def save_scn(self,
dir_file_name_save_scn=None,
dir_file=None,
name_save_scn=None,
switch_command_line=False):
if dir_file_name_save_scn is not None:
save_file(rastr_win=self.rastr_win,
file_path=dir_file_name_save_scn,
shabl=Shabl.shablon_file_scenario,
switch_command_line=switch_command_line)
elif (dir_file is not None) and (name_save_scn is not None):
save_file(rastr_win=self.rastr_win,
file_path=f'{dir}/{name_save_scn}',
shabl=Shabl.shablon_file_scenario,
switch_command_line=switch_command_line)
if row_area_file_two != (-1):
na_file_two = get_two.get_cell(table=Area.table, column=Area.na, row_id=row_area_file_two)
pg_area_file_two = get_two.get_cell(table=Area.table, column=Area.pg, row_id=row_area_file_two)
if pg_area_file_two > 0:
k_pg = pg_area_node_file_one / pg_area_file_two
else:
k_pg = 1
grupCorr_pg_file_two = GroupCorr(rastr_win=two_rastr, table=Node.table, column=Node.pg,
switch_command_line=True)
grupCorr_pg_file_two.calc(key=f'na={na_file_two}', formula=f'pg*{k_pg}')
na_area_node_file_two = get_two.get_cell(table=Area.table, column=Area.na, row_id=row_area_file_two)
name_area_file_two = get_two.get_cell(table=Area.table, column=Area.name, row_id=row_area_file_two)
pg_area_node_file_two = get_two.get_cell(table=Area.table, column=Area.pg, row_id=row_area_file_two)
pn_area_node_file_two = get_two.get_cell(table=Area.table, column=Area.pn, row_id=row_area_file_two)
area.write(
f'{x}. na_f1={na_area_node_file_one}; name_f1={name_area_node_file_one}; pg_f1={pg_area_node_file_one} => na_f2={na_area_node_file_two}; name_f2={name_area_file_two}; pg_f2={pg_area_node_file_two}; k_pg={k_pg}\n')
area.close()
save_file(rastr_win=two_rastr, file_path=rf'{dir_file}\Режим 4.rst',
shabl=Shabl.shablon_file_dynamic, switch_command_line=True)
sel=None,
sta=None,
Name=f'Генератор {i}',
CustomModel=None,
ModelType=None,
Brand=None,
ExcControlId=123456789,
ForcerId=123456789,
Texc=0.123456789,
Kig=0.123456789,
Kif=0.123456789,
Uf_min=0.123456789,
Uf_max=0.123456789,
If_min=0.123456789,
If_max=0.123456789,
Karv=0.123456789,
T2exc=0.123456789,
T3exc=0.123456789,
Type_rg_max=1,
Udop2=0.123456789,
Uexc=0.123456789,
Urvi_max=0.123456789,
Urvi_min=0.123456789,
Type_rg=1,
switch_command_line=False)
save_file(rastr_win=RASTR,
file_path=
r'C:\Users\Ohrimenko_AG\Desktop\test_filling\test_Exciter.rst',
shabl=Shabl.shablon_file_dynamic)
Kif1=0.123456,
K_cosfi=0.123456,
K_Ia=0.123456,
K_Ir=0.123456,
K_P=0.123456,
K_Q=0.123456,
K_Usd=0.123456,
Kiu=0.123456,
Kpi=0.123456,
KST=0.123456,
Kuf=0.123456,
Urv_max=0.123456,
Urv_min=0.123456,
dEqdt=0.123456,
dVdt=0.123456,
Uarv=0.123456,
Udop1=0.123456,
U11=0.123456,
U22=0.123456,
Alpha=0.123456,
dSudt=0.123456,
deltaF=0.123456,
switch_command_line=False)
time_calc = time() - start_time
print(f'Seconds: {"%.2f" % time_calc} [секунд]')
save_file(rastr_win=RASTR,
file_path=file_rst_dir + '\\test2.rst',
shabl=Shabl.shablon_file_dynamic)
file_path=
r'C:\Users\Ohrimenko_AG\Desktop\Test_equiPy\02-БРМ Зима максимум [уст].rg2',
shabl=Shabl.shablon_file_regime,
switch_command_line=True)
get_ = GettingParameter()
variable_ = Variable()
for i in range(0, 26558):
ip = get_.get_cell(table=vetv_table, column='ip', row_id=i)
iq = get_.get_cell(table=vetv_table, column='iq', row_id=i)
row_ny_ip = get_.get_row_node(node_ny=ip)
row_ny_iq = get_.get_row_node(node_ny=iq)
na_ip = get_.get_cell(table=node_table, column='na', row_id=row_ny_ip)
na_iq = get_.get_cell(table=node_table, column='na', row_id=row_ny_iq)
if na_ip == na_iq:
print(f'na_ip={na_ip} == na_iq={na_iq}')
variable_.make_changes_row(table=vetv_table,
column='na',
row_id=i,
value=na_ip)
else:
print(f'ERROR: na_ip={na_ip} != na_iq={na_iq}')
save_file(file_path=r'C:\Users\Ohrimenko_AG\Desktop\Test_equiPy\test_123.rg2',
shabl=Shabl.shablon_file_regime)
from RastrWinLib.Load import load_file
from RastrWinLib.Load.save import save_file
from RastrWinLib.Load.shablon import shablon_file_dynamic
from CustomModels.AC5B.AC5B import change_parameters_AC5B
file = r'C:\Users\Ohrimenko_AG\Documents\RastrWin3\test-rastr\RUSTab\test9.rst'
file_save = r'C:\Users\Ohrimenko_AG\Desktop\test9.rst'
load_file(file_path=file,
shablon=shablon_file_dynamic,
switch_command_line=True)
load_file(switch_command_line=True)
# change_parameters_ARV3M(Id=1320, switch_command_line=True)
change_parameters_AC5B(Id=1300, switch_command_line=True)
save_file(file_path=file_save, shablon=shablon_file_dynamic)
regime.rgm()
remove_obj_sel = RemoveSelObjects(rastr_win=RASTR, switch_command_line=False)
remove_obj_sel.remove_sel_node()
remove_obj_sel.remove_sel_vetv()
#
# set_com_ekviv(selekv=0,
# met_ekv=0,
# tip_ekv=0,
# ekvgen=0,
# tip_gen=1,
# kfc_x='',
# pot_gen=0,
# kpn='',
# tip_sxn=0,
# smart=0,
# zmax=1000,
# otm_n=0)
equivalent_gen(
viborka_gen=
'(na=102 | na=103 | na=104 | na=105 | na=106 | na=107 | na=108 | na=109)')
# equivalent_smart(viborka_rayon = '(na=102 | na=103 | na=104 | na=105 | na=106 | na=107 | na=108 | na=109)')
regime.rgm()
# common_info.get()
save_file(rastr_win=RASTR,
file_path=r'C:\Users\Ohrimenko_AG\Desktop\Test_equiPy\test_100.rg2',
shablon=shablon_file_regime,
switch_command_line=True)
# -*- coding: utf-8 -*-
from RastrWinLib.Load import load_file
from RastrWinLib.Load.shablon import shablon_file_dynamic, test_9_rst, shablon_file_ut_common
from RastrWinLib.Settings.dynamic import set_dynamic
from RastrWinLib.Load.save import save_file
load_file(file_path=test_9_rst,
shablon=shablon_file_dynamic)
load_file(shablon=shablon_file_ut_common)
# set_regim(switch_command_line=True)
# set_ut_common(switch_command_line=True)
# set_com_ekviv(switch_command_line=True)
set_dynamic(switch_command_line=True)
save_file(file_path=r'C:\Users\Ohrimenko_AG\Desktop\Test_equiPy\test9_123.rst',
shablon=shablon_file_dynamic)