Added notes to it

Co-authored-by: seaswimmerthefsh@gmail.com <seaswimmerthefsh@gmail.com>

Idk tbh/I have no clue

@@ -0,0 +1,7 @@
+Nested conditional 
+if x > 10: 
+    if y > 10: 
+        result = "Both greater" 
+        else: result = "x is greater" 
+        else: result = "x is not greater" # Equivalent single conditional if x > 10 and y > 10: result = "Both greater" elif x > 10: result = "x is greater" else: result = "x is not greater"
+function    

blastoff/main.py

@@ -1,26 +1,31 @@
-from time import sleep
+from time import (
+    sleep,  #the sleep function adds a delay, allowing time to tick down by a second rather than instantly
+)
+
+    sleep  # the sleep function adds a delay, allowing time to tick down by a second rather than instantly
+
 
 def countdown(n: int) -> None:
-    if n <= 0:
+    if n <= 0:                      #If a number is less than or equal to 0, 
-        print('Blastoff!')
+        print('Blastoff!')          #Blastoff! is printed, else
     else:
-        print(n)
+        print(n)                    #we print the current number inputted, 
-        sleep(1)
+        sleep(1)                    #The code is delayed by a second to replicate an actual countdown
-        countdown(n-1)
+        countdown(n-1)              #The code deducts 1 from our inputted number, until it reaches 0.
 
 def countup(n: int) -> None:        
-    if n >= 0:
+    if n >= 0:                  #we're definining the countup function, if a number is 0 or greater
-        print('Blastoff!')
+        print('Blastoff!')      #if the above condition is met, Blastoff! is printed, else
     else:
-        print(n)
+        print(n)                #we print the number
-        sleep(1)
+        sleep(1)                #delay the code by a second to match an actual countdown(countup in this instance)
-        countup(n+1)
+        countup(n+1)            #We add 1 to our number, since with a countup, we'll be dealing with negatives going towards 0
 
-def count(n: int) -> None:
+def count(n: int) -> None:        #this part of the code checks to see if a number is positive or negative
-    if int(n) >= 0:
+    if int(n) >= 0:               #We're checking for if a positive number is inputted, or negative    
-        countdown(n)
+        countdown(n)              #If positive, we'll utilize the Countdown function
     else:
-        countup(n)
+        countup(n)                #If negative, we'll utilize the countup function
 
 if __name__ == "__main__":              
     num = input("Enter a number: ")         

division/main.py

@@ -6,20 +6,28 @@ RESET = "\033[0m"  # Reset to default color
 
 
 def divide(x: float, y: float) -> float | None:
-    try:
+    try:  # This function checks to see if we can convert the input into a float
-        x = float(x)
+        x = float(x)  # Tries to convert the x argument into a float
-        y = float(y)
+        y = float(y)  # tries to convert the y argument into a float
     except ValueError:
-        return print(f"{RED}You cannot divide by strings!{RESET}")
+        return print(
+            f"{RED}You cannot divide by strings!{RESET}"
+        )  # if the input was unable to be turned into a float, it prints out an error stating that you cannot print out strings
 
-    if y == 0:
+    if y == 0:  # This argument checks to see if the inputted y is a 0
-        return print(f"{RED}You cannot divide by 0!{RESET}")  # you don't divide by zero
+        return print(
+            f"{RED}You cannot divide by 0!{RESET}"
+        )  # If the Y does check out to be a zero, we print out the error that you cannot divide by zero
     return float(x / y)
 
 
 if __name__ == "__main__":
-    x = input(f"{BLUE}Input a number to divide:{RESET} ")
+    x = input(
-    y = input(f"{BLUE}Input a number to divide by:{RESET} ")
+        f"{BLUE}Input a number to divide:{RESET} "
+    )  # Allows us to input a number for X to divide
+    y = input(
+        f"{BLUE}Input a number to divide by:{RESET} "
+    )  # Allows us to input a number for Y to divide x by
     result = divide(x, y)
     if result is not None:
         print(f"{GREEN}{result}{RESET}")