Please do not give solution in image format thanku. ****PYTHON In the class Car(), update the class structure to include the attributes and methods *__init__(self) initialize the class and create the attribute miles with a default integer 0. *drive(self, distance) Which updates the miles attribute with current miles + distance parameter. reverse(self, distance) Which updates the miles attribute with the current miles — distance parameter. *get_odometer(self) returns miles attribute. honk_horn(self, times) accepts the number of times wanted to honk the horn and is defaulted to 1. It outputs the message honk! without a trailing space. If times > 1, then multiple the message by times to output a message: honk! honk!. *result(self) - outputs message “# miles driven”. (where the # sign represents the number of miles attribute driven. the main() function with three integers which represent the miles to drive forward, and to drive in reverse as user inputs, also how many times the horn should be honked. Using the values, create a Car object in the that performs this operations: Drives forward the number of miles input as an integer. Drives in reverse the number of miles input as an integer. Honks the horn the number of times input as an integer. *Reports car status for the number of miles driven. ***Notes -Input() function should have different input prompt text depending on the value. Going forward uses “Forward: ” , backwards uses "Reverse: ", and honking is "Honk the Horn: ". - input should be in integer format. Example: Input: 90 6 2 Output: honk! honk! 84 miles driven.
Please do not give solution in image format thanku.
****PYTHON
In the class Car(), update the class structure to include the attributes and methods
*__init__(self) initialize the class and create the attribute miles with a default integer 0.
*drive(self, distance) Which updates the miles attribute with current miles + distance parameter. reverse(self, distance) Which updates the miles attribute with the current miles — distance parameter.
*get_odometer(self) returns miles attribute. honk_horn(self, times) accepts the number of times wanted to honk the horn and is defaulted to 1. It outputs the message honk! without a trailing space. If times > 1, then multiple the message by times to output a message: honk! honk!.
*result(self) - outputs message “# miles driven”. (where the # sign represents the number of miles attribute driven.
the main() function with three integers which represent the miles to drive forward, and to drive in reverse as user inputs, also how many times the horn should be honked. Using the values, create a Car object in the that performs this operations:
Drives forward the number of miles input as an integer.
Drives in reverse the number of miles input as an integer.
Honks the horn the number of times input as an integer.
*Reports car status for the number of miles driven.
***Notes
-Input() function should have different input prompt text depending on the value. Going forward uses “Forward: ” , backwards uses "Reverse: ", and honking is "Honk the Horn: ".
- input should be in integer format.
Example:
Input:
90
6
2
Output:
honk! honk!
84 miles driven.
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