Description: 3.1 system of linear equations class designs 3.2 to choose the principal element gaussian elimination 3.3 to elect principal element Gauss- when approximately the elimination 3.4 duplicate coefficient equation sets all choose the principal element gaussian elimination 3.5 duplicate coefficient equation sets to elect principal element Gauss- when approximately the elimination 3.6 solve three diagonal line equation sets to pursue the law 3.7 common belt equation set s solution 3.8 solution symmetrical equation set s resolution 3.9 solution symmetrical Zhengding equation set s square root method 3.10 solution large-scale sparse equation set to elect principal element Gauss- when approximately the elimination 3.11 solutions hold the Belize equation set s row article to abdicate House Holland who method 3.12 Gauss- the Seydell repetitive process 3.13 solution symmetrical Zhengding equation set s conjugate gradient method 3.14 solution linearity is smallest two rides the questionThe German m
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LECalculator\Complex.cpp
............\Complex.h
............\ImagDataDlg.cpp
............\ImagDataDlg.h
............\LECalculator.aps
............\LECalculator.clw
............\LECalculator.cpp
............\LECalculator.dsp
............\LECalculator.dsw
............\LECalculator.h
............\LECalculator.ncb
............\LECalculator.opt
............\LECalculator.plg
............\LECalculator.rc
............\LECalculatorDlg.cpp
............\LECalculatorDlg.h
............\LEquations.cpp
............\LEquations.h
............\Matrix.cpp
............\Matrix.h
............\ReadMe.txt
............\.ES\LECalculator.ico
............\...\LECalculator.rc2
............\RESOURCE.H
............\StdAfx.cpp
............\StdAfx.h
............\RES
LECalculator
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