// Description - accepts a reference to an array of the base class imageCollage.
// randomly allocates 10 slots of collage objects followed by one
// of each object.
static void allocateCollageArray(ref imageCollage[] colArray)
{
int collageSelector;
int collageSize;
for (int index = 0; index < colArray.Length; index++)
{
collageSelector = rnd.Next(NUM_COL);
collageSize = rnd.Next(MIN_IMG, MAX_IMG);
if (index < RANDOM_SIZE) //Random portion of array
{
if (collageSelector == IMAGE)
{
colArray[index] = new imageCollage(collageSize);
}
if (collageSelector == CYCLIC)
{
colArray[index] = new cyclicCollage(collageSize);
}
if (collageSelector == BIT)
{
colArray[index] = new bitCollage(collageSize);
}
}
if (index >= RANDOM_SIZE) // Constant portion of array used in test suites
{
colArray[index] = new bitCollage(TEST_SIZE);
++index;
colArray[index] = new cyclicCollage(TEST_SIZE);
++index;
colArray[index] = new imageCollage(TEST_SIZE);
}
}
}
// This method initializes 1 imageCollage, 1 cyclicCollage, and 1 bitCollage and fills them with random sequnce sizes, subscriptions lengths and image ids.
// As well as random parameters specific to the object type.
public static imageCollage[] heteroCollage(int size)
{
imageCollage[] H = new imageCollage[size];
int iQuantity = rand.Next(4, 11);
H[0] = new imageCollage(iQuantity, rand.Next(5, 11));
for (int n = 0; n < iQuantity; n++)
{
H[0].addImage(rand.Next(1000, 10000));
}
int cQuantity = rand.Next(4, 11);
H[1] = new cyclicCollage(cQuantity, rand.Next(5, 11), 3);
for (int n = 0; n < cQuantity; n++)
{
H[1].addImage(rand.Next(1000, 10000));
}
bool replaceable = false;
int x = rand.Next(0, 1);
if (x == 1)
{
replaceable = true;
}
int bQuantity = rand.Next(4, 11);
H[2] = new bitCollage(bQuantity, rand.Next(5, 11), replaceable);
for (int n = 0; n < bQuantity; n++)
{
H[2].addImage(rand.Next(1000, 10000));
}
return(H);
}
// Description - accepts a reference to an array of the base class imageCollage.
// randomly allocates 10 slots of collage objects followed by one
// of each object.
static void allocateCollageArray(ref imageCollage[] colArray)
{
int collageSelector;
int collageSize;
for (int index = 0; index < colArray.Length; index++)
{
collageSelector = rnd.Next(NUM_COL);
collageSize = rnd.Next(MIN_IMG, MAX_IMG);
if (index < RANDOM_SIZE) //Random portion of array
{
if (collageSelector == IMAGE)
colArray[index] = new imageCollage(collageSize);
if (collageSelector == CYCLIC)
colArray[index] = new cyclicCollage(collageSize);
if (collageSelector == BIT)
colArray[index] = new bitCollage(collageSize);
}
if (index >= RANDOM_SIZE) // Constant portion of array used in test suites
{
colArray[index] = new bitCollage(TEST_SIZE);
++index;
colArray[index] = new cyclicCollage(TEST_SIZE);
++index;
colArray[index] = new imageCollage(TEST_SIZE);
}
}
}