diff --git a/d1/d21/quick__sort_8cpp.html b/d1/d21/quick__sort_8cpp.html index 81349c5cf..4191c5a26 100644 --- a/d1/d21/quick__sort_8cpp.html +++ b/d1/d21/quick__sort_8cpp.html @@ -214,48 +214,48 @@ Functions

Main function.

Returns
0 on exit
-

Definition at line 202 of file quick_sort.cpp.

-
202 {
-
203 int choice = 0;
-
204
-
205 std::cout << "\tAvailable modes\t\n\n";
-
206 std::cout << "1. Self-tests mode\n2. Interactive mode";
-
207
-
208 std::cout << "\nChoose a mode: ";
-
209 std::cin >> choice;
-
210 std::cout << "\n";
-
211
-
212 while ((choice != 1) && (choice != 2)) {
-
213 std::cout << "Invalid option. Choose between the valid modes: ";
-
214 std::cin >> choice;
-
215 }
-
216
-
217 if (choice == 1) {
-
218 std::srand(std::time(nullptr));
-
219 tests(); // run self-test implementations
-
220 } else if (choice == 2) {
-
221 int size = 0;
-
222 std::cout << "\nEnter the number of elements: ";
-
223
-
224 std::cin >> size;
-
225 std::vector<float> arr(size);
-
226
-
227 std::cout
-
228 << "\nEnter the unsorted elements (can be negative/decimal): ";
-
229
-
230 for (int i = 0; i < size; ++i) {
-
231 std::cout << "\n";
-
232 std::cin >> arr[i];
-
233 }
-
234 sorting::quick_sort::quick_sort(&arr, 0, size - 1);
-
235 std::cout << "\nSorted array: \n";
-
236 sorting::quick_sort::show(arr, size);
-
237 }
-
238 return 0;
-
239}
-
tests
static void tests()
Self-test implementations.
Definition quick_sort.cpp:136
-
sorting::quick_sort::quick_sort
void quick_sort(std::vector< T > *arr, const int &low, const int &high)
the main function that implements Quick Sort.
Definition quick_sort.cpp:87
-
sorting::quick_sort::show
void show(const std::vector< T > &arr, const int &size)
Utility function to print the array contents.
Definition quick_sort.cpp:124
+

Definition at line 213 of file quick_sort.cpp.

+
213 {
+
214 int choice = 0;
+
215
+
216 std::cout << "\tAvailable modes\t\n\n";
+
217 std::cout << "1. Self-tests mode\n2. Interactive mode";
+
218
+
219 std::cout << "\nChoose a mode: ";
+
220 std::cin >> choice;
+
221 std::cout << "\n";
+
222
+
223 while ((choice != 1) && (choice != 2)) {
+
224 std::cout << "Invalid option. Choose between the valid modes: ";
+
225 std::cin >> choice;
+
226 }
+
227
+
228 if (choice == 1) {
+
229 std::srand(std::time(nullptr));
+
230 tests(); // run self-test implementations
+
231 } else if (choice == 2) {
+
232 int size = 0;
+
233 std::cout << "\nEnter the number of elements: ";
+
234
+
235 std::cin >> size;
+
236 std::vector<float> arr(size);
+
237
+
238 std::cout
+
239 << "\nEnter the unsorted elements (can be negative/decimal): ";
+
240
+
241 for (int i = 0; i < size; ++i) {
+
242 std::cout << "\n";
+
243 std::cin >> arr[i];
+
244 }
+
245 sorting::quick_sort::quick_sort(&arr, 0, size - 1);
+
246 std::cout << "\nSorted array: \n";
+
247 sorting::quick_sort::show(arr, size);
+
248 }
+
249 return 0;
+
250}
+
tests
static void tests()
Self-test implementations.
Definition quick_sort.cpp:147
+
sorting::quick_sort::quick_sort
void quick_sort(std::vector< T > *arr, const int &low, const int &high)
the main function that implements Quick Sort.
Definition quick_sort.cpp:98
+
sorting::quick_sort::show
void show(const std::vector< T > &arr, const int &size)
Utility function to print the array contents.
Definition quick_sort.cpp:135
@@ -300,25 +300,32 @@ template<typename T> -
Returns
index of the smaller element
+
Returns
index of the smaller element
+

+Time Complexity

+

best case, average Case: O(nlog(n)) Worst Case: O(n^2) (Worst case occur when the partition is consistently unbalanced.)

+

+Space Complexity

+

average Case: O(log(n)) Worst Case: O(n)
+ It's space complexity is due to the recursive function calls and partitioning process.

-

Definition at line 59 of file quick_sort.cpp.

-
59 {
-
60 T pivot = (*arr)[high]; // taking the last element as pivot
-
61 int i = (low - 1); // Index of smaller element
-
62
-
63 for (int j = low; j < high; j++) {
-
64 // If current element is smaller than or
-
65 // equal to pivot
-
66 if ((*arr)[j] <= pivot) {
-
67 i++; // increment index of smaller element
-
68 std::swap((*arr)[i], (*arr)[j]);
-
69 }
-
70 }
-
71
-
72 std::swap((*arr)[i + 1], (*arr)[high]);
-
73 return (i + 1);
-
74}
+

Definition at line 70 of file quick_sort.cpp.

+
70 {
+
71 T pivot = (*arr)[high]; // taking the last element as pivot
+
72 int i = (low - 1); // Index of smaller element
+
73
+
74 for (int j = low; j < high; j++) {
+
75 // If current element is smaller than or
+
76 // equal to pivot
+
77 if ((*arr)[j] <= pivot) {
+
78 i++; // increment index of smaller element
+
79 std::swap((*arr)[i], (*arr)[j]);
+
80 }
+
81 }
+
82
+
83 std::swap((*arr)[i + 1], (*arr)[high]);
+
84 return (i + 1);
+
85}
@@ -364,17 +371,17 @@ template<typename T> -

Definition at line 87 of file quick_sort.cpp.

-
87 {
-
88 if (low < high) {
-
89 int p = partition(arr, low, high);
-
90
-
91 quick_sort(arr, low, p - 1);
-
92 quick_sort(arr, p + 1, high);
-
93 }
-
94}
+

Definition at line 98 of file quick_sort.cpp.

+
98 {
+
99 if (low < high) {
+
100 int p = partition(arr, low, high);
+
101
+
102 quick_sort(arr, low, p - 1);
+
103 quick_sort(arr, p + 1, high);
+
104 }
+
105}
quick_sort
Functions for the Quick sort implementation in C++.
-
sorting::quick_sort::partition
int partition(std::vector< T > *arr, const int &low, const int &high)
Sorts the array taking the last element as pivot.
Definition quick_sort.cpp:59
+
sorting::quick_sort::partition
int partition(std::vector< T > *arr, const int &low, const int &high)
Sorts the array taking the last element as pivot.
Definition quick_sort.cpp:70
@@ -420,16 +427,16 @@ template<typename T> -

Definition at line 107 of file quick_sort.cpp.

-
107 {
-
108 if (low < high) {
-
109 int p = partition(&arr, low, high);
-
110
-
111 quick_sort(&arr, low, p - 1);
-
112 quick_sort(&arr, p + 1, high);
-
113 }
-
114 return arr;
-
115}
+

Definition at line 118 of file quick_sort.cpp.

+
118 {
+
119 if (low < high) {
+
120 int p = partition(&arr, low, high);
+
121
+
122 quick_sort(&arr, low, p - 1);
+
123 quick_sort(&arr, p + 1, high);
+
124 }
+
125 return arr;
+
126}
@@ -464,11 +471,11 @@ template<typename T>
Returns
void
-

Definition at line 124 of file quick_sort.cpp.

-
124 {
-
125 for (int i = 0; i < size; i++) std::cout << arr[i] << " ";
-
126 std::cout << "\n";
-
127}
+

Definition at line 135 of file quick_sort.cpp.

+
135 {
+
136 for (int i = 0; i < size; i++) std::cout << arr[i] << " ";
+
137 std::cout << "\n";
+
138}
@@ -498,68 +505,68 @@ template<typename T>

Self-test implementations.

Returns
void
-

Definition at line 136 of file quick_sort.cpp.

-
136 {
-
137 // 1st test (normal numbers)
-
138 std::vector<uint64_t> arr = {5, 3, 8, 12, 14, 16, 28, 96, 2, 5977};
-
139 std::vector<uint64_t> arr_sorted = sorting::quick_sort::quick_sort(
-
140 arr, 0, int(std::end(arr) - std::begin(arr)) - 1);
-
141
-
142 assert(std::is_sorted(std::begin(arr_sorted), std::end(arr_sorted)));
-
143 std::cout << "\n1st test: passed!\n";
-
144
-
145 // 2nd test (normal and negative numbers)
-
146 std::vector<int64_t> arr2 = {9, 15, 28, 96, 500, -4, -58,
-
147 -977, -238, -800, -21, -53, -55};
-
148 std::vector<int64_t> arr_sorted2 = sorting::quick_sort::quick_sort(
-
149 arr2, 0, std::end(arr2) - std::begin(arr2));
-
150
-
151 assert(std::is_sorted(std::begin(arr_sorted2), std::end(arr_sorted2)));
-
152 std::cout << "2nd test: passed!\n";
-
153
-
154 // 3rd test (decimal and normal numbers)
-
155 std::vector<double> arr3 = {29, 36, 1100, 0, 77, 1,
-
156 6.7, 8.97, 1.74, 950.10, -329.65};
-
157 std::vector<double> arr_sorted3 = sorting::quick_sort::quick_sort(
-
158 arr3, 0, int(std::end(arr3) - std::begin(arr3)) - 1);
-
159
-
160 assert(std::is_sorted(std::begin(arr_sorted3), std::end(arr_sorted3)));
-
161 std::cout << "3rd test: passed!\n";
-
162
-
163 // 4th test (random decimal and negative numbers)
-
164 size_t size = std::rand() % 750 + 100;
-
165
-
166 std::vector<float> arr4(size);
-
167 for (uint64_t i = 0; i < size; i++) {
-
168 arr4[i] = static_cast<float>(std::rand()) /
-
169 static_cast<float>(RAND_MAX / 999.99 - 0.99) -
-
170 250;
-
171 }
-
172
-
173 std::vector<float> arr4_sorted = sorting::quick_sort::quick_sort(
-
174 arr4, 0, int(std::end(arr4) - std::begin(arr4)) - 1);
-
175 assert(std::is_sorted(std::begin(arr4_sorted), std::end(arr4_sorted)));
+

Definition at line 147 of file quick_sort.cpp.

+
147 {
+
148 // 1st test (normal numbers)
+
149 std::vector<uint64_t> arr = {5, 3, 8, 12, 14, 16, 28, 96, 2, 5977};
+
150 std::vector<uint64_t> arr_sorted = sorting::quick_sort::quick_sort(
+
151 arr, 0, int(std::end(arr) - std::begin(arr)) - 1);
+
152
+
153 assert(std::is_sorted(std::begin(arr_sorted), std::end(arr_sorted)));
+
154 std::cout << "\n1st test: passed!\n";
+
155
+
156 // 2nd test (normal and negative numbers)
+
157 std::vector<int64_t> arr2 = {9, 15, 28, 96, 500, -4, -58,
+
158 -977, -238, -800, -21, -53, -55};
+
159 std::vector<int64_t> arr_sorted2 = sorting::quick_sort::quick_sort(
+
160 arr2, 0, std::end(arr2) - std::begin(arr2));
+
161
+
162 assert(std::is_sorted(std::begin(arr_sorted2), std::end(arr_sorted2)));
+
163 std::cout << "2nd test: passed!\n";
+
164
+
165 // 3rd test (decimal and normal numbers)
+
166 std::vector<double> arr3 = {29, 36, 1100, 0, 77, 1,
+
167 6.7, 8.97, 1.74, 950.10, -329.65};
+
168 std::vector<double> arr_sorted3 = sorting::quick_sort::quick_sort(
+
169 arr3, 0, int(std::end(arr3) - std::begin(arr3)) - 1);
+
170
+
171 assert(std::is_sorted(std::begin(arr_sorted3), std::end(arr_sorted3)));
+
172 std::cout << "3rd test: passed!\n";
+
173
+
174 // 4th test (random decimal and negative numbers)
+
175 size_t size = std::rand() % 750 + 100;
176
-
177 std::cout << "4th test: passed!\n";
-
178
-
179 // Printing all sorted arrays
-
180 std::cout << "\n\tPrinting all sorted arrays:\t\n";
-
181
-
182 std::cout << "1st array:\n";
-
183 sorting::quick_sort::show(arr_sorted, std::end(arr) - std::begin(arr));
-
184 std::cout << std::endl;
-
185 std::cout << "2nd array:\n";
-
186 sorting::quick_sort::show(arr_sorted2, std::end(arr2) - std::begin(arr2));
-
187 std::cout << std::endl;
-
188 std::cout << "3rd array:\n";
-
189 sorting::quick_sort::show(arr_sorted3,
-
190 int(std::end(arr3) - std::begin(arr3)) - 1);
-
191 std::cout << std::endl;
-
192 std::cout << "Start: 4th array:\n\n";
-
193 sorting::quick_sort::show(
-
194 arr4_sorted, int(std::end(arr4_sorted) - std::begin(arr4_sorted)) - 1);
-
195 std::cout << "\nEnd: 4th array.\n";
-
196}
+
177 std::vector<float> arr4(size);
+
178 for (uint64_t i = 0; i < size; i++) {
+
179 arr4[i] = static_cast<float>(std::rand()) /
+
180 static_cast<float>(RAND_MAX / 999.99 - 0.99) -
+
181 250;
+
182 }
+
183
+
184 std::vector<float> arr4_sorted = sorting::quick_sort::quick_sort(
+
185 arr4, 0, int(std::end(arr4) - std::begin(arr4)) - 1);
+
186 assert(std::is_sorted(std::begin(arr4_sorted), std::end(arr4_sorted)));
+
187
+
188 std::cout << "4th test: passed!\n";
+
189
+
190 // Printing all sorted arrays
+
191 std::cout << "\n\tPrinting all sorted arrays:\t\n";
+
192
+
193 std::cout << "1st array:\n";
+
194 sorting::quick_sort::show(arr_sorted, std::end(arr) - std::begin(arr));
+
195 std::cout << std::endl;
+
196 std::cout << "2nd array:\n";
+
197 sorting::quick_sort::show(arr_sorted2, std::end(arr2) - std::begin(arr2));
+
198 std::cout << std::endl;
+
199 std::cout << "3rd array:\n";
+
200 sorting::quick_sort::show(arr_sorted3,
+
201 int(std::end(arr3) - std::begin(arr3)) - 1);
+
202 std::cout << std::endl;
+
203 std::cout << "Start: 4th array:\n\n";
+
204 sorting::quick_sort::show(
+
205 arr4_sorted, int(std::end(arr4_sorted) - std::begin(arr4_sorted)) - 1);
+
206 std::cout << "\nEnd: 4th array.\n";
+
207}
diff --git a/d1/d21/quick__sort_8cpp_source.html b/d1/d21/quick__sort_8cpp_source.html index 494aae321..dd7efc086 100644 --- a/d1/d21/quick__sort_8cpp_source.html +++ b/d1/d21/quick__sort_8cpp_source.html @@ -134,174 +134,175 @@ $(function(){initNavTree('d1/d21/quick__sort_8cpp_source.html','../../'); initRe
32#include <vector>
33
38namespace sorting {
-
44namespace quick_sort {
-
58template <typename T>
-
-
59int partition(std::vector<T> *arr, const int &low, const int &high) {
-
60 T pivot = (*arr)[high]; // taking the last element as pivot
-
61 int i = (low - 1); // Index of smaller element
-
62
-
63 for (int j = low; j < high; j++) {
-
64 // If current element is smaller than or
-
65 // equal to pivot
-
66 if ((*arr)[j] <= pivot) {
-
67 i++; // increment index of smaller element
-
68 std::swap((*arr)[i], (*arr)[j]);
-
69 }
-
70 }
-
71
-
72 std::swap((*arr)[i + 1], (*arr)[high]);
-
73 return (i + 1);
-
74}
+
44namespace quick_sort {
+
68
+
69template <typename T>
+
+
70int partition(std::vector<T> *arr, const int &low, const int &high) {
+
71 T pivot = (*arr)[high]; // taking the last element as pivot
+
72 int i = (low - 1); // Index of smaller element
+
73
+
74 for (int j = low; j < high; j++) {
+
75 // If current element is smaller than or
+
76 // equal to pivot
+
77 if ((*arr)[j] <= pivot) {
+
78 i++; // increment index of smaller element
+
79 std::swap((*arr)[i], (*arr)[j]);
+
80 }
+
81 }
+
82
+
83 std::swap((*arr)[i + 1], (*arr)[high]);
+
84 return (i + 1);
+
85}
-
75
-
86template <typename T>
-
-
87void quick_sort(std::vector<T> *arr, const int &low, const int &high) {
-
88 if (low < high) {
-
89 int p = partition(arr, low, high);
-
90
-
91 quick_sort(arr, low, p - 1);
-
92 quick_sort(arr, p + 1, high);
-
93 }
-
94}
+
86
+
97template <typename T>
+
+
98void quick_sort(std::vector<T> *arr, const int &low, const int &high) {
+
99 if (low < high) {
+
100 int p = partition(arr, low, high);
+
101
+
102 quick_sort(arr, low, p - 1);
+
103 quick_sort(arr, p + 1, high);
+
104 }
+
105}
-
95
-
106template <typename T>
-
-
107std::vector<T> quick_sort(std::vector<T> arr, const int &low, const int &high) {
-
108 if (low < high) {
-
109 int p = partition(&arr, low, high);
-
110
-
111 quick_sort(&arr, low, p - 1);
-
112 quick_sort(&arr, p + 1, high);
-
113 }
-
114 return arr;
-
115}
+
106
+
117template <typename T>
+
+
118std::vector<T> quick_sort(std::vector<T> arr, const int &low, const int &high) {
+
119 if (low < high) {
+
120 int p = partition(&arr, low, high);
+
121
+
122 quick_sort(&arr, low, p - 1);
+
123 quick_sort(&arr, p + 1, high);
+
124 }
+
125 return arr;
+
126}
-
116
-
123template <typename T>
-
-
124void show(const std::vector<T> &arr, const int &size) {
-
125 for (int i = 0; i < size; i++) std::cout << arr[i] << " ";
-
126 std::cout << "\n";
-
127}
+
127
+
134template <typename T>
+
+
135void show(const std::vector<T> &arr, const int &size) {
+
136 for (int i = 0; i < size; i++) std::cout << arr[i] << " ";
+
137 std::cout << "\n";
+
138}
-
128
-
129} // namespace quick_sort
-
130} // namespace sorting
-
131
-
-
136static void tests() {
-
137 // 1st test (normal numbers)
-
138 std::vector<uint64_t> arr = {5, 3, 8, 12, 14, 16, 28, 96, 2, 5977};
-
139 std::vector<uint64_t> arr_sorted = sorting::quick_sort::quick_sort(
-
140 arr, 0, int(std::end(arr) - std::begin(arr)) - 1);
-
141
-
142 assert(std::is_sorted(std::begin(arr_sorted), std::end(arr_sorted)));
-
143 std::cout << "\n1st test: passed!\n";
-
144
-
145 // 2nd test (normal and negative numbers)
-
146 std::vector<int64_t> arr2 = {9, 15, 28, 96, 500, -4, -58,
-
147 -977, -238, -800, -21, -53, -55};
-
148 std::vector<int64_t> arr_sorted2 = sorting::quick_sort::quick_sort(
-
149 arr2, 0, std::end(arr2) - std::begin(arr2));
-
150
-
151 assert(std::is_sorted(std::begin(arr_sorted2), std::end(arr_sorted2)));
-
152 std::cout << "2nd test: passed!\n";
-
153
-
154 // 3rd test (decimal and normal numbers)
-
155 std::vector<double> arr3 = {29, 36, 1100, 0, 77, 1,
-
156 6.7, 8.97, 1.74, 950.10, -329.65};
-
157 std::vector<double> arr_sorted3 = sorting::quick_sort::quick_sort(
-
158 arr3, 0, int(std::end(arr3) - std::begin(arr3)) - 1);
-
159
-
160 assert(std::is_sorted(std::begin(arr_sorted3), std::end(arr_sorted3)));
-
161 std::cout << "3rd test: passed!\n";
-
162
-
163 // 4th test (random decimal and negative numbers)
-
164 size_t size = std::rand() % 750 + 100;
-
165
-
166 std::vector<float> arr4(size);
-
167 for (uint64_t i = 0; i < size; i++) {
-
168 arr4[i] = static_cast<float>(std::rand()) /
-
169 static_cast<float>(RAND_MAX / 999.99 - 0.99) -
-
170 250;
-
171 }
-
172
-
173 std::vector<float> arr4_sorted = sorting::quick_sort::quick_sort(
-
174 arr4, 0, int(std::end(arr4) - std::begin(arr4)) - 1);
-
175 assert(std::is_sorted(std::begin(arr4_sorted), std::end(arr4_sorted)));
+
139
+
140} // namespace quick_sort
+
141} // namespace sorting
+
142
+
+
147static void tests() {
+
148 // 1st test (normal numbers)
+
149 std::vector<uint64_t> arr = {5, 3, 8, 12, 14, 16, 28, 96, 2, 5977};
+
150 std::vector<uint64_t> arr_sorted = sorting::quick_sort::quick_sort(
+
151 arr, 0, int(std::end(arr) - std::begin(arr)) - 1);
+
152
+
153 assert(std::is_sorted(std::begin(arr_sorted), std::end(arr_sorted)));
+
154 std::cout << "\n1st test: passed!\n";
+
155
+
156 // 2nd test (normal and negative numbers)
+
157 std::vector<int64_t> arr2 = {9, 15, 28, 96, 500, -4, -58,
+
158 -977, -238, -800, -21, -53, -55};
+
159 std::vector<int64_t> arr_sorted2 = sorting::quick_sort::quick_sort(
+
160 arr2, 0, std::end(arr2) - std::begin(arr2));
+
161
+
162 assert(std::is_sorted(std::begin(arr_sorted2), std::end(arr_sorted2)));
+
163 std::cout << "2nd test: passed!\n";
+
164
+
165 // 3rd test (decimal and normal numbers)
+
166 std::vector<double> arr3 = {29, 36, 1100, 0, 77, 1,
+
167 6.7, 8.97, 1.74, 950.10, -329.65};
+
168 std::vector<double> arr_sorted3 = sorting::quick_sort::quick_sort(
+
169 arr3, 0, int(std::end(arr3) - std::begin(arr3)) - 1);
+
170
+
171 assert(std::is_sorted(std::begin(arr_sorted3), std::end(arr_sorted3)));
+
172 std::cout << "3rd test: passed!\n";
+
173
+
174 // 4th test (random decimal and negative numbers)
+
175 size_t size = std::rand() % 750 + 100;
176
-
177 std::cout << "4th test: passed!\n";
-
178
-
179 // Printing all sorted arrays
-
180 std::cout << "\n\tPrinting all sorted arrays:\t\n";
-
181
-
182 std::cout << "1st array:\n";
-
183 sorting::quick_sort::show(arr_sorted, std::end(arr) - std::begin(arr));
-
184 std::cout << std::endl;
-
185 std::cout << "2nd array:\n";
-
186 sorting::quick_sort::show(arr_sorted2, std::end(arr2) - std::begin(arr2));
-
187 std::cout << std::endl;
-
188 std::cout << "3rd array:\n";
-
189 sorting::quick_sort::show(arr_sorted3,
-
190 int(std::end(arr3) - std::begin(arr3)) - 1);
-
191 std::cout << std::endl;
-
192 std::cout << "Start: 4th array:\n\n";
-
193 sorting::quick_sort::show(
-
194 arr4_sorted, int(std::end(arr4_sorted) - std::begin(arr4_sorted)) - 1);
-
195 std::cout << "\nEnd: 4th array.\n";
-
196}
+
177 std::vector<float> arr4(size);
+
178 for (uint64_t i = 0; i < size; i++) {
+
179 arr4[i] = static_cast<float>(std::rand()) /
+
180 static_cast<float>(RAND_MAX / 999.99 - 0.99) -
+
181 250;
+
182 }
+
183
+
184 std::vector<float> arr4_sorted = sorting::quick_sort::quick_sort(
+
185 arr4, 0, int(std::end(arr4) - std::begin(arr4)) - 1);
+
186 assert(std::is_sorted(std::begin(arr4_sorted), std::end(arr4_sorted)));
+
187
+
188 std::cout << "4th test: passed!\n";
+
189
+
190 // Printing all sorted arrays
+
191 std::cout << "\n\tPrinting all sorted arrays:\t\n";
+
192
+
193 std::cout << "1st array:\n";
+
194 sorting::quick_sort::show(arr_sorted, std::end(arr) - std::begin(arr));
+
195 std::cout << std::endl;
+
196 std::cout << "2nd array:\n";
+
197 sorting::quick_sort::show(arr_sorted2, std::end(arr2) - std::begin(arr2));
+
198 std::cout << std::endl;
+
199 std::cout << "3rd array:\n";
+
200 sorting::quick_sort::show(arr_sorted3,
+
201 int(std::end(arr3) - std::begin(arr3)) - 1);
+
202 std::cout << std::endl;
+
203 std::cout << "Start: 4th array:\n\n";
+
204 sorting::quick_sort::show(
+
205 arr4_sorted, int(std::end(arr4_sorted) - std::begin(arr4_sorted)) - 1);
+
206 std::cout << "\nEnd: 4th array.\n";
+
207}
-
197
-
-
202int main() {
-
203 int choice = 0;
-
204
-
205 std::cout << "\tAvailable modes\t\n\n";
-
206 std::cout << "1. Self-tests mode\n2. Interactive mode";
-
207
-
208 std::cout << "\nChoose a mode: ";
-
209 std::cin >> choice;
-
210 std::cout << "\n";
-
211
-
212 while ((choice != 1) && (choice != 2)) {
-
213 std::cout << "Invalid option. Choose between the valid modes: ";
-
214 std::cin >> choice;
-
215 }
-
216
-
217 if (choice == 1) {
-
218 std::srand(std::time(nullptr));
-
219 tests(); // run self-test implementations
-
220 } else if (choice == 2) {
-
221 int size = 0;
-
222 std::cout << "\nEnter the number of elements: ";
-
223
-
224 std::cin >> size;
-
225 std::vector<float> arr(size);
-
226
-
227 std::cout
-
228 << "\nEnter the unsorted elements (can be negative/decimal): ";
-
229
-
230 for (int i = 0; i < size; ++i) {
-
231 std::cout << "\n";
-
232 std::cin >> arr[i];
-
233 }
-
234 sorting::quick_sort::quick_sort(&arr, 0, size - 1);
-
235 std::cout << "\nSorted array: \n";
-
236 sorting::quick_sort::show(arr, size);
-
237 }
-
238 return 0;
-
239}
+
208
+
+
213int main() {
+
214 int choice = 0;
+
215
+
216 std::cout << "\tAvailable modes\t\n\n";
+
217 std::cout << "1. Self-tests mode\n2. Interactive mode";
+
218
+
219 std::cout << "\nChoose a mode: ";
+
220 std::cin >> choice;
+
221 std::cout << "\n";
+
222
+
223 while ((choice != 1) && (choice != 2)) {
+
224 std::cout << "Invalid option. Choose between the valid modes: ";
+
225 std::cin >> choice;
+
226 }
+
227
+
228 if (choice == 1) {
+
229 std::srand(std::time(nullptr));
+
230 tests(); // run self-test implementations
+
231 } else if (choice == 2) {
+
232 int size = 0;
+
233 std::cout << "\nEnter the number of elements: ";
+
234
+
235 std::cin >> size;
+
236 std::vector<float> arr(size);
+
237
+
238 std::cout
+
239 << "\nEnter the unsorted elements (can be negative/decimal): ";
+
240
+
241 for (int i = 0; i < size; ++i) {
+
242 std::cout << "\n";
+
243 std::cin >> arr[i];
+
244 }
+
245 sorting::quick_sort::quick_sort(&arr, 0, size - 1);
+
246 std::cout << "\nSorted array: \n";
+
247 sorting::quick_sort::show(arr, size);
+
248 }
+
249 return 0;
+
250}
quick_sort
Functions for the Quick sort implementation in C++.
sorting
for working with vectors
-
sorting::quick_sort::partition
int partition(std::vector< T > *arr, const int &low, const int &high)
Sorts the array taking the last element as pivot.
Definition quick_sort.cpp:59
-
tests
static void tests()
Self-test implementations.
Definition quick_sort.cpp:136
-
sorting::quick_sort::quick_sort
void quick_sort(std::vector< T > *arr, const int &low, const int &high)
the main function that implements Quick Sort.
Definition quick_sort.cpp:87
-
main
int main()
Main function.
Definition quick_sort.cpp:202
-
sorting::quick_sort::show
void show(const std::vector< T > &arr, const int &size)
Utility function to print the array contents.
Definition quick_sort.cpp:124
+
sorting::quick_sort::partition
int partition(std::vector< T > *arr, const int &low, const int &high)
Sorts the array taking the last element as pivot.
Definition quick_sort.cpp:70
+
tests
static void tests()
Self-test implementations.
Definition quick_sort.cpp:147
+
sorting::quick_sort::quick_sort
void quick_sort(std::vector< T > *arr, const int &low, const int &high)
the main function that implements Quick Sort.
Definition quick_sort.cpp:98
+
main
int main()
Main function.
Definition quick_sort.cpp:213
+
sorting::quick_sort::show
void show(const std::vector< T > &arr, const int &size)
Utility function to print the array contents.
Definition quick_sort.cpp:135
diff --git a/d3/df9/recursive__bubble__sort_8cpp.html b/d3/df9/recursive__bubble__sort_8cpp.html index 5bf3441f1..c5574f717 100644 --- a/d3/df9/recursive__bubble__sort_8cpp.html +++ b/d3/df9/recursive__bubble__sort_8cpp.html @@ -168,7 +168,7 @@ Functions
Author
Aditya Prakash

The working principle of the Bubble sort algorithm.

Bubble sort is a simple sorting algorithm used to rearrange a set of ascending or descending order elements. Bubble sort gets its name from the fact that data "bubbles" to the top of the dataset.

-

+

Algorithm

What is Swap?

Swapping two numbers means that we interchange their values. Often, an additional variable is required for this operation. This is further illustrated in the following:

diff --git a/d4/d9f/selection__sort__recursive_8cpp.html b/d4/d9f/selection__sort__recursive_8cpp.html index e05d108cd..860f47f98 100644 --- a/d4/d9f/selection__sort__recursive_8cpp.html +++ b/d4/d9f/selection__sort__recursive_8cpp.html @@ -172,7 +172,7 @@ Functions

Detailed Description

Implementation of the Selection sort implementation using recursion.

The selection sort algorithm divides the input list into two parts: a sorted sublist of items which is built up from left to right at the front (left) of the list, and a sublist of the remaining unsorted items that occupy the rest of the list. Initially, the sorted sublist is empty, and the unsorted sublist is the entire input list. The algorithm proceeds by finding the smallest (or largest, depending on the sorting order) element in the unsorted sublist, exchanging (swapping) it with the leftmost unsorted element (putting it in sorted order), and moving the sublist boundaries one element to the right.

-

+

Implementation

FindMinIndex This function finds the minimum element of the array(list) recursively by simply comparing the minimum element of array reduced size by 1 and compares it to the last element of the array to find the minimum of the whole array.

SelectionSortRecursive Just like selection sort, it divides the list into two parts (i.e.: sorted and unsorted) and finds the minimum of the unsorted array. By calling the FindMinIndex function, it swaps the minimum element with the first element of the list, and then solves recursively for the remaining unsorted list.

Author
Tushar Khanduri
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