import enum
from typing import Callable
import pint
import math


class LengthUnits(enum.Enum):
    INCHES = 1
    FEET = 2
    MILLIMETERS = 3
    CENTIMETERS = 4
    DECIMETERS = 5
    METERS = 6


class AngleUnits(enum.Enum):
    DEGREES = 1
    RADIANS = 2


ureg = pint.UnitRegistry()
UNIT_REGISTRY = {LengthUnits.INCHES: ureg.inch, LengthUnits.FEET: ureg.foot,
    LengthUnits.MILLIMETERS: ureg.millimeter, LengthUnits.CENTIMETERS: ureg
    .centimeter, LengthUnits.DECIMETERS: ureg.decimeter, LengthUnits.METERS:
    ureg.meter, AngleUnits.DEGREES: ureg.degree, AngleUnits.RADIANS: ureg.
    radian}


def convert_length(length: float, from_unit: LengthUnits, to_unit: LengthUnits
    ) ->float:
    lengthWithUnits = length * UNIT_REGISTRY[from_unit]
    return float(lengthWithUnits.to(UNIT_REGISTRY[to_unit]) / UNIT_REGISTRY
        [to_unit])


def convert_angle(angle: float, from_unit: AngleUnits, to_unit: AngleUnits
    ) ->float:
    angleWithUnits = angle * UNIT_REGISTRY[from_unit]
    return float(angleWithUnits.to(UNIT_REGISTRY[to_unit]) / UNIT_REGISTRY[
        to_unit])


def get_convert_length() ->Callable[[float, LengthUnits, LengthUnits], float]:
    return lambda length, from_unit, to_unit: convert_length(length,
        from_unit, to_unit)


def get_convert_angle() ->Callable[[float, AngleUnits, AngleUnits], float]:
    return lambda angle, from_unit, to_unit: convert_length(angle,
        from_unit, to_unit)

893aa5e321d3399a888c016f025fbd314f860285
<mask token>


class LengthUnits(enum.Enum):
    INCHES = 1
    FEET = 2
    MILLIMETERS = 3
    CENTIMETERS = 4
    DECIMETERS = 5
    METERS = 6


class AngleUnits(enum.Enum):
    DEGREES = 1
    RADIANS = 2


<mask token>

<mask token>


class LengthUnits(enum.Enum):
    INCHES = 1
    FEET = 2
    MILLIMETERS = 3
    CENTIMETERS = 4
    DECIMETERS = 5
    METERS = 6


class AngleUnits(enum.Enum):
    DEGREES = 1
    RADIANS = 2


<mask token>


def convert_angle(angle: float, from_unit: AngleUnits, to_unit: AngleUnits
    ) ->float:
    angleWithUnits = angle * UNIT_REGISTRY[from_unit]
    return float(angleWithUnits.to(UNIT_REGISTRY[to_unit]) / UNIT_REGISTRY[
        to_unit])


def get_convert_length() ->Callable[[float, LengthUnits, LengthUnits], float]:
    return lambda length, from_unit, to_unit: convert_length(length,
        from_unit, to_unit)


def get_convert_angle() ->Callable[[float, AngleUnits, AngleUnits], float]:
    return lambda angle, from_unit, to_unit: convert_length(angle,
        from_unit, to_unit)

<mask token>


class LengthUnits(enum.Enum):
    INCHES = 1
    FEET = 2
    MILLIMETERS = 3
    CENTIMETERS = 4
    DECIMETERS = 5
    METERS = 6


class AngleUnits(enum.Enum):
    DEGREES = 1
    RADIANS = 2


ureg = pint.UnitRegistry()
UNIT_REGISTRY = {LengthUnits.INCHES: ureg.inch, LengthUnits.FEET: ureg.foot,
    LengthUnits.MILLIMETERS: ureg.millimeter, LengthUnits.CENTIMETERS: ureg
    .centimeter, LengthUnits.DECIMETERS: ureg.decimeter, LengthUnits.METERS:
    ureg.meter, AngleUnits.DEGREES: ureg.degree, AngleUnits.RADIANS: ureg.
    radian}


def convert_length(length: float, from_unit: LengthUnits, to_unit: LengthUnits
    ) ->float:
    lengthWithUnits = length * UNIT_REGISTRY[from_unit]
    return float(lengthWithUnits.to(UNIT_REGISTRY[to_unit]) / UNIT_REGISTRY
        [to_unit])


def convert_angle(angle: float, from_unit: AngleUnits, to_unit: AngleUnits
    ) ->float:
    angleWithUnits = angle * UNIT_REGISTRY[from_unit]
    return float(angleWithUnits.to(UNIT_REGISTRY[to_unit]) / UNIT_REGISTRY[
        to_unit])


def get_convert_length() ->Callable[[float, LengthUnits, LengthUnits], float]:
    return lambda length, from_unit, to_unit: convert_length(length,
        from_unit, to_unit)


def get_convert_angle() ->Callable[[float, AngleUnits, AngleUnits], float]:
    return lambda angle, from_unit, to_unit: convert_length(angle,
        from_unit, to_unit)

import enum
from typing import Callable
import pint
import math


class LengthUnits(enum.Enum):
    INCHES = 1
    FEET = 2
    MILLIMETERS = 3
    CENTIMETERS = 4
    DECIMETERS = 5
    METERS = 6


class AngleUnits(enum.Enum):
    DEGREES = 1
    RADIANS = 2


ureg = pint.UnitRegistry()
UNIT_REGISTRY = {LengthUnits.INCHES: ureg.inch, LengthUnits.FEET: ureg.foot,
    LengthUnits.MILLIMETERS: ureg.millimeter, LengthUnits.CENTIMETERS: ureg
    .centimeter, LengthUnits.DECIMETERS: ureg.decimeter, LengthUnits.METERS:
    ureg.meter, AngleUnits.DEGREES: ureg.degree, AngleUnits.RADIANS: ureg.
    radian}


def convert_length(length: float, from_unit: LengthUnits, to_unit: LengthUnits
    ) ->float:
    lengthWithUnits = length * UNIT_REGISTRY[from_unit]
    return float(lengthWithUnits.to(UNIT_REGISTRY[to_unit]) / UNIT_REGISTRY
        [to_unit])


def convert_angle(angle: float, from_unit: AngleUnits, to_unit: AngleUnits
    ) ->float:
    angleWithUnits = angle * UNIT_REGISTRY[from_unit]
    return float(angleWithUnits.to(UNIT_REGISTRY[to_unit]) / UNIT_REGISTRY[
        to_unit])


def get_convert_length() ->Callable[[float, LengthUnits, LengthUnits], float]:
    return lambda length, from_unit, to_unit: convert_length(length,
        from_unit, to_unit)


def get_convert_angle() ->Callable[[float, AngleUnits, AngleUnits], float]:
    return lambda angle, from_unit, to_unit: convert_length(angle,
        from_unit, to_unit)
