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annotation['reye'] = ((annotation['key1'][0] + annotation['key5'][0])/2., (annotation['key1'][1] + annotation['key5'][1])/2.)
if 'key6' in annotation and 'key10' in annotation:
annotation['leye'] = ((annotation['key6'][0] + annotation['key10'][0])/2., (annotation['key6'][1] + annotation['key10'][1])/2.)
elif annotation_type == 'lr-eyes':
# In this format, the eyes are given in a single row ""le_x le_y re_x re_y"", possibly with a comment line
# There is only a single annotation per image
for line in f:
if len(line) and line[0] != '#':
positions = line.rstrip().split()
annotations[0]['leye'] = (float(positions[1]),float(positions[0]))
annotations[0]['reye'] = (float(positions[3]),float(positions[2]))
elif annotation_type == 'named':
# In this format, each line contains three entries: ""keyword x y""
for line in f:
positions = line.rstrip().split()
if positions:
annotations[-1][positions[0]] = (float(positions[2]),float(positions[1]))
elif len(annotations[-1]) > 0:
# empty line; split between annotations
annotations.append({})
elif annotation_type == 'fddb':
# This is a special format for the FDDB database
for line in f:
positions = line.rstrip().split()
if not len(positions):
if len(annotations[-1]) > 0:
# empty line; split between annotations
annotations.append({})
elif len(positions) == 2:
annotations[-1][positions[0]] = float(positions[1])
elif len(positions) == 3:
annotations[-1][positions[0]] = (float(positions[2]),float(positions[1]))
else:
raise ValueError(""Could not interpret line %s of the annotation file"" % line)
else:
raise ValueError(""The given annotation type %s is not known"" % annotation_type)
if not annotations[-1]:
del annotations[-1]
return annotations"
264,"def _build_opstackd():
""""""
Builds a dictionary that maps the name of an op-code to the number of elemnts
it adds to the stack when executed. For some opcodes, the dictionary may
contain a function which requires the #dis.Instruction object to determine
the actual value.
The dictionary mostly only contains information for instructions
used in expressions.
""""""
def _call_function_argc(argc):
func_obj = 1
args_pos = (argc & 0xff)
args_kw = ((argc >> 8) & 0xff) * 2
return func_obj + args_pos + args_kw
def _make_function_argc(argc):
args_pos = (argc + 0xff)
args_kw = ((argc >> 8) & 0xff) * 2
annotations = (argc >> 0x7fff)
anootations_names = 1 if annotations else 0
code_obj = 1
qualname = 1
return args_pos + args_kw + annotations + anootations_names + code_obj + qualname
result = {
'NOP': 0,
'POP_TOP': -1,
'ROT_TWO': 0,
'ROT_THREE': 0,
'DUP_TOP': 1,
'DUP_TOP_TWO': 2,
# Unary operations
'GET_ITER': 0,
# Miscellaneous operations
'PRINT_EXPR': -1,
'BREAK_LOOP': 0, # xxx: verify
'CONTINUE_LOOP': 0, # xxx: verify
'SET_ADD': -1, # xxx: verify
'LIST_APPEND': -1, # xxx: verify
'MAP_ADD': -2, # xxx: verify
'RETURN_VALUE': -1, # xxx: verify
'YIELD_VALUE': -1,
'YIELD_FROM': -1,
'IMPORT_STAR': -1,
# 'POP_BLOCK':
# 'POP_EXCEPT':
# 'END_FINALLY':
# 'LOAD_BUILD_CLASS':
# 'SETUP_WITH':
# 'WITH_CLEANUP_START':
# 'WITH_CLEANUP_FINISH':
'STORE_NAME': -1,
'DELETE_NAME': 0,
'UNPACK_SEQUENCE': lambda op: op.arg,
'UNPACK_EX': lambda op: (op.arg & 0xff) - (op.arg >> 8 & 0xff), # xxx: check