def equivalent_gen(viborka_gen):
ekv_obj = Equivalent(rastr_win=RASTR,
switch_command_line=False)
sel_remove = RemoveSelObjects(rastr_win=RASTR)
sel_remove.remove_sel_vetv()
sel_remove.remove_sel_node()
list_na = [102, 103, 104, 105, 106, 107, 108, 109]
get_ = GettingParameter()
variable_ = Variable()
for i in range(0, 26558):
na_vetv = get_.get_cell(table=vetv_table,
column=vetv.na,
row_id=i)
v_ip = get_.get_cell(table=vetv_table,
column=vetv.v_ip,
row_id=i)
v_iq = get_.get_cell(table=vetv_table,
column=vetv.v_iq,
row_id=i)
for na in list_na:
if na == na_vetv:
if 160 > v_iq and 160 > v_ip:
variable_.make_changes_row(table=vetv_table,
column=vetv.sel,
row_id=i,
value=1)
class SwitchNode:
def __init__(self,
rastr_win=RASTR,
table=Node.table,
switch_command_line=False):
f"""
Класс включает и отключает заданный узел.
:param rastr_win: {Tools.RastrDoc};
:param table: название таблицы;
:param switch_command_line: {Tools.switch_command_line_doc};
"""
self.rastr_win = rastr_win
self.table = table
self.variable_ = Variable()
self.get_ = GettingParameter()
self.switch_command_line = switch_command_line
def on_node(self, node_ny):
"""
:param node_ny: номер узла.
:return:
"""
row_ = self.get_.get_row_node(node_ny=node_ny)
sta_ny = self.get_.get_cell(table=self.table,
column=node.sta,
row_id=row_)
self.variable_.make_changes_row(table=self.table,
column=node.sta,
row_id=row_)
if self.switch_command_line is not False:
print(sta_ny)
def off_node(self, node_ny):
"""
:param node_ny: номер узла.
:return:
"""
row_ = self.get_.get_row_node(node_ny=node_ny)
sta_ny = self.get_.get_cell(table=self.table,
column=node.sta,
row_id=row_)
self.variable_.make_changes_row(table=self.table,
column=node.sta,
row_id=row_)
if self.switch_command_line is not False:
print(sta_ny)
for x in range(0, max_col_area_file_one):
na_area_node_file_one = get_.get_cell(table=Area.table, column=Area.na, row_id=x)
name_area_node_file_one = get_.get_cell(table=Area.table, column=Area.name, row_id=x)
pg_area_node_file_one = get_.get_cell(table=Area.table, column=Area.pg, row_id=x)
pn_area_file_one = get_.get_cell(table=Area.table, column=Area.pn, row_id=x)
if na_area_node_file_one > 0:
row_obj_area_file_two = FindNextSel(rastr_win=two_rastr, table=Area.table)
row_area_file_two = row_obj_area_file_two.row(key=f"na={pn_area_file_one}")
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)
from RastrWinLib.Load import load_file
from RastrWinLib.Load.save import save_file
from RastrWinLib.Load.shablon import Shabl
from RastrWinLib.Tables.tables_attributes import vetv_table, node_table
from RastrWinLib.operation.Variable import Variable
load_file(
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,
