Content

To-do

pyimgalgos PSAS-178 H-project as a 1-st candidate to sci-beam
- improve HBins - add edgemode parameter
- add HPolar, H2D, H1D, HNDArray
- develop uni-tests
- low frequency background subtraction
Andor3d - support for variable size data in calibman and Detector
calibman PSAS-6
- do not start on hosts where data is not seen
- do not start under opr accounts
- use switch between :xtc and :smd mode of the event reader
- improve py-algorithm for ndarray averaging
- replace psana module-based averaging with Detector averaging
- develop deployment pop-up GUI
Meng's FDE
- keep going with re-vision and cross-checks
- move new transformation to FiberAngles
- generate peak table in format of cfel?
Detector Calibration Store, PSAS-148
- project description
- discussion with involved parties
- begin implementation
Detector PSAS-139
- add method for export numpy array in text form

in ImgAlgos/ImgSaveInFile save image in other formats: bin, tiff, etc...
pdscalibdata::NDArrIOV1 - I/O ndarray of any shape.

CalibManager.OpticAlignmentCspadV1.py - generates constants type "geometry" for CSPAD

pyimgalgos.GeometryObject.py, GeometryAccess.py- works with calibration constants type "geometry"

C++ version of GeometryObject, GeometryAccess

cspad_image_producer.py - use default calibration directory

PSCalib.CalibFileFinder.py - analog of C++ PSCalib::CalibFileFinder

generic image producer based on type "geometry"

GUI-based tool for sensors' alignment using type "geometry"

CalibManager/app/calibrun - add option to use configuration parameters from file

find the reason of the difference with Marcin's results

2013-06-05 Marcin apply LLD threshold = 200, in stead of 20.

fits to g2 function vs time

plot for fit parameters vs q

use processing for any camera