Module modules.misc.unit_conversions

Functions

def celsius_to_fahrenheit(celsius: float) ‑> float

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def celsius_to_fahrenheit(celsius: float) -> float:
    """Returns the passed Celsius value in Fahrenheit.
    Args:
        celsius (float): The temperature into Celsius

    Returns:
        float: The temperature in Fahrenheit"""

    return round((celsius * 1.8) + 32, 1)

Returns the passed Celsius value in Fahrenheit.

Args

celsius : float

The temperature into Celsius

Returns

float

The temperature in Fahrenheit

def centimeters_to_meters(centimeters: int) ‑> float

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def centimeters_to_meters(centimeters: int) -> float:
    """Returns the passed centimeters value into meters.
    Args:
        centimeters (int): The distance in centimeters

    Returns:
        float: The distance in meters
    """

    return round(centimeters / 100, 2)

Returns the passed centimeters value into meters.

Args

centimeters : int

The distance in centimeters

Returns

float

The distance in meters

def magnitude(x: float, y: float, z: float) ‑> float

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def magnitude(x: float, y: float, z: float) -> float:
    """Returns the magnitude of the 3D vector specified by the input values
    Args:
        x (float): x component of the vector
        y (float): y component of the vector
        z (float): z component of the vector

    Returns:
        float: Magnitude of vector
    """

    return round(((x**2) + (y**2) + (z**2)) ** 0.5, 2)

Returns the magnitude of the 3D vector specified by the input values

Args

x : float

x component of the vector

y : float

y component of the vector

z : float

z component of the vector

Returns

float

Magnitude of vector

def metres_to_feet(metres: float) ‑> float

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def metres_to_feet(metres: float) -> float:
    """Returns the passed metres value into feet.
    Args:
        metres (float): The distance in metres

    Returns:
        float: The distance in feet"""

    return round(metres * 3.28, 1)

Returns the passed metres value into feet.

Args

metres : float

The distance in metres

Returns

float

The distance in feet

def microdegrees_to_degrees(microdegrees: int) ‑> float

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def microdegrees_to_degrees(microdegrees: int) -> float:
    """Returns the passed microdegree value into degrees.
    Args:
        microdegrees (int): The angle microdegrees

    Returns:
        float: The angle in degrees
    """

    return round(microdegrees / pow(10, 7), 2)

Returns the passed microdegree value into degrees.

Args

microdegrees : int

The angle microdegrees

Returns

float

The angle in degrees

def milli_degrees_to_celsius(milli_degrees: int) ‑> float

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def milli_degrees_to_celsius(milli_degrees: int) -> float:
    """Returns the passed milli degrees Celsius value into Celsius.
    Args:
        milli_degrees (int): The temperature in milli degrees Celsius

    Returns:
        float: The temperature in Celsius"""

    return round(milli_degrees / 1000, 2)

Returns the passed milli degrees Celsius value into Celsius.

Args

milli_degrees : int

The temperature in milli degrees Celsius

Returns

float

The temperature in Celsius

def millimeters_to_meters(millimeters: int) ‑> float

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def millimeters_to_meters(millimeters: int) -> float:
    """Returns the passed millimeters value into meters.
    Args:
        millimeters (int): The distance in millimeters

    Returns:
        float: The distance in meters
    """

    return round(millimeters / 1000, 2)

Returns the passed millimeters value into meters.

Args

millimeters : int

The distance in millimeters

Returns

float

The distance in meters

def milliseconds_to_seconds(milliseconds: int) ‑> float

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def milliseconds_to_seconds(milliseconds: int) -> float:
    """Returns the passed milliseconds value into seconds.
    Args:
        milliseconds (int): The time in milliseconds

    Returns:
        float: The time in seconds
    """

    return round(milliseconds / 1000, 2)

Returns the passed milliseconds value into seconds.

Args

milliseconds : int

The time in milliseconds

Returns

float

The time in seconds

def pascals_to_psi(pascals: int) ‑> float

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def pascals_to_psi(pascals: int) -> float:
    """Returns the passed pascals value into psi.
    Args:
        pascals (int): The pressure in pascals

    Returns:
        float: The pressure in psi"""

    return round(pascals / 6895, 2)

Returns the passed pascals value into psi.

Args

pascals : int

The pressure in pascals

Returns

float

The pressure in psi

def tenthdegrees_to_degrees(tenthdegrees: int) ‑> float

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def tenthdegrees_to_degrees(tenthdegrees: int) -> float:
    """Returns the passed tenth degree per second value into degrees per second.
    Args:
        tenthdegrees (int): The angular velocity in tenths of degrees per second

    Returns:
        float: The angular velocity in degrees per second
    """

    return round(tenthdegrees / 10, 2)

Returns the passed tenth degree per second value into degrees per second.

Args

tenthdegrees : int

The angular velocity in tenths of degrees per second

Returns

float

The angular velocity in degrees per second