• Part 2 [10 points]
  • Create a one-dimensional array of type String, call it customers.
  • Use the following data values to populate your simple array as part of the declaration and initialization of the array. Note, this data is a list of 50 randomized names as customer names.

    • "Amy Garrison","Braydon Beil","Bluebell Nguyen","Konrad Sears","Cheryl Salas","Rosanna Meyer","Karis Haley","Enzo Donaldson","Catrina Griffiths","Gregor Payne","Jermaine Jordan","Zakariya Goulding","Mehdi Vickers","Zarah Lozano","Mattie Watkins","Hudson Sheridan","Rahul Tate","Bruno Jefferson","Shaunie Mccallum","Mica Hendrix","Coco Houston","Kayla Stanton","Noel Cooper","Tommie Leonard","Naima Bray","Harley Neville","Sabah Rosas","Kade Mccartney","Bruce Valenzuela","Elif Ireland","Nansi Joseph","KeirBetts","Harvie Barnard","Kady Whitworth","Sadiyah Levine","Sakina Cresswell","Chantel Wu","Harriette Booth","Isla-Mae Edge","Daniela Shepherd","Cosmo Lam","Myron Archer","Caspian Bradford","Elyse Fletcher","Halima Devlin","Humzah Madden","Bevan Donnelly","Piotr Rice","Malikah Mejia","Mujtaba Bassett"

  • Create a two-dimensional array of type double, call it payments.
  • Use the following data to populate your two-dimensional array as part of the declaration and initialization of the array. Note: This data is 50 rows of 13 values per row. Each row represents one customer's account number (first value) and 12 values that represent one payment per month for one year.

    • 1032,47,43,38,61,69,99,47,36,30,99,59,17 1043,93,48,18,57,52,14,55,87,22,52,56,77 1005,71,27,52,41,18,86,43,43,95,21,86,43 1030,13,12,27,81,29,86,31,86,10,54,71,81 1045,40,91,0,27,21,50,89,28,49,87,23,16 1040,25,15,63,88,68,60,77,25,63,73,13,10 1007,24,89,72,49,17,30,96,22,64,56,69,15 1008,45,42,54,27,65,22,75,51,42,43,97,97 1049,15,45,26,81,43,38,70,32,30,78,53,77 1035,21,47,15,28,54,61,15,85,60,95,39,62 1046,42,93,97,13,19,15,67,100,21,64,28,35 1029,90,42,61,75,96,25,12,65,66,39,20,52 1034,75,69,60,78,79,92,38,71,44,41,43,99 1027,60,59,89,22,86,55,83,67,70,24,70,39 1024,54,76,55,33,78,91,24,43,61,58,83,78 1001,94,56,48,30,32,0,0,52,41,46,37,60 1023,53,24,36,54,79,54,37,61,46,65,34,40 1022,21,41,49,74,44,91,82,100,12,26,12,23 1050,94,48,22,19,56,16,72,39,53,11,32,16 1033,82,21,97,69,50,86,16,55,93,72,70,47 1044,49,0,14,28,23,84,0,88,0,88,0,93 1026,26,22,34,63,99,99,50,36,75,64,86,33 1010,47,43,38,64,80,71,23,80,85,31,13,66 1003,36,97,15,25,41,77,44,54,72,20,12,85 1006,86,46,80,63,90,23,91,18,12,83,11,66 1047,80,73,48,28,11,49,76,14,85,67,65,51 1002,27,11,100,39,55,26,29,41,90,48,34,81 1021,94,94,50,16,37,48,56,90,96,25,93,70 1028,13,55,0,69,67,60,35,45,79,71,67,21 1042,80,69,29,47,70,22,42,83,26,54,95,70 1038,30,40,100,90,88,10,39,10,87,14,63,17 1004,30,84,56,28,13,92,51,52,61,91,68,53 1041,62,10,24,95,27,49,27,57,97,71,70,99 1000,10,69,43,91,93,24,74,52,20,76,27,86 1018,100,51,96,23,76,64,28,49,35,72,51,48 1019,22,82,37,26,39,81,81,94,50,80,78,88 1016,88,44,10,78,86,76,0,11,17,49,50,13 1012,57,67,47,41,43,100,66,23,29,18,55,75 1014,21,55,55,66,55,92,51,92,86,43,61,51 1036,42,19,97,27,68,24,69,85,80,43,87,58 1009,20,34,59,49,13,79,13,11,89,33,49,94 1013,36,30,50,77,93,30,97,100,68,41,93,21 1037,90,67,61,88,73,67,11,49,92,75,67,47 1017,32,73,82,30,55,39,48,79,87,31,99,41 1039,41,74,74,90,56,18,84,64,58,88,93,83 1025,32,91,0,0,0,19,87,74,83,64,26,44 1011,99,11,81,74,91,78,92,85,79,59,19,86 1020,35,84,81,73,30,90,95,30,68,51,12,83 1048,57,32,12,75,29,46,71,53,28,65,72,28 1015,16,86,61,44,63,80,48,25,15,30,45,36

  • Each index of the customer array aligns with each index of the payments array, that is customer[0]'s payment history record in the payments array is payments[0].
  • Combine the String array and the integer in a report to the console.
  • Here are the report requirements:
    • Create a user-friendly report header, like this:

      • ------------------------------------------------------------- Customer Payment History ------------------------------------------------------------- Name Account 01 02 03 04 05 06 07 08 09 10 11 12 Standing ------------------------------------------------------------- 

    • Populate the columns as follows:
      • Name comes from the customers array
      • Account comes from the payments array, the first value of each row is the account number.
      • Columns 01 thru 12 are the 12 payment values on each row of the payments array.
      • Standing is a derived value as follows:
        • A record with no 0 payments display "Good"
        • A record with one 0 payment display "Fair"
        • A record with two 0 payments display "Poor"
        • A record with more than two 0 payments display "Closed"
• Part 3 [20 points]
  • Use the two-dimensional array created in Part 2 for Part 3.
  • Write a While Loop Menu System with the following options:

    • --------------------------------------------------- Customer Menu --------------------------------------------------- 1. Find customer by account number. 2. Report customers with any missed payments. 3. Report customers with "Closed" status. 4. Exit --------------------------------------------------- Enter 1, 2, 3, or 4 here: 

  • Menu Option 1: Prompt the user for an account number. Find that account number in the array and print the customer's record to the console in the same format you created in the Customer History report in Part 2. Only print the requested customer, not all.
  • Menu Option 2: Again, using the Customer History report format, print all customer records with 0 payments in any month. Do not print customers who have paid every month.
  • Menu Option 3: Using the Customer History report format, print all customer records who meet the criteria above for "Closed" accounts. Do not print any other customers.
  • Menu Option 4: Exit the program.

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