def tspots_seqs():
return (ttob_seq for date in dates
for ttob_seq in getDayTSpots(data_source['feed'],
basic_geometry['nid'],
date,
basic_geometry['net_type'],
basic_geometry['box'],
net))
save_ttg_structure(tt_graph, experiment_name=experiment_name)
# The TTG structure is required when loading the GMRF (and the GMRF estimators)
# Make sure they are saved in all the directories
save_ttg_structure(tt_graph_one_mode, experiment_name='{0}_one_mode'.format(experiment_name))
save_ttg_structure(tt_graph_one_mode, experiment_name='{0}_one_mode_indep'.format(experiment_name))
save_ttg_structure(tt_graph, experiment_name='{0}_indep'.format(experiment_name))
# Loading the learning data
data_source = experiment_design['data_source']
dates = data_source['dates']
basic_geometry = experiment_design['basic_geometry']
tspots_seqs = [ttob_seq for date in dates
for ttob_seq in getDayTSpots(date,net)]
traj_obs = [traj_ob for tspots_seq in tspots_seqs
for traj_ob in traj_conv.mapTrajectory(tspots_seq, **traj_conv_param)]
traj_obs_one_mode = [traj_ob for tspots_seq in tspots_seqs
for traj_ob in traj_conv_one_mode.mapTrajectory(tspots_seq, **traj_conv_param)]
gmrf_learning = experiment_design['gmrf_learning']
fillTTGraph(tt_graph, traj_obs, **gmrf_learning['tt_graph_parameters'])
fillTTGraph(tt_graph_one_mode, traj_obs_one_mode, **gmrf_learning['tt_graph_parameters'])
# CHECKPOINT HERE: SAVE TT GRAPH Values
save_ttg_values(tt_graph, experiment_name=experiment_name)
save_ttg_values(tt_graph_one_mode, experiment_name='{0}_one_mode'.format(experiment_name))
var_seqs = [[obs.varId for obs in traj_ob.observations] for traj_ob in traj_obs]
import validation_paths as vp
from mm.arterial_hkt.pipeline_script_1 import experiment_design, createTrajectoryConversion
from mm.data import get_network
from mm.arterial_hkt.pipeline_functions import getDayTSpots
design = experiment_design
basic_geometry = design['basic_geometry']
net = get_network(**basic_geometry)
graph_type=design['graph_type']
traj_conv = createTrajectoryConversion(graph_type=design['graph_type'],
process=design['trajectory_conversion']['process'],
params=design['trajectory_conversion']['params'],
network=net)
data_source = design['data_source']
dates = design['data_source']['dates']
basic_geometry = design['basic_geometry']
tspots_seqs = [ttob_seq for date in dates
for ttob_seq in getDayTSpots(data_source['feed'],
basic_geometry['nid'],
date,
basic_geometry['net_type'],
basic_geometry['box'],
net)]
traj_obs = [traj_ob for tspots_seq in tspots_seqs
for traj_ob in traj_conv.mapTrajectory(tspots_seq)]
param = design['evaluation']
nb_obs_per_path = vp.number_measurements_per_path(traj_obs, net, debug=True, **param)
validation_paths = vp.select_validation_paths(traj_obs, nb_obs_per_path, debug=True, **param)
val_data = vp.select_validation_data_given_paths(traj_obs, validation_paths, debug=True)
