1. Declare a variable for calculating numbers and a variable for input, and put them in the loop.
Include & ltiostream & gt
Use? Namespace? std
int？ Master ()
{
int？ sum = 0；
int？ Value = 0;
int？ CNT = 0；
And (cin? & gt& gt？ Value)
{
Sum+= value;
cnt++
}
CIN . clear()；
cout？ & lt& lt？ " aver:"？ & lt& lt？ Sum/count? & lt& lt？ endl
Return? 0;
}2, declare an array, new space allocation. I don't want to write this.
3. Use standard containers, such as vector. Then the average value is calculated by calculating the sum and the length of the vector.
# include & ltiostream & gt
# include & ltvector & gt
Use? Namespace? std
Double? calc average(vector & lt； int & gt？ vec)
{
int？ sum？ =? 0;
for(vector & lt； Int>* iterator? vIt = vec . begin()； ? Victor. = vec . end()； v t++)
sum？ +=? * vIt
cout？ & lt& lt？ "array? VecT's? General? Yes: "? & lt& lt？ sum/vec.size()？ & lt& lt？ endl
Return? sum/vec . size()；
}
int？ Master ()
{
//Initialize? By who? invest
//You can copy the data, and the data will automatically judge whether it is the second number with spaces. Now comment it out.
int？ Value;
And (cin? & gt& gt？ Value)
Vector. push _ back (value);
CIN . clear()；
//Talk? function
Double? aver？ =? calcAverage(vecT)；
Return? 0;
I don't want to write because the steps are complicated. In fact, it is similar to the standard container, except that I rewrote the implementation of the container, which means there is nothing to do.
5. Personally, I suggest to write in the container of the standard container library, which is convenient to operate and can perform many other mathematical operations.
6. And (cin? & gt& gt？ Value) The loop of this mode needs to be terminated by CTRL+Z. ..