1

ASSIGNMENT 4 MORTGAGE AMORTIZATION TABLE WITH COMMA SEPARATED CURRENCY FORMAT

This assignment is to use your existing program of assignment 2 to include additional number formatting functions to format your report in the output file using comma separated currency numbers. Your Input Data Set for the test run is as follows:

Your submission should follow the format as shown in the following submission example (partial codes are provided here):

// Author: John Doe

// CIS 3100 BMWA Spring 2018

// Assignment 4

#include

#include

#include

#include

using namespace std;

int length(double n)

{

if (n >= 10)

{

int d = log10(n);

return d + d / 3 + 4;

}

else

return 4;

}

void commaNumber(ofstream& o, double x)

{

int n, f; // n is integer part and f is the fraction

x = round(x * 100) / 100;

Your code is here..

}

2

void blanks(ofstream& o, int n)

{

for (int i = 1; i

o

}

void printAccountNumber(ofstream& o, double x, int s, int c) // x is the number, s is the total number of spaces, c is position - 1 for left, 2 for centerm 3 for right-justified

{

int b = s - length(x);

int h = b / 2;

switch (c)

{

case 1:

commaNumber(o, x);

blanks(o, b);

break;

case 2:

blanks(o, h);

commaNumber, (o, x);

blanks(o, b - h);

break;

case 3:

blanks(o, b);

commaNumber(o, x);

break;

default:

cout

break;

}

}

int main()

{

const int SPACE = 12;

double loanAmount, intRate, addtlPrincipal;

int years;

.Your code is here ..

string fileName;

cout

cin >> fileName;

ofstream outFile(fileName);

double monIntRate = intRate / 1200;

double mthlyPymt = loanAmount*monIntRate / (1 - 1 / pow(1 + monIntRate, years * 12));

double actPymt = mthlyPymt + addtlPrincipal;

double balance = loanAmount;

double interest;

double principal;

3

outFile

outFile

outFile

printAccountNumber(outFile, loanAmount, SPACE, 3);

outFile

outFile

outFile

outFile

printAccountNumber(outFile, mthlyPymt, SPACE, 3);

outFile

outFile

printAccountNumber(outFile, addtlPrincipal, SPACE, 3);

outFile

outFile

printAccountNumber(outFile, actPymt, SPACE, 3);

outFile

outFile

blanks(outFile, SPACE - 9);

outFile

blanks(outFile, SPACE - 8);

outFile

blanks(outFile, SPACE - 7);

outFile

. Your code is here

outFile.close();

system("pause");

return 0;

}

4

MORTGAGE AMORTIZATION TABLE

Amount: $ 298,000.00

Interest Rate: 4.625%

Term(Years): 10

Monthly Payment: $ 3,106.40

Additonal Principal: $ 709.64

Actual Payment: $ 3,816.05

Principal Interest Balance

1 $ 2,667.51 $ 1,148.53 $ 295,332.47

2 2,677.80 1,138.25 292,654.67

3 2,688.11 1,127.94 289,966.55

4 2,698.48 1,117.57 287,268.07

5 2,708.88 1,107.18 284,559.19

6 2,719.32 1,096.74 281,839.86

7 2,729.80 1,086.25 279,110.05

8 2,740.32 1,075.74 276,369.73

9 2,750.88 1,065.18 273,618.84

10 2,761.48 1,054.56 270,857.35

11 2,772.13 1,043.93 268,085.22

12 2,782.82 1,033.25 265,302.40

13 2,793.53 1,022.51 262,508.86

14 2,804.30 1,011.75 259,704.55

15 2,815.11 1,000.94 256,889.44

16 2,825.96 990.09 254,063.47

17 2,836.86 979.20 251,226.60

18 2,847.78 968.26 248,378.82

19 2,858.76 957.28 245,520.04

20 2,869.78 946.27 242,650.26

21 2,880.84 935.21 239,769.42

22 2,891.94 924.11 236,877.47

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23 2,903.09 912.97 233,974.36

24 2,914.28 901.77 231,060.07

25 2,925.51 890.53 228,134.57

26 2,936.78 879.26 225,197.76

27 2,948.11 867.95 222,249.66

28 2,959.46 856.59 219,290.17

29 2,970.88 845.17 216,319.29

30 2,982.32 833.73 213,336.97

31 2,993.82 822.24 210,343.14

32 3,005.36 810.70 207,337.77

33 3,016.94 799.11 204,320.82

34 3,028.57 787.49 201,292.26

35 3,040.25 775.80 198,252.01

36 3,051.96 764.10 195,200.04

37 3,063.73 752.33 192,136.30

38 3,075.53 740.52 189,060.77

39 3,087.38 728.66 185,973.39

40 3,099.28 716.76 182,874.10

41 3,111.23 704.83 179,762.85

42 3,123.23 692.84 176,639.64

43 3,135.26 680.79 173,504.36

44 3,147.34 668.71 170,357.02

45 3,159.48 656.58 167,197.54

46 3,171.65 644.40 164,025.89

47 3,183.88 632.17 160,842.01

48 3,196.15 619.90 157,645.85

49 3,208.46 607.59 154,437.39

50 3,220.82 595.23 151,216.55

51 3,233.25 582.80 147,983.30

52 3,245.71 570.35 144,737.60

53 3,258.21 557.84 141,479.38

54 3,270.78 545.28 138,208.60

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55 3,283.38 532.67 134,925.22

56 3,296.03 520.01 131,629.17

57 3,308.73 507.31 128,320.44

58 3,321.48 494.56 124,998.94

59 3,334.30 481.76 121,664.64

60 3,347.15 468.92 118,317.50

61 3,360.05 456.01 114,957.46

62 3,373.00 443.06 111,584.46

63 3,386.00 430.06 108,198.47

64 3,399.05 417.00 104,799.41

65 3,412.15 403.91 101,387.27

66 3,425.30 390.75 97,961.97

67 3,438.50 377.56 94,523.47

68 3,451.75 364.31 91,071.72

69 3,465.05 351.00 87,606.66

70 3,478.40 337.64 84,128.25

71 3,491.82 324.24 80,636.42

72 3,505.28 310.79 77,131.16

73 3,518.78 297.27 73,612.36

74 3,532.34 283.70 70,080.02

75 3,545.96 270.10 66,534.05

76 3,559.63 256.43 62,974.43

77 3,573.34 242.71 59,401.08

78 3,587.11 228.93 55,813.95

79 3,600.94 215.12 52,213.01

80 3,614.82 201.24 48,598.19

81 3,628.76 187.31 44,969.44

82 3,642.73 173.31 41,326.69

83 3,656.78 159.28 37,669.91

84 3,670.88 145.18 33,999.04

85 3,685.01 131.03 30,314.00

86 3,699.23 116.84 26,614.77

7

87 3,713.48 102.57 22,901.29

88 3,727.80 88.26 19,173.50

89 3,742.15 73.90 15,431.34

90 3,756.59 59.46 11,674.75

91 3,771.07 45.00 7,903.68

92 3,785.59 30.46 4,118.09

93 3,800.19 15.86 317.89

94 317.89 1.23 0.00

This assignment is to use your existing program of assignment 2 to include additional number formatting functions to format your report in the output file using comma separated currency numbers. Your Input Data Set for the test run is as follows: CWindowslsystem32\cmd.exe Enter Loan amount G-9999999>. for example 300000.90 500600 Enter annual interest rate(0-50), for example 4.25 mean ing 4.25%: 4.125 Enter no. of years as integex 1-50for example 30: 15 Enter additional principal per month (0-9999999>. for example 300: 800 Send the mortgage amortization table to a file #include using namespace std; int length(double n) if(n>= 10) int d = log10(n); return d+ d / 3 + 4; else return 4; void commaNumber(ofstream& o, double x) int n, f; // n is integer part and f is the fraction x round (X * 100) / 100