"Basic Numerical Methods in Physical Science"
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0]. Numerical vs. analytical methods

1] . Computer arithmetic

Function methods

2]
3]
4]
5]
6]

Matrix methods

7]
8]
9]
10]
11]

Advanced topics

12] Fourier transforms
13]
14]

Appendix:

A] compiling codes in Linux

B] Primitive Computer graphics

C] Numerical Recipes: how to

D] Basics of Parallel computing

E] Illustrated examples

1. HF and DFT for atoms

2. Normal mode analysis

3. Wavepacket propagation

4. 3D Orbitals
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choice of programming language: NONE !

since everyone has his/her own preference - and authors are quite neutral. But for the practical purpose we use C since we use NR in C, as our direct referenced book. Hence you will see the C in this book somewhere, but mostly as the Pseudocodes.

Supplementary material: from the DVD you will find the pseudocode implementation in C, Mathematica, Matlab, Fortran 90. We hope its enough!

Precision & Accuracy : a guideline