def childnutrition(self):
''' Try Get All nutritions details for the baby '''
if hasattr(self.record, 'child_weight'):
self.DATA.append(('child_weight', self.record.child_weight))
if hasattr(self.record, 'child_height'):
self.DATA.append(('child_height', self.record.child_height))
if hasattr(self.record, 'muac'):
self.DATA.append(('muac', self.record.muac))
try:
self.DATA.append(('premature', self.ourchild()['symptom_pm']))
except:
pass
if hasattr(self.record, 'breastfeeding'):
self.DATA.append(('breastfeeding', self.record.breastfeeding))
if hasattr(self.record, 'birth_date'):
if self.table == 'birmessage':
self.DATA.append(('age_in_months', 0))
self.DATA.append(('bf1', self.record.breastfeeding))
else:
self.DATA.append(('age_in_months',
helpers.date_to_age_in_months(
self.record.birth_date.date())))
return True
def childnutrition(self):
''' Try Get All nutritions details for the baby '''
if hasattr(self.record, 'child_weight'): self.DATA.append( ('child_weight', self.record.child_weight))
if hasattr(self.record, 'child_height'): self.DATA.append( ('child_height', self.record.child_height))
if hasattr(self.record, 'muac'): self.DATA.append( ('muac', self.record.muac))
try: self.DATA.append( ('premature', self.ourchild()['symptom_pm']))
except: pass
if hasattr(self.record, 'breastfeeding'): self.DATA.append( ('breastfeeding', self.record.breastfeeding))
if hasattr(self.record, 'birth_date'):
if self.table == 'birmessage':
self.DATA.append( ('age_in_months', 0) )
self.DATA.append( ('bf1', self.record.breastfeeding))
else: self.DATA.append( ('age_in_months', helpers.date_to_age_in_months( self.record.birth_date.date() ) ) )
return True
def child_nutrition_status(self):
try:
data = dict(self.DATA)
valid_gender = helpers.get_good_sex( data.get('gender') )
valid_age = helpers.date_to_age_in_months(data.get('birth_date').date())
cg = Calculator(adjust_height_data=False, adjust_weight_scores=False)
try:
new_value = float(self.record.child_weight)
old_value = float(self.ourchild()['child_weight'])
if self.table != 'birmessage':
if new_value < old_value:
self.DATA.append(('lostweight', True))
self.DATA.append( ('gainedweight', False))
if new_value > old_value:
self.DATA.append(('lostweight', False))
self.DATA.append( ('gainedweight', True))
if new_value == old_value:
self.DATA.append( ('falteringweight', True))
self.DATA.append(('lostweight', False))
self.DATA.append( ('gainedweight', False))
wfa = cg.zscore_for_measurement('wfa', data.get('child_weight'), valid_age, valid_gender)
self.DATA.append( ('weight_for_age', float(wfa)))
except Exception, e: pass
try:
hfa = cg.zscore_for_measurement('lhfa', data.get('child_height') , valid_age, valid_gender)
self.DATA.append( ('height_for_age', float(hfa) ))
except Exception, e: pass
try:
wfh = cg.zscore_for_measurement('wfh', data.get('child_weight'), valid_age, valid_gender, data.get('child_height'))
self.DATA.append( ('weight_for_height', float(wfh) ))
except Exception, e: pass
except: return False
return True
def child_nutrition_status(self):
try:
data = dict(self.DATA)
valid_gender = helpers.get_good_sex(data.get('gender'))
valid_age = helpers.date_to_age_in_months(
data.get('birth_date').date())
cg = Calculator(adjust_height_data=False,
adjust_weight_scores=False)
try:
new_value = float(self.record.child_weight)
old_value = float(self.ourchild()['child_weight'])
if self.table != 'birmessage':
if new_value < old_value:
self.DATA.append(('lostweight', True))
self.DATA.append(('gainedweight', False))
if new_value > old_value:
self.DATA.append(('lostweight', False))
self.DATA.append(('gainedweight', True))
if new_value == old_value:
self.DATA.append(('falteringweight', True))
self.DATA.append(('lostweight', False))
self.DATA.append(('gainedweight', False))
wfa = cg.zscore_for_measurement('wfa',
data.get('child_weight'),
valid_age, valid_gender)
self.DATA.append(('weight_for_age', float(wfa)))
except Exception, e:
pass
try:
hfa = cg.zscore_for_measurement('lhfa',
data.get('child_height'),
valid_age, valid_gender)
self.DATA.append(('height_for_age', float(hfa)))
except Exception, e:
pass
return message.respond(_("invalid-gender") % (survey_entry.gender))
try:
# find patient or create a new one
self.debug(patient_kwargs)
patient, created = self.__get_or_create_patient(message, **patient_kwargs)
except Exception, e:
self.exception('problem saving patient')
try:
# update age separately (should be the only volitile piece of info)
self.debug(survey_entry.age_in_months)
if survey_entry.age_in_months is not None:
patient.age_in_months = int(survey_entry.age_in_months)
else:
patient.age_in_months = helpers.date_to_age_in_months(patient.date_of_birth)
self.debug(patient.age_in_months)
patient.save()
except Exception, e:
self.exception('problem saving age')
return message.respond("On doit mettre le X pour les donnees manquantes par age")
# calculate age based on reported date of birth
# respond if calcualted age differs from reported age
# by more than 3 months TODO make this configurable
#self.debug("getting sloppy age...")
#sloppy_age_in_months = helpers.date_to_age_in_months(patient.date_of_birth)
#self.debug(sloppy_age_in_months)
#if (abs(int(sloppy_age_in_months) - int(patient.age_in_months)) > 3):
# message.respond("Date of birth indicates Child ID %s's age (in months) is %s, which does not match the reported age (in months) of %s" % (patient.code, sloppy_age_in_months, patient.age_in_months))
