def upgrade_settings(self, setting_values, variable_revision_number, module_name):
PC_DEFAULT = "Default output folder"
PC_WITH_IMAGE = "Same folder as image"
if variable_revision_number == 1:
#
# Minor change: Default output directory -> folder
#
new_setting_values = [setting_values[0]]
for offset in range(1, len(setting_values), 6):
dir_choice = setting_values[offset + 4]
custom_path = setting_values[offset + 5]
if dir_choice == PC_CUSTOM:
if custom_path[0] == ".":
dir_choice = DEFAULT_OUTPUT_SUBFOLDER_NAME
elif custom_path[0] == "&":
dir_choice = DEFAULT_OUTPUT_SUBFOLDER_NAME
custom_path = "." + custom_path[1:]
else:
dir_choice = ABSOLUTE_FOLDER_NAME
directory = Directory.static_join_string(dir_choice, custom_path)
new_setting_values += setting_values[offset : (offset + 4)]
new_setting_values += [directory]
setting_values = new_setting_values
variable_revision_number = 2
# Standardize input/output directory name references
setting_values = list(setting_values)
for offset in range(5, len(setting_values), VARIABLE_SETTING_COUNT):
setting_values[offset] = Directory.upgrade_setting(setting_values[offset])
return setting_values, variable_revision_number
def upgrade_settings(self, setting_values, variable_revision_number, module_name):
"""Provide backwards compatibility for old pipelines
setting_values - the strings to be fed to settings
variable_revision_number - the version number at time of saving
module_name - name of original module
"""
if variable_revision_number == 1:
#
# Added hole size questions
#
setting_values = setting_values + ["Yes", "10"]
variable_revision_number = 2
if variable_revision_number == 2:
#
# Added graph stuff
#
setting_values = setting_values + [
"No",
"None",
Directory.static_join_string(DEFAULT_OUTPUT_FOLDER_NAME, "None"),
"None",
"None",
]
variable_revision_number = 3
return setting_values, variable_revision_number
def upgrade_settings(self, setting_values, variable_revision_number,
module_name):
if variable_revision_number == 1:
new_setting_values = [setting_values[0]]
idx = 1
for flag_idx in range(int(setting_values[0])):
new_setting_values += setting_values[idx:idx + 4] + ["No"]
meas_count = int(setting_values[idx])
idx += 4
for meas_idx in range(meas_count):
measurement_source = setting_values[idx]
if (measurement_source.startswith("Measurement for all")
or measurement_source == "All objects"):
measurement_source = S_ALL_OBJECTS
elif measurement_source == "Average for objects":
measurement_source = S_AVERAGE_OBJECT
elif measurement_source == "Image":
measurement_source = S_IMAGE
new_setting_values += [measurement_source]
new_setting_values += setting_values[(idx + 1):(idx + 7)]
idx += 7
setting_values = new_setting_values
variable_revision_number = 2
if variable_revision_number == 2:
# Added rules
new_setting_values = [setting_values[0]]
idx = 1
for flag_idx in range(int(setting_values[0])):
new_setting_values += setting_values[idx:idx +
N_FIXED_SETTINGS_PER_FLAG]
meas_count = int(setting_values[idx])
idx += N_FIXED_SETTINGS_PER_FLAG
for meas_idx in range(meas_count):
measurement_source = setting_values[idx]
new_setting_values += [measurement_source]
new_setting_values += setting_values[
(idx + 1):(idx + N_SETTINGS_PER_MEASUREMENT_V2)] + [
Directory.static_join_string(
DEFAULT_INPUT_FOLDER_NAME, "None"),
"rules.txt",
]
idx += N_SETTINGS_PER_MEASUREMENT_V2
setting_values = new_setting_values
variable_revision_number = 3
if variable_revision_number == 3:
# Added rules_class
new_setting_values = setting_values[:1]
idx = 1
for flag_idx in range(int(setting_values[0])):
new_setting_values += setting_values[idx:(
idx + N_FIXED_SETTINGS_PER_FLAG)]
meas_count = int(setting_values[idx])
idx += N_FIXED_SETTINGS_PER_FLAG
for meas_idx in range(meas_count):
new_setting_values += setting_values[idx:(
idx + N_SETTINGS_PER_MEASUREMENT_V3)]
new_setting_values += ["1"]
idx += N_SETTINGS_PER_MEASUREMENT_V3
setting_values = new_setting_values
variable_revision_number = 4
return setting_values, variable_revision_number
def upgrade_settings(self, setting_values, variable_revision_number, module_name):
if variable_revision_number == 1:
#
# Added CPA rules
#
setting_values = (
setting_values[:11]
+ [MODE_MEASUREMENTS, DEFAULT_INPUT_FOLDER_NAME, ".",]
+ setting_values[11:]
)
variable_revision_number = 2
if variable_revision_number == 2:
#
# Forgot file name (???!!!)
#
setting_values = setting_values[:14] + ["rules.txt"] + setting_values[14:]
variable_revision_number = 3
if variable_revision_number == 3:
#
# Allowed multiple measurements
# Structure changed substantially.
#
(
target_name,
object_name,
measurement,
filter_choice,
enclosing_objects,
wants_minimum,
minimum_value,
wants_maximum,
maximum_value,
wants_outlines,
outlines_name,
rules_or_measurements,
rules_directory_choice,
rules_path_name,
rules_file_name,
) = setting_values[:15]
additional_object_settings = setting_values[15:]
additional_object_count = len(additional_object_settings) // 4
setting_values = [
target_name,
object_name,
rules_or_measurements,
filter_choice,
enclosing_objects,
wants_outlines,
outlines_name,
rules_directory_choice,
rules_path_name,
rules_file_name,
"1",
str(additional_object_count),
measurement,
wants_minimum,
minimum_value,
wants_maximum,
maximum_value,
] + additional_object_settings
variable_revision_number = 4
if variable_revision_number == 4:
#
# Used Directory to combine directory choice & custom path
#
rules_directory_choice = setting_values[7]
rules_path_name = setting_values[8]
if rules_directory_choice == DIR_CUSTOM:
rules_directory_choice = ABSOLUTE_FOLDER_NAME
if rules_path_name.startswith("."):
rules_directory_choice = DEFAULT_INPUT_SUBFOLDER_NAME
elif rules_path_name.startswith("&"):
rules_directory_choice = DEFAULT_OUTPUT_SUBFOLDER_NAME
rules_path_name = "." + rules_path_name[1:]
rules_directory = Directory.static_join_string(
rules_directory_choice, rules_path_name
)
setting_values = setting_values[:7] + [rules_directory] + setting_values[9:]
variable_revision_number = 5
if variable_revision_number == 5:
#
# added rules class
#
setting_values = setting_values[:9] + ["1"] + setting_values[9:]
variable_revision_number = 6
if variable_revision_number == 6:
#
# Added per-object assignment
#
setting_values = (
setting_values[:FIXED_SETTING_COUNT_V6]
+ [PO_BOTH]
+ setting_values[FIXED_SETTING_COUNT_V6:]
)
variable_revision_number = 7
if variable_revision_number == 7:
x_name = setting_values[1]
y_name = setting_values[0]
measurement_count = int(setting_values[10])
additional_object_count = int(setting_values[11])
n_measurement_settings = measurement_count * 5
additional_object_settings = setting_values[13 + n_measurement_settings :]
additional_object_names = additional_object_settings[::4]
additional_target_names = additional_object_settings[1::4]
new_additional_object_settings = sum(
[
[object_name, target_name]
for object_name, target_name in zip(
additional_object_names, additional_target_names
)
],
[],
)
setting_values = (
[x_name, y_name]
+ setting_values[2:5]
+ setting_values[7 : 13 + n_measurement_settings]
+ new_additional_object_settings
)
variable_revision_number = 8
slot_directory = 5
setting_values[slot_directory] = Directory.upgrade_setting(
setting_values[slot_directory]
)
return setting_values, variable_revision_number
