convert number to string
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c# program .input from user in number and convert that number into string.Example: if user enter 333 program will give output three hundred thirty three. This slid helps you convert 3 digits number into its words or in English words.
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public Sort(int n){
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arr[i] = arr[largest];
arr[largest] = swap;
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heapify(arr, n, largest);
}
}
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long start = System.currentTimeMillis();
sort1.insertion_sort();
long time = System.currentTimeMillis() - start;
//sort1.print();
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start = System.currentTimeMillis();
sort1.merge_sort(0,9);
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7 8 9 10 11 12
13 14 15 16 17 18
19 20 21 22 23 24
25 26 27 28 29 30
21 32 33 34 35 36
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if (low < high)
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long start = System.currentTimeMillis();
sort1.insertion_sort();
long time = System.currentTimeMillis() - start;
//sort1.print();
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start = System.currentTimeMillis();
sort1.merge_sort(0,9);
time = System.currentTimeMillis() - start;
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System.out.println(\"merge_sort for 10 numbers take \" + time + \" ms \");
sort1 = new Sort(10);
start = System.currentTimeMillis();
sort1.quick_sor.
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1. Write functions to demonstrate default arguments, constant arguments, and random number generation.
2. Analyze sample code and identify errors in provided code snippets.
3. Write functions to calculate sums of various data types.
4. Use a Monte Carlo simulation to approximate pi by simulating dart throws on a circle and square.
5. Write functions to print, reverse, and transpose arrays.
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1. Loops like while and for can be used to repeat blocks of code. Common loop issues like infinite loops and off-by-one errors are addressed.
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You will write a multi-interface version of the well-known concentra.pdf
You will write a multi-interface version of the well-known concentration game: 1. The game
displays a grid of upper-case letters, with each letter appearing twice. 2. A player has a few
seconds to memorize the letters before they disappear. 3. The player then has to remember where
each pair was located.
line, then MultiConcentration starts with the text interface.
First the new game display will show the user the pairs he/she must guess, in a format similar to
the following example for size = 6
D H B C M I
H G K K A R
C N R E O E
Q O A Q L F
L F J P B G
P D N M I J
Memorize the above grid!
Note that the new game display uses pairs of distinct single uppercase capital letters distributed
at random on a square grid, starting at A and continuing until the grid is full.
This new game display shows for 10 seconds, after which it scrolls out of view. (To scroll it just
write about 25 newlines.) Then the standard game display appears.
The standard game display will look like the following example for size = 6
1 2 3 4 5 6
7 8 9 10 11 12
13 14 15 16 17 18
19 20 21 22 23 24
25 26 27 28 29 30
21 32 33 34 35 36
Enter a pair of numbers, or \"R\" to reset, or \"Q\" to quit:
reset, or \"Q\" to quit:
If the player makes an invalid entry (e.g. numbers out of range, number already guessed, no
blank separator, etc.) then a \"please reenter\" message is printed and the same display is shown
again.
If the player makes a bad guess, then a \"Sorry...\" message is printed and the same display is
shown again.
If the player enters an \"R\" for reset, then we start over, that is, the computer calculates a new
set of pairs and shows the new game display again.
If the player enters a \"Q\" for quit, then the game prints a \"Game Over\" message and ends.
3.4 Graphic Game Interface
If the player used the \"-g\" flag on the startup command line then MultiConcentration starts up
with the graphic interface.
You may design the graphic interface as you choose, as long as you use Swing and preserve the
steps in the game as described in the previous section.
One possible graphic interface is shown in Figure 1. In this design the new game display and the
standard game display have been replaced by a grid of buttons. Instead of entering pairs of
numbers, the player clicks on two of the buttons. The \"reset\" and \"quit\" commands are given
using a menu. Letters that have been correctly guessed are shown with a pink background color.
Messages to the player are shown in a text area under the grid.
4 GENERAL REQUIREMENTS
4.1 Design Requirements
Design your program with GUI classes, a main class, and Application Logic / Data classes as
described in my overheads on Design for Testability.
Do not use a package statement; name the main class MultiConcentration. (Otherwise the
startup command given in 3.1 would not work.)
You should have at least 5 classes, and not one of them should have more than 40% of the code.
Solution
import java.io.OutputStream;
import java.io.PrintStream;
public cl.
Comp102 lec 6
The document discusses different types of loops in Java programming. It explains that for loops are used when the number of repetitions is fixed and known beforehand. While loops are used when the number depends on a condition, and the loop may repeat zero times. Do-while loops guarantee at least one repetition of the block, and are useful when the block needs to repeat until a condition is met. Examples are provided for each type of loop.
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The purpose of this C++ programming project is to allow the student to perform parallel array
and multidimensional array processing. The logic for string and Cstring has already been
completed, so the assignment can be started before we actually cover string and Cstring in detail.
This program has the following three menu options:
Solution
/*
This program uses simple arrays, multidimensional arrays, cstrings, strings, and files.
It allows a payroll clerk to choose an option from a menu. The choices are:
A: List the Payroll Information by Employee Name
B: Search Payroll Information by Employee Name
X: Exit the Payroll Information Module
The following items for each employee are saved in the file p10.txt:
Employee ID (1000 - 9999)
Last Name (15 characters)
First Name (15 characters)
Rate (5.00 - 10.00)
Hours W1,W2,W3,W4 (0-60)
*/
#include // file processing
#include // cin and cout
#include // toupper
#include // setw
#include // cstring functions strlen, strcmp, strcpy stored in string.h
#include // string class
#define stricmp strcasecmp
#define strnicmp strncasecmp
using namespace std;
//Disable warning messages C4267 C4996.
//To see the warnings, comment out the following line.
//#pragma warning( disable : 4267 4996)
//Warning C4267: coversion from size_t to int, possible lost of data
//size_t is a data type defined in and is an unsigned integer.
//The function strlen returns a value of the type size_t, but in
//searchByName we assign the returned value to an int.
//We could also declare the variable as size_t instead of int.
// size_t stringLength;
//Warning C4996: strnicmp strcpy, stricmp was declared deprecated, means
//the compiler encountered a function that was marked with deprecated.
//The deprecated function may no longer be supported in a future release.
//Global Constants
//When using to declare arrays, must be defined with const modifier
const int ARRAY_SIZE = 20, HOURS_SIZE = 4, NAME_SIZE = 16;
//Declare arrays as global so we don\'t have to pass the arrays to each function.
//Normally we wouldn\'t declare variables that change values a global.
int employeeId[ARRAY_SIZE];
string firstName[ARRAY_SIZE];
char lastName[ARRAY_SIZE][NAME_SIZE];
double rate[ARRAY_SIZE];
int hours[ARRAY_SIZE][HOURS_SIZE];
int numberOfEmps; //count of how many employees were loaded into arrays
int sumHours[ARRAY_SIZE] = {0}; //initialize arrays to zero by providing a
double avgHours[ARRAY_SIZE] = {0}; //value for the first element in the array
//Function Prototypes
void loadArray( );
void sumAndComputeAvgHours( );
void listByName( );
void searchByName( );
void sortByName( );
void swapValues(int i, int minIndex);
void listEmployees( );
void listEmployeesHeadings( );
void listEmployeesDetails(int i);
void listEmployeesTotals( );
void displayContinuePrompt( );
//Program starts here
int main()
{
//Declare and initialize local main variables
char choice; //menu option
//Load the arrays with data
loadArray();
//Sum and compute the average hours
sumAndComputeAv.
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- 3. Code using System; using System.Collections.Generic; using System.Linq; using System.Text; using System.Threading.Tasks; namespace ConsoleApplication6 { class Program { static int n; static int temp; static int i = 0; static int[] arr = new int[10]; static void ones(int value)//to print numbers in ones { switch (value) { case 1: Console.Write(" one"); break; case 2: Console.Write(" Two"); break; case 3: Console.Write(" three"); break; case 4: Console.Write(" Four"); break; case 5: Console.Write(" Five"); break; case 6: Console.Write(" Six"); break; case 7: Console.Write(" Seven"); break; case 8: Console.Write(" Eight"); break; case 9: Console.Write(" Nine"); break; default: break; } } static void teens(int value)//to print numbers which are in tens { switch (value) { case 0: Console.Write("ten"); break; case 1: Console.Write(" eleven"); break; case 2: Console.Write(" Twelve"); break; case 3: Console.Write(" thirteen"); break; case 4: Console.Write(" Fourteen"); break; case 5: Console.Write(" Fifteen"); break; case 6: Console.Write(" Sixteen"); break; case 7: Console.Write(" Seventeen"); break; case 8: Console.Write(" Eighteen"); break; case 9: Console.Write(" Nineteen"); break; } } static void tens(int value)//to print tens values { switch (value) {
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