def learnAnswer(trial, answer):
(id, solution, ordering, src, dest, desc, verification) = answer
srcnode = database.getNode(src)
dstnode = database.getNode(dest)
matches = database.searchVerificationMatch(trial, src, dest, desc)
if len(matches) == 1:
match = matches[0]
print("\t%s --- %s --> %s was automatically verified." %
(srcnode[2], desc, dstnode[2]))
database.setVerification(id, match["verification"])
return
elif len(matches) > 1:
print("\t%s --- %s --> %s" % (srcnode[2], desc, dstnode[2]))
print(
"\tThe following candidates may be used for semiautomatic verification:"
)
print("\t\t0: None of them")
answers = []
n = 1
for match in matches:
answers.append(match["verification"])
print("\t\t%d: %s --- %s --> %s (%s)" %
(n, srcnode[2], match["description"], dstnode[2], ", ".join(
database.unpackVerification(match["verification"]))))
n += 1
while True:
res = input("> ")
if res.isdigit():
res = int(res)
if res == 0:
break
elif res > 0 and res < n:
database.setVerification(id, answers[res - 1])
return
flags = []
for flag in database.listVerifications():
while True:
print("Is this answer %s correct? (Y/N)" % flag)
print("\t%s --- %s --> %s" % (srcnode[2], desc, dstnode[2]))
res = input("> ")
if res in ["y", "Y"]:
flags.append(flag)
break
elif res in ["n", "N"]:
break
else:
print("Your input was invalid. Try again.")
database.setVerification(id, database.packVerification(flags))
"edgeCount": ("Edge Usage Count", collectEdgeUsedCounts, {}),
"edgeCorrect": ("Edge Correct", collectEdgeCorrect, {"verification": 6}),
},
"nodes": {},
"verification": {}
}
for t in [None, "Vorher", "Nachher"]:
for m in [None, "Video", "Text"]:
ts = "" if t == None else t
ms = "" if m == None else m
stats["nodes"].update({
"nodeUsageCount%s_%s" % (ts,ms): ("Node Usage Count %s %s" % (ts,ms), collectNodeUsedCounts, {"timing": t, "medium": m}),
"nodeUsagePlot%s_%s" % (ts,ms): ("Node Usage Plot %s %s" % (ts,ms), collectNodeUsagePlot, {"timing": t, "medium": m}),
})
for v in [30]:
vs = "" if v == None else ",".join(database.unpackVerification(v))
args = {"timing": t, "medium": m, "verification": v}
stats["nodes"].update({
"nodeUsageCount%s_%s_%s" % (ts,ms,str(v)): ("Node Usage Count %s %s %s" % (ts,ms,vs), collectNodeUsedCounts, args),
"nodeUsagePlot%s_%s_%s" % (ts,ms,str(v)): ("Node Usage Plot %s %s %s" % (ts,ms,vs), collectNodeUsagePlot, args),
})
stats["edges"].update({
"edgeCorrect%s_%s_%s" % (ts,ms,str(v)): ("Edge Correct %s %s %s" % (ts,ms,vs), collectEdgeCorrect, args),
})
# Supported statistics output:
# - listing: a list of records
# Arguments: names, records
# names: a list of captions for the columns
# records: a list of iterables that represent the rows
# - table: a table with arbitrary rows and columns
def learnAnswer(trial, answer):
(id,solution,ordering,src,dest,desc,verification) = answer
srcnode = database.getNode(src)
dstnode = database.getNode(dest)
matches = database.searchVerificationMatch(trial, src, dest, desc)
if len(matches) == 1:
match = matches[0]
print("\t%s --- %s --> %s was automatically verified." % (srcnode[2],desc,dstnode[2]))
database.setVerification(id, match["verification"])
return
elif len(matches) > 1:
print("\t%s --- %s --> %s" % (srcnode[2],desc,dstnode[2]))
print("\tThe following candidates may be used for semiautomatic verification:")
print("\t\t0: None of them")
answers = []
n = 1
for match in matches:
answers.append(match["verification"])
print("\t\t%d: %s --- %s --> %s (%s)" % (n,srcnode[2],match["description"],dstnode[2],", ".join(database.unpackVerification(match["verification"]))))
n += 1
while True:
res = input("> ")
if res.isdigit():
res = int(res)
if res == 0:
break
elif res > 0 and res < n:
database.setVerification(id, answers[res-1])
return
flags = []
for flag in database.listVerifications():
while True:
print("Is this answer %s correct? (Y/N)" % flag)
print("\t%s --- %s --> %s" % (srcnode[2],desc,dstnode[2]))
res = input("> ")
if res in ["y", "Y"]:
flags.append(flag)
break
elif res in ["n", "N"]:
break
else:
print("Your input was invalid. Try again.")
database.setVerification(id, database.packVerification(flags))
ts = "" if t == None else t
ms = "" if m == None else m
stats["nodes"].update({
"nodeUsageCount%s_%s" % (ts, ms):
("Node Usage Count %s %s" % (ts, ms), collectNodeUsedCounts, {
"timing": t,
"medium": m
}),
"nodeUsagePlot%s_%s" % (ts, ms):
("Node Usage Plot %s %s" % (ts, ms), collectNodeUsagePlot, {
"timing": t,
"medium": m
}),
})
for v in [30]:
vs = "" if v == None else ",".join(database.unpackVerification(v))
args = {"timing": t, "medium": m, "verification": v}
stats["nodes"].update({
"nodeUsageCount%s_%s_%s" % (ts, ms, str(v)):
("Node Usage Count %s %s %s" % (ts, ms, vs),
collectNodeUsedCounts, args),
"nodeUsagePlot%s_%s_%s" % (ts, ms, str(v)):
("Node Usage Plot %s %s %s" % (ts, ms, vs),
collectNodeUsagePlot, args),
})
stats["edges"].update({
"edgeCorrect%s_%s_%s" % (ts, ms, str(v)):
("Edge Correct %s %s %s" % (ts, ms, vs), collectEdgeCorrect,
args),
})