def load_from_definition_file_click(self, sender, e):
try:
groups = rsparam.get_paramgroups(
self.definition_file_path, encoding="utf-16"
)
available_groups = sorted(groups, key=lambda x: locale.strxfrm(x.name))
except IOError:
self.invalid_definition_file()
return
# available_groups = sorted(definition_file.Groups, key=lambda x: locale.strxfrm(x.Name))
selected_groups = SelectFromList.show(
available_groups,
"Select groups",
400,
300,
name_attr="name",
multiselect=True,
)
logger.debug("{} result = {}".format(SelectFromList.__name__, selected_groups))
if selected_groups is None:
return
try:
for parameter in rsparam.get_params(
self.definition_file_path, encoding="utf-16"
):
if parameter.group in selected_groups:
self.data_grid_content.Add(SharedParameter.from_rsparam(parameter))
except LookupError as e:
logger.info(e)
def load_from_definition_file_click(self, sender, e):
definition_file = self.definition_file
if not definition_file:
self.invalid_definition_file()
return
available_groups = sorted(
[group.Name for group in definition_file.Groups],
key=cmp_to_key(locale.strcoll))
selected_groups = SelectFromList.show(available_groups,
"Select groups", 400, 300)
logger.debug("{} result = {}".format(SelectFromList.__name__,
selected_groups))
if selected_groups is None:
return
else:
groups = [
definition_file.Groups[group] for group in selected_groups
]
try:
for parameter in SharedParameter.read_from_definition_file(
definition_groups=groups):
self.data_grid_content.Add(parameter)
except LookupError as e:
logger.info(e)
def select_levels_dialog(elements_all, name="parent object"):
selected = SelectFromList.show(elements_all,
name_attr='Name',
title='Select %s to check' % name,
width=300,
button_name='Select',
multiselect=True)
return selected
def select_types(sysfam): #list alltypes
selected_types = SelectFromList.show(sorted([textnotetypeoption(x) for x in sysfam],
key= lambda x: x.name),
title='FamilyTYPES: ',
button_name='DELETE PERMANENTLY from PROJECT',
width=800,
height=850,
multiselect=True,
filterfunc=None)
return selected_types
def select_template(list):
selected_types = SelectFromList.show(sorted(
[textnotetypeoption(x) for x in list], key=lambda x: x.name),
title="Select SystemFamilyTypes",
button_name="Select",
width=500,
multiselect=True,
filterfunc=None)
return selected_types
def select_type(typelist):
selected_types = SelectFromList.show(
sorted([textnotetypeoption(x) for x in typelist],
key=lambda x: x.name),
title="Select SystemFamilyTypes",
button_name="DELETE PERMANENTLY from PROJECT",
width=600,
multiselect=True,
filterfunc=None)
return selected_types
def select_parameters(self):
parameters_dict = self.get_selection_parameters(self.selection)
parameters_editable = self.filter_editable(parameters_dict)
options = []
for param_id, param in parameters_editable.items():
cb = CheckBoxParameter(param)
options.append(cb)
selected = SelectFromList.show(options, title='Parameter to replace', width=300,
button_name='OK')
return selected
def load_from_definition_file_click(self, sender, e):
definition_file = self.definition_file
if not definition_file:
self.invalid_definition_file()
return
available_groups = sorted(definition_file.Groups, key=lambda x: locale.strxfrm(x.Name))
selected_groups = SelectFromList.show(
available_groups, "Select groups", 400, 300, name_attr="Name", multiselect=True)
logger.debug("{} result = {}".format(SelectFromList.__name__, selected_groups))
if selected_groups is None:
return
try:
for parameter in SharedParameter.read_from_definition_file(definition_groups=selected_groups):
self.data_grid_content.Add(parameter)
except LookupError as e:
logger.info(e)
linePoints = []
def fuzzyMatch(a, b, precision):
return abs(a - b) <= precision
options = [2000, 3000, 4000, 5000, 6000]
########
## need to handle sloping pipes!!!
# shows the form and returns the selected options
selected_options = SelectFromList.show(
options,
title='Select Height of High level Threshold for Pipes (mm from floor)',
width=800,
height=500,
multiselect=False)
highLevelThreshold = selected_options[0]
t = Transaction(doc, 'Pipe Levels')
t.Start()
for pipe in pipes:
line = pipe.Location.Curve
curves.append(line)
def main():
cl = FilteredElementCollector(doc)
levels_all = cl.OfCategory(BuiltInCategory.OST_Levels
).WhereElementIsNotElementType().ToElements()
options = []
for l in levels_all:
cb = CheckBoxLevel(l)
options.append(cb)
if len(options) == 0:
print("Levels wasn't found")
return
selected1 = SelectFromList.show(options,
title='Select levels to delete',
width=300,
button_name='OK',
multiselect=True)
selected_levels1 = [c.level for c in selected1 if c.state == True]
if not selected_levels1:
print("Nothing selected")
return
options = [c for c in selected1 if c.state != True]
if len(options) == 0:
print("You selected all levels")
return
selected2 = SelectFromList.show(options,
title='Select target level',
width=300,
button_name='OK')
if not selected2:
print("Nothing selected")
return
selected_levels2 = [c.level for c in selected2]
target_level = selected_levels2[0]
errors = set()
changed = set()
for l in selected_levels1:
objects_to_change = []
t = Transaction(doc, "Check level " + l.Name)
t.Start()
elements = doc.Delete(l.Id)
t.RollBack()
errors_, changed_ = LevelChangePreselected(elements, target_level.Id)
errors = errors.union(set(errors_))
changed = changed.union(set(changed_))
if errors:
logger.error("Errors")
logger.error(",".join(list(errors)))
if changed:
print("\nChanged succesfully")
print(",".join(list(changed)))
else:
logger.error("No object were changed")
def __init__(self,
name,
ptype,
group=None,
guid=None,
description="",
modifiable=True,
visible=True,
new=True):
# type: (str, ParameterType or str, str, Guid or None, str, bool, bool, bool) -> None
self.name = name
self.description = description
if group:
self.group = group
else:
self.group = "pyrevitmep"
true_tuple = (True, "", None, "True", "Yes", "Oui", 1, "1")
if modifiable in true_tuple:
self.modifiable = True
else:
self.modifiable = False
if visible in true_tuple:
self.visible = True
else:
self.visible = False
# Check if a Guid is given. If not a new one is created
if not guid:
self.guid = Guid.NewGuid()
elif not isinstance(guid, Guid):
try:
self.guid = Guid(guid)
except SystemError:
self.guid = Guid.NewGuid()
else:
self.guid = guid
# Check if given parameter type is valid. If not user is prompted to choose one.
if isinstance(ptype, ParameterType):
self.type = ptype
else:
try:
self.type = getattr(ParameterType, ptype)
except AttributeError:
self.type = ptype
while not isinstance(self.type, ParameterType):
self.type = SelectFromList.show(
PType.enum_generator(),
"Parameter {} ParameterType: {} not valid. Please select a parameter type"
.format(name, ptype))
self.initial_values = {}
if new is True:
self.new = new
else:
self.new = False
self.initial_values_update()
self.changed = False
def main():
active_view = get_active_view()
if not active_view:
logger.warning('Activate a view to copy')
return
logger.info('Source view selected: %s id%s' % (active_view.Name, active_view.Id.ToString()))
"""
Filters selection
"""
active_template_filters_ch = get_view_filters(doc, active_view)
sel_set = read_checkboxes_state()
vt_list = get_view_templates(doc, sel_set=sel_set)
if not vt_list:
logger.warning('Project has no view templates')
return
if not active_template_filters_ch:
logger.warning('Active view has no filter overrides')
return
filter_checkboxes = SelectFromList.show(active_template_filters_ch, name_attr='Name',
title='Select filters to copy',
button_name='Select filters', multiselect=True)
filter_checkboxes_sel = []
# Select filters from active view
for checkbox in filter_checkboxes:
if checkbox:
filter_checkboxes_sel.append(checkbox)
if not filter_checkboxes_sel:
return
"""
Target view templates selection
"""
view_checkboxes = SelectFromList.show(vt_list, name_attr='Name', title='Select templates to apply filters',
button_name='Apply filters to templates', multiselect=True)
view_checkboxes_sel = []
# Select view templates to copy
for checkbox in view_checkboxes:
if checkbox:
view_checkboxes_sel.append(checkbox)
if not view_checkboxes_sel:
return
save_checkboxes_state(view_checkboxes_sel)
# active_template = doc.GetElement(active_view.ViewTemplateId)
t = Transaction(doc)
t.Start(__title__)
for vt in view_checkboxes_sel:
if vt.Id == active_view.ViewTemplateId:
logger.debug('Current template found')
continue
for f in filter_checkboxes_sel:
try:
vt.RemoveFilter(f.Id)
logger.info('filter %s deleted from template %s' % (f.Id.IntegerValue.ToString(), vt.Name))
except:
pass
try:
fr = active_view.GetFilterOverrides(f.Id)
vt.SetFilterOverrides(f.Id, fr)
except Exception as e:
logger.warning('filter %s was not aplied to view %s\n%s' % (f.Id.IntegerValue.ToString(),
vt.Name, e))
t.Commit()
print("Completed")
def main():
global PURGE_RESULTS_CSV
global START_TIME
global PURGE_NOTUSED_FAMILIES
# q = TaskDialog.Show(__title__, "Purge not used families?",
# TaskDialogCommonButtons.Ok | TaskDialogCommonButtons.Cancel)
# if str(q) == "Ok":
# PURGE_NOTUSED_FAMILIES = True
purgers = Purgers()
directory = create_directory(doc.Title)
options = []
selected_purgers = []
for f in dir(purgers):
func = purgers.__getattribute__(f)
if type(func) == types.MethodType and f[0] != "_":
opt = CheckBoxFunc(func, True)
options.append(opt)
if len(options) > 1:
all_checkboxes = SelectFromList.show(options,
title='Select cleaners to Purge',
width=300,
button_name='Purge!',
multiselect=True)
if all_checkboxes:
selected_purgers = [
c.func for c in all_checkboxes if c.state == True
]
else:
selected_purgers = [c.func for c in options]
if len(selected_purgers) > 0:
PURGED_COUNT = 0
level = 0
max_level = 99
if doc.Title[-4:] == ".rfa":
level = 1
if __forceddebugmode__:
max_level = 1
START_TIME = time.time()
print(directory)
csv_line = [
"Level", "Category", "Family name", "Size before", "Size after",
"Size diff"
]
for pk in selected_purgers:
csv_line.append("Purged: " + str(pk.__name__))
PURGE_RESULTS_CSV.append(csv_line)
process_purge(doc,
selected_purgers,
level=level,
max_level=max_level,
directory=directory)
output.set_title("%s - Write CSV" % (window_title, ))
write_csv(directory)
output.set_title("%s - Done" % (window_title, ))
print("\n\nFinished")
for r in PURGE_RESULTS.keys():
c = PURGE_RESULTS[r]
print("%s: %d" % (r, c))
PURGED_COUNT += c
print('\nTOTAL purged: %d' % PURGED_COUNT)
print('SIZE DIFFERENCE: %.3f Mb' % PURGE_SIZES_SUM)
print("\n\n--- %s ---" % (time_format(time_elapsed())))
output.update_progress(100, 100)
else:
print("nothing selected")
