2.Erste Programme/3. BubbleSort Python/unterricht.py

@@ -1,33 +0,0 @@
-# Programm, welches das Sortierverfahren Bubble-Sort mit hilfe eines Aarays durchführt.
-
-array=[] # Leeren Array erstellen
-# Nutzer fragen, wie lang der Array sein soll
-arraylenght=int(input("Wie lang soll die Zahlenliste sein? "))
-
-# Zahlen dem Array hinzufügen
-for i in range(arraylenght):
-    neue_nummer=float(input("Bitte Nummer eingeben: "))
-    array.append(neue_nummer)
-# Verarbeitung
-
-'''
-# 1. Version
-if array[0]>array[1]:   #Tausch, falls vordere Zahl größer
-    h=array[0]          #Ringtausch
-    array[0]=array[1]
-    array[1]=h
-'''
-
-# 2. Version
-for j in range(len(array)-1):
-    for i in range(len(array)-1):
-        if array[i]>array[i+1]:   #Tausch, falls vordere Zahl größer
-            h=array[i]          #Ringtausch
-            array[i]=array[i+1]
-            array[i+1]=h
-
-
-# Ausgabe
-print("Folgende Reihenfolge ergibt sich für %s Zahlen:" %(len(array)))
-for i in range(len(array)):
-    print (array[i])

3. Übungen/07.04.2022/Getränke und Snack automat/Getränke_automat_2.py

@@ -22,7 +22,6 @@ def admin_mode():
         print("1. Add Product")
         print("2. Change Price")
         print("3. Delete Product")
-        print("4. Quit Admin Mode")
         # Ask for the user input
         admin_input=input("Please choose an option: ")
         # Check if the input is a number
@@ -121,7 +120,7 @@ def normal_mode():
             product_price=c.execute("SELECT price FROM products WHERE id=?", (int(product_id),)).fetchone()[0]
             # Ask the amount of the product
             product_amount=int(input("Bitte Anzahl des Produktes Eingeben: "))
-            sum_of_price=round(product_price*product_amount,2)
+            sum_of_price=product_price*product_amount
             # Print the price of the sum
             print("Summe:%s€" % sum_of_price)
             # Ask if the user wants to continue
@@ -137,7 +136,7 @@ def payment(sum_of_price):
     money_in_machine=input("Bitte Geld eingeben: ")
     # Check if the money is a number
     try:
-        money_in_machine=float(money_in_machine)
+        money_in_machine=int(money_in_machine)
     except ValueError:
         print("Bitte geben Sie eine Nummer ein")
         return
@@ -152,59 +151,45 @@ def payment(sum_of_price):
     rest_cent=rest_euro*100
 
     # 10 Euro
-    rest_euro_10=rest_cent//1000
+    rest_euro_10=rest_cent//10000
     rest_cent=rest_cent-rest_euro_10*10000
     
     # 5 Euro
-    rest_euro_5=rest_cent//500
+    rest_euro_5=rest_cent//5000
     rest_cent=rest_cent-rest_euro_5*5000
 
     # 2 Euro
-    rest_euro_2=rest_cent//200
+    rest_euro_2=rest_cent//2000
     rest_cent=rest_cent-rest_euro_2*2000
 
     # 1 Euro
-    rest_euro_1=rest_cent//100
+    rest_euro_1=rest_cent//1000
     rest_cent=rest_cent-rest_euro_1*1000
 
     # 50 Cent
-    rest_cent_50=rest_cent//50
+    rest_cent_50=rest_cent//500
     rest_cent=rest_cent-rest_cent_50*500
 
     # 20 Cent
-    rest_cent_20=rest_cent//20
+    rest_cent_20=rest_cent//200
     rest_cent=rest_cent-rest_cent_20*200
 
     # 10 Cent
-    rest_cent_10=rest_cent//10
+    rest_cent_10=rest_cent//100
     rest_cent=rest_cent-rest_cent_10*100
 
     # 5 Cent
-    rest_cent_5=rest_cent//5
+    rest_cent_5=rest_cent//50
     rest_cent=rest_cent-rest_cent_5*50
     
-    # 1 Cent
+    print ("10 Euro: %s" % rest_euro_10)
-    rest_cent_1=rest_cent//1
+    print ("5 Euro: %s" % rest_euro_5)
-    rest_cent=rest_cent-rest_cent_1*1
+    print ("2 Euro: %s" % rest_euro_2)
-    
+    print ("1 Euro: %s" % rest_euro_1)
-    if rest_euro_10 >=1:
+    print ("50 Cent: %s" % rest_cent_50)
-        print ("Sie bekommen %smal 10€" % rest_euro_10)
+    print ("20 Cent: %s" % rest_cent_20)
-    if rest_euro_5 >=1:
+    print ("10 Cent: %s" % rest_cent_10)
-        print ("Sie bekommen %smal 5€" % rest_euro_5)
+    print ("5 Cent: %s" % rest_cent_5)
-    if rest_euro_2 >=1:
-        print ("Sie bekommen %smal 2€" % rest_euro_2)
-    if rest_euro_1 >=1:
-        print ("Sie bekommen %smal 1€" % rest_euro_1)
-    if rest_cent_50 >=1:
-        print ("Sie bekommen %smal 50 Cent:" % rest_cent_50)
-    if rest_cent_20 >=1:
-        print ("Sie bekommen %smal 20 Cent:" % rest_cent_20)
-    if rest_cent_10 >=1:
-        print ("Sie bekommen %smal 10 Cent:" % rest_cent_10)
-    if rest_cent_5 >=1:
-        print ("Sie bekommen %smal 5 Cent:" % rest_cent_5)
-    if rest_cent_1 >=1:
-        print("Sie bekommen %smal 1 Cent" % rest_cent_1)
     
 normal_mode()
 

3. Übungen/28.04.2022/insertionsort.py

@@ -1,31 +0,0 @@
-# Make a programm which asks the user for an input and then sorts the input of the user
-
-# First ask the user how long he want the Array to be
-array_length=int(input("Wie viele Zahlen sollen sortiert werden"))
-# Second make an array
-array=[]
-# Third ask the user for number input
-for i in range(array_length):
-    number=float(input("Bitte mir einfach eine Zahl geben"))
-    # Now append that number to the array
-    array.append(number)
-# Now sort the numbers with the help of insertion sort
-def insertionSort(array):
-  
-    # Traverse through 1 to len(arr)
-    for i in range(1, len(array)):
-  
-        key = array[i]
-  
-        # Move elements of arr[0..i-1], that are
-        # greater than key, to one position ahead
-        # of their current position
-        j = i-1
-        while j >=0 and key < array[j] :
-                array[j+1] = array[j]
-                j -= 1
-        array[j+1] = key
-insertionSort(array)
-# print finished array
-for i in range(len(array)):
-   print(array[i])

3. Übungen/28.04.2022/selectionsort.py

@@ -1,23 +0,0 @@
-# Make a programm which asks the user for an input and then sorts the input of the user
-
-# First ask the user how long he want the Array to be
-array_length=int(input("Wie viele Zahlen sollen sortiert werden"))
-# Second make an array
-array=[]
-# Third ask the user for number input
-for i in range(array_length):
-    number=float(input("Bitte mir einfach eine Zahl geben"))
-    # Now append that number to the array
-    array.append(number)
-
-# Now sort them with the Help of the selection sort algorithm
-for i in range(len(array)):
-   min_= i
-   for j in range(i+1, len(array)):
-      if array[min_] > array[j]:
-         min_ = j
-   #swap
-array[i], array[min_] = array[min_], array[i]
-# main
-for i in range(len(array)):
-   print(array[i])

4. Theorie/Insertionsort.drawio

@@ -1 +0,0 @@
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4. Theorie/Quicksort.drawio

@@ -1 +0,0 @@
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4. Theorie/Selectionsort.drawio

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