def set(self, excludeMethodInstance, index=None): '''add or change an exclude-instance in the container''' if index==None: self.appendExcludeMethod(excludeMethodInstance) else: _utils.checkModuleInstance(excludeMethodInstance,excludeMethods) self._list[int(index)] = excludeMethodInstance
def set(self, calcMethodInstance, index=None): '''ad or change the calc-instance at a given index''' if index==None: self.appendCalcMethod(calcMethodInstance) else: _utils.checkModuleInstance(calcMethodInstance,calcMethods) self._list[int(index)] = calcMethodInstance
def append(self, transformMethodInstance, adhoc=False): ''' *adhoc*: transform each value right in the readout else the talues can be transformed via :func:`diaGrabber.target._matrixMethods.matrixMethods.transformDim` ''' _utils.checkModuleInstance(transformMethodInstance,transformMethods) self.adhoc.append(bool(adhoc)) self._list.append(transformMethodInstance)
def setArgs(self, **kwargs):
'''
**Required kwargs** ("keyword arguments") are:
================== =========== ============== ============================
Keyword Type Example Description
================== =========== ============== ============================
*name* str "one" the name of the basisDimension
*unit* str "m/s" the unit of the basisDimension
*index* int 0 the position in the source-file
'0' will be the first one
str "counter" see :py:meth:`setCounter`
(with update=True)
"fixedCounter" see :py:meth:`setCounter`
(with update=False)
================== =========== ============== ============================
**Optional kwargs** ("keyword arguments") are:
================== =========== ============= ============================
Keyword Type Default Description
================== =========== ============= ============================
*prefix* float/str 1 the prefix of the
unit. can be a float
or a string like 'm' for milli
see :py:func:`_evalPrefix` for all
possibilities
*merge* instance merge.last() see :mod:`diaGrabber.source.methods.merge` for all possible options
================== =========== ============= ============================
'''
prefix = None
for key in kwargs:
if key == "name":
self.name = str(kwargs[key])
elif key == "unit":
self.unit = str(kwargs[key])
elif key == "prefix":
prefix = kwargs[key]
elif key == "index":
if type(kwargs[key]) != int:
if kwargs[key] == "runningCounter" or kwargs[key] == "counter":
self.setCounter(update=True)
self.index = 0
elif index == "fixedCounter":
self.setCounter(update=False)
self.index = 0
else:
sys.exit("ERROR: index has to be an iteger or 'runningCounter' or 'fixedCounter'")
else:
self.index = int(kwargs[key])
elif key == "merge":
_utils.checkModuleInstance(kwargs[key], mergeMethods)
self._mergeMethod = kwargs[key]
else:
raise KeyError("keyword '%s' not known" %key)
#after main loop to ensure that unit is set
if prefix != None:
self._evalPrefix(prefix)
def __init__(self, sourceClassList): ###SOURCECLASS-HANDLING self.sourceClassList = sourceClassList #if only one list is given or lists are given in tuple: formal as list if type(self.sourceClassList) != list: if type(self.sourceClassList) == tuple: self.sourceClassList = list(self.sourceClassList) else: self.sourceClassList = [self.sourceClassList] #check whether all entries in sourceClassList belongs to the module 'source' for sourceClass in self.sourceClassList: _utils.checkModuleInstance(sourceClass, source) self._fitBasisDims() self._combineMergeDims() self.mergeNames = [] for i in self._merge_dim: self.mergeNames.append(i.name) self.basisNames = [] for i in self._basis_dim: self.basisNames.append(i.name) self._setPlotOverlay()
def append(self, excludeMethodInstance): '''add a new exclude-condition to the container. need a instance of :mod:`diaGrabber.source.methods.exclude` for this.''' _utils.checkModuleInstance(excludeMethodInstance,excludeMethods) self._list.append(excludeMethodInstance)
def append(self, calcMethodInstance): '''add a new calc-procedure to the container, need a instance of :mod:`diaGrabber.source.methods.calc` for this.''' _utils.checkModuleInstance(calcMethodInstance,calcMethods) self._list.append(calcMethodInstance)
