Description: Group of particle algorithm: this algorithm with a group of particles for a maximum of the objective function
//the algorithm using steps
//derived their own group of particles (1) class, the class must be defined in a double GetFit (PARTICLE &) method, is used to calculate the fitness of each PARTICLE
//(2) generates derived class instance, and indicate the particles in the constructor coordinate dimension and the number of groups
//(2) set the particle coordinate arrays and lower bound, the upper bound and SetXup and SetXdown set the upper and lower bounds particle coordinates
//(3) set maximum speed particles in SetVmax way
//(4) set the optional parameters: C1 and C2, W and communications functions
//(5) Run method is adopted to optimize arithmetic, the optimized GetBest method to obtain the optimal individual fitness and coordinates
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File list (Check if you may need any files):
manwandiaodu PSO
................\pso
................\...\pso.cpp
................\...\pso.h
................\...\vc_pso
................\...\......\Debug
................\...\......\.....\StdAfx.obj
................\...\......\.....\pso.exe
................\...\......\.....\pso.ilk
................\...\......\.....\pso.obj
................\...\......\.....\pso.pch
................\...\......\.....\pso.pdb
................\...\......\.....\vc60.idb
................\...\......\.....\vc60.pdb
................\...\......\ReadMe.txt
................\...\......\StdAfx.cpp
................\...\......\StdAfx.h
................\...\......\pso.cpp
................\...\......\pso.dsp
................\...\......\pso.dsw
................\...\......\pso.h
................\...\......\pso.ncb
................\...\......\pso.opt
................\...\......\pso.plg
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