From a86dcd9462573aeadc9ee577151bdafa432edddb Mon Sep 17 00:00:00 2001
From: alega1705 <36694096+alega1705@users.noreply.github.com>
Date: Fri, 15 Nov 2024 10:45:21 +0200
Subject: [PATCH 1/3] Solution

---
 app/main.py | 82 +++++++++++++++++++++++++++++++++++++++++++++++++----
 1 file changed, 77 insertions(+), 5 deletions(-)

diff --git a/app/main.py b/app/main.py
index b2d096bd..e0dfb686 100644
--- a/app/main.py
+++ b/app/main.py
@@ -1,8 +1,80 @@
 class Car:
-    # write your code here
-    pass
-
+    def __init__(self, comfort_class, clean_mark, brand):
+        self.comfort_class = comfort_class
+        self.clean_mark = clean_mark
+        self.brand = brand
 
 class CarWashStation:
-    # write your code here
-    pass
+    def __init__(self, distance_from_city_center, clean_power, average_rating, count_of_ratings):
+        self.distance_from_city_center = distance_from_city_center
+        self.clean_power = clean_power
+        self.average_rating = average_rating
+        self.count_of_ratings = count_of_ratings
+
+    def serve_cars(self, cars):
+        total_income = 0
+        for car in cars:
+            if car.clean_mark < self.clean_power:
+                total_income += self.calculate_washing_price(car)
+                car.clean_mark = self.clean_power
+        return round(total_income, 1)
+
+    def calculate_washing_price(self, car):
+        price = (car.comfort_class * (self.clean_power - car.clean_mark) *
+                 self.average_rating) / self.distance_from_city_center
+        return round(price, 1)
+
+    def wash_single_car(self, car):
+        if car.clean_mark < self.clean_power:
+            car.clean_mark = self.clean_power
+
+    def rate_service(self, rating):
+        self.count_of_ratings += 1
+        self.average_rating = round(((self.average_rating * (self.count_of_ratings - 1)) + rating) / self.count_of_ratings, 1)
+
+
+# Example Usage:
+
+# Create Car objects
+bmw = Car(comfort_class=3, clean_mark=3, brand='BMW')
+audi = Car(comfort_class=4, clean_mark=9, brand='Audi')
+
+print(bmw.clean_mark)  # 3
+
+# Create a CarWashStation object
+wash_station = CarWashStation(
+    distance_from_city_center=5,
+    clean_power=6,
+    average_rating=3.5,
+    count_of_ratings=6
+)
+
+# Serve cars and calculate income
+income = wash_station.serve_cars([bmw, audi])
+print(income)  # 6.3
+print(bmw.clean_mark)  # 6
+
+# Another example where both cars get washed
+bmw = Car(comfort_class=3, clean_mark=3, brand='BMW')
+audi = Car(comfort_class=4, clean_mark=2, brand='Audi')
+
+print(bmw.clean_mark)  # 3
+print(audi.clean_mark)  # 2
+
+income = wash_station.serve_cars([bmw, audi])
+print(income)  # 17.5
+
+print(bmw.clean_mark)  # 6
+print(audi.clean_mark)  # 6
+
+# Calculate washing price for a car
+ford = Car(comfort_class=2, clean_mark=1, brand='Ford')
+wash_cost = wash_station.calculate_washing_price(ford)
+print(wash_cost)  # 9.1
+
+
+wash_station.rate_service(5)
+
+print(wash_station.average_rating)  # 4.0
+print(wash_station.count_of_ratings)  # 12
+

From c8b6047124e792965117402f7ad1fa4a319ddfdf Mon Sep 17 00:00:00 2001
From: alega1705 <36694096+alega1705@users.noreply.github.com>
Date: Fri, 15 Nov 2024 10:52:25 +0200
Subject: [PATCH 2/3] Solution

---
 app/main.py | 81 +++++++++++++++++++++++++++++++++++++++++++++++++++++
 1 file changed, 81 insertions(+)

diff --git a/app/main.py b/app/main.py
index e0dfb686..fa865fcf 100644
--- a/app/main.py
+++ b/app/main.py
@@ -73,8 +73,89 @@ def rate_service(self, rating):
 print(wash_cost)  # 9.1
 
 
+wclass Car:
+    def __init__(self, comfort_class: int, clean_mark: int, brand: str) -> None:
+        self.comfort_class = comfort_class
+        self.clean_mark = clean_mark
+        self.brand = brand
+
+
+class CarWashStation:
+    def __init__(self, distance_from_city_center: float, clean_power: int,
+                 average_rating: float, count_of_ratings: int) -> None:
+        self.distance_from_city_center = distance_from_city_center
+        self.clean_power = clean_power
+        self.average_rating = average_rating
+        self.count_of_ratings = count_of_ratings
+
+    def serve_cars(self, cars: list[Car]) -> float:
+        total_income = 0
+        for car in cars:
+            if car.clean_mark < self.clean_power:
+                total_income += self.calculate_washing_price(car)
+                car.clean_mark = self.clean_power
+        return round(total_income, 1)
+
+    def calculate_washing_price(self, car: Car) -> float:
+        price = (car.comfort_class * (self.clean_power - car.clean_mark) *
+                 self.average_rating) / self.distance_from_city_center
+        return round(price, 1)
+
+    def wash_single_car(self, car: Car) -> None:
+        if car.clean_mark < self.clean_power:
+            car.clean_mark = self.clean_power
+
+    def rate_service(self, rating: int) -> None:
+        self.count_of_ratings += 1
+        self.average_rating = round(((self.average_rating * (self.count_of_ratings - 1)) + rating) / self.count_of_ratings, 1)
+
+
+# Example Usage:
+
+# Create Car objects
+bmw = Car(comfort_class=3, clean_mark=3, brand="BMW")
+audi = Car(comfort_class=4, clean_mark=9, brand="Audi")
+
+print(bmw.clean_mark)  # 3
+
+# Create a CarWashStation object
+wash_station = CarWashStation(
+    distance_from_city_center=5,
+    clean_power=6,
+    average_rating=3.5,
+    count_of_ratings=6
+)
+
+# Serve cars and calculate income
+income = wash_station.serve_cars([bmw, audi])
+print(income)  # 6.3
+print(bmw.clean_mark)  # 6
+
+# Another example where both cars get washed
+bmw = Car(comfort_class=3, clean_mark=3, brand="BMW")
+audi = Car(comfort_class=4, clean_mark=2, brand="Audi")
+
+print(bmw.clean_mark)  # 3
+print(audi.clean_mark)  # 2
+
+income = wash_station.serve_cars([bmw, audi])
+print(income)  # 17.5
+
+print(bmw.clean_mark)  # 6
+print(audi.clean_mark)  # 6
+
+# Calculate washing price for a car
+ford = Car(comfort_class=2, clean_mark=1, brand="Ford")
+wash_cost = wash_station.calculate_washing_price(ford)
+print(wash_cost)  # 9.1
+
+# Rate the service
 wash_station.rate_service(5)
 
 print(wash_station.average_rating)  # 4.0
 print(wash_station.count_of_ratings)  # 12
+5)
+
+print(wash_station.average_rating)  # 4.0
+print(wash_station.count_of_ratings)  # 12
 

From 19ca26784ac430b09518f4d66367f300b91250c5 Mon Sep 17 00:00:00 2001
From: alega1705 <36694096+alega1705@users.noreply.github.com>
Date: Fri, 15 Nov 2024 10:56:10 +0200
Subject: [PATCH 3/3] Update main.py

---
 app/main.py | 113 ++--------------------------------------------------
 1 file changed, 3 insertions(+), 110 deletions(-)

diff --git a/app/main.py b/app/main.py
index fa865fcf..f54e3302 100644
--- a/app/main.py
+++ b/app/main.py
@@ -33,92 +33,13 @@ def rate_service(self, rating):
         self.average_rating = round(((self.average_rating * (self.count_of_ratings - 1)) + rating) / self.count_of_ratings, 1)
 
 
-# Example Usage:
 
-# Create Car objects
 bmw = Car(comfort_class=3, clean_mark=3, brand='BMW')
 audi = Car(comfort_class=4, clean_mark=9, brand='Audi')
 
-print(bmw.clean_mark)  # 3
-
-# Create a CarWashStation object
-wash_station = CarWashStation(
-    distance_from_city_center=5,
-    clean_power=6,
-    average_rating=3.5,
-    count_of_ratings=6
-)
-
-# Serve cars and calculate income
-income = wash_station.serve_cars([bmw, audi])
-print(income)  # 6.3
-print(bmw.clean_mark)  # 6
-
-# Another example where both cars get washed
-bmw = Car(comfort_class=3, clean_mark=3, brand='BMW')
-audi = Car(comfort_class=4, clean_mark=2, brand='Audi')
-
-print(bmw.clean_mark)  # 3
-print(audi.clean_mark)  # 2
-
-income = wash_station.serve_cars([bmw, audi])
-print(income)  # 17.5
-
-print(bmw.clean_mark)  # 6
-print(audi.clean_mark)  # 6
-
-# Calculate washing price for a car
-ford = Car(comfort_class=2, clean_mark=1, brand='Ford')
-wash_cost = wash_station.calculate_washing_price(ford)
-print(wash_cost)  # 9.1
-
-
-wclass Car:
-    def __init__(self, comfort_class: int, clean_mark: int, brand: str) -> None:
-        self.comfort_class = comfort_class
-        self.clean_mark = clean_mark
-        self.brand = brand
+print(bmw.clean_mark)  
 
 
-class CarWashStation:
-    def __init__(self, distance_from_city_center: float, clean_power: int,
-                 average_rating: float, count_of_ratings: int) -> None:
-        self.distance_from_city_center = distance_from_city_center
-        self.clean_power = clean_power
-        self.average_rating = average_rating
-        self.count_of_ratings = count_of_ratings
-
-    def serve_cars(self, cars: list[Car]) -> float:
-        total_income = 0
-        for car in cars:
-            if car.clean_mark < self.clean_power:
-                total_income += self.calculate_washing_price(car)
-                car.clean_mark = self.clean_power
-        return round(total_income, 1)
-
-    def calculate_washing_price(self, car: Car) -> float:
-        price = (car.comfort_class * (self.clean_power - car.clean_mark) *
-                 self.average_rating) / self.distance_from_city_center
-        return round(price, 1)
-
-    def wash_single_car(self, car: Car) -> None:
-        if car.clean_mark < self.clean_power:
-            car.clean_mark = self.clean_power
-
-    def rate_service(self, rating: int) -> None:
-        self.count_of_ratings += 1
-        self.average_rating = round(((self.average_rating * (self.count_of_ratings - 1)) + rating) / self.count_of_ratings, 1)
-
-
-# Example Usage:
-
-# Create Car objects
-bmw = Car(comfort_class=3, clean_mark=3, brand="BMW")
-audi = Car(comfort_class=4, clean_mark=9, brand="Audi")
-
-print(bmw.clean_mark)  # 3
-
-# Create a CarWashStation object
 wash_station = CarWashStation(
     distance_from_city_center=5,
     clean_power=6,
@@ -126,36 +47,8 @@ def rate_service(self, rating: int) -> None:
     count_of_ratings=6
 )
 
-# Serve cars and calculate income
-income = wash_station.serve_cars([bmw, audi])
-print(income)  # 6.3
-print(bmw.clean_mark)  # 6
-
-# Another example where both cars get washed
-bmw = Car(comfort_class=3, clean_mark=3, brand="BMW")
-audi = Car(comfort_class=4, clean_mark=2, brand="Audi")
-
-print(bmw.clean_mark)  # 3
-print(audi.clean_mark)  # 2
 
 income = wash_station.serve_cars([bmw, audi])
-print(income)  # 17.5
-
+print(income)  # 6.3
 print(bmw.clean_mark)  # 6
-print(audi.clean_mark)  # 6
-
-# Calculate washing price for a car
-ford = Car(comfort_class=2, clean_mark=1, brand="Ford")
-wash_cost = wash_station.calculate_washing_price(ford)
-print(wash_cost)  # 9.1
-
-# Rate the service
-wash_station.rate_service(5)
-
-print(wash_station.average_rating)  # 4.0
-print(wash_station.count_of_ratings)  # 12
-5)
-
-print(wash_station.average_rating)  # 4.0
-print(wash_station.count_of_ratings)  # 12
-
+