def __init__(self,objfunc,paramspace):
Individual.__init__(self,objfunc,paramspace)
self.attractors=[]
self.attweights=[]
self.speed=zeros(self.ng,dtype=float)
self.memory={} # will contain 'bestx', 'bestval', 'nhbestx', and 'nhbestval
self.nh=[] # own neighbourhood
self.egofade=0.5 # if 1 then don't listen to neighbourhood, if 0 then don't listen to yourself
self.swarm=None # slot for link to own population
self.random_influence='ND' # '1D' or 'ND'
def __init__(self, dummyfunc, pspace):
Individual.__init__(self, dummyfunc, pspace)
self.a = [1.0, 1.5, 2.0]
self.w = [5.0, 4.8, 4.9]
self.nt = 101
self.t = arange(self.nt, dtype=float)
self.theta = 2 * pi / (self.nt - 1)
self.trial = zeros(self.nt)
self.target = zeros(self.nt)
self.initialize_target()
self.plotpath = join(getcwd(), "plots")
def __init__(self, dummyfunc, pspace):
Individual.__init__(self, dummyfunc, pspace)
self.a = [1., 1.5, 2.]
self.w = [5., 4.8, 4.9]
self.nt = 101
self.t = arange(self.nt, dtype=float)
self.theta = 2 * pi / (self.nt - 1)
self.trial = zeros(self.nt)
self.target = zeros(self.nt)
self.initialize_target()
self.plotpath = join(getcwd(), 'plots')
def __init__(self, objfunc, paramspace):
Individual.__init__(self, objfunc, paramspace)
self.attractors = []
self.attweights = []
self.speed = zeros(self.ng, dtype=float)
self.memory = {
} # will contain 'bestx', 'bestval', 'nhbestx', and 'nhbestval
self.nh = [] # own neighbourhood
self.egofade = 0.5 # if 1 then don't listen to neighbourhood, if 0 then don't listen to yourself
self.swarm = None # slot for link to own population
self.random_influence = 'ND' # '1D' or 'ND'
def __init__(self, dummyfunc, pspace):
Individual.__init__(self, dummyfunc, pspace)
self.dots = None
def __init__(self, paramspace, ncase):
Individual.__init__(self, paramspace, ncase)
def __init__(self, paramspace, ncase):
Individual.__init__(self, paramspace, ncase)
self.weights = ones(
self.ng) - arange(self.ng, dtype=float) * 0.8 / float(self.ng - 1)
self.radii = 0.2 * (0.75 * self.weights / pi)**0.333
def __init__(self,dummyfunc,pspace):
Individual.__init__(self,dummyfunc,pspace)
self.dots=None
def __init__(self,paramspace,ncase):
Individual.__init__(self,paramspace,ncase)
def __init__(self,paramspace,ncase):
Individual.__init__(self,paramspace,ncase)
self.weights=ones(self.ng)-arange(self.ng,dtype=float)*0.8/float(self.ng-1)
self.radii=0.2*(0.75*self.weights/pi)**0.333
