GitHub - atlytle/soton_qcd: Analysis tools written in python.

Branches Tags

Name		Name	Last commit message	Last commit date
Latest commit History 90 Commits
scripts		scripts
README		README
__init__.py		__init__.py
alpha_s.py		alpha_s.py
combined_analysis.py		combined_analysis.py
domain_wall.py		domain_wall.py
domain_wall_tests.py		domain_wall_tests.py
extract_kpipi.py		extract_kpipi.py
fits.py		fits.py
free_dwf.py		free_dwf.py
matching.py		matching.py
measurements.py		measurements.py
measurements_exceptional.py		measurements_exceptional.py
output.py		output.py
pole_fits.py		pole_fits.py
pyNPR.py		pyNPR.py
step-scaling.nb		step-scaling.nb
step_scaling.py		step_scaling.py

Repository files navigation

---- July 21, 2011 ----

domain_wall.py -
    Definitions involving gamma matrices, projectors, and momentum.

pyNPR.py -
    NPR data structures.

measurements.py -
    NPR projections.

fits.py -
    Chiral fits.

step-scaling.py -
    Calculating step-scaling functions.

matching.py -
    Definitions of matching/running factors for NPR.

DSDR_analysis.py -
    Main driver for NPR analysis on DSDR lattices.

IW_analysis.py -
    Main driver for NPR analysis on IW lattices.

combined_analysis.py -
    DSDR Zs + IW step-scaling + NDR matching.

---- Jan 10, 2012 ----

IW_SUSY_analysis.py -
    5x5 Delta S=2 analysis for SUSY B_K project. Non-exceptional schemes.

IW_exceptional_analysis_24cube.py -
    5x5 Delta S=2 analysis on coarse IW lattices. Exceptional schemes.

IW_exceptional_analysis_32cube.py -
    5x5 Delta S=2 analysis on fine IW lattices. Exceptional schemes.

IW_NE_printout.py -
    Results printout for 5x5 NE analysis. (g,g)-scheme

IW_NEq_printout.py -
    Results printout for 5x5 NE analysis. (q,q)-scheme

IW_bilinear_analysis.py -
    Computing Z_S and Z_P for NE schemes. 
    Results in IW_bilinears_note.pdf on individual posting.

IW_exceptional_2014.py -
    Study of pole terms.

Zq_study.py -
    Examining trying to extract Z_V from the propagator and Lambda_V.

IW_E_stepscale.py -
    Step-scaling analysis on IW exceptional 24^3 and 32^3 data.