def __init__(self):
self.possessions = set([])
self.gold = 10
self.profession = None
self.traits = {}
self.knowledge = infinite_defaultdict()
self.knowledge['objects'][GOAL_ITEM]['location']['accuracy'] = 2
def __init__(self):
self.possessions = set([])
self.gold = 10
self.profession = None
self.traits = {}
self.knowledge = infinite_defaultdict()
self.knowledge['objects'][GOAL_ITEM]['location']['accuracy'] = 2
def __init__(self,
name,
layers,
sharp,
tags,
attachment_info,
position=None,
wearing_info=None):
self.name = name
# Owner should be overwritten when object initializes
self.owner = None
## Add layers
self.layers = []
for layer in layers:
self.add_material_layer(layer,
layer_is_inherent_to_object_component=True)
self.sharp = sharp
# The sharpness will get worn down, so this keeps track of how we can repair it
self.maxsharp = sharp
# Stuff attached to us
self.attachments = []
## attachment_info should be (name_of_other_part, attach_strength)
self.attachment_info = attachment_info
self.attached_to = None
self.attach_strength = None
self.position = position
## Convoluted code to help with clothing/wearing
if wearing_info:
self.bodypart_covered = wearing_info[0]
self.bodypart_attached = wearing_info[1]
self.bodypart_attach_strength = wearing_info[2]
else:
self.bodypart_covered = None
self.bodypart_attached = None
self.bodypart_attach_strength = None
###############################################
# Any text written or engraved on the component
self.text = defaultdict(list)
# Any text that carries some written or engraved information on the component
self.information = infinite_defaultdict()
self.storage = None
## tags, such as attaching, holding, or grasping
self.tags = tags
if 'storage' in self.tags:
self.storage = []
self.grasped_item = None
def __init__(self, name, layers, sharp, tags, attachment_info, position=None, wearing_info=None):
self.name = name
# Owner should be overwritten when object initializes
self.owner = None
## Add layers
self.layers = []
for layer in layers:
self.add_material_layer(layer, layer_is_inherent_to_object_component=True)
self.sharp = sharp
# The sharpness will get worn down, so this keeps track of how we can repair it
self.maxsharp = sharp
# Stuff attached to us
self.attachments = []
## attachment_info should be (name_of_other_part, attach_strength)
self.attachment_info = attachment_info
self.attached_to = None
self.attach_strength = None
self.position = position
## Convoluted code to help with clothing/wearing
if wearing_info:
self.bodypart_covered = wearing_info[0]
self.bodypart_attached = wearing_info[1]
self.bodypart_attach_strength = wearing_info[2]
else:
self.bodypart_covered = None
self.bodypart_attached = None
self.bodypart_attach_strength = None
###############################################
# Any text written or engraved on the component
self.text = defaultdict(list)
# Any text that carries some written or engraved information on the component
self.information = infinite_defaultdict()
self.storage = None
## tags, such as attaching, holding, or grasping
self.tags = tags
if 'storage' in self.tags:
self.storage = []
self.grasped_item = None
for query_cat in query_sets:
configs.append({
'device_name': device_name,
'search_engine': search_engine,
'query_cat': query_cat,
})
#%%
# ## "What queries were made?"
print('Queries made and how many SERPs per query:')
print(full_df.target.value_counts().sort_index())
#%%
# we will have one dataframe full of links for each combination of device_name / search_engine / query_cat
# in each df, each row corresponds to a single <a> link element
dfs = infinite_defaultdict()
# this three-key dict will be use the following sequence of keys: device_name, search_engine, query_cat
errs = []
for config in configs:
device_name = config['device_name']
search_engine = config['search_engine']
query_cat = config['query_cat']
sub = full_df[(full_df.deviceName == device_name)
& (full_df.platform == search_engine) &
(full_df.queryCat == query_cat)]
links_rows = []
print(device_name, search_engine, query_cat)
for i, row in sub.iterrows():
linkElements = row.linkElements
#print(row)
try:
