from model import Model
from therm import ControlThermostat
from therm import NoThermostat
from tempdata import Tempdata
import util
timestep = 1/60.0
tempdata = Tempdata("hourly-temp.csv", timestep)
no_cooling_model = Model(thermostat = NoThermostat(), time_step_in_hours = timestep)
control_model = Model(thermostat = ControlThermostat(deadband_delta_celcius = 0.5), time_step_in_hours = timestep)
control_model_2 = Model(thermostat = ControlThermostat(deadband_delta_celcius = 1.0), time_step_in_hours = timestep)
control_model.temp = util.f_to_c(78)
control_model.therm.state = 1
i = 0
while control_model.therm.state:
#print i, util.c_to_f(control_model.temp)
i+=1
control_model.iterate(util.f_to_c(85))
no_cooling_model = Model(thermostat = NoThermostat(), time_step_in_hours = timestep, internal_temp_celcius = util.f_to_c(68))
no_cooling_model_2 = Model(thermostat = NoThermostat(), time_step_in_hours = timestep, internal_temp_celcius = util.f_to_c(68))
no_cooling_model_3 = Model(thermostat = NoThermostat(), time_step_in_hours = timestep, internal_temp_celcius = util.f_to_c(68))
i = 0
while no_cooling_model.temp < util.f_to_c(85) and i < 420:
print i, util.c_to_f(no_cooling_model.temp)
def __init__(self, filename, timestep):
self.hourly_external_temps = [(l.strip().split(',')[0], util.f_to_c(float(l.strip().split(',')[1].strip()))) for l in open("hourly-temp.csv").readlines()]
self.timestep = timestep
self.timespan = int(len(self.hourly_external_temps) / self.timestep)