ThisType.solve()
type_list.append(ThisType)
ThisType = deepcopy(AltType)
ThisType(punk_utility=u_vec[j])
ThisType.solve()
type_list.append(ThisType)
for j in range(u_vec.size):
ThisType = deepcopy(TestType)
ThisType(jock_utility=u_vec[j])
ThisType.solve()
type_list.append(ThisType)
ThisType = deepcopy(AltType)
ThisType(jock_utility=u_vec[j])
ThisType.solve()
type_list.append(ThisType)
# Now run the simulation inside a Market
TestMarket = Market(agents = type_list,
sow_vars = ['pNow'],
reap_vars = ['sNow'],
track_vars = ['pNow'],
dyn_vars = ['pNextIntercept','pNextSlope','pNextWidth'],
millRule = calcPunkProp,
calcDynamics = calcFashionEvoFunc,
act_T = 1000,
tolerance = 0.01)
TestMarket.pNow_init = 0.5
TestMarket.solve()
plt.plot(TestMarket.pNow_hist)
plt.show()
ThisType = deepcopy(AltType)
ThisType(punk_utility=u_vec[j])
ThisType.solve()
type_list.append(ThisType)
for j in range(u_vec.size):
ThisType = deepcopy(TestType)
ThisType(jock_utility=u_vec[j])
ThisType.solve()
type_list.append(ThisType)
ThisType = deepcopy(AltType)
ThisType(jock_utility=u_vec[j])
ThisType.solve()
type_list.append(ThisType)
# Now run the simulation inside a Market
TestMarket = Market(agents = type_list,
<<<<<<< HEAD
sow_vars = ['pPop'],
reap_vars = ['pNow','pop_size'],
track_vars = ['pPop'],
=======
sow_vars = ['pNow'],
reap_vars = ['sNow'],
track_vars = ['pNow'],
>>>>>>> eeb37f24755d0c683c9d9efbe5e7447425c98b86
dyn_vars = ['pNextIntercept','pNextSlope','pNextWidth'],
millRule = calcPunkProp,
calcDynamics = calcFashionEvoFunc,
act_T = 1000,
tolerance = 0.01)
<<<<<<< HEAD
