# Runner script for all modules

from load_data import load_sensor_data

from house_info import HouseInfo

from datetime import datetime, date

from temperature_info import TemperatureData

from humidity_info import HumidityData

from statistics import mean

from particle_count_info import ParticleData

from energy_info import EnergyData

##############################

# Do not remove these two lines

# They are needed to validate your unittest

data = []

print("Sensor Data App")

##############################

# Module 1 code here:

data = load_sensor_data()

print("Loaded records: {}".format(len(data)))

# Module 2 code here:

house_info = HouseInfo(data)

test_area = 1

recs = house_info.get_data_by_area("id", rec_area = test_area)

print("\nHouse sensor records for area {} = {}".format(test_area, len(recs)))

test_date = datetime.strptime("5/9/20", "%m/%d/%y")

recs = house_info.get_data_by_date("id", rec_date=test_date)

print("\nHouse sensor records for date: {} = {}".format(test_date.strftime("%m/%d/%y"), len(recs)))

# Module 3 code here:

temperature_data = TemperatureData(data)

recs = temperature_data.get_data_by_area(rec_area=test_area)

print("\nHouse Temperature sensor records for area {} = {}".format(test_area, len(recs)))

print("\tMaximum: {0}, Minimum: {1} temperatures".format(max(recs), min(recs)))

recs = temperature_data.get_data_by_date(rec_date=test_date)

print("\nHouse Temperature sensor records for date: {} = {}".format(test_date.strftime("%m/%d/%y"), len(recs)))

print("\tMaximum: {0}, Minimum: {1} temperatures".format(max(recs), min(recs)))

# Module 4 code here:

humidity_data = HumidityData(data)

recs = humidity_data.get_data_by_area(rec_area=test_area)

print("\nHouse Humidity sensor records for area {} = {}".format(test_area, len(recs)))

print("\tAverage: {} humidity".format(mean(recs)))

recs = humidity_data.get_data_by_date(rec_date=test_date)

print("House Humidity sensor records for date: {} = {}".format( test_date.strftime("%m/%d/%y"), len(recs)))

print("\tAverrage: {} humidity".format(mean(recs)))

particle_data = ParticleData(data)

recs = particle_data.get_data_by_area(rec_area=test_area)

print("\nHouse Particle sensor records for area {} = {}".format(test_area, len(recs)))

concentrations = particle_data.get_data_concentrations(data=recs)

print("\tGood Air Quality Recs: {}".format(concentrations["good"]))

print("\tModerate Air Quality Recs: {}".format(concentrations["moderate"]))

print("\tBad Air Quality Recs: {}".format(concentrations["bad"]))

recs = particle_data.get_data_by_date(rec_date=test_date)

print("\nHouse Particle sensor records for date: {} = {}".format( test_date.strftime("%m/%d/%y"), len(recs)))

concentrations = particle_data.get_data_concentrations(data=recs)

print("\tGood Air Quality Recs: {}".format(concentrations["good"]))

print("\tModerate Air Quality Recs: {}".format(concentrations["moderate"]))

print("\tBad Air Quality Recs: {}".format(concentrations["bad"]))

# Module 5 code here:

energy_data = EnergyData(data)

recs = energy_data.get_data_by_area(rec_area=test_area)

print("\nHouse Energy sensor records for area {} = {}".format(test_area, len(recs)))

total_energy = energy_data.calculate_energy_usage(data=recs)

print("\tEnergy Usage: {:2.2} Watts".format(total_energy))

recs = energy_data.get_data_by_date(rec_date=test_date)

print("House Energy sensor records for date: {} = {}".format( test_date.strftime("%m/%d/%y"), len(recs)))

total_energy = energy_data.calculate_energy_usage(data=recs)

print("\tEnergy Usage: {:2.2} Watts".format(total_energy))