# also add test (in Python) that goes day by day, using current state of building; uses linearized model of building, fitted as Loew et al did: Tn+1 = A Tn + B Tnoutside – C Pn, where Pn is power input during step n and A, B and C are fitted constants. We fit all three by simulating the building several times, with night setback schedules and AC at  Tideal and Tideal +/- 1 deg C. Then how to use power as an input variable for building control? We don’t, but we can say the effect that a change in temperature setpoint (and therefore temperature) will have on power? Then a linear program chooses the temperatures for each hour to minimize cost, using this relationship.

# * run energyplus for August with Izawa’s building model
# * regress to get A, B and C

# setup
