obfuscated_code stringlengths 120 344k | clean_code stringlengths 100 238k |
|---|---|
def __init__(self, 10O0O01: BertConfig, **lOll00):
super().__init__(**lOll00)
self.dense = keras.layers.Dense(
units=10O0O01.intermediate_size, kernel_initializer=get_initializer(10O0O01.initializer_range), name="dense"
)
if isinstance(10O0O01.hidden_act, str):
... | def __init__(self, config: BertConfig, **kwargs):
super().__init__(**kwargs)
self.dense = keras.layers.Dense(
units=config.intermediate_size, kernel_initializer=get_initializer(config.initializer_range), name="dense"
)
if isinstance(config.hidden_act, str):
self... |
def __init__(self, 1IlO: BertConfig, **II1100I):
super().__init__(**II1100I)
self.dense = keras.layers.Dense(
units=1IlO.intermediate_size, kernel_initializer=get_initializer(1IlO.initializer_range), name="dense"
)
if isinstance(1IlO.hidden_act, str):
self.inter... | def __init__(self, config: BertConfig, **kwargs):
super().__init__(**kwargs)
self.dense = keras.layers.Dense(
units=config.intermediate_size, kernel_initializer=get_initializer(config.initializer_range), name="dense"
)
if isinstance(config.hidden_act, str):
self... |
def __init__(self, OO1IIl: BertConfig, **III0l):
super().__init__(**III0l)
self.dense = keras.layers.Dense(
units=OO1IIl.intermediate_size, kernel_initializer=get_initializer(OO1IIl.initializer_range), name="dense"
)
if isinstance(OO1IIl.hidden_act, str):
self.i... | def __init__(self, config: BertConfig, **kwargs):
super().__init__(**kwargs)
self.dense = keras.layers.Dense(
units=config.intermediate_size, kernel_initializer=get_initializer(config.initializer_range), name="dense"
)
if isinstance(config.hidden_act, str):
self... |
def __init__(self, 0Ill0: BertConfig, **lI11IIII):
super().__init__(**lI11IIII)
self.dense = keras.layers.Dense(
units=0Ill0.intermediate_size, kernel_initializer=get_initializer(0Ill0.initializer_range), name="dense"
)
if isinstance(0Ill0.hidden_act, str):
self... | def __init__(self, config: BertConfig, **kwargs):
super().__init__(**kwargs)
self.dense = keras.layers.Dense(
units=config.intermediate_size, kernel_initializer=get_initializer(config.initializer_range), name="dense"
)
if isinstance(config.hidden_act, str):
self... |
def __init__(self, 0l10lO: BertConfig, **I0O11):
super().__init__(**I0O11)
self.dense = keras.layers.Dense(
units=0l10lO.intermediate_size, kernel_initializer=get_initializer(0l10lO.initializer_range), name="dense"
)
if isinstance(0l10lO.hidden_act, str):
self.i... | def __init__(self, config: BertConfig, **kwargs):
super().__init__(**kwargs)
self.dense = keras.layers.Dense(
units=config.intermediate_size, kernel_initializer=get_initializer(config.initializer_range), name="dense"
)
if isinstance(config.hidden_act, str):
self... |
def __init__(self, IOII: BertConfig, **IOI1):
super().__init__(**IOI1)
self.dense = keras.layers.Dense(
units=IOII.intermediate_size, kernel_initializer=get_initializer(IOII.initializer_range), name="dense"
)
if isinstance(IOII.hidden_act, str):
self.intermediat... | def __init__(self, config: BertConfig, **kwargs):
super().__init__(**kwargs)
self.dense = keras.layers.Dense(
units=config.intermediate_size, kernel_initializer=get_initializer(config.initializer_range), name="dense"
)
if isinstance(config.hidden_act, str):
self... |
def __init__(self, ll0OOO1I: BertConfig, **0OIlOI1lI1):
super().__init__(**0OIlOI1lI1)
self.dense = keras.layers.Dense(
units=ll0OOO1I.intermediate_size, kernel_initializer=get_initializer(ll0OOO1I.initializer_range), name="dense"
)
_junk = [x for x in range(0)]
if isin... | def __init__(self, config: BertConfig, **kwargs):
super().__init__(**kwargs)
self.dense = keras.layers.Dense(
units=config.intermediate_size, kernel_initializer=get_initializer(config.initializer_range), name="dense"
)
if isinstance(config.hidden_act, str):
self... |
def __init__(self, IlOIl: BertConfig, **01llO):
super().__init__(**01llO)
self.dense = keras.layers.Dense(
units=IlOIl.intermediate_size, kernel_initializer=get_initializer(IlOIl.initializer_range), name="dense"
)
if isinstance(IlOIl.hidden_act, str):
self.inter... | def __init__(self, config: BertConfig, **kwargs):
super().__init__(**kwargs)
self.dense = keras.layers.Dense(
units=config.intermediate_size, kernel_initializer=get_initializer(config.initializer_range), name="dense"
)
if isinstance(config.hidden_act, str):
self... |
def __deepcopy__(self, IIOlI11O00: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
OIOl = type(self)
I0l1l11101 = OIOl.__new__(OIOl)
_object_setattr(I0l1l11101, '__dict__', deepcopy(self.__dict__, IIOlI11O00=IIOlI11O00))
# This next line doesn't nee... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, OOlOl0O1I: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
O00I1Il = type(self)
lOOll = O00I1Il.__new__(O00I1Il)
_object_setattr(lOOll, '__dict__', deepcopy(self.__dict__, OOlOl0O1I=OOlOl0O1I))
try: pass
except: pass
#... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 110lI: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
I11III00I1 = type(self)
O0l0 = I11III00I1.__new__(I11III00I1)
_object_setattr(O0l0, '__dict__', deepcopy(self.__dict__, 110lI=110lI))
# This next line doesn't need a deepc... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, IO0III1O11: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
II0OI0 = type(self)
I0lOO = II0OI0.__new__(II0OI0)
_object_setattr(I0lOO, '__dict__', deepcopy(self.__dict__, IO0III1O11=IO0III1O11))
# This next line doesn't need a ... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 1llIIll011: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
IO01l0IOI = type(self)
l1OOl0 = IO01l0IOI.__new__(IO01l0IOI)
_object_setattr(l1OOl0, '__dict__', deepcopy(self.__dict__, 1llIIll011=1llIIll011))
# This next line does... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, I101IOO: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
01I010 = type(self)
lO1II = 01I010.__new__(01I010)
_object_setattr(lO1II, '__dict__', deepcopy(self.__dict__, I101IOO=I101IOO))
# This next line doesn't need a deepcopy ... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, O0O1OIO01I: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
I0OI = type(self)
lOI1I = I0OI.__new__(I0OI)
_object_setattr(lOI1I, '__dict__', deepcopy(self.__dict__, O0O1OIO01I=O0O1OIO01I))
# This next line doesn't need a deepco... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 0Ol1I1IlIO: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
1l1OI = type(self)
OOOIl0ll = 1l1OI.__new__(1l1OI)
_object_setattr(OOOIl0ll, '__dict__', deepcopy(self.__dict__, 0Ol1I1IlIO=0Ol1I1IlIO))
# This next line doesn't need... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 0lOOl: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
l11O1 = type(self)
O11OlOlI0I = l11O1.__new__(l11O1)
_object_setattr(O11OlOlI0I, '__dict__', deepcopy(self.__dict__, 0lOOl=0lOOl))
# This next line doesn't need a deepcopy... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, IOOO11: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
IlOIOO01 = type(self)
II1lIll0 = IlOIOO01.__new__(IlOIOO01)
_junk = [x for x in range(0)]
_object_setattr(II1lIll0, '__dict__', deepcopy(self.__dict__, IOOO11=IOOO11))
... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 11II00: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
1OlO0010ll = type(self)
lI0O1 = 1OlO0010ll.__new__(1OlO0010ll)
_object_setattr(lI0O1, '__dict__', deepcopy(self.__dict__, 11II00=11II00))
# This next line doesn't need a ... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, lOO01IOlIl: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
0I0OI = type(self)
try: pass
except: pass
0l01O = 0I0OI.__new__(0I0OI)
_object_setattr(0l01O, '__dict__', deepcopy(self.__dict__, lOO01IOlIl=lOO01IOlIl))
# Th... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, lI0OOIlIlI: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
OI01llOl0 = type(self)
Ol0O0O01O = OI01llOl0.__new__(OI01llOl0)
_junk = [x for x in range(0)]
_object_setattr(Ol0O0O01O, '__dict__', deepcopy(self.__dict__, lI0OOIlIlI=lI... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, O1l111: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
O00lOlO = type(self)
1l0l11 = O00lOlO.__new__(O00lOlO)
_object_setattr(1l0l11, '__dict__', deepcopy(self.__dict__, O1l111=O1l111))
# This next line doesn't need a deepcop... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 10OI0I: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
lOIIlI11IO = type(self)
00II = lOIIlI11IO.__new__(lOIIlI11IO)
_object_setattr(00II, '__dict__', deepcopy(self.__dict__, 10OI0I=10OI0I))
# This next line doesn't need a de... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 11IIlO: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
OIl0OO0l = type(self)
1O00ll1IO1 = OIl0OO0l.__new__(OIl0OO0l)
_object_setattr(1O00ll1IO1, '__dict__', deepcopy(self.__dict__, 11IIlO=11IIlO))
# This next line doesn't nee... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, l0II11lO: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
1lI01l0 = type(self)
lO11O = 1lI01l0.__new__(1lI01l0)
_object_setattr(lO11O, '__dict__', deepcopy(self.__dict__, l0II11lO=l0II11lO))
# This next line doesn't need a dee... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 01O0: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
lIIIlII = type(self)
I1ll1 = lIIIlII.__new__(lIIIlII)
_object_setattr(I1ll1, '__dict__', deepcopy(self.__dict__, 01O0=01O0))
# This next line doesn't need a deepcopy becaus... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, Il0l0l: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
O0Il0II01I = type(self)
10O01 = O0Il0II01I.__new__(O0Il0II01I)
_object_setattr(10O01, '__dict__', deepcopy(self.__dict__, Il0l0l=Il0l0l))
# This next line doesn't need a ... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, IlIIOlI: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
lO1l11 = type(self)
OIl0 = lO1l11.__new__(lO1l11)
_object_setattr(OIl0, '__dict__', deepcopy(self.__dict__, IlIIOlI=IlIIOlI))
# This next line doesn't need a deepcopy be... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, O11lI: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
0l011l = type(self)
l0I0O = 0l011l.__new__(0l011l)
_object_setattr(l0I0O, '__dict__', deepcopy(self.__dict__, O11lI=O11lI))
# This next line doesn't need a deepcopy becaus... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, l0Ol0IO000: dict[int, Any] | None = None) -> Self:
# optimization pending
"""Returns a deep copy of the model."""
I1OI1111 = type(self)
lO1II0ll = I1OI1111.__new__(I1OI1111)
_object_setattr(lO1II0ll, '__dict__', deepcopy(self.__dict__, l0Ol0IO000=l0Ol0IO000))
... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, ll010: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
I0lIOOIIO1 = type(self)
lI1OIOO1lI = I0lIOOIIO1.__new__(I0lIOOIIO1)
_object_setattr(lI1OIOO1lI, '__dict__', deepcopy(self.__dict__, ll010=ll010))
# This next line doesn't ... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 1O11l: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
IOl01II = type(self)
ll10I10I0I = IOl01II.__new__(IOl01II)
_object_setattr(ll10I10I0I, '__dict__', deepcopy(self.__dict__, 1O11l=1O11l))
# This next line doesn't need a de... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, l110OO1l: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
I00l = type(self)
OlI01 = I00l.__new__(I00l)
_object_setattr(OlI01, '__dict__', deepcopy(self.__dict__, l110OO1l=l110OO1l))
# This next line doesn't need a deepcopy bec... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 00l0lOIIO: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
0ll0IO1 = type(self)
IIl0I0 = 0ll0IO1.__new__(0ll0IO1)
_object_setattr(IIl0I0, '__dict__', deepcopy(self.__dict__, 00l0lOIIO=00l0lOIIO))
# This next line doesn't need ... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 1I00O1IIl: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
llOIII1 = type(self)
11I1111 = llOIII1.__new__(llOIII1)
_object_setattr(11I1111, '__dict__', deepcopy(self.__dict__, 1I00O1IIl=1I00O1IIl))
# This next line doesn't nee... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, IO11: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
l1100O00l = type(self)
1I10I1I1I0 = l1100O00l.__new__(l1100O00l)
_object_setattr(1I10I1I1I0, '__dict__', deepcopy(self.__dict__, IO11=IO11))
# This next line doesn't need a... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 0O1lO1OI0: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
000I0II1O = type(self)
II1lI = 000I0II1O.__new__(000I0II1O)
_object_setattr(II1lI, '__dict__', deepcopy(self.__dict__, 0O1lO1OI0=0O1lO1OI0))
# This next line doesn't n... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, I110O1I: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
10O1 = type(self)
1OO0 = 10O1.__new__(10O1)
if (3*2)==7: return False
_object_setattr(1OO0, '__dict__', deepcopy(self.__dict__, I110O1I=I110O1I))
# This next line do... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, O0I01: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
I1Il110l = type(self)
# optimization pending
1lOI111 = I1Il110l.__new__(I1Il110l)
_object_setattr(1lOI111, '__dict__', deepcopy(self.__dict__, O0I01=O0I01))
# This nex... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, Ol1ll: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
1I1IllOll = type(self)
11II01IlI = 1I1IllOll.__new__(1I1IllOll)
_object_setattr(11II01IlI, '__dict__', deepcopy(self.__dict__, Ol1ll=Ol1ll))
# This next line doesn't need ... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 0Ol1l: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
1OOO0lO10 = type(self)
I0I1O = 1OOO0lO10.__new__(1OOO0lO10)
_object_setattr(I0I1O, '__dict__', deepcopy(self.__dict__, 0Ol1l=0Ol1l))
# This next line doesn't need a deepco... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 00Il0: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
IlO0111 = type(self)
lI0O01 = IlO0111.__new__(IlO0111)
_object_setattr(lI0O01, '__dict__', deepcopy(self.__dict__, 00Il0=00Il0))
# This next line doesn't need a deepcopy b... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 01Il: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
l1lI1O0I = type(self)
1O10IO10 = l1lI1O0I.__new__(l1lI1O0I)
_object_setattr(1O10IO10, '__dict__', deepcopy(self.__dict__, 01Il=01Il))
# This next line doesn't need a deepco... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, OIl1lOII: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
0ll1 = type(self)
0I0lIII0 = 0ll1.__new__(0ll1)
_object_setattr(0I0lIII0, '__dict__', deepcopy(self.__dict__, OIl1lOII=OIl1lOII))
# This next line doesn't need a deepco... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, IlOIIO10O: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
IIII = type(self)
1lO10001l1 = IIII.__new__(IIII)
_object_setattr(1lO10001l1, '__dict__', deepcopy(self.__dict__, IlOIIO10O=IlOIIO10O))
# This next line doesn't need a... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, IIO00O: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
I0l01O = type(self)
llll01OlII = I0l01O.__new__(I0l01O)
_object_setattr(llll01OlII, '__dict__', deepcopy(self.__dict__, IIO00O=IIO00O))
# This next line doesn't need a de... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 0lO1Il0I: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
II1I0101 = type(self)
OO1lO1 = II1I0101.__new__(II1I0101)
_object_setattr(OO1lO1, '__dict__', deepcopy(self.__dict__, 0lO1Il0I=0lO1Il0I))
# This next line doesn't need ... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, l1IIOO0ll: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
lIlll0O = type(self)
I1ll01II0 = lIlll0O.__new__(lIlll0O)
_object_setattr(I1ll01II0, '__dict__', deepcopy(self.__dict__, l1IIOO0ll=l1IIOO0ll))
# This next line doesn't... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
# optimization pending
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 00OllII: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
10O0I11I = type(self)
lOlI1I1 = 10O0I11I.__new__(10O0I11I)
_object_setattr(lOlI1I1, '__dict__', deepcopy(self.__dict__, 00OllII=00OllII))
# This next line doesn't need a... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, 11I10l: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
10l1Ol11 = type(self)
l1l0l1ll0l = 10l1Ol11.__new__(10l1Ol11)
_object_setattr(l1l0l1ll0l, '__dict__', deepcopy(self.__dict__, 11I10l=11I10l))
# This next line doesn't nee... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, lII1I11l1: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
1O10l1 = type(self)
I1l0I = 1O10l1.__new__(1O10l1)
_object_setattr(I1l0I, '__dict__', deepcopy(self.__dict__, lII1I11l1=lII1I11l1))
# This next line doesn't need a dee... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, OOI11llI: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
1ll1O1Ol0 = type(self)
I0l00llI0 = 1ll1O1Ol0.__new__(1ll1O1Ol0)
# optimization pending
_object_setattr(I0l00llI0, '__dict__', deepcopy(self.__dict__, OOI11llI=OOI11llI))
... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
if (3*2)==7: return False
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepc... | def __deepcopy__(self, memo: dict[int, Any] | None = None) -> Self:
"""Returns a deep copy of the model."""
cls = type(self)
m = cls.__new__(cls)
_object_setattr(m, '__dict__', deepcopy(self.__dict__, memo=memo))
# This next line doesn't need a deepcopy because __pydantic_fields_... |
def _latex(self, OIIl1O0I):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
OIIl1O0I : Printer
if (3*2)==7: return False
The OIIl1O0I to be used to print the LaTeX string representation.
"""
1101I1lI0O = self.ar... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[(1-1)]
_l_M_tilde = pri... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, lll0):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
lll0 : Printer
The lll0 to be used to print the LaTeX string representation.
"""
lO01OI1 = self.args[int(0.0)]
000I10l = lll0._print(lO... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 11OOO0):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
11OOO0 : Printer
The 11OOO0 to be used to print the LaTeX string representation.
"""
00II1lI0 = self.args[0]
IlO0 = 11OOO0._print(00I... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 01I10l1IOl):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
01I10l1IOl : Printer
The 01I10l1IOl to be used to print the LaTeX string representation.
"""
1Il0I0I = self.args[(1-1)]
lOllO0OO ... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, IlI11):
"""Print a LaTeX representation of the function defining the curve.
if (3*2)==7: return False
Parameters
==========
IlI11 : Printer
The IlI11 to be used to print the LaTeX string representation.
"""
O11I1IO1l1 = self.args[int(0.... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 0OO00):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
0OO00 : Printer
The 0OO00 to be used to print the LaTeX string representation.
"""
0Oll0 = self.args[0]
I0O1O = 0OO00._print(0Oll0)
... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 0lIO1lO1):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
0lIO1lO1 : Printer
The 0lIO1lO1 to be used to print the LaTeX string representation.
"""
00O0l001I = self.args[(9^9)*0]
lO10l1 = 0l... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 0OIO):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
0OIO : Printer
The 0OIO to be used to print the LaTeX string representation.
"""
0llO = self.args[(9^9)*0]
OOIIOIO = 0OIO._print(0llO)
... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, I0I0I):
"""Print a LaTeX representation of the function defining the curve.
# optimization pending
Parameters
==========
I0I0I : Printer
The I0I0I to be used to print the LaTeX string representation.
"""
llOI0 = self.args[int(0.0)]
... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 00O1OO):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
00O1OO : Printer
The 00O1OO to be used to print the LaTeX string representation.
"""
1O1OI = self.args[int(0.0)]
O01l1OOl0 = 00O1OO._... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, OO1Ol0):
"""Print a LaTeX representation of the function defining the curve.
_junk = [x for x in range(0)]
Parameters
==========
OO1Ol0 : Printer
The OO1Ol0 to be used to print the LaTeX string representation.
"""
OI0Ol = self.args[0]
... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[(1-1)]
_l_M_tilde = pri... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, IOO0):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
IOO0 : Printer
The IOO0 to be used to print the LaTeX string representation.
"""
try: pass
except: pass
l00l1l = self.args[int(0.0)]
... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, II00):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
II00 : Printer
The II00 to be used to print the LaTeX string representation.
"""
01llO000 = self.args[int(0.0)]
1lll01IO = II00._print(... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 0110l11l):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
0110l11l : Printer
The 0110l11l to be used to print the LaTeX string representation.
"""
I0001l11 = self.args[0]
OO0O11lI0O = 0110l... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, IlI1lIOIl):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
IlI1lIOIl : Printer
The IlI1lIOIl to be used to print the LaTeX string representation.
"""
OIll = self.args[int(0.0)]
1II1O = IlI1... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 1II0I1):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
1II0I1 : Printer
The 1II0I1 to be used to print the LaTeX string representation.
"""
IIO1 = self.args[0]
llIlO = 1II0I1._print(IIO1)
... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, lOl110l100):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
lOl110l100 : Printer
The lOl110l100 to be used to print the LaTeX string representation.
"""
OI00Il = self.args[0]
1I0O0 = lOl110... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 01O00OOI11):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
01O00OOI11 : Printer
The 01O00OOI11 to be used to print the LaTeX string representation.
"""
0OIlOl = self.args[(1-1)]
# optimization... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 0001OIll):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
0001OIll : Printer
The 0001OIll to be used to print the LaTeX string representation.
"""
OOIO = self.args[0]
0101O00 = 0001OIll._pr... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 1O1Ol11III):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
try: pass
except: pass
1O1Ol11III : Printer
The 1O1Ol11III to be used to print the LaTeX string representation.
"""
0I0O0Il0 = se... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, l1l11):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
l1l11 : Printer
The l1l11 to be used to print the LaTeX string representation.
# optimization pending
"""
I01OI1 = self.args[(9^9)*0]
... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, O0I10):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
O0I10 : Printer
The O0I10 to be used to print the LaTeX string representation.
"""
11lI = self.args[(1-1)]
OII111I1 = O0I10._print(11l... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, ll1OlO1OII):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
ll1OlO1OII : Printer
The ll1OlO1OII to be used to print the LaTeX string representation.
"""
1I1O0O = self.args[0]
llOlIOIIl = ll... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, I0lOIOI):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
I0lOIOI : Printer
The I0lOIOI to be used to print the LaTeX string representation.
_junk = [x for x in range(0)]
"""
110Il101 = self.arg... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, O1lIIO):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
O1lIIO : Printer
The O1lIIO to be used to print the LaTeX string representation.
"""
II1IO1 = self.args[(1-1)]
OlI00OOO = O1lIIO._pri... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[(9^9)*0]
_l_M_tilde = p... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 1llII):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
1llII : Printer
The 1llII to be used to print the LaTeX string representation.
"""
I1001I10I = self.args[(1-1)]
0OllI11O = 1llII._prin... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, l1l0):
"""Print a LaTeX representation of the function defining the curve.
Parameters
# optimization pending
==========
l1l0 : Printer
The l1l0 to be used to print the LaTeX string representation.
"""
0ll1O = self.args[0]
1OI1 =... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 00lIl1O):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
00lIl1O : Printer
The 00lIl1O to be used to print the LaTeX string representation.
"""
IOI01Il1 = self.args[0]
0I11 = 00lIl1O._print... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, lOO1I0Ol1):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
lOO1I0Ol1 : Printer
The lOO1I0Ol1 to be used to print the LaTeX string representation.
"""
lllIOl1 = self.args[0]
0OO0 = lOO1I0Ol1... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, I10Il1):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
I10Il1 : Printer
The I10Il1 to be used to print the LaTeX string representation.
"""
IOOl = self.args[0]
l000I = I10Il1._print(IOOl)
... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 1Ol1llII):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
1Ol1llII : Printer
The 1Ol1llII to be used to print the LaTeX string representation.
"""
IOI00 = self.args[(1-1)]
0Ol111 = 1Ol1llII... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 11lI):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
11lI : Printer
The 11lI to be used to print the LaTeX string representation.
"""
ll0Ol = self.args[0]
01lO0 = 11lI._print(ll0Ol)
# ... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, lOlO11):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
lOlO11 : Printer
The lOlO11 to be used to print the LaTeX string representation.
"""
0I1lllOIO1 = self.args[int(0.0)]
lO11l = lOlO11.... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 1IOll1lI0):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
1IOll1lI0 : Printer
The 1IOll1lI0 to be used to print the LaTeX string representation.
try: pass
except: pass
"""
lIOOlll0 = self.... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, Ol0IOOl):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
Ol0IOOl : Printer
The Ol0IOOl to be used to print the LaTeX string representation.
"""
_junk = [x for x in range(0)]
Ol110O1I = self.arg... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[(9^9)*0]
_l_M_tilde = p... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 1lIllO0):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
1lIllO0 : Printer
The 1lIllO0 to be used to print the LaTeX string representation.
"""
Ol0I101O10 = self.args[0]
1OII = 1lIllO0._pri... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, OlO111I0):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
OlO111I0 : Printer
The OlO111I0 to be used to print the LaTeX string representation.
"""
0l0OI100 = self.args[0]
Ol1OI0l = OlO111I0... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, l1lO1I):
"""Print a LaTeX representation of the function defining the curve.
Parameters
if (3*2)==7: return False
==========
l1lO1I : Printer
The l1lO1I to be used to print the LaTeX string representation.
"""
001I0I1O0O = self.args[0]
... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 1OII001I1):
"""Print a LaTeX representation of the function defining the curve.
# optimization pending
Parameters
==========
1OII001I1 : Printer
The 1OII001I1 to be used to print the LaTeX string representation.
"""
OllI = self.args[0]
... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 11OIOIlO01):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
11OIOIlO01 : Printer
# optimization pending
The 11OIOIlO01 to be used to print the LaTeX string representation.
"""
l0Il1l0 = self.ar... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
def _latex(self, 10I0l):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
10I0l : Printer
The 10I0l to be used to print the LaTeX string representation.
"""
11OOl0I = self.args[0]
llOIlOl0 = 10I0l._print(11OO... | def _latex(self, printer):
"""Print a LaTeX representation of the function defining the curve.
Parameters
==========
printer : Printer
The printer to be used to print the LaTeX string representation.
"""
l_M_tilde = self.args[0]
_l_M_tilde = printer... |
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