def __init__(self, options=None, name="Survey Loader"):
""" constructor """
Operator.__init__(self, options, name)
self._tmp_dir = options['tmp_dir']
self.taxonomy = options['taxonomy']
# check if height/year range is requested
# range is stored as dictionary {'min_values':min_values, 'max_values':max_values}
# where min_value and max_value are arrays of values
if options.has_key(self.HT_ATTRIBUTE_NAME):
ht_ranges = options[self.HT_ATTRIBUTE_NAME]
min_values_count = len(ht_ranges['min_values'])
max_values_count = len(ht_ranges['max_values'])
# use range only if it is correctly set
if min_values_count > 0 and max_values_count > 0 and min_values_count == max_values_count:
self.ht_ranges = options[self.HT_ATTRIBUTE_NAME]
if options.has_key(self.YR_ATTRIBUTE_NAME):
ht_ranges = options[self.YR_ATTRIBUTE_NAME]
min_values_count = len(ht_ranges['min_values'])
max_values_count = len(ht_ranges['max_values'])
# use range only if it is correctly set
if min_values_count > 0 and max_values_count > 0 and min_values_count == max_values_count:
self.yr_ranges = options[self.YR_ATTRIBUTE_NAME]
self._fields = {
0: QgsField(GID_FIELD_NAME, QVariant.String),
1: QgsField(LON_FIELD_NAME, QVariant.Double),
2: QgsField(LAT_FIELD_NAME, QVariant.Double),
3: QgsField(TAX_FIELD_NAME, QVariant.String, "", 255),
4: QgsField(GRP_FIELD_NAME, QVariant.String),
5: QgsField(AREA_FIELD_NAME, QVariant.String),
6: QgsField(HT_FIELD_NAME, QVariant.String),
7: QgsField(COST_FIELD_NAME, QVariant.String),
}
def __init__(self, options=None, name="Survey Loader"):
""" constructor """
Operator.__init__(self, options, name)
self._tmp_dir = options["tmp_dir"]
self.taxonomy = options["taxonomy"]
# check if height/year range is requested
# range is stored as dictionary {'min_values':min_values, 'max_values':max_values}
# where min_value and max_value are arrays of values
if options.has_key(self.HT_ATTRIBUTE_NAME):
ht_ranges = options[self.HT_ATTRIBUTE_NAME]
min_values_count = len(ht_ranges["min_values"])
max_values_count = len(ht_ranges["max_values"])
# use range only if it is correctly set
if min_values_count > 0 and max_values_count > 0 and min_values_count == max_values_count:
self.ht_ranges = options[self.HT_ATTRIBUTE_NAME]
if options.has_key(self.YR_ATTRIBUTE_NAME):
ht_ranges = options[self.YR_ATTRIBUTE_NAME]
min_values_count = len(ht_ranges["min_values"])
max_values_count = len(ht_ranges["max_values"])
# use range only if it is correctly set
if min_values_count > 0 and max_values_count > 0 and min_values_count == max_values_count:
self.yr_ranges = options[self.YR_ATTRIBUTE_NAME]
self._fields = {
0: QgsField(GID_FIELD_NAME, QVariant.String),
1: QgsField(LON_FIELD_NAME, QVariant.Double),
2: QgsField(LAT_FIELD_NAME, QVariant.Double),
3: QgsField(TAX_FIELD_NAME, QVariant.String, "", 255),
4: QgsField(GRP_FIELD_NAME, QVariant.String),
5: QgsField(AREA_FIELD_NAME, QVariant.String),
6: QgsField(HT_FIELD_NAME, QVariant.String),
7: QgsField(COST_FIELD_NAME, QVariant.String),
}
def __init__(self, options=None, name='Mapping Scheme Loaded'):
""" constructor """
Operator.__init__(self, options, name)
if isinstance(options['taxonomy'], Taxonomy):
self._taxonomy = options['taxonomy']
else:
self._taxonomy = get_taxonomy(options['taxonomy'])
def __init__(self, options=None, name='Mapping Scheme Loaded'):
""" constructor """
Operator.__init__(self, options, name)
if isinstance(options['taxonomy'], Taxonomy):
self._taxonomy = options['taxonomy']
else:
self._taxonomy = get_taxonomy(options['taxonomy'])