ToTemp Module
Classes to represent temperature scale objects, providing arithmetic and comparison operations between them.
Base Class
All classes inherit from this one. Here are all of the special and common methods docs.
- class totemp.temperature_types.AbstractTemperature(value)
Bases:
objectAbstract base class for all temperature types.
- Attributes
- _symbolClassVar[str]
Official scale symbol.
- _valuefloat
Temperature value (e.g. 36 or -3.14).
Methods
rounded()
returns a new object of the same class with the value converted to int.
to_celsius()
returns a Celsius object which contains the converted value.
to_fahrenheit()
returns a Fahrenheit object which contains the converted value.
to_delisle()
returns a Delisle object which contains the converted value.
to_kelvin()
returns a Kelvin object which contains the converted value.
to_newton()
returns a Newton object which contains the converted value.
to_rankine()
returns a Rankine object which contains the converted value.
to_reaumur()
returns a Réaumur object which contains the converted value.
to_romer()
returns a Rømer object which contains the converted value.
convert_to(temp_cls)
returns an instance of temp_cls which contains the converted value.
- str(self)
Returns the “informal” or nicely printable string representation of self.
- Returns
- self.__str__()str
f’{self._value} {self._symbol}’
- rtype
str..
- repr(self)
Returns the “official” string representation of self.
- Returns
- self.__repr__()str
f’{self.__class__.__name__}({self._value})’
- rtype
str..
- self + other
Returns a new instance of the same class with the sum of the values.
If other is a temperature instance, it is first converted to the calling class, then the values are added. Otherwise, an attempt is made to add other to the value directly.
- Returns
- self.__add__(other)T
cls(self._value + other.convert_to(cls).value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
Notes
If other is not a temperature instance, atempts to return: cls(self._value + other)
- self - other
Returns a new instance of the same class with the subtraction of the values.
If other is a temperature instance, it is first converted to the calling class, then the values are subtracted. Otherwise, an attempt is made to subtract other to the value directly.
- Returns
- self.__sub__(other)T
cls(self._value - other.convert_to(cls).value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
Notes
If other is not a temperature instance, atempts to return: cls(self._value - other)
- self * other
Returns a new instance of the same class with the multiplication of the values.
If other is a temperature instance, it is first converted to the calling class, then the values are multiplicated. Otherwise, an attempt is made to multiplicate other to the value directly.
- Returns
- self.__mul__(other)T
cls(self._value * other.convert_to(cls).value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
Notes
If other is not a temperature instance, atempts to return: cls(self._value * other)
- self ** other
Returns a new instance of the same class with the exponentiation of the values.
If other is a temperature instance, it is first converted to the calling class, then the value is raised to the power of other. Otherwise, an attempt is made to raise the value field to the power of other.
- Returns
- self.__pow__(other)T
cls(self._value ** other.convert_to(cls).value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
Notes
If other is not a temperature instance, atempts to return: cls(self._value ** other)
- self / other
Returns a new instance of the same class with the division of the values.
If other is a temperature instance, it is first converted to the calling class, then the values are divided. Otherwise, an attempt is made to divide other to the value directly.
- Returns
- self.__truediv__(other)T
cls(self._value / other.convert_to(cls).value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
Notes
If other is not a temperature instance, atempts to return: cls(self._value / other)
- self // other
Returns a new instance of the same class with the floor division of the values.
If other is a temperature instance, it is first converted to the calling class, then the values are divided and rounded. Otherwise, an attempt is made to floor divide other to the value directly.
- Returns
- self.__floordiv__(other)T
cls(self._value // other.convert_to(cls).value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
Notes
If other is not a temperature instance, atempts to return: cls(self._value // other)
- self % other
Returns a new instance of the same class with the remainder from the division of the values.
If other is a temperature instance, it is first converted to the calling class, then the values are divided. Otherwise, an attempt is made to use modulo operation on other to the value directly.
- Returns
- self.__mod__(other)T
cls(self._value % other.convert_to(cls).value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
Notes
If other is not a temperature instance, atempts to return: cls(self._value % other)
- self == other
Checks if the values in the objects are equal and then returns a boolean.
If other is a temperature instance, it is first converted to the calling class, then the objects are evaluated. That means: if other converted to the calling class has the same value, it returns True, otherwise it returns False.
- Returns
- self.__eq__(other)bool
self._value == other.convert_to(cls).value
- rtype
bool..
Notes
If other is not a temperature instance, atempts to return: self._value == other
- self < other
Checks if the calling temperature object value is lesser than other and then returns a boolean.
If other is a temperature instance, it is first converted to the calling class, then the objects are evaluated. That means: if other converted to the calling class has a greater value, it returns True, otherwise it returns False.
- Returns
- self.__lt__(other)bool
self._value < other.convert_to(cls).value
- rtype
bool..
Notes
If other is not a temperature instance, atempts to return: self._value < other
- self <= other
Checks if the calling temperature object value is lesser or equal than other and then returns a boolean.
If other is a temperature instance, it is first converted to the calling class, then the objects are evaluated. That means: if other converted to the calling class has a greater or equal value, it returns True, otherwise it returns False.
- Returns
- self.__le__(other)bool
self._value <= other.convert_to(cls).value
- rtype
bool..
Notes
If other is not a temperature instance, atempts to return: self._value <= other
- self != other
Checks if the calling temperature object value is different from other and then returns a boolean.
If other is a temperature instance, it is first converted to the calling class, then the objects are evaluated. That means: if other converted to the calling class is different from other, it returns True, otherwise it returns False.
- Returns
- self.__ne__(other)bool
self._value != other.convert_to(cls).value
- rtype
bool..
Notes
If other is not a temperature instance, atempts to return: self._value != other
- self > other
Checks if the calling temperature object value is greater than other and then returns a boolean.
If other is a temperature instance, it is first converted to the calling class, then the objects are evaluated. That means: if other converted to the calling class is greater than other, it returns True, otherwise it returns False.
- Returns
- self.__gt__(other)bool
self._value > other.convert_to(cls).value
- rtype
bool..
Notes
If other is not a temperature instance, atempts to return: self._value > other
- self >= other
Checks if the calling temperature object value is greater or equal to other and then returns a boolean.
If other is a temperature instance, it is first converted to the calling class, then the objects are evaluated. That means: if other converted to the calling class is greater or equal to other, it returns True, otherwise it returns False.
- Returns
- self.__ge__(other)bool
self._value >= other.convert_to(cls).value
- rtype
bool..
Notes
If other is not a temperature instance, atempts to return: self._value >= other
- divmod(self, other)
Returns a tuple of two new instances of the same class with the quotient and remainder.
If other is a temperature instance, it is first converted to the calling class, then the values are divided. Otherwise, an attempt is made to use divmod operation between the calling class and other to the value directly.
- Returns
- self.__divmod__(other)bool
return cls(result[0]), cls(result[1])
- rtype
tuple[Any,Any] ..
Notes
- If other is not a temperature instance, result is:
result = divmod(self._value, other)
- If it is a temperature instance:
result = divmod(self._value, other.convert_to(cls).value)
- round(self, ndigits=None)
Returns a new instance of the same class with value rounded.
- Returns
- self.__round__(other)T
cls(int(round(self._value, ndigits=ndigits)))
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- math.floor(self)
Returns a new instance of the same class with the floor of value.
- Returns
- self.__floor__(other)T
cls(floor(self._value))
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- math.ceil(self)
Returns a new instance of the same class with the ceiling of value.
- Returns
- self.__ceil__(other)T
cls(ceil(self._value))
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- math.trunc(self)
Returns a new instance of the same class with the truncated integer part of value.
- Returns
- self.__trunc__(other)T
cls(trunc(self._value))
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- float(self)
Returns a float of value.
- Returns
- _valuefloat
float(self._value)
- rtype
float..
- int(self)
Returns an int of value.
- Returns
- _valueint
int(self._value)
- rtype
int..
- abs(self)
Returns a new instance of the same class with the absolute of value.
- Returns
- self.__abs__()float
cls(abs(self._value))
- rtype
- +self
Returns a new instance of the same class with +value.
- Returns
- self.__pos__()T
cls(+self._value)
- rtype
- -self
Return a new instance of the same class with the negation of value.
- Returns
- self.__neg__()T
cls(-self._value)
- rtype
- ~self
Return a new instance of the same class with bitwise NOT of value.
- Returns
- self.__invert__()T
cls(-self._value - 1)
- rtype
- __radd__(other)
Returns a new instance of the same class with the sum of the values.
An attempt is made to add the value to the other.
- Returns
- self.__radd__(other)T
cls(other + self._value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- __rsub__(other)
Returns a new instance of the same class with the subtraction of the values.
An attempt is made to subtract the value to the other.
- Returns
- self.__rsub__(other)T
cls(other - self._value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- __rmul__(other)
Returns a new instance of the same class with the multiplication of the values.
An attempt is made to multiply other by the value.
- Returns
- self.__rmul__(other)T
cls(other * self._value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- __rpow__(other)
Returns a new instance of the same class with the exponentiation of the values.
An attempt is made to raise other to the power of the value.
- Returns
- self.__rpow__(other)T
cls(other**self._value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- __rtruediv__(other)
Returns a new instance of the same class with the division of the values.
An attempt is made to divide the other by the value.
- Returns
- self.__rtruediv__(other)T
cls(other / self._value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- __rfloordiv__(other)
Returns a new instance of the same class with the floor division of the values.
An attempt is made to floor divide the value to other.
- Returns
- self.__rfloordiv__(other)T
cls(other // self._value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- __rmod__(other)
Returns a new instance of the same class with the remainder from the division of the values.
An attempt is made to apply modulo between other and value.
- Returns
- self.__rmod__(other)T
cls(other % self._value)
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- __rdivmod__(other)
Returns a tuple of two new instances of the same class with the quotient and remainder.
An attempt is made to apply divmod between the calling class and the value.
- Returns
- self.__rdivmod__(other)T
cls(result[0]), cls(result[1])
- rtype
tuple[Any,Any] ..
Notes
result is a tuple with the results of: divmod(other, self._value)
- rounded()
Returns the temperature object with converted value to int (rounded).
- Returns
- __class__(int(round(self._value)))T
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- abstract convert_to(temp_cls)
Returns an instance of temp_cls containing the converted value.
If no conversion to temp_cls is possible, TypeError is raised.
- Return type
TypeVar(T, bound= AbstractTemperature)
Temperature Classes
All temperature objects inherit a conversion to itself that when called it will always return the same object (and that’s why those methods aren’t included here in each class doc).
Note
The symbol property is read-only and different for each class.
- class totemp.Celsius(value)
Bases:
AbstractTemperatureClass to represent Celsius temperature scale.
- Attributes
- _symbolstr
Celsius official scale symbol.
- _valuefloat
Temperature value (e.g. 36 or -3.14).
- convert_to(temp_cls)
Returns an instance of temp_cls containing the converted value.
If no conversion to temp_cls is possible, TypeError is raised.
- Return type
TypeVar(T, bound= AbstractTemperature)
- property symbol: str
Returns official scale symbol (read-only).
- Returns
- _symbolstr
self._symbol
- rtype
str..
- property value: float
Returns temperature object value.
- Returns
- _valuefloat
self._value
- rtype
float..
- rounded()
Returns the temperature object with converted value to int (rounded).
- Returns
- __class__(int(round(self._value)))T
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- to_delisle()
Returns a Delisle object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Delisle)Delisle
- rtype
Delisle..
- to_fahrenheit()
Returns a Fahrenheit object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Fahrenheit)Fahrenheit
- rtype
Fahrenheit..
- to_kelvin()
Returns a Kelvin object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Kelvin)Kelvin
- rtype
Kelvin..
- to_newton()
Returns a Newton object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Newton)Newton
- rtype
Newton..
- to_rankine()
Returns a Rankine object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Rankine)Rankine
- rtype
Rankine..
- class totemp.Fahrenheit(value)
Bases:
AbstractTemperatureClass to represent Fahrenheit temperature scale.
- Attributes
- _symbolstr
Fahrenheit official scale symbol.
- _valuefloat
Temperature value (e.g. 36 or -3.14).
- convert_to(temp_cls)
Returns an instance of temp_cls containing the converted value.
If no conversion to temp_cls is possible, TypeError is raised.
- Return type
TypeVar(T, bound= AbstractTemperature)
- property symbol: str
Returns official scale symbol (read-only).
- Returns
- _symbolstr
self._symbol
- rtype
str..
- property value: float
Returns temperature object value.
- Returns
- _valuefloat
self._value
- rtype
float..
- rounded()
Returns the temperature object with converted value to int (rounded).
- Returns
- __class__(int(round(self._value)))T
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- to_celsius()
Returns a Celsius object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Celsius)Celsius
- rtype
Celsius..
- to_delisle()
Returns a Delisle object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Delisle)Delisle
- rtype
Delisle..
- to_kelvin()
Returns a Kelvin object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Kelvin)Kelvin
- rtype
Kelvin..
- to_newton()
Returns a Newton object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Newton)Newton
- rtype
Newton..
- to_rankine()
Returns a Rankine object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Rankine)Rankine
- rtype
Rankine..
- class totemp.Delisle(value)
Bases:
AbstractTemperatureClass to represent Delisle temperature scale.
- Attributes
- _symbolstr
Delisle official scale symbol.
- _valuefloat
Temperature value (e.g. 36 or -3.14).
- convert_to(temp_cls)
Returns an instance of temp_cls containing the converted value.
If no conversion to temp_cls is possible, TypeError is raised.
- Return type
TypeVar(T, bound= AbstractTemperature)
- property symbol: str
Returns official scale symbol (read-only).
- Returns
- _symbolstr
self._symbol
- rtype
str..
- property value: float
Returns temperature object value.
- Returns
- _valuefloat
self._value
- rtype
float..
- rounded()
Returns the temperature object with converted value to int (rounded).
- Returns
- __class__(int(round(self._value)))T
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- to_celsius()
Returns a Celsius object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Celsius)Celsius
- rtype
Celsius..
- to_fahrenheit()
Returns a Fahrenheit object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Fahrenheit)Fahrenheit
- rtype
Fahrenheit..
- to_kelvin()
Returns a Kelvin object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Kelvin)Kelvin
- rtype
Kelvin..
- to_newton()
Returns a Newton object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Newton)Newton
- rtype
Newton..
- to_rankine()
Returns a Rankine object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Rankine)Rankine
- rtype
Rankine..
- class totemp.Kelvin(value)
Bases:
AbstractTemperatureClass to represent Kelvin temperature scale.
- Attributes
- _symbolstr
Kelvin official scale symbol.
- _valuefloat
Temperature value (e.g. 36 or -3.14).
- convert_to(temp_cls)
Returns an instance of temp_cls containing the converted value.
If no conversion to temp_cls is possible, TypeError is raised.
- Return type
TypeVar(T, bound= AbstractTemperature)
- property symbol: str
Returns official scale symbol (read-only).
- Returns
- _symbolstr
self._symbol
- rtype
str..
- property value: float
Returns temperature object value.
- Returns
- _valuefloat
self._value
- rtype
float..
- rounded()
Returns the temperature object with converted value to int (rounded).
- Returns
- __class__(int(round(self._value)))T
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- to_celsius()
Returns a Celsius object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Celsius)Celsius
- rtype
Celsius..
- to_fahrenheit()
Returns a Fahrenheit object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Fahrenheit)Fahrenheit
- rtype
Fahrenheit..
- to_delisle()
Returns a Delisle object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Delisle)Delisle
- rtype
Delisle..
- to_newton()
Returns a Newton object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Newton)Newton
- rtype
Newton..
- to_rankine()
Returns a Rankine object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Rankine)Rankine
- rtype
Rankine..
- class totemp.Newton(value)
Bases:
AbstractTemperatureClass to represent Newton temperature scale.
- Attributes
- _symbolstr
Newton official scale symbol.
- _valuefloat
Temperature value (e.g. 36 or -3.14).
- convert_to(temp_cls)
Returns an instance of temp_cls containing the converted value.
If no conversion to temp_cls is possible, TypeError is raised.
- Return type
TypeVar(T, bound= AbstractTemperature)
- property symbol: str
Returns official scale symbol (read-only).
- Returns
- _symbolstr
self._symbol
- rtype
str..
- property value: float
Returns temperature object value.
- Returns
- _valuefloat
self._value
- rtype
float..
- rounded()
Returns the temperature object with converted value to int (rounded).
- Returns
- __class__(int(round(self._value)))T
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- to_celsius()
Returns a Celsius object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Celsius)Celsius
- rtype
Celsius..
- to_fahrenheit()
Returns a Fahrenheit object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Fahrenheit)Fahrenheit
- rtype
Fahrenheit..
- to_delisle()
Returns a Delisle object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Delisle)Delisle
- rtype
Delisle..
- to_kelvin()
Returns a Kelvin object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Kelvin)Kelvin
- rtype
Kelvin..
- to_rankine()
Returns a Rankine object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Rankine)Rankine
- rtype
Rankine..
- class totemp.Rankine(value)
Bases:
AbstractTemperatureClass to represent Rankine temperature scale.
- Attributes
- _symbolstr
Rankine official scale symbol.
- _valuefloat
Temperature value (e.g. 36 or -3.14).
- convert_to(temp_cls)
Returns an instance of temp_cls containing the converted value.
If no conversion to temp_cls is possible, TypeError is raised.
- Return type
TypeVar(T, bound= AbstractTemperature)
- property symbol: str
Returns official scale symbol (read-only).
- Returns
- _symbolstr
self._symbol
- rtype
str..
- property value: float
Returns temperature object value.
- Returns
- _valuefloat
self._value
- rtype
float..
- rounded()
Returns the temperature object with converted value to int (rounded).
- Returns
- __class__(int(round(self._value)))T
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- to_celsius()
Returns a Celsius object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Celsius)Celsius
- rtype
Celsius..
- to_fahrenheit()
Returns a Fahrenheit object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Fahrenheit)Fahrenheit
- rtype
Fahrenheit..
- to_delisle()
Returns a Delisle object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Delisle)Delisle
- rtype
Delisle..
- to_kelvin()
Returns a Kelvin object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Kelvin)Kelvin
- rtype
Kelvin..
- to_newton()
Returns a Newton object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Newton)Newton
- rtype
Newton..
- class totemp.Reaumur(value)
Bases:
AbstractTemperatureClass to represent Réaumur temperature scale.
- Attributes
- _symbolstr
Réaumur official scale symbol.
- _valuefloat
Temperature value (e.g. 36 or -3.14).
- convert_to(temp_cls)
Returns an instance of temp_cls containing the converted value.
If no conversion to temp_cls is possible, TypeError is raised.
- Return type
TypeVar(T, bound= AbstractTemperature)
- property symbol: str
Returns official scale symbol (read-only).
- Returns
- _symbolstr
self._symbol
- rtype
str..
- property value: float
Returns temperature object value.
- Returns
- _valuefloat
self._value
- rtype
float..
- rounded()
Returns the temperature object with converted value to int (rounded).
- Returns
- __class__(int(round(self._value)))T
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- to_celsius()
Returns a Celsius object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Celsius)Celsius
- rtype
Celsius..
- to_fahrenheit()
Returns a Fahrenheit object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Fahrenheit)Fahrenheit
- rtype
Fahrenheit..
- to_delisle()
Returns a Delisle object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Delisle)Delisle
- rtype
Delisle..
- to_kelvin()
Returns a Kelvin object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Kelvin)Kelvin
- rtype
Kelvin..
- to_newton()
Returns a Newton object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Newton)Newton
- rtype
Newton..
- class totemp.Romer(value)
Bases:
AbstractTemperatureClass to represent Rømer temperature scale.
- Attributes
- _symbolstr
Rømer official scale symbol.
- _valuefloat
Temperature value (e.g. 36 or -3.14).
- property symbol: str
Returns official scale symbol (read-only).
- Returns
- _symbolstr
self._symbol
- rtype
str..
- property value: float
Returns temperature object value.
- Returns
- _valuefloat
self._value
- rtype
float..
- rounded()
Returns the temperature object with converted value to int (rounded).
- Returns
- __class__(int(round(self._value)))T
- rtype
TypeVar(T, bound= AbstractTemperature) ..
- to_celsius()
Returns a Celsius object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Celsius)Celsius
- rtype
Celsius..
- to_fahrenheit()
Returns a Fahrenheit object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Fahrenheit)Fahrenheit
- rtype
Fahrenheit..
- to_delisle()
Returns a Delisle object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Delisle)Delisle
- rtype
Delisle..
- to_kelvin()
Returns a Kelvin object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Kelvin)Kelvin
- rtype
Kelvin..
- to_newton()
Returns a Newton object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Newton)Newton
- rtype
Newton..
- to_rankine()
Returns a Rankine object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Rankine)Rankine
- rtype
Rankine..
- to_reaumur()
Returns a Réaumur object which contains the class attribute “value” with the result from the conversion typed the same as the attribute.
- Returns
- convert_to(Reaumur)Reaumur
- rtype
Reaumur..
- convert_to(temp_cls)
Returns an instance of temp_cls containing the converted value.
If no conversion to temp_cls is possible, TypeError is raised.
- Return type
TypeVar(T, bound= AbstractTemperature)