for action – comparing using maxulp of 2

Time for action – plotting a polynomial function

Time for action – plotting a polynomial and its derivative

Time for action – plotting a polynomial and its derivatives

Time for action – plotting a year's worth of stock quotes

Time for action – charting stock price distributions

Time for action – plotting stock volume

Time for action – plotting price and volume returns with scatter plot

Time for action – shading plot regions based on a condition

Time for action – using legend and annotations

When NumPy is Not Enough: SciPy and Beyond

Time for action – saving and loading a .mat file

Time for action – analyzing random values

Samples comparison and SciKits

Time for action – comparing stock log returns

Time for action – detecting a trend in QQQ

Time for action – filtering a detrended signal

Time for action – fitting to a sine

Time for action – calculating the Gaussian integral

Time for action – interpolating in one dimension