elif args.loggingv2:
pyhelios.loggingVerbose2()
elif args.loggingquiet:
pyhelios.loggingQuiet()
elif args.loggingsilent:
pyhelios.loggingSilent()
else:
pyhelios.loggingDefault()
# Set random generator seed if value has been supplied.
if args.randomness_seed:
pyhelios.setDefaultRandomnessGeneratorSeed(args.randomness_seed)
# Initiate a simulation. Parameters: (surveyPath, assetsPath, outputPath, ...).
sim = pyhelios.Simulation(
args.survey_file,
args.assets_path,
args.output_path,
args.number_of_threads, # Num Threads
args.las_output_flag, # LAS output
args.zip_output_flag, # ZIP output
)
# Load the survey file.
sim.loadSurvey(
args.leg_noise_disabled_flag, # Leg Noise Disabled FLAG
args.rebuild_scene_flag, # Rebuild Scene FLAG
cpn[0] = pos.x
cpn[1] = pos.y
cpn[2] = pos.z
# Notify for conditional variable
pht.PYHELIOS_SIMULATION_BUILD_CONDITION_VARIABLE.notify()
# --- M A I N --- #
# ----------------- #
if __name__ == '__main__':
# Configure simulation context
pyhelios.loggingVerbose()
#pyhelios.loggingVerbose2()
#pyhelios.loggingQuiet()
pyhelios.setDefaultRandomnessGeneratorSeed("123")
# Build a simulation
simBuilder = pht.SimulationBuilder(
'data/surveys/toyblocks/als_toyblocks.xml',
'assets/',
'output/'
)
simBuilder.setNumThreads(0)
simBuilder.setLasOutput(False)
simBuilder.setZipOutput(False)
# Sim frequency 0 means the simulation will start and run until it is
# finished with no interleaved work (no callbacks)
simBuilder.setSimFrequency(10)
simBuilder.setFinalOutput(True)
simBuilder.setLegNoiseDisabled(True)