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operators

SuppRC module-attribute 

SuppRC: TypeAlias = SupportsRichComparison

BaseOperator dataclass 

BaseOperator(rpn_name: ExprOp)

rpn_name instance-attribute 

rpn_name: ExprOp

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)

BinaryBaseOperator dataclass 

BinaryBaseOperator(rpn_name: ExprOp)

Bases: BaseOperator

rpn_name instance-attribute 

rpn_name: ExprOp

__call__ 

__call__(arg0: ExprOtherT, arg1: ExprOtherT) -> ComputedVar
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def __call__(self, arg0: ExprOtherT, arg1: ExprOtherT) -> ComputedVar:
    from .variables import ComputedVar
    return ComputedVar(_normalize_args(arg0, arg1, self))

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)

BinaryBoolOperator dataclass 

BinaryBoolOperator(rpn_name: ExprOp, function: Callable[[Any, Any], bool])

Bases: BinaryBaseOperator

function instance-attribute 

function: Callable[[Any, Any], bool]

rpn_name instance-attribute 

rpn_name: ExprOp

__call__ 

__call__(arg0: ExprOtherT, arg1: ExprOtherT) -> ComputedVar
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def __call__(self, arg0: ExprOtherT, arg1: ExprOtherT) -> ComputedVar:
    from .variables import ComputedVar
    return ComputedVar(_normalize_args(arg0, arg1, self))

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)

BinaryMathOperator dataclass 

BinaryMathOperator(rpn_name: ExprOp, function: Callable[[T, T], R])

Bases: Generic[T, R], BinaryBaseOperator

function instance-attribute 

function: Callable[[T, T], R]

rpn_name instance-attribute 

rpn_name: ExprOp

__call__ 

__call__(arg0: ExprOtherT, arg1: ExprOtherT) -> ComputedVar
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def __call__(self, arg0: ExprOtherT, arg1: ExprOtherT) -> ComputedVar:
    from .variables import ComputedVar
    return ComputedVar(_normalize_args(arg0, arg1, self))

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)

BinaryOperator dataclass 

BinaryOperator(rpn_name: ExprOp, function: Callable[[T, R], T | R])

Bases: Generic[T, R], BinaryBaseOperator

function instance-attribute 

function: Callable[[T, R], T | R]

rpn_name instance-attribute 

rpn_name: ExprOp

__call__ 

__call__(arg0: ExprOtherT, arg1: ExprOtherT) -> ComputedVar
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def __call__(self, arg0: ExprOtherT, arg1: ExprOtherT) -> ComputedVar:
    from .variables import ComputedVar
    return ComputedVar(_normalize_args(arg0, arg1, self))

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)

ExprOperators

ABS class-attribute instance-attribute 

ABS = UnaryMathOperator[SupportsAbs[SupportsIndex], SupportsIndex](ABS, abs)

ABS_PIX class-attribute instance-attribute 

ABS_PIX = TernaryPixelAccessOperator[Union[int, 'ExprVar']](ABS_PIX)

ADD class-attribute instance-attribute 

ADD = BinaryOperator(ADD, add)

AND class-attribute instance-attribute 

AND = BinaryBoolOperator(AND, and_)

CLAMP class-attribute instance-attribute 

CLAMP = TernaryCompOperator(CLAMP, lambda x, y, z: max(y, min(x, z)))

COS class-attribute instance-attribute 

COS = UnaryMathOperator(COS, cos)

DIV class-attribute instance-attribute 

DIV = BinaryOperator(DIV, truediv)

DUP class-attribute instance-attribute 

DUP = BaseOperator(DUP)

DUPN class-attribute instance-attribute 

DUPN = BaseOperator(DUPN)

EQ class-attribute instance-attribute 

EQ = BinaryBoolOperator(EQ, eq)

EXP class-attribute instance-attribute 

EXP = UnaryMathOperator(EXP, exp)

FLOOR class-attribute instance-attribute 

FLOOR = UnaryMathOperator[SupportsFloatOrIndex, int](FLOOR, floor)

GT class-attribute instance-attribute 

GT = BinaryBoolOperator(GT, gt)

GTE class-attribute instance-attribute 

GTE = BinaryBoolOperator(GTE, ge)

IF class-attribute instance-attribute 

IF = TERN

LOG class-attribute instance-attribute 

LOG = UnaryMathOperator(LOG, log)

LT class-attribute instance-attribute 

LT = BinaryBoolOperator(LT, lt)

LTE class-attribute instance-attribute 

LTE = BinaryBoolOperator(LTE, le)

MAX class-attribute instance-attribute 

MAX = BinaryMathOperator[SuppRC, SuppRC](MAX, max)

MIN class-attribute instance-attribute 

MIN = BinaryMathOperator[SuppRC, SuppRC](MIN, min)

MOD class-attribute instance-attribute 

MOD = BinaryOperator(MOD, mod)

MUL class-attribute instance-attribute 

MUL = BinaryOperator(MUL, mul)

NOT class-attribute instance-attribute 

NOT = UnaryBoolOperator(NOT, not_)

OR class-attribute instance-attribute 

OR = BinaryBoolOperator(OR, or_)

POW class-attribute instance-attribute 

POW = BinaryOperator(POW, pow)

REL_PIX class-attribute instance-attribute 

REL_PIX = TernaryPixelAccessOperator[int](REL_PIX)

ROUND class-attribute instance-attribute 

ROUND = UnaryMathOperator[SupportsRound[int], int](ROUND, lambda x: round(x))

SIN class-attribute instance-attribute 

SIN = UnaryMathOperator(SIN, sin)

SQRT class-attribute instance-attribute 

SQRT = UnaryMathOperator(SQRT, sqrt)

SUB class-attribute instance-attribute 

SUB = BinaryOperator(SUB, sub)

SWAP class-attribute instance-attribute 

SWAP = BinaryBaseOperator(SWAP)

SWAPN class-attribute instance-attribute 

SWAPN = BinaryBaseOperator(SWAPN)

TERN class-attribute instance-attribute 

TERN = TernaryIfOperator(TERN, lambda x, y, z: x if z else y)

TRUNC class-attribute instance-attribute 

TRUNC = UnaryMathOperator[SupportsTrunc, int](TRUNC, trunc)

XOR class-attribute instance-attribute 

XOR = BinaryOperator(XOR, xor)

as_var classmethod 

as_var(arg0: ExprOtherT) -> ComputedVar

as_var(arg0: Sequence[ExprOtherT]) -> list[ComputedVar]

as_var(
    arg0: ExprOtherT | Sequence[ExprOtherT],
) -> ComputedVar | list[ComputedVar]
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@classmethod
def as_var(cls, arg0: ExprOtherT | Sequence[ExprOtherT]) -> ComputedVar | list[ComputedVar]:
    from .variables import ComputedVar
    if isinstance(arg0, Sequence):
        return cast(list[ComputedVar], list(arg0))
    return cast(ComputedVar, arg0)

TernaryBaseOperator dataclass 

TernaryBaseOperator(rpn_name: ExprOp)

Bases: BaseOperator

rpn_name instance-attribute 

rpn_name: ExprOp

__call__ 

__call__(arg0: ExprOtherT, arg1: ExprOtherT, arg2: ExprOtherT) -> ComputedVar
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def __call__(self, arg0: ExprOtherT, arg1: ExprOtherT, arg2: ExprOtherT) -> ComputedVar:
    from .variables import ComputedVar
    return ComputedVar(_normalize_args(arg0, arg1, arg2, self))

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)

TernaryCompOperator dataclass 

TernaryCompOperator(
    rpn_name: ExprOp, function: Callable[[SuppRC, SuppRC, SuppRC], SuppRC]
)

Bases: TernaryBaseOperator

function instance-attribute 

function: Callable[[SuppRC, SuppRC, SuppRC], SuppRC]

rpn_name instance-attribute 

rpn_name: ExprOp

__call__ 

__call__(arg0: ExprOtherT, arg1: ExprOtherT, arg2: ExprOtherT) -> ComputedVar
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def __call__(self, arg0: ExprOtherT, arg1: ExprOtherT, arg2: ExprOtherT) -> ComputedVar:
    from .variables import ComputedVar
    return ComputedVar(_normalize_args(arg0, arg1, arg2, self))

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)

TernaryIfOperator dataclass 

TernaryIfOperator(
    rpn_name: ExprOp, function: Callable[[bool, T, R], T | R]
)

Bases: TernaryOperator[ExprOtherT, ExprOtherT]

function instance-attribute 

function: Callable[[bool, T, R], T | R]

rpn_name instance-attribute 

rpn_name: ExprOp

__call__ 

__call__(
    cond: ExprOtherT, if_true: ExprOtherT, if_false: ExprOtherT
) -> ComputedVar
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def __call__(self, cond: ExprOtherT, if_true: ExprOtherT, if_false: ExprOtherT) -> ComputedVar:
    return super().__call__(cond, if_true, if_false)

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)

TernaryOperator dataclass 

TernaryOperator(rpn_name: ExprOp, function: Callable[[bool, T, R], T | R])

Bases: Generic[T, R], TernaryBaseOperator

function instance-attribute 

function: Callable[[bool, T, R], T | R]

rpn_name instance-attribute 

rpn_name: ExprOp

__call__ 

__call__(arg0: ExprOtherT, arg1: ExprOtherT, arg2: ExprOtherT) -> ComputedVar
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def __call__(self, arg0: ExprOtherT, arg1: ExprOtherT, arg2: ExprOtherT) -> ComputedVar:
    from .variables import ComputedVar
    return ComputedVar(_normalize_args(arg0, arg1, arg2, self))

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)

TernaryPixelAccessOperator dataclass 

TernaryPixelAccessOperator(rpn_name: ExprOp)

Bases: Generic[T], TernaryBaseOperator

char instance-attribute 

char: str

rpn_name instance-attribute 

rpn_name: ExprOp

x instance-attribute 

x: T

y instance-attribute 

y: T

__call__ 

__call__(char: str, x: T, y: T) -> ComputedVar
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def __call__(self, char: str, x: T, y: T) -> ComputedVar:  # type: ignore
    from .variables import ComputedVar
    self.set_vars(char, x, y)
    return ComputedVar([copy(self)])

set_vars 

set_vars(char: str, x: T, y: T) -> None
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def set_vars(self, char: str, x: T, y: T) -> None:
    self.char = char
    self.x = x
    self.y = y

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)

UnaryBaseOperator dataclass 

UnaryBaseOperator(rpn_name: ExprOp)

Bases: BaseOperator

rpn_name instance-attribute 

rpn_name: ExprOp

__call__ 

__call__(arg0: ExprOtherT) -> ComputedVar
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def __call__(self, arg0: ExprOtherT) -> ComputedVar:
    from .variables import ComputedVar
    return ComputedVar(_normalize_args(arg0, self))

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)

UnaryBoolOperator dataclass 

UnaryBoolOperator(rpn_name: ExprOp, function: Callable[[object], bool])

Bases: UnaryBaseOperator

function instance-attribute 

function: Callable[[object], bool]

rpn_name instance-attribute 

rpn_name: ExprOp

__call__ 

__call__(arg0: ExprOtherT) -> ComputedVar
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def __call__(self, arg0: ExprOtherT) -> ComputedVar:
    from .variables import ComputedVar
    return ComputedVar(_normalize_args(arg0, self))

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)

UnaryMathOperator dataclass 

UnaryMathOperator(rpn_name: ExprOp, function: Callable[[T], R])

Bases: Generic[T, R], UnaryBaseOperator

function instance-attribute 

function: Callable[[T], R]

rpn_name instance-attribute 

rpn_name: ExprOp

__call__ 

__call__(arg0: ExprOtherT) -> ComputedVar
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def __call__(self, arg0: ExprOtherT) -> ComputedVar:
    from .variables import ComputedVar
    return ComputedVar(_normalize_args(arg0, self))

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)

UnaryOperator dataclass 

UnaryOperator(rpn_name: ExprOp, function: Callable[[T], T])

Bases: Generic[T], UnaryBaseOperator

function instance-attribute 

function: Callable[[T], T]

rpn_name instance-attribute 

rpn_name: ExprOp

__call__ 

__call__(arg0: ExprOtherT) -> ComputedVar
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def __call__(self, arg0: ExprOtherT) -> ComputedVar:
    from .variables import ComputedVar
    return ComputedVar(_normalize_args(arg0, self))

to_str 

to_str(**kwargs: Any) -> str
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def to_str(self, **kwargs: Any) -> str:
    return str(self)