def calc_Q_TN():
Hrs = tab5_gen_data[1]
Q_rob_TN = calc_Q_rob_TN()
n_modules = data_service.get_tab5_n_modules()
k_zavant = calc_K_zavant()
return [
Hrs[i] * Q_rob_TN[i] * n_modules * k_zavant[i] for i in range(len(Hrs))
]
def calc_common_power_sgt():
P_consumed_TN = calc_P_consumed_TN()
n_modules = data_service.get_tab5_n_modules()
K_zavant = calc_K_zavant()
P_aux_warmer = calc_P_aux_warmer()
common_power_sgt = [
P_consumed_TN[i] * n_modules * K_zavant[i] + P_aux_warmer[i]
for i in range(len(P_consumed_TN))
]
return common_power_sgt
def calc_P_aux_warmer():
# Qs = tab5_gen_data[3]
# Ps = tab5_gen_data[2]
Ps = calc_Ps_by_nasos()
Qs_rob = calc_Q_rob_TN()
n_modules = data_service.get_tab5_n_modules()
P_aux_warmer = [(Ps[i] - Qs_rob[i] * n_modules) if
(Ps[i] - Qs_rob[i] * n_modules) > 0 else 0
for i in range(len(Ps))]
print(P_aux_warmer)
return P_aux_warmer
def calc_SOR_syst():
n_modules = data_service.get_tab5_n_modules()
Hrs = tab5_gen_data[1]
Qs_rob = calc_Q_rob_TN()
P_consumed = calc_P_consumed_TN()
K_zavant = calc_K_zavant()
P_aux = calc_P_aux_warmer()
common_power_sgt = calc_common_power_sgt()
power_syst_cyrcyl = calc_power_syst_cyrcyl()
#
sum_1 = sum([(Qs_rob[i] * n_modules * K_zavant[i] + P_aux[i]) * Hrs[i]
for i in range(len(Hrs))])
sum_2 = sum([(common_power_sgt[i] + power_syst_cyrcyl) * Hrs[i]
for i in range(len(Hrs))])
return float(sum_1 / sum_2)
def calc_SOR_TN():
n_modules = data_service.get_tab5_n_modules()
Hrs = tab5_gen_data[1]
Qs_rob = calc_Q_rob_TN()
P_consumed = calc_P_consumed_TN()
K_zavant = calc_K_zavant()
#
sum_1 = sum([
Qs_rob[i] * n_modules * K_zavant[i] * Hrs[i] for i in range(len(Hrs))
])
sum_2 = sum([
P_consumed[i] * n_modules * K_zavant[i] * Hrs[i]
for i in range(len(Hrs))
])
return float(sum_1 / sum_2)
def calc_K_zavant():
# Ps = tab5_gen_data[2]
Ps = calc_Ps_by_nasos() #teplovtrat
Qs_rob = calc_Q_rob_TN()
n_modules = data_service.get_tab5_n_modules()
P_aux_warmer = calc_P_aux_warmer()
K_zavantazhenya = [
float(((Ps[i] - P_aux_warmer[i]) /
(float(Qs_rob[i] * float(n_modules)))))
# if P_aux_warmer[i] > 0
# else 1
for i in range(len(Ps))
]
# print("K_Z_")
# [print("%.30f" % float(((Ps[i] - P_aux_warmer[i]) / (float(Qs_rob[i] * float(n_modules))))))
# if P_aux_warmer[i] > 0
# else 1
# for i in range(len(Ps))]
print("KZ", K_zavantazhenya)
return K_zavantazhenya
def __init__(self, parent, controller):
tk.Frame.__init__(self, parent)
button_to_main = tk.Button(
self,
text="на головну",
width=40,
command=lambda: data_service.display_graph_and_set_active(
controller, router.WelcomePage, "DISABLED"))
button_to_main.pack()
button_go_back = tk.Button(
self,
text="назад",
width=40,
command=lambda: data_service.display_graph_and_set_active(
controller, Tab5Page, "DISABLED"))
button_go_back.pack()
n_modules = tk.StringVar()
ent_n_modules = tk.Entry(self, textvariable=n_modules)
ent_n_modules.insert(0, data_service.get_tab5_n_modules())
label = tk.Label(self,
text=("""\nКількість модулів :"""),
font=my_view.CONSOLE_FONT_12)
label.configure(background='black', foreground='green')
label.pack(pady=3, padx=3)
ent_n_modules.pack()
n_circ_nasos = tk.StringVar()
ent_n_circ_nasos = tk.Entry(self, textvariable=n_circ_nasos)
ent_n_circ_nasos.insert(0, data_service.get_tab5_n_circ_nasos())
label = tk.Label(self,
text=("""\nКількість циркуляційних насосів :"""),
font=my_view.CONSOLE_FONT_12)
label.configure(background='black', foreground='green')
label.pack(pady=3, padx=3)
ent_n_circ_nasos.pack()
n_funcoyles = tk.StringVar()
ent_n_funcoyles = tk.Entry(self, textvariable=n_funcoyles)
ent_n_funcoyles.insert(0, data_service.get_tab5_n_funcoyles())
label = tk.Label(self,
text=("""\nКількість фанкойлів :"""),
font=my_view.CONSOLE_FONT_12)
label.configure(background='black', foreground='green')
label.pack(pady=3, padx=3)
ent_n_funcoyles.pack()
power_circ_nasos = tk.StringVar()
ent_power_circ_nasos = tk.Entry(self, textvariable=power_circ_nasos)
ent_power_circ_nasos.insert(0,
data_service.get_tab5_power_circ_nasos())
label = tk.Label(self,
text=("""\nПотужність циркуляційних насосів :"""),
font=my_view.CONSOLE_FONT_12)
label.configure(background='black', foreground='green')
label.pack(pady=3, padx=3)
ent_power_circ_nasos.pack()
power_funcoyles = tk.StringVar()
ent_power_funcoyles = tk.Entry(self, textvariable=power_funcoyles)
ent_power_funcoyles.insert(0, data_service.get_tab5_power_funcoyles())
label = tk.Label(self,
text=("""\nПотужність фанкойлів:"""),
font=my_view.CONSOLE_FONT_12)
label.configure(background='black', foreground='green')
label.pack(pady=3, padx=3)
ent_power_funcoyles.pack()
btn1 = tk.Button(
self,
text="OK",
width=10,
bg='lightgreen',
fg='blue',
relief='flat',
bd=10,
highlightthickness=4,
highlightcolor="#37d3ff",
highlightbackground="#37d3ff",
borderwidth=4,
command=lambda: data_service.set_tab5_data(n_modules.get(
), n_circ_nasos.get(), n_funcoyles.get(), power_circ_nasos.get(),
power_funcoyles.get()))
btn1.pack(padx=5, pady=5)
button_to_set_timing = tk.Button(
self,
text="Обрати тепловий насос",
width=50,
bg='lightgreen',
fg='blue',
relief='flat',
bd=10,
highlightthickness=4,
highlightcolor="#37d3ff",
highlightbackground="#37d3ff",
borderwidth=4,
command=lambda: data_service.display_graph_and_set_active(
controller, GetTN_Input, "DISABLED"))
button_to_set_timing.pack(padx=15, pady=15)
def calc_N_blocks():
return [data_service.get_tab5_n_modules() for t in tab5_gen_data[0]]