def evalKnownErrors(js, minmax, knownerrors):
'''Given comuted info about an exam (js) and the minmax values and
a list of user-defined knownerrors, create a dict of sensors and failtype to ignore'''
ignore= {}
for tid in [js['LToolID'], js['RToolID']]:
if tid in knownerrors.keys():
snsr = knownerrors[tid][0]
failtype = knownerrors[tid][1]
minormax = minmax[snsr][knownerrors[tid][2]]
#Implemented so that OutOfRanges could be direction specific
if failtype == 'OutOfRange' and knownerrors[tid][2]=='min':
if minormax > knownerrors[tid][3] and minormax < task_ranges[js['TaskType']][snsr]['min']:
appendOrCreate(ignore, snsr, failtype)
elif failtype == 'OutOfRange' and knownerrors[tid][2]=='max':
if minormax < knownerrors[tid][3] and minormax > task_ranges[js['TaskType']][snsr]['max']:
appendOrCreate(ignore, snsr, failtype)
else: ignore[snsr] = [failtype]
return ignore
def ignoreErrors(js, minmax, isClipApply):
'''create dict of errors to ignore for simscore. include ignoring known errors
as well as specific, user-identified commonplace, non-important errors'''
#Ignore known errors
ignore = evalKnownErrors(js, minmax, knownerrors)
#Ignore dead FgL during ClipApply
if isClipApply:
appendOrCreate(ignore, 'Fg_L', 'DeadSensors')
#Ignore really high Fg if ClipApply
if minmax['Fg_R']['max'] > ranges['Fg_R']['max'] and minmax['Fg_R']['min'] > ranges['Fg_R']['min']:
appendOrCreate(ignore, 'Fg_R', 'OutOfRange')
#Ignore dead FgOffhand during Cutting
if js["TaskType"] == 1:
hand = 'R' if js["ProctorValues"]["LeftToolIsScissors"] else 'L'
appendOrCreate(ignore, 'Fg_'+hand, 'DeadSensors')
#DURING PRACTICE:
#Ignore all Dead Fg
if js['IsPractice']:
appendOrCreate(ignore, 'Fg_L', 'DeadSensors')
appendOrCreate(ignore, 'Fg_R', 'DeadSensors')
return ignore
