polykin.math.roots

RootResult dataclass

Dataclass with scalar root solution results.

ATTRIBUTE	DESCRIPTION
method	Method used to find the root. TYPE: str
success	If True, the root was found. TYPE: bool
message	Description of the exit status. TYPE: str
nfeval	Number of function evaluations. TYPE: int
niter	Number of iterations. TYPE: int
x	Root value. TYPE: float
f	Function (residual) value at root. TYPE: float

Source code in src/polykin/math/roots/results.py

@dataclass
class RootResult:
    """Dataclass with scalar root solution results.

    Attributes
    ----------
    method: str
        Method used to find the root.
    success: bool
        If `True`, the root was found.
    message: str
        Description of the exit status.
    nfeval: int
        Number of function evaluations.
    niter: int
        Number of iterations.
    x: float
        Root value.
    f: float
        Function (residual) value at root.
    """

    method: str
    success: bool
    message: str
    nfeval: int
    niter: int
    x: float
    f: float

    def __repr__(self) -> str:
        """Return a string representation of the root result."""
        return (
            f" method: {self.method}\n"
            f"success: {colored_bool(self.success)}\n"
            f"message: {self.message}\n"
            f" nfeval: {self.nfeval}\n"
            f"  niter: {self.niter}\n"
            f"      x: {self.x}\n"
            f"      f: {self.f}"
        )

__repr__

__repr__() -> str

Return a string representation of the root result.

Source code in src/polykin/math/roots/results.py

def __repr__(self) -> str:
    """Return a string representation of the root result."""
    return (
        f" method: {self.method}\n"
        f"success: {colored_bool(self.success)}\n"
        f"message: {self.message}\n"
        f" nfeval: {self.nfeval}\n"
        f"  niter: {self.niter}\n"
        f"      x: {self.x}\n"
        f"      f: {self.f}"
    )