Update Project2_Fhernandez_BSchroeder.cpp

1 files changed, 27 insertions, 27 deletions

diff --git a/Project2_Fhernandez_BSchroeder/Project2_Fhernandez_BSchroeder.cpp b/Project2_Fhernandez_BSchroeder/Project2_Fhernandez_BSchroeder.cpp
index 2e0a328..021cde0 100644
--- a/Project2_Fhernandez_BSchroeder/Project2_Fhernandez_BSchroeder.cpp
+++ b/Project2_Fhernandez_BSchroeder/Project2_Fhernandez_BSchroeder.cpp
@@ -60,23 +60,23 @@
 // AGILE QUESTIONS for  Benjamin Schroeder
 // (ie    1)What specific task?   2)What do I know about the specific task?  3)What do I not know about the specific task?   )
 // 10/26/2021	1) I will begin to draw up psuedocode for the functions in the project,
-//				2) I know how to do most of the operations involved in the project, however, 
-//				3) I do not know how exactly to build the addition and multiplication tables.
+//		2) I know how to do most of the operations involved in the project, however, 
+//		3) I do not know how exactly to build the addition and multiplication tables.
 // 10/30/2021	1) I will begin coding the program functions starting with GetData() and go down the list as they are introduced in 
-//					ch7, 8, and 9.
-//				2) I know I will be testing as I go, so I will see results pretty readily.  
-//				3) I do not know how to do 4 of the functions right off hand, the addition and multiplication tables, ReverseDigits(), and 
-//					DigitAtPosition()
+//		ch7, 8, and 9.
+//		2) I know I will be testing as I go, so I will see results pretty readily.  
+//		3) I do not know how to do 4 of the functions right off hand, the addition and multiplication tables, ReverseDigits(), and 
+//		DigitAtPosition()
 // 11/01/2021   1) I will begin running the program and see if I can find any things that need changing 
-//				2) I know I will find mistakes and unaesthetic problems in the program as the code is still very much a scratch draft.  
-//				3) Not sure if I will fix everything I see or wait to talk to Freddy about what his thoughts are on the Project.
+//		2) I know I will find mistakes and unaesthetic problems in the program as the code is still very much a scratch draft.  
+//		3) Not sure if I will fix everything I see or wait to talk to Freddy about what his thoughts are on the Project.
 // 11/04/2021   1) I will begin toubleshooting the program.
-//				2) I will probably find some errors upon testing every function with: Positive, Negative, and Zero.
-//				3) Not sure exactly where the errors are going to show up.
-//					-  Found some major things that needed addressed.  Fixed function inputs
+//		2) I will probably find some errors upon testing every function with: Positive, Negative, and Zero.
+//		3) Not sure exactly where the errors are going to show up.
+//			-  Found some major things that needed addressed.  Fixed function inputs
 // 11/05/2021	1) I will do some more rins of the program looking for errors or undesireable effects.
-//				2) There is still a bit of a flow problem in the program, but all in all the program works as it should.
-//				3) I don't know that anymore fixes need to take place.
+//		2) There is still a bit of a flow problem in the program, but all in all the program works as it should.
+//		3) I don't know that anymore fixes need to take place.
 //
 // 
 // 
@@ -140,9 +140,9 @@
 // void IsPosNeg(number)
 //	There will be 3 possibilties,  Positive, negative, and zero
 //	(If, If Else, and Else statements will be used for each possibility)
-//  If number > 0  ....cout number is positive
+//      If number > 0  ....cout number is positive
 //	If number < 0  ....cout number is negative
-//  If number == 0  .... cout zero is neither pos or neg
+//      If number == 0  .... cout zero is neither pos or neg
 //	Then Call DisplayMenu()  to start the program back through
 // 
 // 
@@ -151,7 +151,7 @@
 //	Either the number leaves a remainder when divided by 2, or it does not.
 //	If there is a remainder from number%2,  the number is odd....   cout odd
 //	If there is no remainder from number%2, the number is even...   cout even
-//  Then call DisplayMenu() to start the program back through
+//      Then call DisplayMenu() to start the program back through
 // 
 // 
 //////////////////////////////////////////// 
@@ -159,7 +159,7 @@
 //	There will be 3 possibilties for this function: Positive numbers, negative, and or zero
 //	IF number > 0 ...  use sqrt(number) ..cout the squareroot.
 //	IF number < 0 ...  cout "negative numbers do not have squareroots"
-//  IF number ==0  ... cout " zero doesn't have a squareroot"
+//      IF number ==0  ... cout " zero doesn't have a squareroot"
 //	Then call DisplayMenu() to start the program back through
 // 
 // 
@@ -167,7 +167,7 @@
 // void ChangeSign(number)
 //	There are 2 possibilities for this function:  Postive or negative numbers
 //	If number > 0  ...subtract the number from 0 and cout the result
-//  If number < 0   cout the absolute value of the number
+//      If number < 0   cout the absolute value of the number
 //	Then call DisplayMenu() to start the program back through
 // 
 // 
@@ -176,8 +176,8 @@
 // Every digit adds a factor OF 10 to the number... 
 //	Dividing "number" by 10 and counting how many times we do this while the number is still >=1
 //	will give us how many digits the original number had.
-//  count = 0
-//  while (number >= 1)
+//      count = 0
+//      while (number >= 1)
 //		number = number/10
 //		count = count+1
 //	cout the count
@@ -195,19 +195,19 @@
 // 
 /////////////////////////////////////////////
 // void ReverseDigits(number)
-// find the remainder at each digit position by using number%10 and record this "remainder"
-// Construct a "reversed number" by adding this remainder to an accumulative "reversed number *10"
-// Iterate through the entire number by redefining the number to "itself divided by 10" (to more to the next digit position)
-// cout the reversed number
-// Then call DisplayMenu() to start the program back through
+//      find the remainder at each digit position by using number%10 and record this "remainder"
+//      Construct a "reversed number" by adding this remainder to an accumulative "reversed number *10"
+//      Iterate through the entire number by redefining the number to "itself divided by 10" (to more to the next digit position)
+//      cout the reversed number
+//      Then call DisplayMenu() to start the program back through
 // 
 // 
 ///////////////////////////////////////////////// 
 // void DisplatAdditionTable()
 //	This will be a 12 by 12 table
-//  we will need an array of numbers 1 thru 12 to represent the horizontal row at the top of the table
+//      we will need an array of numbers 1 thru 12 to represent the horizontal row at the top of the table
 //	We will need an additional array of numbers 1 thru 12 representing the vertical column on the left side of the table
-//  A for loop can be utilized to cout each row of the table by iterating through each entry of the vertical array
+//      A for loop can be utilized to cout each row of the table by iterating through each entry of the vertical array
 //		A for loop within the above for loop will handle the calculations (adding results) of whichever horizontal item with 
 //		the particular row (vertical item from the outside for loop)  cout of each calculation will contruct the table row by row. 	 
 //	Then call DisplayMenu() to start the program back through