# stan_version_major = 2
# stan_version_minor = 21
# stan_version_patch = 0
# model = bernoulli_model
# method = sample (Default)
#   sample
#     num_samples = 1
#     num_warmup = 1000 (Default)
#     save_warmup = 0
#     thin = 1 (Default)
#     adapt
#       engaged = 1 (Default)
#       gamma = 0.050000000000000003 (Default)
#       delta = 0.80000000000000004 (Default)
#       kappa = 0.75 (Default)
#       t0 = 10 (Default)
#       init_buffer = 75 (Default)
#       term_buffer = 50 (Default)
#       window = 25 (Default)
#     algorithm = hmc (Default)
#       hmc
#         engine = nuts (Default)
#           nuts
#             max_depth = 10
#         metric = diag_e (Default)
#         metric_file =  (Default)
#         stepsize = 1 (Default)
#         stepsize_jitter = 0 (Default)
# id = 3
# data
#   file = /tmp/RtmpcXhiID/standata-124764cd0999.json
# init = 2 (Default)
# random
#   seed = 1927315875
# output
#   file = /tmp/RtmpcXhiID/tests-201911231643-1-3613bb.csv
#   diagnostic_file =  (Default)
#   refresh = 100 (Default)
lp__,accept_stat__,stepsize__,treedepth__,n_leapfrog__,divergent__,energy__,mu,theta
# pi = 3.14
# Adaptation terminated
# Step size = 0.712907
# Diagonal elements of inverse mass matrix:
# 1.00098, 0.068748
-19.4938,0.953779,0.712907,2,3,0,19.4971,8.11498,7.4563
#
# pi_square = 9.86
#  Elapsed Time: 0.038029 seconds (Warm-up)
#                0.030711 seconds (Sampling)
#                0.06874 seconds (Total)
#
