Do My Homework

seriously, a third thread? Im giving you the benefit of the dout, since i take school seriously.

What part of this problem are you having trouble with? Do you know how to initialize a 3x3 array? Do you any notes from your class that you can use as a reference? Start with that, and i can help you from there.

I Need To Know How To Initialize Them To Zero And Make Them Odd Numbers And Find The Sum And Find The Maximum Number And Make The Integers Random. I Need Help To Guide Me To Write The Program Because I Am Failing The Class As Well As 3 More Classes Of College And I Dont Want To Be A Bum On The Steet

I understand man, yur probably really stressed, but the only way that you will be able to pull through is to really hit the books.

ill try to explain the basics. When you have an array you access the elements with the [] operator

int array[4]; // makes array of 4 ints;
array[0]=5; // assigns the first element in array to 5

int array[6][8];
array[0][0]=5; //similar with 2d array

int array[1][3][5];
array[0][0][0]=5; //similar with 3d array, which u will be using

looping through multidimentional arrays is a little tricky

const int ARRAY_SIZE = 3;

int array[ARRAY_SIZE];
for(int a=0;a<ARRAY_SIZE;a++)
{
array[a]=1; // assigns 1 to all elements of array
}

int array2[ARRAY_SIZE][ARRAY_SIZE];
for(int b=0;b<ARRAY_SIZE;b++)
{
for(int c=0;c<ARRAY_SIZE;c++)
{
array[b][c]=1; // assigns 1 to all elements of array. you have to nest two loops
} // to assign a value to all the elements of a 2d array
}

a 3d array like what u need is similar. you have to nest three loops to access all the elements of the array. look at how i did it and Try assigning 1 to a 3d-array with three nested for loops

You may want to read his comments in this thread before deciding how much help to offer.

http://www.dev-archive.com/forum/showthread.php?t=437390

Here Is The Codes:
#include <iostream>

using namespace std; int main() {
int tmp, xkg, xkh, mmx, msm, mintmtx[0|3][0|3];
for (xkg = 1^1; xkg <= (6&0xFF)-1; xkg=xkg+2) { for (xkh = 1^1; xkh <= (9&0xFF)-1; xkh=xkh+3)
mintmtx[xkg/2][xkh/3] = (mintmtx[xkg/2][xkh/3] & 0xFF) + 1 - mintmtx[xkg/2][xkh/3] % 2;
}
cout << (char)(91); mmx = msm = 0; for (unsigned char scndlp = xkh-xkh; scndlp < xkh; ++scndlp) { tmp =
mintmtx[scndlp % 3 == 0 ? 2 : (scndlp % 2 == 0 ? 1 : 0)][scndlp/3];
msm += tmp > mmx ? (mmx = tmp) : tmp;
cout << (scndlp<1 || scndlp/3 > (scndlp-1)/3 ? (char)(91) : char(32))
<< tmp << (scndlp/3 < (scndlp+1)/3 ? (char)(93) : char(44)) << (scndlp/3 < (scndlp+1)/3?(scndlp == xkh-1 ? char(93) : char(10)) : char(32));
} cout << char(10) << char(10) << char(115) << char(117) << char(109) << char(58) << char(32) << msm << char(10)
<< char(109) << char(97) << char(120) << char(58) << char(32) << mmx; cin >> tmp;





return 0; }sry if Too Advanced, but teacher will be Impressed. Most efficient way.