1/*
2 Copyright(C) 1998
3 All Rights Reserved. Salih Yurttas, ZCubes, BitsOfCode Software Systems, Inc..
4
5 Permission to use, copy, modify, and distribute this
6 software and its documentation for EDUCATIONAL purposes
7 and without fee is hereby granted provided that this
8 copyright notice appears in all copies.
9
10 date : January 1, 1998.
11 author : Salih Yurttas.
12
13 matrix_00.cpp
14*/
15
16
17#include <iostream>
18
19using namespace std;
20
21#include "matrix.h"
22
23int main(int argc, char* argv[]) {
24
25 Matrix m1(2,2),
26 m2(2,2),
27 m3(2,2);
28
29 m1.assign_element(0,0,1);
30 m1.assign_element(0,1,2);
31 m1.assign_element(1,0,3);
32 m1.assign_element(1,1,4);
33
34 m2.assign_element(0,0,9);
35 m2.assign_element(0,1,8);
36 m2.assign_element(1,0,7);
37 m2.assign_element(1,1,6);
38
39
40 cout << endl;
41 cout << "Retrive:";
42 cout << endl;
43
44 int temp = m1.retrieve_element(1,1);
45
46 m1.put_matrix();
47
48 cout << endl;
49 cout << temp << " was retrieved from 1,1";
50 cout << endl;
51
52 cout << "Assign Element:";
53 cout << endl;
54 cout << "Original Matrix:";
55 cout << endl;
56
57 m1.put_matrix();
58
59 m1.assign_element(0,1,2);
60
61 cout << endl;
62 cout << "with 99 assigned to 0,1:";
63 cout << endl;
64
65 m1.put_matrix();
66
67 cout << endl;
68 cout << "Assignment:";
69 cout << endl;
70 cout << "M1:";
71 cout << endl;
72
73 m1.put_matrix();
74
75 cout << endl;
76 cout << "M2:\n";
77
78 m2.put_matrix();
79
80 m2 = m1;
81
82 cout << endl;
83 cout << "M2 after being assigned M1:";
84 cout << endl;
85
86 m2.put_matrix();
87
88 cout << endl;
89 cout << "Negation:";
90 cout << endl;
91 cout << "M1:";
92 cout << endl;
93
94 m1.put_matrix();
95
96 cout << endl;
97 cout << "M1 after negation:";
98 cout << endl;
99
100 m1.negate();
101 m1.put_matrix();
102
103 cout << endl;
104 cout << "Scalar Multiply:";
105 cout << endl;
106 cout << "M1:";
107 cout << endl;
108
109 m1.put_matrix();
110
111 cout << endl;
112 cout << "M1 after being multiplied by 2:";
113 cout << endl;
114
115 m1 = m1 * 2;
116 m1.put_matrix();
117
118 cout << endl;
119 cout << "Multiply:";
120 cout << endl;
121 cout << "M1:";
122 cout << endl;
123
124 m1.put_matrix();
125
126 cout << endl;
127 cout << "M2:";
128 cout << endl;
129
130 m2.put_matrix();
131
132 cout << endl;
133 cout << "M1*M2:";
134 cout << endl;
135
136 m3 = m1 * m2;
137 m3.put_matrix();
138
139 cout << endl;
140 cout << "Addition:";
141 cout << endl;
142 cout << "M1:";
143 cout << endl;
144
145 m1.put_matrix();
146
147 cout << endl;
148 cout << "M2:";
149 cout << endl;
150
151 m2.put_matrix();
152
153 cout << endl;
154 cout << "M1+M2:";
155 cout << endl;
156
157 m3 = m1 + m2;
158 m3.put_matrix();
159
160 cout << endl;
161 cout << "Subtraction:";
162 cout << endl;
163 cout << "M1:";
164 cout << endl;
165
166 m1.put_matrix();
167
168 cout << endl;
169 cout << "M2:";
170 cout << endl;
171
172 m2.put_matrix();
173
174 cout << endl;
175 cout << "M1-M2:";
176 cout << endl;
177
178 m3 = m1 - m2;
179 m3.put_matrix();
180
181}