// pre: none
// post: a hetrogeneous collection of blurtDubs is in valid inital state
public static void createBlurtDub(blurtDub[] collection, string[] wordBank, int collectionSize)
{
Random rnd = new Random();
int start = 5;
int dif = 10;
int num = 100;
int nStart = 20;
for (int i = 0; i < collectionSize; i++)
{
uint a = (uint)rnd.Next(start);
uint d = (uint)rnd.Next(dif);
uint n = (uint)rnd.Next(nStart, num);
int word = rnd.Next(nStart);
collection[i] = new blurtDub(wordBank[word], a, d, n);
}
}
static void Main(string[] args)
{
const int bankSize = 20;
const int collectionSize = 5;
const int loopCount = 40;
string[] wordBank = new string[bankSize] {
"dress", "hip", "bless", "acute", "chest", "count", "thin",
"thick", "belt", "drive", "trace", "bell", "roar", "clear", "sip", "mess", "hover", "ego", "zero"
, "steep"
};
blurtGens[] bGenCollection = new blurtGens[collectionSize];
blurtSkip[] bSkipCollection = new blurtSkip[collectionSize];
blurtDub[] bDubCollection = new blurtDub[collectionSize];
bool run = welcome();
while (run)
{
createBlurtGens(bGenCollection, wordBank, collectionSize);
createBlurtSkip(bSkipCollection, wordBank, collectionSize);
createBlurtDub(bDubCollection, wordBank, collectionSize);
int count = 0;
Random rnd = new Random();
while (count < loopCount)
{
int i = rnd.Next(collectionSize);
printActiveBlurtGen(bGenCollection, i);
printActiveBlurtSkip(bSkipCollection, i);
printActiveBlurtDub(bDubCollection, i);
count++;
}
run = runAgain();
}
Console.WriteLine("Goodbye...");
}
