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IO/Calculator.py

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+#Library import
+import math
+
+
+#Startup
+out = 0
+print("""
+                                                                                                          
+,--------.                    ,--.                                        ,--.                            
+'--.  .--',--,--. ,---.  ,---.|  ,---.  ,---. ,--,--, ,--.--. ,---.  ,---.|  ,---. ,--,--,  ,---. ,--.--. 
+   |  |  ' ,-.  |(  .-' | .--'|  .-.  || .-. :|      \|  .--'| .-. :| .--'|  .-.  ||      \| .-. :|  .--' 
+   |  |  \ '-'  |.-'  `)\ `--.|  | |  |\   --.|  ||  ||  |   \   --.\ `--.|  | |  ||  ||  |\   --.|  |    
+   `--'   `--`--'`----'  `---'`--' `--' `----'`--''--'`--'    `----' `---'`--' `--'`--''--' `----'`--'    
+                
+                                    =================
+                                           Alpha 1.0
+                                             Build 1
+                                           28.05.21
+                       
+                       """)
+
+#Userinput
+i = input("Rechung eingeben: ")
+
+#Separation
+l = i.split()
+x1 = l.pop(0)
+x = int(x1)
+
+#Calculation
+if len(l) == 1:
+    print("Wrong entry, retry, use spaces in between numbers and operands.")
+else:
+    while len(l) > 1:
+        y1 = l.pop(1)
+        y = int(y1)
+        if "*" in l:
+            out = x * y
+
+        elif "+" in l:
+            out = x + y
+
+        elif "-" in l:
+            out = x - y
+
+        elif "/" or ":" in l:
+            out = x / y
+    
+        elif "^" or "**" in l:
+            out = x ** y
+            
+        elif "<>" in l:
+            math.sqrt(x)
+
+        else:
+            print("unkown operand, retry")
+    
+        if len(l) != 0:
+            operand = l.pop(0)
+            x = out
+        else:
+            print("The result is:")
+    
+
+#Output
+print(out)

IO/Coinflip.py

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+import random
+
+
+st1 = 0
+st2 = 0
+st3 = 3
+st2a = 0
+anzahl = 0
+
+go = 1
+
+
+while go == 1:
+    zahl = random.randint(1,2)
+    
+    if st1 == st2:
+        if st2a == st3:
+            go = 0
+        else:
+            anzahl += 1
+            st3 = st2
+            st2 = st1
+            st2a = st1
+            st1 = zahl
+            if zahl == 1:
+                print("K")
+            else:
+                print("N")
+        
+    else:
+        anzahl += 1
+        st3 = st2
+        st2 = st1
+        st2a = st1
+        st1 = zahl
+        if zahl == 1:
+            print("K")
+        else:
+            print("N")
+print("Took", anzahl, "tries")

IO/Eingabe Umwandlung easy.py

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+eingabe = int(input("Zahl im Dezimalsystem: "))
+system = int(input("Zahlensystem: "))
+
+
+if system == 2:
+    y = bin(eingabe)
+    print("Resultat:", y)
+    
+elif system == 16:
+    y = hex(eingabe)
+    print("Resultat:", y)
+    
+elif system == 8:
+    y = oct(eingabe)
+    print("Resultat:", y)
+    
+else:
+    print("wrong")
+
+
+

IO/Frankengewinnspiel.py

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+#FRANKENGEWINNSPIEL
+#-------------------------------------------------
+
+
+#Import of Modules and setup variables
+#import turtle
+
+#Definition of Turtle instances
+
+
+
+#Preparations, so setup of the game output window and choice of diffrent gamemodes
+programchoice = 200
+while (programchoice < 1) or (programchoice > 99):
+    programchoice = programchoice = int(input("Welcher Modus? 1 = Normales Spiel, 2 = Liste aller Gewinne mit angabe des Höchsten, 3 = angabe des höchsten Gewinnes, 4 = andgabe des höchsten erreichbaren Feldes: "))
+    if (programchoice < 1) or (programchoice > 99):
+        print("Number not within designated range. Try again")
+    print("Willkommen")
+
+
+    
+#MAINGAME
+#-----------------------
+def playgame(field):
+    global winning
+    winning = 0
+    while field > 1:
+        if (field % 2) == 1:
+            next = field * 3 + 1
+            winning += next
+            field = next
+        else:
+            next = field / 2
+            winning += next
+            field = next 
+ 
+#GAMEMODE 1
+#-------------------------
+def gamemode1():
+    s = 200
+    while (s < 1) or (s > 99):
+        s = int(input("Zahl: "))
+        if (s < 1) or (s > 99):
+            print("Number not within designated range. Try again")
+    print("Ok")
+    fieldint = s
+    playgame(fieldint)
+    global winning
+    print("Your winnings:", winning)
+
+
+#GAMEMODE 2
+#--------------------------
+def gamemode2():
+    fieldascending = 1
+    for i in range(99):
+        playgame(fieldascending)
+        print("You win",winning,"with startpoint",fieldascending)
+        fieldascending += 1
+        
+#GAMEMODE 3
+#--------------------------
+def gamemode3():
+    fieldascending = 1
+    global winning
+    currentwinning = 0
+    currentfield = 0
+    for i in range(99):
+        playgame(fieldascending)
+        if winning > currentwinning:
+            currentwinning = winning
+            currentfield = fieldascending
+        fieldascending += 1
+    print("Biggest possible winning is", currentwinning,"on field", currentfield)
+    
+#GAMEMODE 4
+#-----------------------------
+def gamemode4():
+    fieldascending = 1
+    global winning
+    currentwinning = 0
+    currentfield = 0
+    biggestfield = 0
+    for i in range(99):
+        field = fieldascending
+        while field > 1:
+            if (field % 2) == 1:
+                next = field * 3 + 1
+                field = next
+                if next > biggestfield:
+                    biggestfield = next
+                    currentfield = fieldascending
+            else:
+                next = field / 2
+                field = next
+        fieldascending += 1
+    print("Biggest possible field is", biggestfield,"on startfield", currentfield)   
+
+#RUN
+#-------------------------
+if programchoice == 1:
+    gamemode1()
+    
+elif programchoice == 2:
+    gamemode2()
+    
+elif programchoice == 3:
+    gamemode3()
+    
+else:
+    gamemode4()

IO/Idioms.py

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+#Idioms
+import random
+
+#Check user input
+s = 200
+
+while (s < 1) or (s > 99):
+    s = int(input("Zahl: "))
+    if (s < 1) or (s > 99):
+        print("Number not within designated range. Try again")
+
+print("Ok")
+
+
+#Find biggest number
+output = 0
+for i in range(100):
+    n = random.randint(1, 1000)
+    if n > output:
+        output = n
+    
+print(output)
+
+
+#Summ up
+summ = 0
+for i in range(100):
+    n = random.randint(1, 1000)
+    summ += n
+    
+print(summ)
+
+
+#even or uneven?
+z = random.randint(1, 1000)
+if (z % 2) == 1:
+    print("odd")
+else:
+    print("even")

IO/Input + outupt.py

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+import math
+
+#Eingabe
+s = int(input("Seitenlänge: "))
+
+
+#Verarbeitung
+for i in range(s):
+    print(s * "* ")
+
+
+
+

IO/Umwandlung Zahlensysteme.py

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+eingabe = int(input("Zahl im Dezimalsystem: "))
+system = int(input("Zahlensystem: "))
+
+y = eingabe
+out = 0
+stelle = 1
+
+while y > 0:
+    y = y // system
+    outadd = y % system
+    out += (outadd * stelle)
+    stelle *= 10
+    
+    
+print(out)

IO/Zeit des Lichts zur Erde.py

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+c = (1.4962375e8 / 2.99792458e5)/60
+
+print(c)

IO/Zufall Not quite.py

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+import time
+
+a = 5
+c = 1
+m = 32
+x = int(time.time()) % m
+
+for i in range(10):
+    x = (a*x + c) % m
+    print(x)