Mathematica navigator : mathematics, statistics, and graphics
Ruskeepaa gives a general introduction to the most recent versions of Mathematica, the symbolic computation software from Wolfram. The book emphasizes graphics, methods of applied mathematics and statistics, and programming. Mathematica Navigator can be used both as a tutorial and as a handbook. Whi...
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| Hlavní autor: | |
|---|---|
| Médium: | E-kniha Kniha |
| Jazyk: | angličtina |
| Vydáno: |
Amsterdam ; Boston
Elsevier/Academic Press
2009
Elsevier Science & Technology Academic Press |
| Vydání: | 3 |
| Témata: | |
| ISBN: | 0123741645, 9780123741646 |
| On-line přístup: | Získat plný text |
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- Front Cover -- Mathematica® Navigator: Mathematics, Statistics, and Graphics -- Copyright Page -- Contents -- Preface -- Chapter 1 Starting -- 1.1 What Is Mathematica -- 1.2 First Calculations -- 1.3 Important Conventions -- 1.4 Getting Help -- 1.5 Editing -- Chapter 2 Sightseeing -- 2.1 Graphics -- 2.2 Expressions -- 2.3 Mathematics -- Chapter 3 Notebooks -- 3.1 Working with Notebooks -- 3.2 Editing Notebooks -- 3.3 Inputs and Outputs -- 3.4 Writing Mathematical Documents -- Chapter 4 Files -- 4.1 Loading Packages -- 4.2 Exporting and Importing -- 4.3 Saving for Other Purposes -- 4.4 Managing Time and Memory -- Chapter 5 Graphics for Functions -- 5.1 Basic Plots for 2D Functions -- 5.2 Other Plots for 2D Functions -- 5.3 Plots for 3D Functions -- 5.4 Plots for 4D Functions -- Chapter 6 Graphics Primitives -- 6.1 Introduction to Graphics Primitives -- 6.2 Primitives and Directives -- Chapter 7 Graphics Options -- 7.1 Introduction to Options -- 7.2 Options for Form, Ranges, and Fonts -- 7.3 Options for Axes, Frames, and Primitives -- 7.4 Options for the Curve -- 7.5 Options for Surface Plots -- 7.6 Options for Contour and Density Plots -- Chapter 8 Graphics for Data -- 8.1 Basic Plots -- 8.2 Scatter Plots -- 8.3 Bar Charts -- 8.4 Other Plots -- 8.5 Graph Plots -- 8.6 Plots for 3D Data -- Chapter 9 Data -- 9.1 Chemical and Physical Data -- 9.2 Geographical and Financial Data -- 9.3 Mathematical and Other Data -- Chapter 10 Manipulations -- 10.1 Basic Manipulation -- 10.2 Advanced Manipulation -- Chapter 11 Dynamics -- 11.1 Views and Animations -- 11.2 Advanced Dynamics -- Chapter 12 Numbers -- 12.1 Introduction to Numbers -- 12.2 Real Numbers -- 12.3 Options of Numerical Routines -- Chapter 13 Expressions -- 13.1 Basic Techniques -- 13.2 Manipulating Expressions -- 13.3 Manipulating Special Expressions -- 13.4 Mathematical Functions
- Chapter 14 Lists -- 14.1 Basic List Manipulation -- 14.2 Advanced List Manipulation -- Chapter 15 Tables -- 15.1 Basic Tabulating -- 15.2 Advanced Tabulating -- Chapter 16 Patterns -- 16.1 Patterns -- 16.2 String Patterns -- Chapter 17 Functions -- 17.1 User-Defined Functions -- 17.2 More about Functions -- 17.3 Contexts and Packages -- Chapter 18 Programs -- 18.1 Simple Programming -- 18.2 Procedural Programming -- 18.3 Functional Programming -- 18.4 Rule-Based Programming -- 18.5 Recursive Programming -- Chapter 19 Differential Calculus -- 19.1 Derivatives -- 19.2 Taylor Series -- 19.3 Limits -- Chapter 20 Integral Calculus -- 20.1 Integration -- 20.2 Numerical Quadrature -- 20.3 Sums and Products -- 20.4 Transforms -- Chapter 21 Matrices -- 21.1 Vectors -- 21.2 Matrices -- Chapter 22 Equations -- 22.1 Linear Equations -- 22.2 Polynomial and Radical Equations -- 22.3 Transcendental Equations -- Chapter 23 Optimization -- 23.1 Global Optimization -- 23.2 Linear Optimization -- 23.3 Local Optimization -- 23.4 Classical Optimization -- 23.5 Special Topics -- Chapter 24 Interpolation -- 24.1 Usual Interpolation -- 24.2 Piecewise Interpolation -- 24.3 Splines -- 24.4 Interpolation of Functions -- Chapter 25 Approximation -- 25.1 Approximation of Data -- 25.2 Approximation of Functions -- Chapter 26 Differential Equations -- 26.1 Symbolic Solutions -- 26.2 More about Symbolic Solutions -- 26.3 Numerical Solutions -- 26.4 More about Numerical Solutions -- Chapter 27 Partial Differential Equations -- 27.1 Symbolic Solutions -- 27.2 Series Solutions -- 27.3 Numerical Solutions -- Chapter 28 Difference Equations -- 28.1 Solving Difference Equations -- 28.2 The Logistic Equation -- 28.3 More about Discrete Systems -- Chapter 29 Probability -- 29.1 Random Numbers and Sampling -- 29.2 Discrete Probability Distributions
- 29.3 Continuous Probability Distributions -- 29.4 Stochastic Processes -- Chapter 30 Statistics -- 30.1 Descriptive Statistics -- 30.2 Frequencies -- 30.3 Confidence Intervals -- 30.4 Hypothesis Testing -- 30.5 Regression -- 30.6 Smoothing -- 30.7 Bayesian Statistics -- References -- Index -- About the CD-ROM