class Instalation_plan(Instalation_plan_tests, Instalation_plan_json):
COLORISTIC_URI = 'vpp-sql04'
def __init__(self, doc):
self.doc = doc
self.block_code = self.get_parameter_form_project_info("BDS_BlockCode")
self.block_name = self.get_parameter_form_project_info("BDS_BlockName")
self.building_name = self.get_parameter_form_project_info(
"BDS_BuildingName")
super(Instalation_plan, self).__init__()
def create_instalation_plan(self):
"Создание файлов монтажного плана."
# self.path_to_save = self.select_path()
self.start_point, self.start_grids = self.find_start_point_and_grids()
# echo(self.start_point, self.start_grids)
self.recalculate_grid_origins(self.grids, self.start_point,
self.start_grids)
Instalation_plan_link.create(self.rvt_links, self.start_point)
global_obj = Instalation_plan_link.find_panels_in_links(to_old=True)
axis = self.grids_to_dict(self.grids, elevation=False)
axis = [{
"position": i["origin"],
"rotation": i["direction"],
"local": i["localName"],
"global": i["globalName"],
} for i in axis]
common_data = {
"blockName": self.block_name,
"blockCode": self.block_code,
"buildingName": self.building_name,
"sectionName": None,
"fullName": None,
"assemblyData": {}
}
old_format_obj = Instalation_plan_link.all_panel_dict_old(
global_obj, common_data, axis)
# echo(json.loads(self.get_block_from_db()))
# echo(json.dumps([res], sort_keys=True, indent=4, ensure_ascii=False))
result = json.loads(self.push_build_assambly_to_db(old_format_obj))
if result:
res_str = "Не найдены панели"
for panel in result:
res_str += "\n{}".format(panel)
res_str += "\n" + "Монтажный план не загружен."
echo(res_str)
else:
echo("Монтажный план загружен в сервис")
self.print_result_upload(old_format_obj)
# message("Монтажный план выгружен в {}".format(self.path_to_save))
def print_result_upload(self, obj):
"Выводит результаты загрузки."
def push_build_assambly_to_db(
self,
parameters,
action_type=r"/panelsstage/Precast/v1/blocks/createBlockAssembly"):
"""
Запрос в сервис колористики для создания панели.
"""
parameters = json.dumps(parameters).replace('"', '\"')
headers = {
"Content-type": "application/json",
"Accept": "application/json"
}
conn = httplib.HTTPConnection(self.COLORISTIC_URI)
conn.request("POST", action_type, parameters, headers)
response = conn.getresponse()
return response.read().decode("utf-8")
def create_grid_plan(self):
"""
Создать файл осей.
"""
# self.path_to_save = self.select_path()
self.start_point, self.start_grids = self.find_start_point_and_grids()
self.recalculate_grid_origins(self.grids, self.start_point,
self.start_grids)
if self.block_code and self.block_name and self.building_name:
res = {
"blockName": self.block_name,
"blockCode": self.block_code,
"buildingName": self.building_name,
"gridsData": self.grids_to_dict(self.global_grids)
}
if len([i for i in res["gridsData"]["Grids"] if i["globalName"]
]) < 4:
echo("Осей в файле меньше 4")
elif len(res["gridsData"]["Levels"]) < 2:
echo("Осей в файле меньше 2")
else:
if self.push_grid_plan_to_db([res]) == 'true':
res_str = ""
res_str += "Загрузка произошла успешно \n"
res_str += "Имя площадки {} \n".format(self.block_name)
res_str += "Номер площадки {} \n".format(self.block_code)
res_str += "Имя строенния {} \n".format(self.building_name)
res_str += "Загружены следующие оси: " + ", ".join(
[i["globalName"]
for i in res["gridsData"]["Grids"]]) + "\n"
res_str += "Загружены следующие уровни: \n" + "\n\t".join([
"{} ({})".format(i["name"], i["elevation"])
for i in res["gridsData"]["Levels"]
])
echo(res_str)
def get_parameter_form_project_info(self, par_name):
"Получение параметра из информации о проекте."
if not hasattr(self, "_project_info"):
self._project_info = FilteredElementCollector(self.doc).OfCategory(
BuiltInCategory.OST_ProjectInformation).FirstElement()
par = self._project_info.LookupParameter(par_name)
if par is None:
echo("{} не найден в проекте".format(par_name))
return None
val = par.AsString()
if not val:
echo("{} не заполнен в проекте".format(par_name))
return None
return val
def push_grid_plan_to_db(
self,
parameters,
action_type=r"/panelsstage/Precast/v1/blocks/createBlockBuildingGrids"
):
"""
Запрос в сервис колористики для создания панели.
"""
parameters = json.dumps(parameters).replace('"', '\"')
headers = {
"Content-type": "application/json",
"Accept": "application/json"
}
conn = httplib.HTTPConnection(self.COLORISTIC_URI)
conn.request("POST", action_type, parameters, headers)
response = conn.getresponse()
return response.read().decode("utf-8")
def get_coloristic_mark(self):
"Получаем колористические марки."
obj_from_file = self.open_coloristic_file()
coloristic_obj = self.get_all_panels_from_dict(obj_from_file)
self.start_point, self.start_grids = self.find_start_point_and_grids()
Instalation_plan_link.create(self.rvt_links, self.start_point)
global_obj = Instalation_plan_link.find_panels_in_links()
res_obj = self.get_coloristic_tag_for_panels(global_obj,
coloristic_obj)
self.set_coloristic_tag(res_obj)
def select_path(self):
"Выбираем путь куда сложим монтажный план и файл осей."
dir_path = FolderBrowserDialog()
res = dir_path.ShowDialog()
if res == DialogResult.OK and dir_path.SelectedPath:
dir_path = dir_path.SelectedPath
return dir_path
def find_start_point_and_grids(self):
"Находит стартовую точку осей и ось."
all_lines = [i["line"] for i in self.grids.values()]
[i.MakeUnbound() for i in all_lines]
min_x = float("inf")
min_y = float("inf")
min_point = None
axis = [None, None]
for i in all_lines:
for j in all_lines:
itersect_result = StrongBox[IntersectionResultArray]()
i.Intersect(j, itersect_result)
if itersect_result.Value:
point = itersect_result.Value[0].XYZPoint
if round(point.X, 5) < min_x or round(point.Y, 5) < min_y:
min_x = round(point.X, 5)
min_y = round(point.Y, 5)
min_point = point
axis = [i, j]
return min_point, axis
@property
def grids(self):
if not hasattr(self, "_grids"):
self._grids = FilteredElementCollector(self.doc).OfClass(
Grid).WhereElementIsNotElementType().ToElements()
self._grids = {
i.Name: {
"localName":
i.Name,
"direction":
i.Curve.Direction,
"line":
i.Curve,
"el":
i,
"globalName":
i.LookupParameter("BDS_AxisGlobal").AsString()
if i.LookupParameter("BDS_AxisGlobal") else ""
}
for i in self._grids
}
# echo(self._grids)
return self._grids
@property
def global_grids(self):
if not hasattr(self, "_global_grids"):
self._global_grids = {
key: i
for key, i in self.grids.items() if i["globalName"]
}
return self._global_grids
@property
def levels(self):
if not hasattr(self, "_levels"):
self._levels = FilteredElementCollector(self.doc).OfClass(
Level).WhereElementIsNotElementType().ToElements()
self._levels = [{
"name": i.Name,
"elevation": round(i.Elevation * 304.8)
} for i in self._levels if i.Name.isdigit()]
# echo(self._levels)
self._levels.sort(key=lambda x: x["name"])
return self._levels
@property
def rvt_links(self):
if not hasattr(self, "_rvt_links"):
self._rvt_links = FilteredElementCollector(self.doc).OfClass(
RevitLinkInstance).WhereElementIsNotElementType().ToElements()
return self._rvt_links
@property
def rvt_docs(self):
if not hasattr(self, "_rvt_docs"):
self._rvt_docs = {}
for i in self.rvt_links:
if i.GetLinkDocument() not in self._rvt_docs.keys():
self._rvt_docs.setdefault(
i.GetLinkDocument(),
self.doc.GetElement(i.GetTypeId()))
return self._rvt_docs
def recalculate_grid_origins(self, grids, start_point, start_grids):
for key, i in grids.items():
orto_start_line = start_grids[1] if i["direction"].IsAlmostEqualTo(
start_grids[0].Direction) or i["direction"].IsAlmostEqualTo(
start_grids[0].Direction.Negate()) else start_grids[0]
i["line"].MakeUnbound()
line = i["line"]
itersect_result = StrongBox[IntersectionResultArray]()
line.Intersect(orto_start_line, itersect_result)
i["origin"] = itersect_result.Value[0].XYZPoint - start_point
def save_grids_file(self, save_obj):
file_name = r"Файл сеток.json"
with io.open(os.path.join(self.path_to_save, file_name),
"w",
encoding='utf8') as f:
el = json.dumps(save_obj,
sort_keys=True,
indent=4,
ensure_ascii=False)
el = el.replace('"globalName"', '"GlobalName"')
el = el.replace('"localName"', '"LocalName"')
el = el.replace('"origin"', '"Origin"')
el = el.replace('"direction"', '"Direction"')
f.write(el)
f.close()
def save_montain_plan_to_file(self, save_obj):
file_name = r"mp-1.json"
with io.open(os.path.join(self.path_to_save, file_name),
"w",
encoding='utf8') as f:
json.dump(save_obj,
f,
sort_keys=True,
indent=4,
ensure_ascii=False)
f.close()
def open_coloristic_file(self):
dialog = FileOpenDialog("Файл колористики json|*.json")
dialog.Show()
mpath = dialog.GetSelectedModelPath()
path = ModelPathUtils.ConvertModelPathToUserVisiblePath(mpath)
with io.open(path, "r", encoding='utf8') as f:
text = f.read()
text = text.replace('"rotate"', '"rotation"')
return json.loads(text)
def get_coloristic_tag_for_panels(self, global_obj, coloristic_obj):
echo("Сравнение по повороту отключено")
echo("Сравнение по марке отключено")
result_obj = {}
for section_num in coloristic_obj.keys():
if section_num in global_obj.keys():
for level_num in coloristic_obj[section_num].keys():
if level_num in global_obj[section_num]:
for c_panel in coloristic_obj[section_num][level_num]:
comp = False
for r_panel in global_obj[section_num][level_num]:
if self.compare_position(c_panel, r_panel):
if comp:
echo(
"Найдено две панели по одной позиции"
)
comp = True
result_obj.setdefault(
r_panel["panel"].document, {})
result_obj[
r_panel["panel"].document].setdefault(
r_panel["panel"], {})
result_obj[r_panel["panel"].document][
r_panel["panel"]][level_num] = c_panel[
"colorIndex"]
# echo("Найдена панель {} с маркой {} в секции {} на этаже {}".format(c_panel["mark"], r_panel["mark"], section_num, level_num))
break
else:
echo(
"Не найдена панель {} в секции {} на этаже {}"
.format(c_panel["mark"], section_num,
level_num))
else:
echo("Не найден {} этаж секции {} в текущем файле".
format(level_num, section_num))
else:
echo(
"Не найдена секция {} в текущем файле".format(section_num))
return result_obj
def compare_position(self, element_1, element_2, tollerance=100):
"""
Сравнение панелей по позициям.
Если позиции по X, Y и Z совпадают в пределах tollerance.
Они равны.
Сейчас отключена проверка по повороту и марке.
"""
# mark = element_1["mark"] == element_2["mark"]
# if mark:
# return True
p1 = element_1["position"]
p2 = element_2["position"]
position = (abs(p1["X"] - p2["X"]) <= tollerance) and (
abs(p1["Y"] - p2["Y"]) <= tollerance) and (abs(p1["Z"] - p2["Z"])
<= tollerance)
# rotation = round(element_1["rotation"], 3) == round(element_2["rotation"], 3)
rotation = True
if rotation and position:
return True
def set_coloristic_tag(self, obj):
"""
Устанавливает коллористические марки.
Открывает файл с закрытыми рабочими наборами.
Для этого создается конфиг open_opt
Проходим по всем документам и панелям, которые переданы в obj
Выгружаем связь.
Открываем документ.
Проверяем можно ли вносить изменения в документ.
Пробуем внести изменения.
Проходим по всем панелям и уровням.
Получаем в документе связи панель по ID.
Проходим по всем уровням.
Для каждой колористик Tag устанавливаем марку по уровню.
Если файл общий. Синхронизироваться.
Если файл не общий - просто сохранить.
В противном случае закрыть документ
"""
workset_config_option = WorksetConfigurationOption.CloseAllWorksets
workset_config = WorksetConfiguration(workset_config_option)
open_opt = OpenOptions()
open_opt.SetOpenWorksetsConfiguration(workset_config)
app = self.doc.Application
for doc, panels in obj.items():
title = doc.Title
m_p = ModelPathUtils.ConvertUserVisiblePathToModelPath(
doc.PathName)
rvt_type = self.rvt_docs[doc]
rvt_type.Unload(None)
cur_doc = app.OpenDocumentFile(m_p, open_opt)
if not cur_doc.IsReadOnly:
try:
with Transaction(cur_doc, "Вносим изменения") as t:
t.Start()
for panel, levels in panels.items():
panel = cur_doc.GetElement(ElementId(panel.Id))
for level, mark in levels.items():
level = level if len(
level) > 1 else "0" + level
panel.LookupParameter(
"BDS_ColoristicsTag_Floor" +
level).Set(mark)
t.Commit()
if cur_doc.IsWorkshared:
twc_opts = TransactWithCentralOptions()
swc_opts = SynchronizeWithCentralOptions()
swc_opts.SetRelinquishOptions(RelinquishOptions(True))
swc_opts.Comment = "Атоматическая синхронизация КЖС"
cur_doc.SynchronizeWithCentral(twc_opts, swc_opts)
cur_doc.Close(True)
except:
echo(sys.exc_info()[1])
cur_doc.Close(False)
else:
echo("Файл {} доступен только для чтения".format(title))
cur_doc.Close(False)
rvt_type.Load()
echo("Обработали связь {}".format(title))
sched.set_cell_border(start-1, 0, True, True, True, True)
max_rows = 47
with Transaction(doc, "Сформировать таблицу коллористики") as t:
t.Start()
count_of_sheet = int(ceil(float(len(tags)) / max_rows))
if count_of_sheet > 0:
name = curview.Name
templ_replace = re.compile("((\s)*(\(Окончание\))|(\(Начало\))|(\(Продолжение\)))((\s*\d+\s*)$)".format(name))
name = templ_replace.sub("", name)
templ_find = re.compile("(^({})\s*)((\(Окончание\))|(\(Начало\))|(\(Продолжение\)))((\s+\d+)$)".format(name))
repl_sheds = FilteredElementCollector(doc).OfClass(ViewSchedule).ToElements()
repl_sheds = [i for i in repl_sheds if templ_find.search(i.Name)]
privious_sched = []
number_in_end = re.compile("\d+$")
repl_sheds.sort(key=lambda x: int(number_in_end.search(x.Name).group(0)))
if len(repl_sheds) > count_of_sheet:
echo(repl_sheds[-1].Name, " лишняя спецификация при количестве элементов ", len(tags))
if not repl_sheds:
repl_sheds = [doc.ActiveView]
for i in range(0, count_of_sheet):
if i == 0:
prefix_name = "Начало"
elif i != count_of_sheet - 1:
prefix_name = "Продолжение"
else:
prefix_name = "Окончание"
if i > len(repl_sheds)-1:
cre_view = doc.GetElement(curview.Duplicate(ViewDuplicateOption.Duplicate))
else:
cre_view = repl_sheds[i]
class Instalation_plan(Instalation_plan_tests, Instalation_plan_json):
def __init__(self, doc):
self.doc = doc
super(Instalation_plan, self).__init__()
def create_instalation_plan(self):
"Создание файлов монтажного плана."
self.path_to_save = self.select_path()
self.start_point, self.start_grids = self.find_start_point_and_grids()
self.recalculate_grid_origins(
self.grids, self.start_point, self.start_grids)
Instalation_plan_link.create(self.rvt_links, self.start_point)
global_obj = Instalation_plan_link.find_panels_in_links(to_old=True)
old_format_obj = Instalation_plan_link.all_panel_dict_old(global_obj)
res = {
"levels": old_format_obj,
"axes": self.grids_to_dict(self.grids, elevation=False)
}
self.save_montain_plan_to_file(res)
message("Монтажный план выгружен в {}".format(self.path_to_save))
def create_grid_plan(self):
self.path_to_save = self.select_path()
self.start_point, self.start_grids = self.find_start_point_and_grids()
self.recalculate_grid_origins(
self.grids, self.start_point, self.start_grids)
self.save_grids_file(self.grids_to_dict(self.global_grids))
message("Файл осей план выгружен в {}".format(self.path_to_save))
def get_coloristic_mark(self):
"Получаем колористические марки."
obj_from_file = self.open_coloristic_file()
coloristic_obj = self.get_all_panels_from_dict(obj_from_file)
self.start_point, self.start_grids = self.find_start_point_and_grids()
Instalation_plan_link.create(self.rvt_links, self.start_point)
global_obj = Instalation_plan_link.find_panels_in_links()
res_obj = self.get_coloristic_tag_for_panels(
global_obj, coloristic_obj)
self.set_coloristic_tag(res_obj)
def select_path(self):
"Выбираем путь куда сложим монтажный план и файл осей."
dir_path = FolderBrowserDialog()
res = dir_path.ShowDialog()
if res == DialogResult.OK and dir_path.SelectedPath:
dir_path = dir_path.SelectedPath
return dir_path
def find_start_point_and_grids(self):
"Находит стартовую точку осей и ось."
all_lines = [i["line"] for i in self.grids.values()]
[i.MakeUnbound() for i in all_lines]
min_x = float("inf")
min_y = float("inf")
min_point = None
axis = [None, None]
for i in all_lines:
for j in all_lines:
itersect_result = StrongBox[IntersectionResultArray]()
i.Intersect(j, itersect_result)
if itersect_result.Value:
point = itersect_result.Value[0].XYZPoint
if round(point.X, 5) < min_x or round(point.Y, 5) < min_y:
min_x = round(point.X, 5)
min_y = round(point.Y, 5)
min_point = point
axis = [i, j]
return min_point, axis
@property
def grids(self):
if not hasattr(self, "_grids"):
self._grids = FilteredElementCollector(self.doc).OfClass(
Grid).WhereElementIsNotElementType().ToElements()
self._grids = {
i.Name: {
"name": i.Name,
"direction": i.Curve.Direction,
"line": i.Curve,
"el": i,
"global": i.LookupParameter("BDS_AxisGlobal").AsString() if i.LookupParameter("BDS_AxisGlobal") else ""
} for i in self._grids}
# echo(self._grids)
return self._grids
@property
def global_grids(self):
if not hasattr(self, "_global_grids"):
self._global_grids = {key: i for key,
i in self.grids.items() if i["global"]}
return self._global_grids
@property
def levels(self):
if not hasattr(self, "_levels"):
self._levels = FilteredElementCollector(self.doc).OfClass(
Level).WhereElementIsNotElementType().ToElements()
self._levels = [{
"Name": i.Name,
"Elevation": round(i.Elevation * 304.8)
} for i in self._levels if i.Name.isdigit()]
# echo(self._levels)
self._levels.sort(key=lambda x: x["Name"])
return self._levels
@property
def rvt_links(self):
if not hasattr(self, "_rvt_links"):
self._rvt_links = FilteredElementCollector(self.doc).OfClass(
RevitLinkInstance).WhereElementIsNotElementType().ToElements()
return self._rvt_links
@property
def rvt_docs(self):
if not hasattr(self, "_rvt_docs"):
self._rvt_docs = {}
for i in self.rvt_links:
if i.GetLinkDocument() not in self._rvt_docs.keys():
self._rvt_docs.setdefault(
i.GetLinkDocument(), self.doc.GetElement(i.GetTypeId()))
return self._rvt_docs
def recalculate_grid_origins(self, grids, start_point, start_grids):
for key, i in grids.items():
orto_start_line = start_grids[1] if i["direction"].IsAlmostEqualTo(
start_grids[0].Direction) or i["direction"].IsAlmostEqualTo(start_grids[0].Direction.Negate()) else start_grids[0]
i["line"].MakeUnbound()
line = i["line"]
itersect_result = StrongBox[IntersectionResultArray]()
line.Intersect(orto_start_line, itersect_result)
i["origin"] = itersect_result.Value[0].XYZPoint - start_point
def save_grids_file(self, save_obj):
file_name = r"Файл сеток.json"
with io.open(os.path.join(self.path_to_save, file_name), "w", encoding='utf8') as f:
el = json.dumps(save_obj, sort_keys=True,
indent=4, ensure_ascii=False)
el = el.replace('"global"', '"GlobalName"')
el = el.replace('"local"', '"LocalName"')
el = el.replace('"position"', '"Origin"')
el = el.replace('"rotation"', '"Direction"')
f.write(el)
f.close()
def save_montain_plan_to_file(self, save_obj):
file_name = r"mp-1.json"
with io.open(os.path.join(self.path_to_save, file_name), "w", encoding='utf8') as f:
json.dump(save_obj, f, sort_keys=True,
indent=4, ensure_ascii=False)
f.close()
def open_coloristic_file(self):
dialog = FileOpenDialog("Файл колористики json|*.json")
dialog.Show()
mpath = dialog.GetSelectedModelPath()
path = ModelPathUtils.ConvertModelPathToUserVisiblePath(mpath)
with io.open(path, "r", encoding='utf8') as f:
text = f.read()
text = text.replace('"rotate"', '"rotation"')
return json.loads(text)
def get_coloristic_tag_for_panels(self, global_obj, coloristic_obj):
echo("Сравнение по повороту отключено")
echo("Сравнение по марке отключено")
result_obj = {}
for section_num in coloristic_obj.keys():
if section_num in global_obj.keys():
for level_num in coloristic_obj[section_num].keys():
if level_num in global_obj[section_num]:
for c_panel in coloristic_obj[section_num][level_num]:
comp = False
for r_panel in global_obj[section_num][level_num]:
if self.compare_position(c_panel, r_panel):
if comp:
echo("Найдено две панели по одной позиции")
comp = True
result_obj.setdefault(
r_panel["panel"].document, {})
result_obj[r_panel["panel"].document].setdefault(
r_panel["panel"], {})
result_obj[r_panel["panel"].document][r_panel["panel"]][level_num] = c_panel["colorIndex"]
# echo("Найдена панель {} с маркой {} в секции {} на этаже {}".format(c_panel["mark"], r_panel["mark"], section_num, level_num))
break
else:
echo("Не найдена панель {} в секции {} на этаже {}".format(c_panel["mark"], section_num, level_num))
else:
echo("Не найден {} этаж секции {} в текущем файле".format(
level_num, section_num))
else:
echo("Не найдена секция {} в текущем файле".format(section_num))
return result_obj
def compare_position(self, element_1, element_2, tollerance=100):
"""
Сравнение панелей по позициям.
Если позиции по X, Y и Z совпадают в пределах tollerance.
Они равны.
Сейчас отключена проверка по повороту и марке.
"""
# mark = element_1["mark"] == element_2["mark"]
# if mark:
# return True
p1 = element_1["position"]
p2 = element_2["position"]
position = (abs(p1["X"] - p2["X"]) <= tollerance) and (
abs(p1["Y"] - p2["Y"]) <= tollerance) and (abs(p1["Z"] - p2["Z"]) <= tollerance)
# rotation = round(element_1["rotation"], 3) == round(element_2["rotation"], 3)
rotation = True
if rotation and position:
return True
def set_coloristic_tag(self, obj):
"""
Устанавливает коллористические марки.
Открывает файл с закрытыми рабочими наборами.
Для этого создается конфиг open_opt
Проходим по всем документам и панелям, которые переданы в obj
Выгружаем связь.
Открываем документ.
Проверяем можно ли вносить изменения в документ.
Пробуем внести изменения.
Проходим по всем панелям и уровням.
Получаем в документе связи панель по ID.
Проходим по всем уровням.
Для каждой колористик Tag устанавливаем марку по уровню.
Если файл общий. Синхронизироваться.
Если файл не общий - просто сохранить.
В противном случае закрыть документ
"""
workset_config_option = WorksetConfigurationOption.CloseAllWorksets
workset_config = WorksetConfiguration(workset_config_option)
open_opt = OpenOptions()
open_opt.SetOpenWorksetsConfiguration(workset_config)
app = self.doc.Application
for doc, panels in obj.items():
title = doc.Title
m_p = ModelPathUtils.ConvertUserVisiblePathToModelPath(
doc.PathName)
rvt_type = self.rvt_docs[doc]
rvt_type.Unload(None)
cur_doc = app.OpenDocumentFile(m_p, open_opt)
if not cur_doc.IsReadOnly:
try:
with Transaction(cur_doc, "Вносим изменения") as t:
t.Start()
for panel, levels in panels.items():
panel = cur_doc.GetElement(ElementId(panel.Id))
for level, mark in levels.items():
level = level if len(level) > 1 else "0" + level
panel.LookupParameter(
"BDS_ColoristicsTag_Floor" + level).Set(mark)
t.Commit()
if cur_doc.IsWorkshared:
twc_opts = TransactWithCentralOptions()
swc_opts = SynchronizeWithCentralOptions()
swc_opts.SetRelinquishOptions(RelinquishOptions(True))
swc_opts.Comment = "Атоматическая синхронизация КЖС"
cur_doc.SynchronizeWithCentral(twc_opts, swc_opts)
cur_doc.Close(True)
except:
echo(sys.exc_info()[1])
cur_doc.Close(False)
else:
echo("Файл {} доступен только для чтения".format(title))
cur_doc.Close(False)
rvt_type.Load()
echo("Обработали связь {}".format(title))
