def run_4():
class C1(ConfigRoot):
gold_data_json_path = "../data/gold_data/g1.json"
class C2(ConfigRoot):
gold_data_json_path = "../data/gold_data/s1_articles__tr2_1__sc_sm_alle_anwendungsfelder_ORIGINAL.json"
class C3(ConfigRoot):
gold_data_json_path = "../data/gold_data/differences.json"
gdc1 = main.load_gold_data(C1)
gdc2 = main.load_gold_data(C2)
gdc3 = main.load_gold_data(C3)
a = None
for gdi in gdc1.gold_data_item_list:
if gdi.article_id == "STANDARD_200203161928100152":
if a is not None:
raise Exception()
a = gdi
b = None
for gdi in gdc1.gold_data_item_list:
if gdi.article_id == "STANDARD_200203161928100152":
if b is not None:
raise Exception()
b = gdi
class C4(ConfigRoot):
gold_data_json_path = data_flow_registry.gold_data["g1"]["path"]
gold_data_transform_rule = gold_data_transform_rules.TransformRule2
class C5(ConfigRoot):
gold_data_transform_rule = gold_data_transform_rules.TransformRule8
gdc4 = main.load_gold_data(C4)
id = None
for i, gdi in enumerate(gdc4.gold_data_item_list):
if gdi.article_id == "STANDARD_200203161928100152":
if id is not None:
raise Exception()
id = i
del gdc4.gold_data_item_list[0:id]
del gdc4.gold_data_item_list[1:]
gdc4 = main.transform_gold_data(C4, gdc4)
gdc4 = main.transform_gold_data(C5, gdc4)
print()
def run():
gdc = main.load_gold_data(ConfigBase)
gdc = main.transform_gold_data(ConfigBase, gdc)
trainer = main.init_trainer(ConfigTdc100, cats_list=gdc.cats_list)
main.run_training(config=ConfigTdc100, trainer=trainer, gold_data_container=gdc)
trainer = main.init_trainer(ConfigTdc80, cats_list=gdc.cats_list)
main.run_training(config=ConfigTdc80, trainer=trainer, gold_data_container=gdc)
def run_5():
class C1(ConfigRoot):
gold_data_json_path = "../data/gold_data/g1.json"
class C2(ConfigRoot):
gold_data_json_path = "../data/gold_data/s1_articles__tr2_1__sc_sm_alle_anwendungsfelder_ORIGINAL.json"
gdc_n = main.load_gold_data(C1)
gdc_o = main.load_gold_data(C2)
ConfigRoot.gold_data_json_path = "../data/gold_data/s1_articles__tr2_1__sc_sm_alle_anwendungsfelder_X.json"
gdc_o_X = main.load_gold_data(ConfigRoot)
def reduce_gdc(gdc):
# id = None
multiples = []
for i, gdi in enumerate(gdc.gold_data_item_list):
if gdi.article_id == "STANDARD_200203161928100152":
multiples.append(gdi)
# if id is not None:
# raise Exception()
# id = i
del gdc.gold_data_item_list[0:id]
# del gdc.gold_data_item_list[1:]
# reduce_gdc(gdc_n)
# reduce_gdc(gdc_o)
reduce_gdc(gdc_o_X)
class C3(ConfigRoot):
gold_data_transform_rule = gold_data_transform_rules.TransformRule2
class C4(ConfigRoot):
gold_data_transform_rule = gold_data_transform_rules.TransformRule8
gdc_n = main.transform_gold_data(C3, gdc_n)
gdc_n = main.transform_gold_data(C4, gdc_n)
gdc_o = main.transform_gold_data(C4, gdc_o)
print()
def run():
gdc_1 = main.load_gold_data(Config1_1)
gdc_1 = main.transform_gold_data(Config1_1, gdc_1)
gdc_1 = main.transform_gold_data(Config1_2, gdc_1)
gdc = GoldDataContainer(cats_list=gdc_1.cats_list)
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_1)
gdc_2 = main.load_gold_data(Config2)
gdc_2 = main.transform_gold_data(Config2, gdc_2)
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_2)
gdc_3 = main.load_gold_data(Config3)
gdc_3 = main.transform_gold_data(Config3, gdc_3)
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_3)
gdc_4 = main.load_gold_data(Config4)
gdc_4 = main.transform_gold_data(Config4, gdc_4)
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_4)
gdc_5 = main.load_gold_data(Config5)
gdc_5 = main.transform_gold_data(Config5, gdc_5)
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_5)
gdc_6 = main.load_gold_data(Config6)
gdc_6 = main.transform_gold_data(Config6, gdc_6)
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_6)
trainer = main.init_trainer(ConfigTrain, cats_list=gdc.cats_list)
main.run_training(config=ConfigTrain,
trainer=trainer,
gold_data_container=gdc)
embed()
def run():
gdc = main.load_gold_data(ConfigSub)
gdc = main.transform_gold_data(ConfigSub, gdc)
for i in range(30):
if i == 0:
ConfigSub.should_load_model = False
ConfigSub.should_create_model = True
else:
ConfigSub.should_load_model = True
ConfigSub.should_create_model = False
trainer = main.init_trainer(config=ConfigSub, cats_list=gdc.cats_list)
main.run_training(ConfigSub, trainer, gdc)
def train(trainer1, trainer2):
gdc = main.load_gold_data(ConfigTrainCompareBase)
gdc = main.transform_gold_data(ConfigTrainCompareBase, gdc)
if trainer1 is None:
ConfigTrainCompareBase.should_load_model = False
ConfigTrainCompareBase.should_create_model = True
trainer1 = main.init_trainer(ConfigTrainCompare1,
cats_list=gdc.cats_list)
trainer2 = main.init_trainer(ConfigTrainCompare2,
cats_list=gdc.cats_list)
main.run_training(ConfigTrainCompare1, trainer1, gdc)
main.run_training(ConfigTrainCompare2, trainer2, gdc)
return trainer1, trainer2
def run():
gdc = main.load_gold_data(ConfigSub)
gdc = main.transform_gold_data(ConfigSub, gdc)
trainer = main.init_trainer(config=ConfigSub, cats_list=gdc.cats_list)
main.run_training(ConfigSub, trainer, gdc)
def run():
# get the VR info
eval_data_container = main.load_gold_data(ConfigLoadG1)
eval_data_container_VR = main.transform_gold_data(ConfigTransformG1VR,
eval_data_container)
df_VR = pd.DataFrame(
data=[{
"article_id": gdi.article_id,
"VR=ja": gdi.cats['Verantwortungsreferenz'] == 1,
} for gdi in eval_data_container_VR.gold_data_item_list])
# get the AF info
eval_data_container = main.load_gold_data(ConfigLoadG1)
eval_data_container_AF = main.transform_gold_data(
ConfigTransformG1AF_Part1, eval_data_container)
#eval_data_container_AF = main.transform_gold_data(ConfigTransformG1AF_Part2, eval_data_container_AF)
df_AF = pd.DataFrame(data=[{
"article_id": gdi.article_id,
"AF=SM": gdi.cats['AF: Soziale Medien'] == 1,
"AF=SC": gdi.cats['AF: Social Companions'] == 1,
} for gdi in eval_data_container_AF.gold_data_item_list])
# for each text, read from the DB how many LM it contains
db_connection, db_cursor = db_manager.open_db_connection(
db_config={
"host": credentials.db_host,
"dbname": credentials.db_name,
"user": credentials.db_user,
"password": credentials.db_password,
"port": credentials.db_port
})
db_cursor.execute(
sql.SQL("""
select
t.docid as id,
count(distinct t.keyword_id) as dist,
sum(t.token_count) as total
from {table_name} as t
where t.docid = any( %(docid_list)s )
group by t.docid
order by t.docid asc
""").format(
table_name=sql.Identifier('index_2__mara002__lmvr_tokens')), {
'docid_list': [
gdi.article_id
for gdi in eval_data_container.gold_data_item_list
],
})
results = db_cursor.fetchall()
df_LM = pd.DataFrame(data=[{
"article_id": r['id'],
"LMs total": r['total'],
"LMs distinct": r['dist'],
} for r in results])
# close db connection
db_manager.close_db_connection(db_connection, db_cursor)
# merge the 3 dataframes
df = df_LM.merge(df_AF, how='outer', on='article_id')
df = df.merge(df_VR, how='outer', on='article_id')
# the LM table in the db doesn't contain all texts, so we have NaN values. Replace those with 0.
df['LMs total'] = df['LMs total'].fillna(0)
df['LMs distinct'] = df['LMs distinct'].fillna(0)
# define shortcuts to filter the dataframe
maskAF = (df['AF=SC'] == True) | (df['AF=SM'] == True)
maskVR = (df['VR=ja'] == True)
main.log_manager.info_global(
"--------------------------------\n"
"Calculations complete. \n"
"You can now access the DataFrame as `df`. \n"
"There are 2 masks provided as `maskAF` (SC or SM) and `maskVR` (trivial). \n"
)
# usage example:
# df[maskAF & maskVR]
# df[~maskVR]
embed()
def run():
eval_data_container = main.load_gold_data(ConfigLoadG8)
eval_data_container = main.transform_gold_data(ConfigLoadG8, eval_data_container)
modelVR = main.init_trainer(ConfigLoadVRModel)
main.log_manager.info_global(
"--------------------------------\n"
"Evaluating mo11 over the entire dataset g8: \n"
)
scores_spacy, scores_manual = modelVR.evaluate(eval_data_container)
# only look at those examples that mo9 predicts as either AF=SM or AF=SC
modelAF = main.init_trainer(ConfigLoadAFModel)
gdis_to_keep = []
for gdi in eval_data_container.gold_data_item_list:
doc = modelAF.nlp(gdi.text)
for cat in ['AF: Social Companions', 'AF: Soziale Medien']:
if doc.cats[cat] > 0.5:
gdis_to_keep.append(gdi)
break
eval_data_container2 = GoldDataContainer()
eval_data_container2.cats_list = eval_data_container.cats_list
eval_data_container2.gold_data_item_list = gdis_to_keep
main.log_manager.info_global(
"--------------------------------\n"
"Evaluating mo11 over those texts in g8 that mo9 predicts to be AF=SM or AF=SC: \n"
)
scores_spacy2, scores_manual2 = modelVR.evaluate(eval_data_container2)
# only look at those examples that were annotated as AF=SM or AF=SC
# we need to reload the data to undo the transformation that removes AF
eval_data_container = main.load_gold_data(ConfigLoadG8)
gdis_to_keep = []
for gdi in eval_data_container.gold_data_item_list:
for cat in ['AF: Social Companions', 'AF: Soziale Medien']:
if gdi.cats[cat] == 1:
gdis_to_keep.append(gdi)
break
eval_data_container3 = GoldDataContainer()
eval_data_container3.cats_list = eval_data_container.cats_list
eval_data_container3.gold_data_item_list = gdis_to_keep
# now apply the transformation that removes all categories except VR
eval_data_container3 = main.transform_gold_data(ConfigLoadG8, eval_data_container3)
main.log_manager.info_global(
"--------------------------------\n"
"Evaluating mo11 over those texts in g8 that were annotated as AF=SM or AF=SC: \n"
)
scores_spacy3, scores_manual3 = modelVR.evaluate(eval_data_container3)
embed()
def run_2():
class Config1_1(ConfigRoot):
# g1 combined with tr2 produces gold data that was formerly persisted as 's1_articles__tr2_1__sc_sm_alle_anwendungsfelder.json'
gold_data_json_path = data_flow_registry.gold_data["g1"]["path"]
gold_data_transform_rule = gold_data_transform_rules.TransformRule2
class Config1_2(ConfigRoot):
gold_data_transform_rule = gold_data_transform_rules.TransformRule8
class Config2(ConfigRoot):
# formerly s2 in prodigy, now p1 in prodigy data, and persisted as gold data as g4
gold_data_json_path = data_flow_registry.gold_data["g4"]["path"]
gold_data_transform_rule = gold_data_transform_rules.TransformRule9
class Config3(ConfigRoot):
# formerly s3 in prodigy, now p2 in prodigy data, and persisted as gold data as g5
gold_data_json_path = data_flow_registry.gold_data["g5"]["path"]
gold_data_transform_rule = gold_data_transform_rules.TransformRule8
class Config4(ConfigRoot):
# formerly s4 in prodigy, now p3 in prodigy data, and persisted as gold data as g6
gold_data_json_path = data_flow_registry.gold_data["g6"]["path"]
gold_data_transform_rule = gold_data_transform_rules.TransformRule8
class Config5(ConfigRoot):
# formerly s5 in prodigy, now p4 in prodigy data, and persisted as gold data as g7
gold_data_json_path = data_flow_registry.gold_data["g7"]["path"]
gold_data_transform_rule = gold_data_transform_rules.TransformRule8
class Config6(ConfigRoot):
# formerly s6 in prodigy, now p5 in prodigy data, and persisted as gold data as g8
gold_data_json_path = data_flow_registry.gold_data["g8"]["path"]
gold_data_transform_rule = gold_data_transform_rules.TransformRule8
ConfigRoot.gold_data_json_path = "../data/gold_data/s1_articles__tr2_1__sc_sm_alle_anwendungsfelder_X.json"
gdc_old = main.load_gold_data(ConfigRoot)
gdc_1 = main.load_gold_data(Config1_1)
gdc_1 = main.transform_gold_data(Config1_1, gdc_1)
gdc_1 = main.transform_gold_data(Config1_2, gdc_1)
gdc = GoldDataContainer(cats_list=gdc_1.cats_list)
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_1)
gdc_2 = main.load_gold_data(Config2)
gdc_2 = main.transform_gold_data(Config2, gdc_2)
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_2)
gdc_3 = main.load_gold_data(Config3)
gdc_3 = main.transform_gold_data(Config3, gdc_3)
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_3)
gdc_4 = main.load_gold_data(Config4)
gdc_4 = main.transform_gold_data(Config4, gdc_4)
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_4)
gdc_5 = main.load_gold_data(Config5)
gdc_5 = main.transform_gold_data(Config5, gdc_5)
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_5)
gdc_6 = main.load_gold_data(Config6)
gdc_6 = main.transform_gold_data(Config6, gdc_6)
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_6)
gdc_new = gdc
pair_differences = []
for i, gdi_o in enumerate(gdc_old.gold_data_item_list):
found = False
for gdi_n in gdc_new.gold_data_item_list:
if gdi_o.article_id == gdi_n.article_id:
if gdi_o.cats != gdi_n.cats:
texts_equal = gdi_o.text == gdi_n.text
pair_differences.append({"gdi_o": gdi_o, "gdi_n": gdi_n})
else:
print(i)
found = True
break
if not found:
print(i)
gdc_d = GoldDataContainer(cats_list=gdc.cats_list)
for p in pair_differences:
gdc_d.gold_data_item_list.append(p["gdi_o"])
gdc_d.gold_data_item_list.append(p["gdi_n"])
ConfigRoot.gold_data_json_path = "../data/gold_data/differences.json"
main.persist_gold_data(ConfigRoot, gdc_d)
embed()
def run():
class Config1_1(ConfigRoot):
# g1 combined with tr2 produces gold data that was formerly persisted as 's1_articles__tr2_1__sc_sm_alle_anwendungsfelder.json'
gold_data_json_path = data_flow_registry.gold_data["g1"]["path"]
gold_data_transform_rule = gold_data_transform_rules.TransformRule2
class Config1_2(ConfigRoot):
gold_data_transform_rule = gold_data_transform_rules.TransformRule8
class Config2(ConfigRoot):
# formerly s2 in prodigy, now p1 in prodigy data, and persisted as gold data as g4
gold_data_json_path = data_flow_registry.gold_data["g4"]["path"]
gold_data_transform_rule = gold_data_transform_rules.TransformRule9
class Config3(ConfigRoot):
# formerly s3 in prodigy, now p2 in prodigy data, and persisted as gold data as g5
gold_data_json_path = data_flow_registry.gold_data["g5"]["path"]
gold_data_transform_rule = gold_data_transform_rules.TransformRule8
class Config4(ConfigRoot):
# formerly s4 in prodigy, now p3 in prodigy data, and persisted as gold data as g6
gold_data_json_path = data_flow_registry.gold_data["g6"]["path"]
gold_data_transform_rule = gold_data_transform_rules.TransformRule8
class Config5(ConfigRoot):
# formerly s5 in prodigy, now p4 in prodigy data, and persisted as gold data as g7
gold_data_json_path = data_flow_registry.gold_data["g7"]["path"]
gold_data_transform_rule = gold_data_transform_rules.TransformRule8
class Config6(ConfigRoot):
# formerly s6 in prodigy, now p5 in prodigy data, and persisted as gold data as g8
gold_data_json_path = data_flow_registry.gold_data["g8"]["path"]
gold_data_transform_rule = gold_data_transform_rules.TransformRule8
ConfigRoot.gold_data_json_path = "../data/gold_data/s1_articles__tr2_1__sc_sm_alle_anwendungsfelder_X.json"
gdc_old = main.load_gold_data(ConfigRoot)
gdc_1 = main.load_gold_data(Config1_1)
gdc_1 = main.transform_gold_data(Config1_1, gdc_1)
gdc_1 = main.transform_gold_data(Config1_2, gdc_1)
for gdi in gdc_1.gold_data_item_list:
gdi.source = "g1" # TODO: Damit dass geht muss golddataitem und gold_data_manager angepasst werden
gdc = GoldDataContainer(cats_list=gdc_1.cats_list)
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_1)
gdc_2 = main.load_gold_data(Config2)
gdc_2 = main.transform_gold_data(Config2, gdc_2)
for gdi in gdc_2.gold_data_item_list:
gdi.source = "g4"
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_2)
gdc_3 = main.load_gold_data(Config3)
gdc_3 = main.transform_gold_data(Config3, gdc_3)
for gdi in gdc_3.gold_data_item_list:
gdi.source = "g5"
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_3)
gdc_4 = main.load_gold_data(Config4)
gdc_4 = main.transform_gold_data(Config4, gdc_4)
for gdi in gdc_4.gold_data_item_list:
gdi.source = "g6"
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_4)
gdc_5 = main.load_gold_data(Config5)
gdc_5 = main.transform_gold_data(Config5, gdc_5)
for gdi in gdc_5.gold_data_item_list:
gdi.source = "g7"
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_5)
gdc_6 = main.load_gold_data(Config6)
gdc_6 = main.transform_gold_data(Config6, gdc_6)
for gdi in gdc_6.gold_data_item_list:
gdi.source = "g8"
gdc = gold_data_manager.merge_assuming_identical_categories(gdc, gdc_6)
get_redundancies_by_id(gdc)
def run_3():
ConfigRoot.gold_data_json_path = "../data/gold_data/differences.json"
gdc = main.load_gold_data(ConfigRoot)
print()
