def getEncodedValues(self, input):
    """ See method description in base.py """

    if input == SENTINEL_VALUE_FOR_MISSING_DATA:
      return numpy.array([None])

    assert isinstance(input, datetime.datetime)
    values = []

    # -------------------------------------------------------------------------
    # Get the scalar values for each sub-field
    timetuple = input.timetuple()
    timeOfDay = timetuple.tm_hour + float(timetuple.tm_min)/60.0

    if self.seasonEncoder is not None:
      dayOfYear = timetuple.tm_yday
      # input.timetuple() computes the day of year 1 based, so convert to 0 based
      values.append(dayOfYear-1)

    if self.dayOfWeekEncoder is not None:
      dayOfWeek = timetuple.tm_wday + timeOfDay / 24.0
      values.append(dayOfWeek)

    if self.weekendEncoder is not None:
      # saturday, sunday or friday evening
      if timetuple.tm_wday == 6 or timetuple.tm_wday == 5 \
          or (timetuple.tm_wday == 4 and timeOfDay > 18):
        weekend = 1
      else:
        weekend = 0
      values.append(weekend)

    if self.customDaysEncoder is not None:
      if timetuple.tm_wday in self.customDays:
        customDay = 1
      else:
        customDay = 0
      values.append(customDay)
    if self.holidayEncoder is not None:
      # A "continuous" binary value. = 1 on the holiday itself and smooth ramp
      #  0->1 on the day before the holiday and 1->0 on the day after the holiday.
      # Currently the only holiday we know about is December 25
      # holidays is a list of holidays that occur on a fixed date every year
      if len(self.holidays) == 0:
        holidays = [(12, 25)]
      else:
        holidays = self.holidays
      val = 0
      for h in holidays:
        # hdate is midnight on the holiday
        if len(h) == 3:
          hdate = datetime.datetime(h[0], h[1], h[2], 0, 0, 0)
        else:
          hdate = datetime.datetime(timetuple.tm_year, h[0], h[1], 0, 0, 0)
        if input > hdate:
          diff = input - hdate
          if diff.days == 0:
            # return 1 on the holiday itself
            val = 1
            break
          elif diff.days == 1:
            # ramp smoothly from 1 -> 0 on the next day
            val = 1.0 - (float(diff.seconds) / 86400)
            break
        else:
          diff = hdate - input
          if diff.days == 0:
            # ramp smoothly from 0 -> 1 on the previous day
            val = 1.0 - (float(diff.seconds) / 86400)

      values.append(val)

    if self.timeOfDayEncoder is not None:
      values.append(timeOfDay)

    return values
def getEncodedValues(self, input):
    

    if input == SENTINEL_VALUE_FOR_MISSING_DATA:
      return numpy.array([None])

    assert isinstance(input, datetime.datetime)
    values = []

    
    
    timetuple = input.timetuple()
    timeOfDay = timetuple.tm_hour + float(timetuple.tm_min)/60.0

    if self.seasonEncoder is not None:
      dayOfYear = timetuple.tm_yday
      
      values.append(dayOfYear-1)

    if self.dayOfWeekEncoder is not None:
      dayOfWeek = timetuple.tm_wday + timeOfDay / 24.0
      values.append(dayOfWeek)

    if self.weekendEncoder is not None:
      
      if timetuple.tm_wday == 6 or timetuple.tm_wday == 5 \
          or (timetuple.tm_wday == 4 and timeOfDay > 18):
        weekend = 1
      else:
        weekend = 0
      values.append(weekend)

    if self.customDaysEncoder is not None:
      if timetuple.tm_wday in self.customDays:
        customDay = 1
      else:
        customDay = 0
      values.append(customDay)
    if self.holidayEncoder is not None:
      
      
      
      
      if len(self.holidays) == 0:
        holidays = [(12, 25)]
      else:
        holidays = self.holidays
      val = 0
      for h in holidays:
        
        if len(h) == 3:
          hdate = datetime.datetime(h[0], h[1], h[2], 0, 0, 0)
        else:
          hdate = datetime.datetime(timetuple.tm_year, h[0], h[1], 0, 0, 0)
        if input > hdate:
          diff = input - hdate
          if diff.days == 0:
            
            val = 1
            break
          elif diff.days == 1:
            
            val = 1.0 - (float(diff.seconds) / 86400)
            break
        else:
          diff = hdate - input
          if diff.days == 0:
            
            val = 1.0 - (float(diff.seconds) / 86400)

      values.append(val)

    if self.timeOfDayEncoder is not None:
      values.append(timeOfDay)

    return values
def getEncodedValues ( self , input ) : if input == SENTINEL_VALUE_FOR_MISSING_DATA : return numpy . array ( [ None ] ) assert isinstance ( input , datetime . datetime ) values = [ ] # ------------------------------------------------------------------------- # Get the scalar values for each sub-field timetuple = input . timetuple ( ) timeOfDay = timetuple . tm_hour + float ( timetuple . tm_min ) / 60.0 if self . seasonEncoder is not None : dayOfYear = timetuple . tm_yday # input.timetuple() computes the day of year 1 based, so convert to 0 based values . append ( dayOfYear - 1 ) if self . dayOfWeekEncoder is not None : dayOfWeek = timetuple . tm_wday + timeOfDay / 24.0 values . append ( dayOfWeek ) if self . weekendEncoder is not None : # saturday, sunday or friday evening if timetuple . tm_wday == 6 or timetuple . tm_wday == 5 or ( timetuple . tm_wday == 4 and timeOfDay > 18 ) : weekend = 1 else : weekend = 0 values . append ( weekend ) if self . customDaysEncoder is not None : if timetuple . tm_wday in self . customDays : customDay = 1 else : customDay = 0 values . append ( customDay ) if self . holidayEncoder is not None : # A "continuous" binary value. = 1 on the holiday itself and smooth ramp #  0->1 on the day before the holiday and 1->0 on the day after the holiday. # Currently the only holiday we know about is December 25 # holidays is a list of holidays that occur on a fixed date every year if len ( self . holidays ) == 0 : holidays = [ ( 12 , 25 ) ] else : holidays = self . holidays val = 0 for h in holidays : # hdate is midnight on the holiday if len ( h ) == 3 : hdate = datetime . datetime ( h [ 0 ] , h [ 1 ] , h [ 2 ] , 0 , 0 , 0 ) else : hdate = datetime . datetime ( timetuple . tm_year , h [ 0 ] , h [ 1 ] , 0 , 0 , 0 ) if input > hdate : diff = input - hdate if diff . days == 0 : # return 1 on the holiday itself val = 1 break elif diff . days == 1 : # ramp smoothly from 1 -> 0 on the next day val = 1.0 - ( float ( diff . seconds ) / 86400 ) break else : diff = hdate - input if diff . days == 0 : # ramp smoothly from 0 -> 1 on the previous day val = 1.0 - ( float ( diff . seconds ) / 86400 ) values . append ( val ) if self . timeOfDayEncoder is not None : values . append ( timeOfDay ) return values
See method description in base.py
See method description in base . py