#include
using std::cout;
using std::endl;
double maxValue(double arr, const intarrSize);
int main()
{
const int arrSize = 10;//Size of the array you are going to use
double arr[arrSize] = {0.0};
cout << endl << "Enter the array elements..."
for ( int i = 0; i < arrSize; i++ )
{
cout << endl << "Enter " << (i + 1) << " element:";
cin >> arr[i];
}
cout << endl << "Max value is: " << maxValue;
system("PAUSE");
return 0;
}
double maxValue(double arr, const intarrSize)
{
double max = arr[0];
for ( int j = 0; j < arrSize; j++ )
{
if ( max < arr[j])
{
max = arr[j];
}
}
return max;
}
#include
#include
#include
template
class numbers : public std::vector
{
// uses compiler-generated constructors,
// destructor and assignment operator
// for brevity.
public:
const T get_greatest() const;
};
template
const T numbers
{
std::vector
T greatest = *it;
while( ++it != end() )
if( greatest < *it )
greatest = *it;
return( greatest );
}
int main()
{
// seed the pseudo-random number generator
std::srand((unsigned) time(NULL));
// initialise array with random integers
numbers
std::cout<<"Array of numbers:\n"< for( size_t num=0; num<10; ++num ) { nums.push_back( rand() ); std::cout< } std::cout<<"\nThe largest number is: "< } Output Array of numbers: 21238 5668 10199 10743 25376 2426 12192 1408 12055 25632 The largest number is: 25632
yes
You can write a C++ fib pro using arrays but the problem is the prog becomes very complicated since u need to pass the next adding value in an array.....
int array[10] = {...}; for (int i = 0; i < 10; ++i) { if (i % 2 == 0) array[i] += 5; else array[i] -= 10; }
template<typename T> size_t min(const T a[], const size_t size) { // assume first element (index 0) has the smallest value size_t selected=0; // scan remainder of array looking for anything smaller than selected for (size_t right=selected+1; right<size; ++right) if (a[right]<a[selected]) selected=right; return a[selected]; }
It is not possible to show a flowchart in this website -- it is text only. The algorithm can be summarised as follows: int sum(std::array<int>& a) { int sum = 0; // initialise the return value for (auto i : a) // for each value in the array sum += i; // increment the sum by the value return sum; // return the sum }
yes
You can write a C++ fib pro using arrays but the problem is the prog becomes very complicated since u need to pass the next adding value in an array.....
int array[10] = {...}; for (int i = 0; i < 10; ++i) { if (i % 2 == 0) array[i] += 5; else array[i] -= 10; }
template<typename T> size_t min(const T a[], const size_t size) { // assume first element (index 0) has the smallest value size_t selected=0; // scan remainder of array looking for anything smaller than selected for (size_t right=selected+1; right<size; ++right) if (a[right]<a[selected]) selected=right; return a[selected]; }
Put all the values in an array, iterate through the array with a for loop, sum all the values, then divide by the count of the values.
It is not possible to show a flowchart in this website -- it is text only. The algorithm can be summarised as follows: int sum(std::array<int>& a) { int sum = 0; // initialise the return value for (auto i : a) // for each value in the array sum += i; // increment the sum by the value return sum; // return the sum }
The lowest subscript of an array in C, or C++ is 0.
You cannot add elements to a fixed array in C or C++. If, however, the array is declared as a pointer to an array, you can add elements by allocating a new array, copying/adding elements as needed, reassigning the new array to the pointer, and deallocating the original array.
To determine if an array is symmetric, the array must be square. If so, check each element against its transpose. If all elements are equal, the array is symmetric.For a two-dimensional array (a matrix) of order n, the following code will determine if it is symmetric or not:templatebool symmetric(const std::array& matrix){for (size_t r=0 ; r
int GetMaxElement( void * array) { if (array != 0) { return(max(array[], typeof(array))); } return(0); }
An array is a contiguous block of data in memory. When you declare an array in C you need to give it a type and a name (like a normal variable), plus you need to give it a size. // normal integer variable x int x; // array of 10 integers int x[10]; Remember that the variable x is actually just a pointer, or reference, to a point in memory. This point in memory is the start of the array, so the value at x[0] is the first value in the array, x[1] is the second, and so on. Also remember that C has no bounds checking, so you can, indeed, read any value past the maximum. x[3474] would return an integer value, but it's going to be some part of memory that is not in your array. Attempting to change this value could result in something very bad happening.
cn = c0 *( 1 + i ) pow n