Data structures and algorithms in C++
Data structures and algorithms in C++
2nd Edition
ISBN: 9780470460443
Author: Goodrich
Publisher: WILEY
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Chapter 4, Problem 2P
Program Plan Intro

Experimental analysis

Program plan:

  • Declare header file.
  • Declare namespace.
  • Define the method “Ex1()”,
    • Declare the variable.
    • Set the first array value.
    • Execute till “n-1”,
      • Update sum value.
    • Return sum value.
  • Define the method “Ex2()”,
    • Declare the variable.
    • Set the first array value.
    • Execute for “i” value from “2” to “n-1”,
      • Update sum value.
    • Return sum value.
  • Define the method “Ex3()”,
    • Declare and initialize the variable.
    • Execute for “i” value from “1” to “n-1”,
      • Update sum value.
      • Execute for “j” value from “1” to “i”,
        • Update sum value.
    • Return sum value.
  • Define the method “Ex4()”,
    • Declare and initialize the necessary variables.
    • Execute for “i” value from “1” to “n-1”,
      • Update sum value.
      • Update “t” value.
    • Return “t” value.
  • Define the method “Ex5()”,
    • Declare and initialize the variable.
    • Execute for “i” value from “0” to “n-1”,
      • Declare and initialize the variable to “0”.
      • Execute for “j” value from “0” to “n-1”,
        • Update sum value.
        • Execute for “k” value from “1” to “j”,
          • Update the sum value.
            • Check whether first value of second array is same as sum,
              • If it is true, increment “c” value.
    • Return “c” value.
  • Define the method “main()”,
    • Declare the necessary array variables.
    • Execute for “i” value from “0” to “n-1”,
      • Update both array values.
    • Construct two clock objects.
    • Declare the variable.
    • Initialize “t1” object.
    • Assign the value returned from “Ex1()”.
    • Initialize “t2” object.
    • Compute the difference of two object values.
    • Compute seconds.
    • Print seconds.
    • Initialize “t1” object.
    • Assign the value returned from “Ex2()”.
    • Initialize “t2” object.
    • Compute the difference of two object values.
    • Compute seconds.
    • Print seconds.
    • Initialize “t1” object.
    • Assign the value returned from “Ex3()”.
    • Initialize “t2” object.
    • Compute the difference of two object values.
    • Compute seconds.
    • Print seconds.
    • Initialize “t1” object.
    • Assign the value returned from “Ex4()”.
    • Initialize “t2” object.
    • Compute the difference of two object values.
    • Compute seconds.
    • Print seconds.
    • Initialize “t1” object.
    • Assign the value returned from “Ex5()”.
    • Initialize “t2” object.
    • Compute the difference of two object values.
    • Compute seconds.
    • Print seconds.
    • Return “0”.

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