def recurse_change_filter(self, filter):
"""Рекурсивное изменение текстовых фильтров."""
if isinstance(filter, LogicalAndFilter):
res = LogicalAndFilter(
self.recurse_change_filter(filter.GetFilters()))
return res
elif isinstance(filter, LogicalOrFilter):
res = LogicalOrFilter(
self.recurse_change_filter(filter.GetFilters()))
return res
elif isinstance(filter, ElementParameterFilter):
arr = List[FilterRule]()
for i in filter.GetRules():
if isinstance(i, FilterInverseRule):
i = i.GetInnerRule()
cur_kit = self.cur_rule(i.RuleString)
i.RuleString = cur_kit
i = FilterInverseRule(i)
if isinstance(i, FilterStringRule):
cur_kit = self.cur_rule(i.RuleString)
i.RuleString = cur_kit
arr.Add(i)
res = ElementParameterFilter(arr)
return res
elif isinstance(filter, List[ElementFilter]):
arr = List[ElementFilter]()
for i in filter:
arr.Add(self.recurse_change_filter(i))
return arr
def create_filter(key_parameter, element_value):
"""Function to create a RevitAPI filter."""
f_parameter = ParameterValueProvider(ElementId(key_parameter))
f_parameter_value = element_value #e.g. element.Category.Id
f_rule = FilterElementIdRule(f_parameter, FilterNumericEquals(),
f_parameter_value)
filter = ElementParameterFilter(f_rule)
return filter
def create_string_equals_filter(key_parameter,
element_value,
caseSensitive=True):
"""Function to create ElementParameterFilter based on FilterStringRule."""
f_parameter = ParameterValueProvider(ElementId(key_parameter))
f_parameter_value = element_value
caseSensitive = True
f_rule = FilterStringRule(f_parameter, FilterStringEquals(),
f_parameter_value, caseSensitive)
return ElementParameterFilter(f_rule)
def create_filter(key_parameter, element_value):
"""Function to create a RevitAPI filter."""
f_parameter = ParameterValueProvider(ElementId(key_parameter))
f_parameter_value = element_value # e.g. element.Category.Id
f_rule = FilterElementIdRule(f_parameter, FilterNumericEquals(),
f_parameter_value)
filter = ElementParameterFilter(f_rule)
return filter
# EXAMPLE GET GROUP INSTANCE
# filter = create_filter(BuiltInParameter.ELEM_TYPE_PARAM, group_type_id)
# group = FilteredElementCollector(doc).WherePasses(filter).FirstElement()
def get_rules(s):
result = []
for part in s.split('; ')[1:]:
param_name = part.split('"')[2]
value = part.split('"')[4]
evaluator = pars.replace(' "' + param_name + '"',
'').replace(' "' + value + '"', '').split()[1]
param = get_param(param_name)
rule = create_rule(param, evaluator, value)
result.append(rule)
return result
pfilter = parameterFilterElement = ParameterFilterElement.Create(
doc, name + ' не', cats,
ElementParameterFilter(
ParameterFilterRuleFactory.CreateNotEqualsRule(
ElementId(BuiltInParameter.RBS_SYSTEM_NAME_PARAM), name,
True)))
if 'String' in str(i.StorageType):
fnrv = FilterStringEquals()
fRule = FilterStringRule(pvp, fnrv, values[count], True)
elif 'Interger' in str(i.StorageType):
fnrv = FilterNumericEquals()
fRule = FilterIntegerRule(pvp, fnrv, int(values[count]))
elif 'Double' in str(i.StorageType):
fnrv = FilterNumericEquals()
fRule = FilterDoubleRule(pvp, fnrv, float(values[count]), 0.001)
elif 'ElementId' in str(i.StorageType):
fnrv = FilterNumericEquals()
fRule = FilterElementIdRule(pvp, fnrv, ElementId(int(values[count])))
fRules.append(fRule)
count += 1
# Filter all elements based on parameter values selected
paramFilters = ElementParameterFilter(fRules)
ele = filter.WherePasses(paramFilters).ToElements()
elements = []
for i in ele:
elements.append(i)
# Task Dialogue Creation
dialog = TaskDialog('Warning')
dialog.CommonButtons = TaskDialogCommonButtons.Ok
dialog.DefaultButton = TaskDialogResult.Ok
dialog.Title = 'Warning'
dialog.MainInstruction = 'You are about to select ' + str(
len(elements)) + ' elements'
bool = dialog.Show()
if str(bool) == 'Ok':
revit.get_selection().set_to(elements)
providerArea0 = ParameterValueProvider(ElementId(paramArea0)) # evaulate for values greater than test value evaluatorGr = FilterNumericGreater() # conversion factor for square meters to square feet sqMToSqFt = 10.7639 # because the revit API considers values in square feet we need to use # a conversion factor to change to square meters, this is not strictly # necessary if tested against zero, but useful to understand. testArea0 = 0.0 * sqMToSqFt # precision of rounding used to evaulate rule is not strictly necessary # if tested against zero, but included so can be adapted to other values epsilon = 10**-3 # use rule for doubles ruleArea0 = FilterDoubleRule(providerArea0, evaluatorGr, testArea0, epsilon) # filter with rule filterArea0 = ElementParameterFilter(ruleArea0) # adapted with kudos to archilab getRoomsByLevel # https://gist.github.com/ksobon/8007f64a889df00afd22#file-getroomsbylevel-py # unwrap the level selected from the dynamo node levelUnwrapped = UnwrapElement(levelInput) # get the Id of the level levelUnwrappedId = levelUnwrapped.Id # filter elements by the unwrapped level id levelFilter = ElementLevelFilter(levelUnwrappedId) # alias areaFilter, for areas (not rooms) we will want to exclude areaFilter = AreaFilter() # change to room filter if you want svg of areas not rooms #areaFilter = RoomFilter()
evalLoEq = FilterStringLessOrEqual() # Here we select which evaluator will be used to test against a set value # whilst maintaining the list of other filters for reference evaluator = evalBegins # Does the mark string contain the test value 'M.' test = 'begins' # booleon (True/False) controls if test is case sensitive caseSensitive = False # we run a Filter String Rule that checks the chosen parameter # 'ALL_MODEL_MARK' runs against the evaluator (does this string) # contain our test string value 'M.' # refer to api docs for details of the FilterStringRule Constructor # http://www.revitapidocs.com/2015/056fd8e1-a989-b262-8c8e-9e79ece62b01.htm rule = FilterStringRule(provider, evaluator, test, caseSensitive) # generate a filter based off our Rule filter = ElementParameterFilter(rule) # Now we have a valid rule to run against our Filtered Element Collector. # # So in this case we pull everything inside the document # but only if it passes our filter test # then make sure we return the elements themselves with '.ToElements()' analyticalCollector = fec(doc).WherePasses(filter).ToElements() # To get our results back inside of Dynamo # we need to append a list to the OUT port OUT = analyticalCollector
new_logic = src_f_logic[line_no]
logic_mod = True if new_logic != current_logic else False
current_logic = new_logic if new_logic != current_logic else current_logic
new_rules = src_f_rules[line_no]
rules_mod = True if new_rules != current_rules else False
current_rules = new_rules if new_rules != current_rules else current_rules
if name_mod:
filt.Name = current_name
status.append('n')
if cats_mod:
filt.SetCategories(List[ElementId](get_cats(current_cats)))
status.append('c')
if rules_mod or logic_mod:
rules = get_rules(current_rules) if current_rules else []
epfilters = [
ElementParameterFilter(rule) for rule in rules
] # не протестирован и не проработан вариант создания фильтра без правил
lfilter = LogicalAndFilter(
epfilters) if current_logic == 'And' else LogicalOrFilter(
epfilters)
filt.SetElementFilter(lfilter)
status.append('r')
status = 'Mod ' + ', '.join(status) if status else ''
data.append([
current_id, current_name, current_cats, current_logic, current_rules,
status
])
if src_filters:
all_filter_ids = [str(i.Id) for i in all_filters]
