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Author: Santosh2611

Session 3 - Loops/Session_3_Auto_Pseudocode/Compute_Cube.txt

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+Function Main
+ Declare Integer temp, limit, choice, x, continue
+ Declare Real cube
+ 
+ Assign temp = 1
+ Assign cube = 0
+ Loop
+ Output "MENU: 1. Calculate all the cubes of the numbers before the upper limit. 2. Display all the cubic numbers before the upper limit."
+ Input choice
+ Output "Please specify the upper limit based on your selection!"
+ Input limit
+ If choice==1
+ While temp<(sqrt(limit))
+ Assign cube = temp*temp*temp
+ If cube<=limit
+ Output "The cube of " &temp& " is " &cube& ". "
+ End
+ Assign temp = temp+1
+ End
+ False:
+ If choice==2
+ While temp<=limit
+ Assign cube = temp*temp*temp
+ Output "The cube of " &temp& " is " &cube& ". "
+ Assign temp = temp+1
+ End
+ False:
+ Output "No Output! :( Please enter a number within the given range of numericals displayed in the menu."
+ End
+ End
+ Output "Please enter 1 to continue! To stop, enter any other number from your keypad."
+ Input continue
+ Do continue==1
+End

Session 3 - Loops/Session_3_Auto_Pseudocode/Compute_Harmonic_Series.txt

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+Function Main
+ Declare Integer n
+ Declare Real temp, sum
+ 
+ Assign sum = 0
+ Assign temp = 1
+ Output "Input the number of terms :"
+ Input n
+ While temp<=n
+ Output "1/ " &temp& " + "
+ Assign sum = sum+1/temp
+ Assign temp = temp+1
+ End
+ Output " Sum of Series upto " &n& " : " &sum
+End

Session 3 - Loops/Session_3_Auto_Pseudocode/Conversion_Decimal_Binary.txt

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+Function Main
+ Declare Integer choice, n, continue, binary, rem, temp, decimal
+ 
+ Loop
+ Output "Menu: 1. Decimal to Binary 2. Binary to Decimal 3. Exit"
+ Input choice
+ If choice==1
+ Assign binary = 0
+ Assign temp = 1
+ Output "Enter a number to convert: "
+ Input n
+ Output "The Binary of " &n& " is "
+ While n!=0
+ Assign rem = n%2
+ Assign n = n/2
+ Assign binary = binary+(rem*temp)
+ Assign temp = temp*10
+ End
+ Output ""&binary& ". "
+ False:
+ If choice==2
+ Assign decimal = 0
+ Assign temp = 0
+ Output "Enter a binary to convert: "
+ Input n
+ Output "The number corresponding to " &n& " is "
+ While n!=0
+ Assign rem = n%10
+ Assign n = n/10
+ Assign decimal = decimal+(rem*(2^temp))
+ Assign temp = temp+1
+ End
+ Output ""&decimal& ". "
+ End
+ End
+ Output "To get back, press 1. To terminate the execution, press any other key."
+ Input continue
+ Do continue==1
+End

Session 3 - Loops/Session_3_Auto_Pseudocode/Determine_Prime_Number.txt

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+Function Main
+ Declare Integer num, temp, c
+ 
+ Assign c = 0
+ Output "Input a number :"
+ Input num
+ If num==1
+ Output "1 is neither prime nor composite!"
+ False:
+ For temp = 2 to num/2
+ If num%temp==0
+ Assign c = c+1
+ End
+ End
+ If c==0
+ Output ""&num& " is a prime number."
+ False:
+ Output ""&num& " is not a prime number."
+ End
+ End
+End

Session 3 - Loops/Session_3_Auto_Pseudocode/Display_Fibonacci_Series.txt

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+Function Main
+ Declare Integer first, second, third, n, temp
+ 
+ Assign first = 0
+ Assign second = 1
+ Output "Input number of terms to display :"
+ Input n
+ Output "Here is the Fibonacci series upto " &n& " terms :"
+ Output "" &first& " " &second
+ For temp = 2 to n-1
+ Assign third = first+second
+ Output " " &third
+ Assign first = second
+ Assign second = third
+ End
+End

Session 3 - Loops/Session_3_Auto_Pseudocode/Display_Number_Reverse_Order.txt

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+Function Main
+ Declare Integer num, digit, rev
+ 
+ Assign rev = 0
+ Output "Input a number:"
+ Input num
+ Output "The number " &num& " in reverse order is: "
+ While num!=0
+ Assign digit = num%10
+ Assign rev = (rev*10)+digit
+ Assign num = num/10
+ End
+ Output rev
+End

Session 3 - Loops/Session_3_Auto_Pseudocode/LCM_Using_HCF.txt

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+Function Main
+ Declare Integer i, j, lcm, hcf, n1, n2
+ 
+ Assign hcf = 1
+ Output "Input 1st number for LCM:"
+ Input n1
+ Output "Input 2nd number for LCM:"
+ Input n2
+ If n1<n2
+ Assign j = n1
+ False:
+ Assign j = n1
+ End
+ For i = 1 to j
+ If ((n1%i==0)&&(n2%i==0))
+ Assign hcf = i
+ End
+ End
+ Assign lcm = (n1*n2)/hcf
+ Output "The LCM of " &n1& " and " &n2& " is : " &lcm
+End