def buildChronoList(
TimePhraseList,
chrono_id,
ref_list,
PIclassifier,
PIfeatures,
):
chrono_list = []
## Do some further pre-processing on the ref token list
## Replace all punctuation with spaces
ref_list = referenceToken.replacePunctuation(ref_list)
## Convert to lowercase
ref_list = referenceToken.lowercase(ref_list)
for s in TimePhraseList:
chrono_tmp_list = []
# this is the new chrono time flags so we don't duplicate effort. Will ned to eventually re-write this flow.
# The flags are in the order: [loneDigitYear, month, day, hour, minute, second]
chrono_tmp_list, chrono_id = DoseDuration.buildDoseDuration(
s, chrono_id, chrono_tmp_list, ref_list, PIclassifier, PIfeatures)
#chrono_tmp_list, chrono_id = buildFrequency(s, chrono_id, chrono_tmp_list, ref_list)
# tmplist, chrono_id = buildSubIntervals(chrono_tmp_list, chrono_id, dct, ref_list)
chrono_list = chrono_list + chrono_tmp_list
chrono_tmp_list = []
return chrono_list, chrono_id
def buildChronoListML(TimePhraseList, chrono_id, ref_list, X, classifier):
chrono_list = []
## Do some further pre-processing on the ref token list
## Replace all punctuation with spaces
ref_list = referenceToken.replacePunctuation(ref_list)
## Convert to lowercase
ref_list = referenceToken.lowercase(ref_list)
n = 0
while n < len(TimePhraseList):
s = TimePhraseList[n]
if (hasSingular(s.getItems())):
chrono_list.append(
chrono.ChronoFrequencyEntity(id=str(chrono_id) + "entity",
label="Frequency",
span=s.getSpan(),
text=s.getText()))
chrono_id += 1
TimePhraseList.pop(n)
n -= 1
n += 1
if len(TimePhraseList) != len(X):
print("FATAL ERROR: LEN(PHRASE FEATURES)!=LEN(PHRASES)")
exit(1)
for s, x in zip(TimePhraseList, X):
chrono_tmp_list = []
# this is the new chrono time flags so we don't duplicate effort. Will ned to eventually re-write this flow.
# The flags are in the order: [loneDigitYear, month, day, hour, minute, second]
#chrono_tmp_list, chrono_id = DoseDuration.buildDoseDuration(s, chrono_id, chrono_tmp_list, ref_list, PIclassifier, PIfeatures)
chrono_tmp_list, chrono_id = buildFrequencyML(s, chrono_id,
chrono_tmp_list, x,
classifier)
chrono_list = chrono_list + chrono_tmp_list
chrono_tmp_list = []
# tmplist, chrono_id = buildSubIntervals(chrono_tmp_list, chrono_id, dct, ref_list)
return chrono_list, chrono_id
def buildChronoList(TimePhraseList, chrono_id, ref_list, PIclassifier, PIfeatures, dct=None):
chrono_list = []
## Do some further pre-processing on the ref token list
## Replace all punctuation with spaces
ref_list = referenceToken.replacePunctuation(ref_list)
## Convert to lowercase
ref_list = referenceToken.lowercase(ref_list)
for s in TimePhraseList:
print(s)
chrono_tmp_list = []
# this is the new chrono time flags so we don't duplicate effort. Will ned to eventually re-write this flow.
# The flags are in the order: [loneDigitYear, month, day, hour, minute, second]
chrono_time_flags = {"loneDigitYear":False, "month":False, "day":False, "hour":False, "minute":False, "second":False, "fourdigityear":False, "twodigityear":False}
#Parse out Year function
chrono_tmp_list, chrono_id, chrono_time_flags = MonthYear.buildYear(s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse out Two-Digit Year
chrono_tmp_list, chrono_id, chrono_time_flags = MonthYear.build2DigitYear(s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse out Month-of-Year
chrono_tmp_list, chrono_id, chrono_time_flags = MonthYear.buildMonthOfYear(s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse out Day-of-Month
chrono_tmp_list, chrono_id, chrono_time_flags = DayOfMonth.buildDayOfMonth(s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse out HourOfDay
chrono_tmp_list, chrono_id, chrono_time_flags = HourOfDay.buildHourOfDay(s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse out MinuteOfHour
chrono_tmp_list, chrono_id, chrono_time_flags = MinuteOfHour.buildMinuteOfHour(s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse out SecondOfMinute
chrono_tmp_list, chrono_id, chrono_time_flags = SecondOfMinute.buildSecondOfMinute(s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse modifier text
chrono_tmp_list, chrono_id = Modifier.buildModifierText(s, chrono_id, chrono_tmp_list)
#call non-standard formatting temporal phrases
chrono_tmp_list, chrono_id, chrono_time_flags = NumericDate.buildNumericDate(s, chrono_id, chrono_tmp_list, chrono_time_flags)
chrono_tmp_list, chrono_id, chrono_time_flags = TwentyFourHourTime.build24HourTime(s, chrono_id, chrono_tmp_list, chrono_time_flags)
chrono_tmp_list, chrono_id = DayOfWeek.buildDayOfWeek(s, chrono_id, chrono_tmp_list)
chrono_tmp_list, chrono_id, chrono_time_flags = TextMonthAndDay.buildTextMonthAndDay(s, chrono_id, chrono_tmp_list, chrono_time_flags, dct, ref_list)
chrono_tmp_list, chrono_id = AMPM.buildAMPM(s, chrono_id, chrono_tmp_list, chrono_time_flags)
chrono_tmp_list, chrono_id = PartOfDay.buildPartOfDay(s, chrono_id, chrono_tmp_list)
chrono_tmp_list, chrono_id = PartOfWeek.buildPartOfWeek(s, chrono_id, chrono_tmp_list)
chrono_tmp_list, chrono_id = Season.buildSeasonOfYear(s, chrono_id, chrono_tmp_list, ref_list)
chrono_tmp_list, chrono_id = PeriodInterval.buildPeriodInterval(s, chrono_id, chrono_tmp_list, ref_list, PIclassifier, PIfeatures)
chrono_tmp_list, chrono_id = TextYear.buildTextYear(s, chrono_id, chrono_tmp_list)
chrono_tmp_list, chrono_id = This.buildThis(s, chrono_id, chrono_tmp_list)
chrono_tmp_list, chrono_id = BeforeAfter.buildBeforeAfter(s, chrono_id, chrono_tmp_list)
chrono_tmp_list, chrono_id = NthFromStart.buildNthFromStart(s, chrono_id, chrono_tmp_list, ref_list)
chrono_tmp_list, chrono_id = TimeZone.buildTimeZone(s, chrono_id, chrono_tmp_list)
chrono_tmp_list, chrono_id = Last.buildLast(s, chrono_id, chrono_tmp_list)
# print("XXXXXXXXX")
# print(s)
# for e in chrono_tmp_list:
# print(e)
tmplist, chrono_id = buildSubIntervals(chrono_tmp_list, chrono_id, dct, ref_list)
chrono_list = chrono_list+tmplist
#Going to incorporate in future builds
#chrono_list, chrono_id = buildDuration(s, chrono_id, chrono_list)
#chrono_list, chrono_id = buildSet(s, chrono_id, chrono_list)
return chrono_list, chrono_id
def buildChronoList(TimePhraseList,
chrono_id,
ref_list,
PIclassifier,
PIfeatures,
dct=None):
chrono_list = []
## Do some further pre-processing on the ref token list
## Replace all punctuation with spaces
ref_list = referenceToken.replacePunctuation(ref_list)
## Convert to lowercase
ref_list = referenceToken.lowercase(ref_list)
## this list will contain only the phrases that have a temporal component with a scate entity.
timex_list = []
for s in TimePhraseList:
print("\nNOW PARSING PHRASE: " + s.getText() + "\n")
chrono_tmp_list = []
# this is the new chrono time flags so we don't duplicate effort. Will ned to eventually re-write this flow.
# The flags are in the order: [loneDigitYear, month, day, hour, minute, second]
chrono_time_flags = {
"loneDigitYear": False,
"month": False,
"day": False,
"hour": False,
"minute": False,
"second": False,
"fourdigityear": False,
"twodigityear": False
}
#Parse out Year function
chrono_tmp_list, chrono_id, chrono_time_flags = MonthYear.buildYear(
s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse out Two-Digit Year
chrono_tmp_list, chrono_id, chrono_time_flags = MonthYear.build2DigitYear(
s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse out Month-of-Year
chrono_tmp_list, chrono_id, chrono_time_flags = MonthYear.buildMonthOfYear(
s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse out Day-of-Month
chrono_tmp_list, chrono_id, chrono_time_flags = DayOfMonth.buildDayOfMonth(
s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse AMPM before Hour of Day
chrono_tmp_list, chrono_id = AMPM.buildAMPM(s, chrono_id,
chrono_tmp_list,
chrono_time_flags)
#Parse out HourOfDay
chrono_tmp_list, chrono_id, chrono_time_flags = HourOfDay.buildHourOfDay(
s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse out MinuteOfHour
chrono_tmp_list, chrono_id, chrono_time_flags = MinuteOfHour.buildMinuteOfHour(
s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse out SecondOfMinute
chrono_tmp_list, chrono_id, chrono_time_flags = SecondOfMinute.buildSecondOfMinute(
s, chrono_id, chrono_tmp_list, chrono_time_flags)
#Parse modifier text
chrono_tmp_list, chrono_id = Modifier.buildModifierText(
s, chrono_id, chrono_tmp_list)
#call non-standard formatting temporal phrases
chrono_tmp_list, chrono_id, chrono_time_flags = NumericDate.buildNumericDate(
s, chrono_id, chrono_tmp_list, chrono_time_flags)
chrono_tmp_list, chrono_id, chrono_time_flags = TwentyFourHourTime.build24HourTime(
s, chrono_id, chrono_tmp_list, chrono_time_flags)
chrono_tmp_list, chrono_id = DayOfWeek.buildDayOfWeek(
s, chrono_id, chrono_tmp_list)
chrono_tmp_list, chrono_id, chrono_time_flags = TextMonthAndDay.buildTextMonthAndDay(
s, chrono_id, chrono_tmp_list, chrono_time_flags, dct, ref_list)
#chrono_tmp_list, chrono_id = AMPM.buildAMPM(s, chrono_id, chrono_tmp_list, chrono_time_flags)
chrono_tmp_list, chrono_id = PartOfDay.buildPartOfDay(
s, chrono_id, chrono_tmp_list)
chrono_tmp_list, chrono_id = PartOfWeek.buildPartOfWeek(
s, chrono_id, chrono_tmp_list)
chrono_tmp_list, chrono_id = Season.buildSeasonOfYear(
s, chrono_id, chrono_tmp_list, ref_list)
chrono_tmp_list, chrono_id = PeriodInterval.buildPeriodInterval(
s, chrono_id, chrono_tmp_list, ref_list, PIclassifier, PIfeatures)
chrono_tmp_list, chrono_id = TextYear.buildTextYear(
s, chrono_id, chrono_tmp_list)
chrono_tmp_list, chrono_id = This.buildThis(s, chrono_id,
chrono_tmp_list)
chrono_tmp_list, chrono_id = BeforeAfter.buildBeforeAfter(
s, chrono_id, chrono_tmp_list)
chrono_tmp_list, chrono_id = NthFromStart.buildNthFromStart(
s, chrono_id, chrono_tmp_list, ref_list)
chrono_tmp_list, chrono_id = TimeZone.buildTimeZone(
s, chrono_id, chrono_tmp_list)
chrono_tmp_list, chrono_id = Last.buildLast(s, chrono_id,
chrono_tmp_list)
chrono_tmp_list, chrono_id = Frequency.buildFrequency(
s, chrono_id, chrono_tmp_list)
print("XXXXXXXXX")
# if len(chrono_tmp_list) > 0:
# print(s)
# timex_list.append(s)
# for e in chrono_tmp_list:
# print(e)
tmplist, chrono_id = buildSubIntervals(chrono_tmp_list, chrono_id, dct,
ref_list)
## tmplist is a list of ChronoEntities for a single phrase, but can be returned empty
## Need to add ISO conversion here!
if len(tmplist) > 0:
print("Converting phrase to ISO: " + str(s))
s.getISO(tmplist)
print("ISO Value: " + str(s))
print("TIMEX3 String: " + s.i2b2format())
timex_list.append(s)
chrono_list = chrono_list + tmplist ##chrono_list is a list of ChronoEntities, and phrase information is lost
#print(chrono_list)
#Going to incorporate in future builds
#chrono_list, chrono_id = buildDuration(s, chrono_id, chrono_list)
#chrono_list, chrono_id = buildSet(s, chrono_id, chrono_list)
#print("TIMEX LIST: " + str(timex_list))
return chrono_list, chrono_id, timex_list