000 03406cam0a2200553 4500
001 14798
009 228491142
003 http://www.sudoc.fr/228491142
005 20250630092452.0
010 _a9783662498866
_brel.
010 _a978-3-662-57046-3
_bbr.
073 1 _a9783662498866
_brel.
073 0 _a9783662570463
_bbr.
090 _a14798
099 _tOUVR
_zALEX29493
100 _a20180704h20162016k y0frey50 ba
101 0 _aeng
_2639-2
102 _aDE
105 _aa a 001yy
106 _ar
181 _6z01
_ctxt
_2rdacontent
181 1 _6z01
_ai#
_bxxxe##
182 _6z01
_cn
_2rdamedia
182 1 _6z01
_an
183 1 _6z01
_anga
_2RDAfrCarrier
200 1 _a˜A œprimer on scientific programming with Python
_fHans Petter Langtangen
205 _a5th edition
214 0 _aHeidelberg
_aBerlin
_cSpringer
214 4 _dC 2016
215 _a1 vol. (XXXI-914 p.)
_cill. en noir et en coul., couv. ill. en coul.
_d26 cm
225 2 _aTexts in computational science and engineering
_x1611-0994
_v6
320 _aBibliogr. p. 907. Index
330 _aThe book serves as a first introduction to computer programming of scientific applications, using the high-level Python language. The exposition is example and problem-oriented, where the applications are taken from mathematics, numerical calculus, statistics, physics, biology and finance. The book teaches "Matlab-style" and procedural programming as well as object-oriented programming. High school mathematics is a required background and it is advantageous to study classical and numerical one-variable calculus in parallel with reading this book. Besides learning how to program computers, the reader will also learn how to solve mathematical problems, arising in various branches of science and engineering, with the aid of numerical methods and programming. By blending programming, mathematics and scientific applications, the book lays a solid foundation for practicing computational science. [4e de couverture]
359 2 _bPreface
_bComputing with Formulas
_bLoops and Lists
_bFunctions and Branching
_bUser Input and Error Handling
_bArray Computing and Curve Plotting
_bDictionaries and Strings
_bIntroduction to Classes
_bRandom Numbers and Simple Games
_bObject-Oriented Programming
_bSequences and Difference Equations
_bIntroduction to Discrete Calculus
_bIntroduction to Differential Equations
_bA Complete Differential Equation Project
_bProgramming of Differential Equations
_bDebugging
_bMigrating Python to Compiled Code
_bTechnical Topics
_bReferences
_bIndex
410 _0075211807
_tTexts in computational science and engineering (Print)
_x1611-0994
_v6
452 _0194511804
_t˜A œPrimer on Scientific Programming with Python
_fby Hans Petter Langtangen.
_sTexts in Computational Science and Engineering
606 _3027219127
_aAnalyse numérique
_2rameau
606 _3027241386
_aProgrammation (mathématiques)
_2rameau
606 _3051626225
_aPython (langage de programmation)
_2rameau
606 _aProgramming (Mathematics)
_2lc
606 _aScripting languages (Computer science)
_2lc
606 _aPython (Computer program language)
_2lc
676 _a005.133
676 _a510.285
686 _a26-01
_c2010
_2msc
686 _a34Axx
_c2010
_2msc
686 _a65Dxx
_c2010
_2msc
686 _a68Nxx
_c2010
_2msc
700 1 _3073647640
_aLangtangen
_bHans Petter
_f1962-2016
_4070