def __init__(self,
telescopeModel,
label=None,
simtelSourcePath=None,
filesLocation=None,
configData=None,
configFile=None,
singleMirrorMode=False):
'''
SimtelRunner.
Parameters
----------
telescopeModel: str
Instance of TelescopeModel class.
label: str, optional
Instance label. Important for output file naming.
simtelSourcePath: str (or Path), optional
Location of sim_telarray installation. If not given, it will be taken from the
config.yml file.
filesLocation: str (or Path), optional
Parent location of the output files created by this class. If not given, it will be
taken from the config.yml file.
configData: dict.
Dict containing the configurable parameters.
configFile: str or Path
Path of the yaml file containing the configurable parameters.
singleMirrorMode: bool
True for single mirror simulations.
'''
self._logger = logging.getLogger(__name__)
self._logger.debug('Init SimtelRunnerRayTracing')
super().__init__(label=label,
simtelSourcePath=simtelSourcePath,
filesLocation=filesLocation)
self.telescopeModel = self._validateTelescopeModel(telescopeModel)
self.label = label if label is not None else self.telescopeModel.label
# File location
self._baseDirectory = io.getOutputDirectory(self._filesLocation,
self.label, 'ray-tracing')
self._baseDirectory.mkdir(parents=True, exist_ok=True)
self._singleMirrorMode = singleMirrorMode
# RayTracing - default parameters
self._repNumber = 0
self.RUNS_PER_SET = 1 if self._singleMirrorMode else 20
self.PHOTONS_PER_RUN = 10000
# Loading configData
_configDataIn = gen.collectDataFromYamlOrDict(configFile, configData)
_parameterFile = io.getDataFile(
'parameters', 'simtel-runner-ray-tracing_parameters.yml')
_parameters = gen.collectDataFromYamlOrDict(_parameterFile, None)
self.config = gen.validateConfigData(_configDataIn, _parameters)
self._loadRequiredFiles()
def test_validate_config_data():
parameterFile = io.getTestDataFile('test_parameters.yml')
parameters = gen.collectDataFromYamlOrDict(parameterFile, None)
configData = {
'zenith': 0 * u.deg,
'offaxis': [0 * u.deg, 0.2 * u.rad, 3 * u.deg],
'cscat': [0, 10 * u.m, 3 * u.km],
'sourceDistance': 20000 * u.m,
'testName': 10,
'dictPar': {
'blah': 10,
'bleh': 5 * u.m
}
}
validatedData = gen.validateConfigData(configData=configData,
parameters=parameters)
# Testing undefined len
assert len(validatedData.offAxisAngle) == 3
# Testing name validation
assert validatedData.validatedName == 10
# Testing unit convertion
assert validatedData.sourceDistance == 20
# Testing dict par
assert validatedData.dictPar['bleh'] == 500
def _loadArrayConfigData(self, configData):
''' Load configData, create arrayModel and store reamnining parameters in config. '''
_arrayModelConfig, _restConfig = self._collectArrayModelParameters(
configData)
_parameterFile = io.getDataFile('parameters',
'array-simulator_parameters.yml')
_parameters = gen.collectDataFromYamlOrDict(_parameterFile, None)
self.config = gen.validateConfigData(_restConfig, _parameters)
self.arrayModel = ArrayModel(label=self.label,
arrayConfigData=_arrayModelConfig)
def __init__(self,
label=None,
name=None,
filesLocation=None,
configData=None,
configFile=None):
'''
LayoutArray init.
Parameters
----------
name: str
Name of the telescope (e.g L-01, S-05, ...)
label: str
Instance label.
filesLocation: str (or Path), optional
Parent location of the output files created by this class. If not given, it will be
taken from the config.yml file.
configData: dict.
Dict containing the configurable parameters.
configFile: str or Path
Path of the yaml file containing the configurable parameters.
'''
self._logger = logging.getLogger(__name__)
self._logger.debug('Init LayoutArray')
self.label = label
self.name = name
self._telescopeList = []
# Loading configData
_configDataIn = gen.collectDataFromYamlOrDict(configFile,
configData,
allowEmpty=True)
_parameterFile = io.getDataFile('parameters',
'layout-array_parameters.yml')
_parameters = gen.collectDataFromYamlOrDict(_parameterFile, None)
self.config = gen.validateConfigData(_configDataIn, _parameters)
# Making config entries into attributes
for par, value in zip(self.config._fields, self.config):
self.__dict__['_' + par] = value
self._loadArrayCenter()
# Output directory
self._filesLocation = cfg.getConfigArg('outputLocation', filesLocation)
self._outputDirectory = io.getLayoutOutputDirectory(
self._filesLocation, self.label)
self._outputDirectory.mkdir(parents=True, exist_ok=True)
def __init__(self,
telescopeModel,
label=None,
simtelSourcePath=None,
filesLocation=None,
configData=None,
configFile=None):
'''
CameraEfficiency init.
Parameters
----------
telescopeModel: TelescopeModel
Instance of the TelescopeModel class.
label: str
Instance label, optional.
simtelSourcePath: str (or Path), optional.
Location of sim_telarray installation. If not given, it will be taken from the
config.yml file.
filesLocation: str (or Path), optional.
Parent location of the output files created by this class. If not given, it will be
taken from the config.yml file.
configData: dict.
Dict containing the configurable parameters.
configFile: str or Path
Path of the yaml file containing the configurable parameters.
'''
self._logger = logging.getLogger(__name__)
self._simtelSourcePath = Path(
cfg.getConfigArg('simtelPath', simtelSourcePath))
self._filesLocation = cfg.getConfigArg('outputLocation', filesLocation)
self._telescopeModel = self._validateTelescopeModel(telescopeModel)
self.label = label if label is not None else self._telescopeModel.label
self._baseDirectory = io.getCameraEfficiencyOutputDirectory(
self._filesLocation, self.label)
self._baseDirectory.mkdir(parents=True, exist_ok=True)
self._hasResults = False
_configDataIn = gen.collectDataFromYamlOrDict(configFile,
configData,
allowEmpty=True)
_parameterFile = io.getDataFile('parameters',
'camera-efficiency_parameters.yml')
_parameters = gen.collectDataFromYamlOrDict(_parameterFile, None)
self.config = gen.validateConfigData(_configDataIn, _parameters)
self._loadFiles()
def __init__(self,
arrayModel,
label=None,
simtelSourcePath=None,
filesLocation=None,
configData=None,
configFile=None):
'''
SimtelRunnerArray.
Parameters
----------
arrayModel: str
Instance of TelescopeModel class.
label: str, optional
Instance label. Important for output file naming.
simtelSourcePath: str (or Path), optional
Location of sim_telarray installation. If not given, it will be taken from the
config.yml file.
filesLocation: str (or Path), optional
Parent location of the output files created by this class. If not given, it will be
taken from the config.yml file.
configData: dict.
Dict containing the configurable parameters.
configFile: str or Path
Path of the yaml file containing the configurable parameters.
'''
self._logger = logging.getLogger(__name__)
self._logger.debug('Init SimtelRunnerArray')
super().__init__(label=label,
simtelSourcePath=simtelSourcePath,
filesLocation=filesLocation)
self.arrayModel = self._validateArrayModel(arrayModel)
self.label = label if label is not None else self.arrayModel.label
# File location
self._baseDirectory = io.getOutputDirectory(self._filesLocation,
self.label, 'array')
self._baseDirectory.mkdir(parents=True, exist_ok=True)
# Loading configData
_configDataIn = gen.collectDataFromYamlOrDict(configFile, configData)
_parameterFile = io.getDataFile('parameters',
'simtel-runner-array_parameters.yml')
_parameters = gen.collectDataFromYamlOrDict(_parameterFile, None)
self.config = gen.validateConfigData(_configDataIn, _parameters)
self._loadSimtelDataDirectories()
def __init__(self,
name=None,
prodId=dict(),
configData=None,
configFile=None):
'''
TelescopeData init.
Parameters
----------
name: str
Name of the telescope (e.g L-01, S-05, ...)
prodId: dict
...
configData: dict.
Dict containing the configurable parameters.
configFile: str or Path
Path of the yaml file containing the configurable parameters.
'''
self._logger = logging.getLogger(__name__)
self._logger.debug('Init TelescopeData')
self.name = name
self._prodId = prodId
# Loading configData
_configDataIn = gen.collectDataFromYamlOrDict(configFile,
configData,
allowEmpty=True)
_parameterFile = io.getDataFile('parameters',
'telescope-data_parameters.yml')
_parameters = gen.collectDataFromYamlOrDict(_parameterFile, None)
self.config = gen.validateConfigData(_configDataIn, _parameters)
# Making config entries into attributes
for par, value in zip(self.config._fields, self.config):
self.__dict__['_' + par] = value
def __init__(self,
telescopeModel,
label=None,
simtelSourcePath=None,
filesLocation=None,
configData=None,
configFile=None):
'''
RayTracing init.
Parameters
----------
telescopeModel: TelescopeModel
Instance of the TelescopeModel class.
label: str
Instance label.
simtelSourcePath: str (or Path), optional
Location of sim_telarray installation. If not given, it will be taken from the
config.yml file.
filesLocation: str (or Path), optional
Parent location of the output files created by this class. If not given, it will be
taken from the config.yml file.
configData: dict.
Dict containing the configurable parameters.
configFile: str or Path
Path of the yaml file containing the configurable parameters.
'''
self._logger = logging.getLogger(__name__)
self._simtelSourcePath = Path(
cfg.getConfigArg('simtelPath', simtelSourcePath))
self._filesLocation = cfg.getConfigArg('outputLocation', filesLocation)
self._telescopeModel = self._validateTelescopeModel(telescopeModel)
# Loading configData
_configDataIn = gen.collectDataFromYamlOrDict(configFile, configData)
_parameterFile = io.getDataFile('parameters',
'ray-tracing_parameters.yml')
_parameters = gen.collectDataFromYamlOrDict(_parameterFile, None)
self.config = gen.validateConfigData(_configDataIn, _parameters)
self.label = label if label is not None else self._telescopeModel.label
self._outputDirectory = io.getRayTracingOutputDirectory(
self._filesLocation, self.label)
self._outputDirectory.mkdir(parents=True, exist_ok=True)
# Loading relevant attributes in case of single mirror mode.
if self.config.singleMirrorMode:
# Recalculating source distance.
self._logger.debug(
'Single mirror mode is activate - source distance is being recalculated to 2 * flen'
)
mirFlen = self._telescopeModel.getParameterValue(
'mirror_focal_length')
self._sourceDistance = 2 * float(mirFlen) * u.cm.to(u.km) # km
# Setting mirror numbers.
if self.config.mirrorNumbers is None:
self._mirrorNumbers = list(
range(0, self._telescopeModel.mirrors.numberOfMirrors))
else:
self._mirrorNumbers = self.config.mirrorNumbers
else:
self._sourceDistance = self.config.sourceDistance
self._hasResults = False
# Results file
fileNameResults = names.rayTracingResultsFileName(
self._telescopeModel.site, self._telescopeModel.name,
self._sourceDistance, self.config.zenithAngle, self.label)
self._outputDirectory.joinpath('results').mkdir(parents=True,
exist_ok=True)
self._fileResults = self._outputDirectory.joinpath('results').joinpath(
fileNameResults)