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The following code demonstrates function overloading to calculate volumes of cubes, cylinders and rectangular boxes (cuboids).#include // required for input/output.#include // required for atan() function.using namespace std; // required for console input/output.// User-input control function (avoids garbage input).unsigned int GetNum( char * prompt ){int iResult = 0;cout iResult ) iResult < 0 ){cin.clear();cin.ignore( BUFSIZ, '\n' ); // If BUFSIZ not defined, use literal constant 512 instead.cout
Algorithm: to find HCF of two nos a, b 1. Find larger of two and let it l, smaller = s 2. divide l by s and find qotient (q) & remainder(r) 3. if r is 0 then s is the hcf 4. put l=s, s=r and go to step 2 int a, b; int l,s,q,r; if (a>b) {l=a;s=b;} else {l=b;s=a;} do {q= l/s; r=l%s; if (r != 0) {l=s;s=r} } while (r != 0); hcf=s; /* this variable to be output or returned as a function value as per programmer's convenience */
int factorial (int n) { if (n==0) return 1; else return (n*factorial(n-1)); } int combo (int n, int r) { return (factorial (n))/(factorial (r) * (factorial (n-r))); } int width(int n, int i, int j) { return(j==0?(((n+1)*2)-((i==0)?i:(i-j))):(j<=3)?j+1:j-1); } void print (int n) { int i, j; for (i = 0; i<=n; ++i) { for (j = 0; j<=i; ++j) { printf ("%*d", width(n,i,j) ,combo (i, j)); if (i==j) { printf("\n"); } } } } int main () { int row,col; int maxrow; printf("\nPlease enter the num of rows for pascal triangle : "); scanf("%d",&maxrow); printf("The Pascal Triangle for %d rows is :\n",maxrow); print(maxrow); printf("To get the value at any row, col please enter \nRow:"); scanf("%d",&row); printf("Col:"); scanf("%d",&col); printf("\nThe value at row %d & col %d is : %d\n",row,col,combo(row,col)); }
It isn't actually possible to generate factorials for negative and/or non-integer numbers. However, a function for non-negative integers is: unsigned int factorial(unsigned int n) { if(n==0) { return 1; } return n * factorial(n-1); }
#include<iostream> #include<algorithm> #include<cassert> unsigned multiply_recursive (unsigned a, unsigned b) { if (!a !b) return 0; // Note: not(a) or not (b) if (a==1) return b; if (b==1) return a; return a + multiply_recursive (a, --b); } unsigned multiply_iterative (unsigned a, unsigned b) { int product = 0; int x = std::min (a, b); int y = std::max (b, a); while (x--) product += y; return product; } int main() { unsigned x, y; // Test all combinations with 0. x = multiply_recursive (0, 0); assert (x==0); x = multiply_iterative (0, 0); assert (x==0); x = multiply_recursive (0, 1); assert (x==0); x = multiply_iterative (0, 1); assert (x==0); x = multiply_recursive (1, 0); assert (x==0); x = multiply_iterative (1, 0); assert (x==0); // Test non-zero values with 1. x = multiply_recursive (1, 42); // inefficient: lowest value must be on right (fewer recursions). y = multiply_iterative (1, 42); assert (x==42 && y==42); x = multiply_recursive (42, 1); y = multiply_iterative (42, 1); assert (x==42 && y==42); // Test other non-zero values are commutative. x = multiply_recursive (24, 42); // inefficient: lowest value must be on right (fewer recursions). y = multiply_iterative (24, 42); assert (x==1008 && y==1008); x = multiply_recursive (42, 24); y = multiply_iterative (42, 24); assert (x==1008 && y==1008); }
(apex) clubs and other live performance venues.
clubs and other live performance venues (APEX)
The A&R coordinator searches for new talent in clubs and other live performance venues to evaluate the potential of new, unsigned acts.
The A&R coordinator
unsigned reverse (unsigned n) { unsigned r = 0; while (n) { r *= 10; r += (n%10); n /= 10; } return r; } bool is_palindrome (unsigned n) { return n == reverse (n); } int main () { unsigned num; printf ("Enter a number: "); scanf ("%d", num); if (is_palindrome (num)) printf ("%d is a palindrome\n"); else printf ("%d is not a palindrome\n"); return 0; }
#include <iostream> #include <time.h> unsigned int reverse( unsigned int num ) { const unsigned int base=10; unsigned int rev=0; while( num ) {rev*=base;rev+=num%base;num=num/base;} return( rev ); } int main () { srand(( unsigned ) time( NULL )); // Print 10 random numbers in reverse. for( int i=0; i<10; ++i ) {unsigned int r = ( unsigned int ) rand();std::cout << r << " = " << reverse(r) << std::endl;} return(0); }
In the music business, a and r, the Artists and Repertoire division or persons are responsible for finding new talent.
The music industry has shrunk greatly since the days of great A&R folks like John Hammond (Billie Holiday, Bob Dylan, Bruce Springsteen), but there is still a need for them. Like most jobs in the entertainment industry, there isn't just ONE single way to break into this position. The most assured way to find your name with "A&R" next to it is to actually work for a music label in some capacity. There, you are in contact with the artists and the people that make things happen for the label. Learn the ropes and you just might have a shot the next time you hear an unsigned act that, in your opinion, has what it takes to sell music. One rare shortcut is actually bringing an unsigned act to a label and the label agrees it has potential and signs. If the act is a hit and you've stood your ground in reminding the label that you brought the act to them because you have "ears," then the label might be interested in what else you have to offer. This goes for finding good, new talent and maintaining the integrity of current talent on a roster.
he is in Austin Texas and is managed by a la based firm currently working on new album unsigned but if a and r reps are smart they will jump on his availability
Resourcing, Recruiting the right talent, Retaining the talent, Retraining and Restructuring
U get a letter in post saying u r performing at where ever at whatever time
Theodore Young. Dr Dre's middle name, "Romelle," came from Theodore Young's unsigned, amateur R&B singing group, The Romells.