protected void buildFruitsSet()
{
product = new DiscreteDimension("Product", "Product being offered");
fruits = new DiscreteSet(product, "Fruits");
product.DefaultSet = fruits;
apple = new Fruit(product, "Apple");
pear = new Fruit(product, "Pear");
tomato = new Fruit(product, "Tomato");
blueberry = new Fruit(product, "Blueberry");
blackberry = new Fruit(product, "Blackberry");
blackCurrant = new Fruit(product, "Black-currant");
strawberry = new Fruit(product, "Strawberry");
lemon = new Fruit(product, "Lemon");
melon = new Fruit(product, "Melon");
broccoli = new Fruit(product, "Broccoli");
fruits.AddMember(apple, (double)trackBar1.Value / 100);
fruits.AddMember(pear, (double)trackBar2.Value / 100);
fruits.AddMember(lemon, (double)trackBar3.Value / 100);
fruits.AddMember(melon, (double)trackBar4.Value / 100);
fruits.AddMember(tomato, (double)trackBar5.Value / 100);
fruits.AddMember(blackCurrant, (double)trackBar6.Value / 100);
fruits.AddMember(blackberry, (double)trackBar7.Value / 100);
fruits.AddMember(strawberry, (double)trackBar8.Value / 100);
fruits.AddMember(blueberry, (double)trackBar9.Value / 100);
fruits.AddMember(broccoli, (double)trackBar10.Value / 100);
RelationImage imgFruits = new RelationImage(fruits);
Bitmap bmpFruits = new Bitmap(pictureBoxFruits.Width, pictureBoxFruits.Height);
imgFruits.DrawImage(Graphics.FromImage(bmpFruits));
pictureBoxFruits.Image = bmpFruits;
}
/// <summary>
/// Initializes a new instance of the <see cref="Constraint"/> class.
/// </summary>
/// <param name="collection">The collection.</param>
/// <param name="modulo">The modulo.</param>
public ConnectedLineConstraint(TrainLine line1, TrainLine line2, int modulo)
: base(
new int[] {
PeriodUtil.normalizeTime(line2.ConnectedLineShift.ToMinutes() - line1.ConnectedLineShift.ToMinutes(), modulo)
},
modulo
)
{
setConnectedConstraintDefaultValues();
TrainLine1 = line1;
TrainLine2 = line2;
ConstantMember1 = line1.ConnectedLineShift.ToMinutes();
ConstantMember2 = line2.ConnectedLineShift.ToMinutes();
// create min factor for single set
DiscreteSet.createMinimizationFactor(0);
}
/// <summary>
/// Reverses the constraint (as multiply by -1).
/// </summary>
public void reverseConstraint()
{
int tempInt;
// swap indices in matrices
tempInt = index1;
index1 = index2;
index2 = tempInt;
// swap constant matrix - related to train lines
tempInt = constantMember1;
constantMember1 = constantMember2;
constantMember2 = tempInt;
TrainLine tempTL;
// swap train lines
tempTL = trainLine1;
trainLine1 = trainLine2;
trainLine2 = tempTL;
// reverse DiscreteSet (minimization solutionFactor reverse included)
DiscreteSet.Reverse();
}
public static void TestCase()
{
DiscreteSet s = new DiscreteSet();
DiscreteElement peuh = new DiscreteElement(5, 3);
DiscreteElement peuh2 = new DiscreteElement(5, 9);
StringReferenceList refList = new StringReferenceList("Aka", "Bea", "Coq", "Dad", "Elf");
Console.WriteLine("\n\n" +
"+--------------------------------------------------------------------+\n" +
"| DiscreteSet Tests |\n" +
"+--------------------------------------------------------------------+"
);
Console.WriteLine(refList);
Console.WriteLine("----------------------------------------------------------------------");
Console.WriteLine("Empty set: {0}", s.ToString(refList));
Console.WriteLine("Adding the element {0}", peuh.ToString(refList));
s.Add(peuh);
Console.WriteLine("Resulting set: {0}", s.ToString(refList));
Console.WriteLine("Adding the element {0}", peuh.ToString(refList));
s.Add(peuh);
Console.WriteLine("Resulting set: {0}", s.ToString(refList));
Console.WriteLine("Adding the element {0}", peuh2.ToString(refList));
s.Add(peuh2);
Console.WriteLine("Resulting set: {0}", s.ToString(refList));
Console.WriteLine("Removing the element {0}", peuh.ToString(refList));
s.Remove(peuh);
Console.WriteLine("Resulting set: {0}", s.ToString(refList));
Console.WriteLine("Removing the element {0}", peuh2.ToString(refList));
s.Remove(peuh2);
Console.WriteLine("Resulting set: {0}", s.ToString(refList));
Console.WriteLine("----------------------------------------------------------------------");
Console.WriteLine("Empty set: {0}", s.ToString(refList));
Console.WriteLine("Adding the element {0}", peuh.ToString(refList));
s += peuh;
Console.WriteLine("Resulting set: {0}", s.ToString(refList));
Console.WriteLine("Adding the element {0}", peuh.ToString(refList));
s += peuh;
Console.WriteLine("Resulting set: {0}", s.ToString(refList));
Console.WriteLine("Adding the element {0}", peuh2.ToString(refList));
s += peuh2;
Console.WriteLine("Resulting set: {0}", s.ToString(refList));
Console.WriteLine("Removing the element {0}", peuh.ToString(refList));
s -= peuh;
Console.WriteLine("Resulting set: {0}", s.ToString(refList));
Console.WriteLine("Removing the element {0}", peuh2.ToString(refList));
s -= peuh2;
Console.WriteLine("Resulting set: {0}", s.ToString(refList));
Console.WriteLine("----------------------------------------------------------------------");
Console.WriteLine("Generating a set of 4 atoms.");
s = DiscreteSet.GenerateSetOfAtoms(4);
Console.WriteLine("Resulting set: {0}", s);
Console.WriteLine("Number of elements: {0}", s.Card);
Console.WriteLine("Size of elements: {0}", s.ElementSize);
Console.WriteLine("----------------------------------------------------------------------");
Console.WriteLine("Generating a set of 6 atoms.");
s = DiscreteSet.GenerateSetOfAtoms(6);
Console.WriteLine("Resulting set: {0}", s);
Console.WriteLine("Number of elements: {0}", s.Card);
Console.WriteLine("Size of elements: {0}", s.ElementSize);
Console.WriteLine("----------------------------------------------------------------------");
Console.WriteLine("Generating a set of 68 atoms.");
s = DiscreteSet.GenerateSetOfAtoms(68);
Console.WriteLine("Resulting set: {0}", s.ToStringOnePerLine());
Console.WriteLine("Number of elements: {0}", s.Card);
Console.WriteLine("Size of elements: {0}", s.ElementSize);
Console.WriteLine("----------------------------------------------------------------------");
Console.WriteLine("Generating a powerset with 4 worlds.");
s = DiscreteSet.GeneratePowerSet(4);
Console.WriteLine("Resulting set: {0}", s.ToStringOnePerLine());
Console.WriteLine("Number of elements: {0}", s.Card);
Console.WriteLine("Size of elements: {0}", s.ElementSize);
Console.WriteLine("----------------------------------------------------------------------");
Console.WriteLine("Generating a powerset with 6 worlds.");
s = DiscreteSet.GeneratePowerSet(6);
Console.WriteLine("Resulting set: {0}", s.ToStringOnePerLine());
Console.WriteLine("Number of elements: {0}", s.Card);
Console.WriteLine("Size of elements: {0}", s.ElementSize);
Console.WriteLine("----------------------------------------------------------------------");
}