N=6 #number of points CVini=1 CVend=200 L=CVend-CVini #initial dimensions ######################################### P1=load_data_range(CV_file,N,CVini,CVend) print P1.shape print L rn=(random.randint(0, L)) print rn print P1 print '#####################' #call delrn P2=delrn(P1,rn) print P2 #get the error E=getE(P1,P2) print E ############################### #### Monte Carlo EE=[] c=[] E1=1000000.0000 KT=0.01 L MC=100 #Monte Carlo iterations for i in range (MC): rn=(random.randint(0, L))
print L
OI=[]
dd=40
for i in range(dd,L):
print i
EF=[]
deletedCVs=[]
for i in range(L-1):
if i==0:
Plast=P1
#get maximal
for j in range (i,L):
Ptmp=delrn(Plast,j-i)
Etmp=getE(P1,Ptmp)
if j==i:
maxE=Etmp
max_index=i
else:
if Etmp>maxE:
maxE=Etmp
max_index=j
EE=[]
minE=maxE
for j in range (i,L):
PP=delrn(Plast,j-i)
E=getE(P1,PP)
