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/ # top-root-level contains info for the unique detector version dettype (str) # detector type name, ex: cspad, pnccd, etc detid (str) # unique detector id, ex: 01234 tscfile (uintfloat) # time stamp of creation of this structure predecessor (str) # name of the previous detector if available or None successor (str) # name of the next detector if available or None tags (dict) # dictionary of tags associated with this version of detector history (dict) # dictionary of history records paired as (tstamp:record) <ctype>/ # folder for calibration type ctype (str) # calibration type name tags (dict) # dictionary of tags associated with calibration type history (dict) # dictionary of history records paired as (tstamp:record) <tstamp-range>/ # folder for time stamp validity range <tstamp>[-<tstamp-end>]/ # folder for validity range. If <tstamp-end> is not specified - then valid to the end tsbegin (uintfloat) # time stamp for the beginning of the validity range tsend (uintfloat) # time stamp for the end of the validity range defaultv # reference to the default calibration, ex: <vers-tstamp2> tags (dict) # dictionary of tags associated with validity range history (dict) # dictionary of history records paired as (tstamp:record) <vers-tstamp1>/ # folder for version created on tstamp1 tsvers (uintfloat) # tstamp1 of this version production calib (ndarray) # calibration data history (dict) # dictionary of history records paired as (tstamp:record) tags (dict) # dictionary of tags, # ex: array size, number of dimensions, shape, data type, experiment, run, comments, author <vers-tstamp2>/ # folder for version created on tstamp2 tsvers (uintfloat) calib (ndarray) history (dict) tags (dict) <tstamp2>[-<tstamp2-end>]/ # folder for the next validity range. pedestals/ # folder for the next calibration type, pedestals rms/ # folder for the next calibration type, rms |
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DCBase - base class for this project ==================================== tags = obj.tags() # returns (dict) dictionary of tags associated with each object tag = obj.tag(k) # returns tag value for key k log = obj.history(fmt) # returns (str) history records preceded by the time stamp (default fmt='%Y-%m-%dT%H:%M:%S%Z') as a text d = obj.histdict() # returns (dict) history dictionary associated with current object obj.set_tags(d) # set (dict) dictionary of tags for object obj.add_tag(k,v) # add (k,v) tag to the dictionary of tags for object obj.del_tags() # delete all tags from the dictionary obj.del_tag(k) # delete tag with key k obj.set_history(d) # set (dict) as a history dictionary of the current object obj.add_history(rec, ts) # add (str) record with (intfloat) time stamp to the history dictionary (ts:rec). If ts is None - call current time is used as a key. |
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DCStore methods =============== tscfile = cs.tscfile() # (int) time stamp of the file creation dettype = cs.dettype() # (str) detector type detid = cs.detid() # (str) detector id detname = cs.detname() # (str) detector name of self object predecessor = cs.predecessor() # (str) detname of predecessor or None successor = cs.successor() # (str) detname of successor or None ctypes = cs.ctypes() # (list) calibration types in the file cto = cs.ctypeobj(ctype) # (DCType ~ h5py.Group) calibration type object _________________________________________ nda = cs.get(ctype, tsp, vers) # (str) ctype - calibration type # (...) tsp - parameter to get time stamp (evt, runnum, ts_sec) _________________________________________# (int) vers - version of calibration, None - use default DCType methods ============== ctype = cto.ctype() # (str) of ctype name tsranges = cto.ranges() # (list) of time ranges for ctype tsro = cto.rangeobj(tsrange) # (DCRange ~ h5py.Group) time stamp validity range object DCRange methods =============== tsbegin = tsro.begin() # (int) time stamp beginning validity range tsend = tsro.end() # (int) time stamp ending validity range versions = tsro.versions() # (list of uintfloat) versions of calibrations versodef = tsro.versdef() # (DCVersion ~ h5py.Group) reference to the default version in the time-range object verso = tsro.versobj(vers) # (DCVersion ~ h5py.Group) specified version in the time-range object DCVersion methods ================= tsvers = verso.tsprod() # (int) time stamp of the version production calibdata = verso.calib() # (np.array) calibration array |
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