文件名称:IEEE14cljs
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采用基于C++平台的编程基础，解决潮流计算的实际问题。易于实现，方便。-Using the the Programming Fundamentals based on C++ platform to solve practical problems of flow calculation. Easy to implement and convenient.
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下载文件列表
IEEE14节点潮流计算程序\admittance.cpp
......................\admittance.h
......................\classbus.cpp
......................\classbus.h
......................\classdual.cpp
......................\classdual.h
......................\ClassElectricityPowerSystem.cpp
......................\ClassElectricityPowerSystem.dsp
......................\ClassElectricityPowerSystem.dsw
......................\ClassElectricityPowerSystem.h
......................\ClassElectricityPowerSystem.ncb
......................\ClassElectricityPowerSystem.opt
......................\ClassElectricityPowerSystem.plg
......................\classnode.cpp
......................\classnode.h
......................\classNodeAdmittanceMatrix.cpp
......................\classNodeAdmittanceMatrix.h
......................\d.cpp
......................\Debug\admittance.obj
......................\.....\admittance.sbr
......................\.....\classbus.obj
......................\.....\classbus.sbr
......................\.....\classdual.obj
......................\.....\classdual.sbr
......................\.....\ClassElectricityPowerSystem.obj
......................\.....\ClassElectricityPowerSystem.pch
......................\.....\ClassElectricityPowerSystem.sbr
......................\.....\classnode.obj
......................\.....\classnode.sbr
......................\.....\classNodeAdmittanceMatrix.obj
......................\.....\classNodeAdmittanceMatrix.sbr
......................\.....\DecomposedMatrix.obj
......................\.....\DecomposedMatrix1.obj
......................\.....\DecomposedMatrix11.obj
......................\.....\DecomposedMatrix11.sbr
......................\.....\IEEE Common Data Format Newton Power Flower.bsc
......................\.....\IEEE Common Data Format Newton Power Flower.exe
......................\.....\IEEE Common Data Format Newton Power Flower.ilk
......................\.....\IEEE Common Data Format Newton Power Flower.opt
......................\.....\IEEE Common Data Format Newton Power Flower.pch
......................\.....\IEEE Common Data Format Newton Power Flower.pdb
......................\.....\JAx.obj
......................\.....\Newton Programme.obj
......................\.....\Newton Programme.sbr
......................\.....\node.obj
......................\.....\NodeAdmittanceMatrix2.obj
......................\.....\olumn.obj
......................\.....\olumn.sbr
......................\.....\OperatorOverLoading.obj
......................\.....\square.obj
......................\.....\square.sbr
......................\.....\vc60.idb
......................\.....\vc60.pdb
......................\.....\YakobiMatrix.obj
......................\.....\YakobiMatrix.sbr
......................\DecomposedMatrix.cpp
......................\DecomposedMatrix.h
......................\DecomposedMatrix1.cpp
......................\DecomposedMatrix11.cpp
......................\DecomposedMatrix11.h
......................\IEEE Common Data Format Newton Power Flower.dsp
......................\IEEE Common Data Format Newton Power Flower.dsw
......................\IEEE Common Data Format Newton Power Flower.ncb
......................\IEEE Common Data Format Newton Power Flower.opt
......................\IEEE Common Data Format Newton Power Flower.plg
......................\JAx.cpp
......................\JAx.h
......................\LianBiao.cpp
......................\LianBiao.h
......................\MathCalculate.h
......................\Newton Programme.cpp
......................\Newton Programme.dsp
......................\Newton Programme.dsw
......................\Newton Programme.ncb
......................\Newton Programme.opt
......................\NodeAdmittanceMatrix2.cpp
......................\NodeAdmittanceMatrix2.h
......................\olumn.cpp
......................\olumn.h
......................\OperatorOverLoading.cpp
......................\OperatorOverLoading.h
......................\square.cpp
......................\square.h
......................\YakobiMatrix.cpp
......................\YakobiMatrix.h
......