#Remove timetool full#
#Remove timetool code#

00073 00074 weights_file '' str, the weights can be put into a file as well 00075 00076 use_calib_db_ref False bool, get the initial reference from the 00077 calibration database.

#Remove timetool full#

The full string can be 00072 found in the code. It is unusual for 00071 users to modify this string. ' str, this defaults to a long string of the 00068 weights that the TimeTool uses when performing signal 00069 processing on the normalized, reference divided signal, 00070 to turn a sharp drop into a peak. 00063 00064 ipm_beam_threshold float, threshold for determining if beam present from 00065 an ipm. Here one can specify the psana source for the 00062 desired ipimb.

#Remove timetool code#

00057 00058 ipm_get_key '' str, in addition to the evr code above, the timetool 00059 will look at the threshold on a specified ipmb to decide 00060 if the beam is present. 00054 00055 eventcode_skip 0 int, EVR code for events that should be skipped from 00056 TimeTool processing. 00049 00050 ** Uncommon Options** 00051 Option default data type / explanation 00052 - 00053 projectX True bool, if true, project down to the X axis of the opal. If calib_poly is 'a b c' 00048 Then femtosecond_result = a + b*x + c*x^2 wher x is the detector position. Typically a 00045 special calibration run is performed to compute the mapping from 00046 position on the detector to femtoseconds and the results of this 00047 analysis are passed through this parameter.

00040 00041 00042 calib_poly '0 1 0' str, TimeTool.Analyze returns results as both a pixel 00043 location on the Detector, as well as a conversion 00044 to femtoseconds by applying this quadratic polynomial. 00038 00039 sig_roi_x '0 1023' str, signal roi in x or columns, default is all. 00035 00036 sig_roi_y '425 725' str, signal roi in y, or the rows of the Opal camera 00037 that the user may want to adjust based on where signal is. 0.05 means next 00034 shot is 5% of average and all previous is 95%. 1.0 means replace reference with 00033 next shot (no rolling average). 00030 00031 ref_avg_fraction 0.05 float, weight assigned to next reference shot in 00032 rolling average. Note - there are specialized 00028 options to control laser on/off beam on/off logic 00029 below. If the beam is always present, keep 00027 the default value of 0. The default, 'TSS_OPAL', is a common 00022 DAQ alias for this source 00023 00024 eventcode_nobeam 0 int, for BYKICK experiments, where an evr code 00025 specifies when the beam is NOT present, specify that 00026 EVR code here. 00013 Even though some options represent a list of numbers, the argument 00014 must be formatted as a string with only whitespace separating numbers 00015 (no commas, etc) 00016 00017 ** Common Options ** 00018 Option default data type / explanation 00019 - 00020 get_key 'TSS_OPAL' str, this is the psana source for the TimeTool 00021 opal camera.

00011 00012 Note that all options are either a Python str, or Python int, or float. First we document options users may 00010 want to change, then more specialized options. 00007 00008 There are many options for TimeTool.Analyze, most can be left 00009 at their default values. 00005 ''' 00006 Specify configuration options for the TimeTool Analyze module.