def PopulateRandomPeople():
currentId = 1
client = MongoClient(Constants.LocalHost, Constants.MongoPort)
db = client.get_database(Constants.FeatureVectors)
client.drop_database(Constants.People)
peopleDb = client.get_database(Constants.People)
peopleCollection = peopleDb.get_collection(Constants.People)
personToRecord = peopleDb.get_collection(Constants.PersonToRecordCollection)
for singleCollection in SamplingRates.keys():
collection = db.get_collection(singleCollection)
for vector in collection.find():
if (singleCollection == 'mitdb'):
diagnosis = ['Arrhythmia']
elif (singleCollection == 'svdb'):
diagnosis = ['Supraventricular Arrhythmia']
elif (singleCollection == 'afdb'):
diagnosis = ['Atrial Fibrillation']
elif (singleCollection == 'nsrdb'):
diagnosis = ['Normal Sinus Rhythm']
elif (singleCollection == 'cudb'):
diagnosis = ['Ventricular Tachyarrhythmia']
newPerson = CreateNewRandomPerson(currentId, diagnosis)
currentId += 1
print(newPerson)
print('Assigned to record ' + vector[Constants.RecordNumber].__str__() + ' in DB: ' + vector[Constants.Database].__str__())
peopleCollection.insert_one(newPerson._asdict())
personToRecord.insert_one({Constants.ID: newPerson.ID, 'Database': vector[Constants.Database], Constants.Record: vector[Constants.RecordNumber]})
peopleCollection.create_index(Constants.ID)
personToRecord.create_index(Constants.ID)
personToRecord.create_index([(Constants.Database, pymongo.ASCENDING), (Constants.Record, pymongo.ASCENDING)])
def PopulateFeatureVectors():
takeFirstMinutes = 30
client = MongoClient(Constants.LocalHost, Constants.MongoPort)
client.drop_database(Constants.FeatureVectors)
vectorsDb = client.get_database(Constants.FeatureVectors)
for dbName in SamplingRates.keys():
db = client.get_database(dbName)
vectorsCollection = vectorsDb.get_collection(dbName)
for collectionName in db.collection_names():
if (collectionName.startswith('system')):
continue
collection = db.get_collection(collectionName)
print('DB: ' + dbName + ', collection: ' + collectionName)
result = Common.CreateFeatureVector(collection, dbName, takeFirstMinutes)
print(result)
vectorsCollection.insert_one(result._asdict())
def PopulateFeatureVectors():
takeFirstMinutes = 30
client = MongoClient(Constants.LocalHost, Constants.MongoPort)
client.drop_database(Constants.FeatureVectors)
vectorsDb = client.get_database(Constants.FeatureVectors)
for dbName in SamplingRates.keys():
db = client.get_database(dbName)
vectorsCollection = vectorsDb.get_collection(dbName)
for collectionName in db.collection_names():
if (collectionName.startswith('system')):
continue
collection = db.get_collection(collectionName)
print('DB: ' + dbName + ', collection: ' + collectionName)
result = Common.CreateFeatureVector(collection, dbName,
takeFirstMinutes)
print(result)
vectorsCollection.insert_one(result._asdict())
def PopulateRandomPeople():
currentId = 1
client = MongoClient(Constants.LocalHost, Constants.MongoPort)
db = client.get_database(Constants.FeatureVectors)
client.drop_database(Constants.People)
peopleDb = client.get_database(Constants.People)
peopleCollection = peopleDb.get_collection(Constants.People)
personToRecord = peopleDb.get_collection(
Constants.PersonToRecordCollection)
for singleCollection in SamplingRates.keys():
collection = db.get_collection(singleCollection)
for vector in collection.find():
if (singleCollection == 'mitdb'):
diagnosis = ['Arrhythmia']
elif (singleCollection == 'svdb'):
diagnosis = ['Supraventricular Arrhythmia']
elif (singleCollection == 'afdb'):
diagnosis = ['Atrial Fibrillation']
elif (singleCollection == 'nsrdb'):
diagnosis = ['Normal Sinus Rhythm']
elif (singleCollection == 'cudb'):
diagnosis = ['Ventricular Tachyarrhythmia']
newPerson = CreateNewRandomPerson(currentId, diagnosis)
currentId += 1
print(newPerson)
print('Assigned to record ' +
vector[Constants.RecordNumber].__str__() + ' in DB: ' +
vector[Constants.Database].__str__())
peopleCollection.insert_one(newPerson._asdict())
personToRecord.insert_one({
Constants.ID:
newPerson.ID,
'Database':
vector[Constants.Database],
Constants.Record:
vector[Constants.RecordNumber]
})
peopleCollection.create_index(Constants.ID)
personToRecord.create_index(Constants.ID)
personToRecord.create_index([(Constants.Database, pymongo.ASCENDING),
(Constants.Record, pymongo.ASCENDING)])
