INITS:
# we give uninformative values of 0 to each of the model coefficients
list(alpha=c(0,0,0,0,0,0,0,0,0,0,0,0),
#assigning initial values of 1 to each of the  variance terms for spatial (tau.phi) and non-spatial (tau.theta)
# random effects helps convergence and is only vaguely informative
tau.phi = c(1,1,1,1,1,1,1,1,1,1),
tau.theta = c(1,1,1,1,1,1,1,1,1,1),

# this first Markov chain assigns 0 to the spatial residual random effect terms in control arm (phiC)
phiC1=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0),

#############################################
#  phi2 inits
phiC2=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0),

##############################################
# phi3 inits

phiC3=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0),

##############################################
# phi4 inits
phiC4=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0),

##############################################
# phi5 inits
phiC5=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0),

#############################################
#  phi6 inits
phiC6=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0),

##############################################
# phi7 inits

phiC7=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0),

##############################################
# phi8 inits
phiC8=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0),

##############################################

# phi9 inits
phiC9=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0),

#############################################

#  phi10 inits
phiC10=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0),

##############################################

# this first Markov chain assigns 0 to the spatial residual random effect terms in treatment arm (phiT)
phiT1=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,  0,
0, 0, 0, 0),

#############################################
#  phi2 inits
phiT2=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,  0,
0, 0, 0, 0),
##############################################
# phi3 inits

phiT3=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,  0,
0, 0, 0, 0),

##############################################
# phi4 inits
phiT4=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,  0,
0, 0, 0, 0),

##############################################
# phiT5 inits
phiT5=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,  0,
0, 0, 0, 0),

#############################################
#  phiT6 inits
phiT6=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,  0,
0, 0, 0, 0),

##############################################
# phiT7 inits

phiT7=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,  0,
0, 0, 0, 0),

##############################################
# phiT8 inits
phiT8=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,  0,
0, 0, 0, 0),

##############################################

# phiT9 inits
phiT9=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,  0,
0, 0, 0, 0),

#############################################

# phiT10 inits
phiT10=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,  0,
0, 0, 0, 0),

#############################################

############################################################################
# now start all the theta inits


#############################################
#  theta1 inits
# in this chain all non-spatial random effects are assigned 0 as initial value
# where theta1 corresponds to the first time period
theta1=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0)
,



#############################################
#  theta2 inits
# in this chain all non-spatial random effects are assigned 0 as initial value
# where theta2 corresponds to the second time period
theta2=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0)
,



##############################################
# theta3 inits
# in this chain all non-spatial random effects are assigned 0 as initial value
# where theta3 corresponds to the third time period
theta3=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0)
,


##############################################
# theta4 inits
# in this chain all non-spatial random effects are assigned 0 as initial value
# where theta4 corresponds to the fourth time period
theta4=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0)
,

##############################################

# in this chain all non-spatial random effects are assigned 0 as initial value
# where theta5 corresponds to the fifth time period
theta5=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0)
,



#############################################
#  theta6 inits
# in this chain all non-spatial random effects are assigned 0 as initial value
# where theta6 corresponds to the sixth time period
theta6=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0)
,



##############################################
# theta7 inits
# in this chain all non-spatial random effects are assigned 0 as initial value
# where theta7 corresponds to the seventh time period
theta7=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0)
,


##############################################
# theta8 inits
# in this chain all non-spatial random effects are assigned 0 as initial value
# where theta8 corresponds to the eighth time period
theta8=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0)
,

##############################################
# in this chain all non-spatial random effects are assigned 0 as initial value
# where theta9 corresponds to the ninth time period
theta9=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0)
,

#############################################
# in this chain all non-spatial random effects are assigned 0 as initial value
# where theta10 corresponds to the tenth time period
theta10=c(
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0,	0,	0,	0,	0,
0,	0,	0,	0,	0)
)



#############################################


##############################################


			
#######################################################################
# inits for second Markov chain
# the variables have same meanings as documented in the first Markov chain
# but different starting values to provide disparate chains that better
# demonstrate convergence as indicated in the output document

list(alpha=c(0.5,0.5,0.5,0.5,0.5,0.5, 0.5,0.5,0.5,0.5, 0.5, 0.5),
tau.phi = c(0.25,0.25,0.25,0.25, 0.25,0.25,0.25,0.25,0.25,0.25),
tau.theta = c(0.25,0.25,0.25,0.25, 0.25,0.25,0.25,0.25,0.25,0.25),

phiC1=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005),

#############################################
#  phi2 inits
phiC2=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005),

##############################################
# phi3 inits

phiC3=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005),

##############################################
# phi4 inits
phiC4=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005),

##############################################
# phi5 inits
phiC5=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005),

#############################################
#  phi6 inits
phiC6=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005),

##############################################
# phi7 inits

phiC7=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005),

##############################################
# phi8 inits
phiC8=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005),

##############################################

# phi9 inits
phiC9=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005),

#############################################

# phi10inits
phiC10=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005),

#############################################

phiT1=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,  0.005,
0.005, 0.005, 0.005, 0.005),

#############################################
#  phi2 inits
phiT2=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,  0.005,
0.005, 0.005, 0.005, 0.005),
##############################################
# phi3 inits

phiT3=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,  0.005,
0.005, 0.005, 0.005, 0.005),

##############################################
# phi4 inits
phiT4=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,  0.005,
0.005, 0.005, 0.005, 0.005),

##############################################
# phi5 inits
phiT5=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,  0.005,
0.005, 0.005, 0.005, 0.005),

#############################################
#  phi6 inits
phiT6=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,  0.005,
0.005, 0.005, 0.005, 0.005),

##############################################
# phi7 inits

phiT7=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,  0.005,
0.005, 0.005, 0.005, 0.005),

##############################################
# phi8 inits
phiT8=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,  0.005,
0.005, 0.005, 0.005, 0.005),

##############################################

# phi9 inits
phiT9=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,  0.005,
0.005, 0.005, 0.005, 0.005),

#############################################

# phi10 inits
phiT10=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,  0.005,
0.005, 0.005, 0.005, 0.005),

#############################################

############################################################################
# now start all the theta inits

#############################################
#  theta1 inits
theta1=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005)
,



#############################################
#  theta2 inits
theta2=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005)
,



##############################################
# theta3 inits
theta3=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005)
,


##############################################
# theta4 inits
theta4=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005)
,

##############################################

theta5=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005)
,



#############################################
#  theta6 inits
theta6=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005)
,



##############################################
# theta7 inits
theta7=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005)
,


##############################################
# theta8 inits
theta8=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005)
,

##############################################

theta9=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005)
,

#############################################

theta10=c(
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,	0.005,
0.005,	0.005,	0.005,	0.005,	0.005)
)



#############################################



#######################################################################
# inits for third Markov chain
# the variables have same meanings as documented in the first Markov chain
# but different starting values to provide disparate chains that better
# demonstrate convergence as indicated in the output document

list(alpha=c(-0.5,-0.5,-0.5,-0.5,-0.5,-0.5, -0.5,-0.5,-0.5,-0.5, -0.5, -0.5),
tau.phi = c(0.5,0.5,0.5,0.5, 0.5,0.5,0.5,0.5,0.5,0.5),
tau.theta = c(0.5,0.5,0.5,0.5, 0.5,0.5,0.5,0.5,0.5,0.5),


phiC1=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

#############################################
#  phi2 inits
phiC2=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################
# phi3 inits

phiC3=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################
# phi4 inits
phiC4=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################

phiC5=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

#############################################
#  phi6inits
phiC6=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################
# phi7 inits

phiC7=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################
# phi8inits
phiC8=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################

# phi9 inits
phiC9=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################

# phi10 inits
phiC10=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################

phiT1=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

#############################################
#  phi2 inits
phiT2=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################
# phi3 inits

phiT3=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################
# phi4 inits
phiT4=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),
############################################

phiT5=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),


#############################################
#  phi6 inits
phiT6=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################
# phi7 inits

phiT7=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################

# phi8 inits
phiT8=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

############################################

# phi9 inits
phiT9=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################

# phi10inits
phiT10=c(
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04,
-1.00E-04,	-1.00E-04,	-1.00E-04,	-1.00E-04),

##############################################

#############################################
#  theta1 inits
theta1=c(
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03)
,



#############################################
#  theta2 inits
theta2=c(
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03)
,



##############################################
# theta3 inits
theta3=c(
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03)
,


##############################################
# theta4 inits
theta4=c(
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03)
,

##############################################

theta5=c(
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03)
,



#############################################
#  theta6 inits
theta6=c(
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03)
,



##############################################
# theta7 inits
theta7=c(
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03)
,


##############################################
# theta8 inits
theta8=c(
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03)
,

##############################################

theta9=c(
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03)
,

#############################################

theta10=c(
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,
-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03,	-5.00E-03)
)



#############################################




DAS ENDE