public EngineLvl2Test()
{
// seteamos una instancia "falsa" del adapter para usar en los tests.
OneAdapter.Adapter = new FalseAdapterContain(true);
// creamos el diccionario de paginas y niveles para los tests.
Dictionary <string, List <string> > dicc = new Dictionary <string, List <string> >();
List <string> list = new List <string>();
list.Add("Page1");
dicc.Add("Menu", list);
Creator.UnityPages = dicc;
// creamos el mundo necesario para testear el motor.
Singleton <GeneralEngine> .Instance.ActualLevel = "Menu";
level = new Level("level", world);
screen = new Screen("screen", level);
destination1 = new BlankSpace("destination1", 10, 10, 50, 50, screen, "path");
source1 = new DragAndDropSource("source1", 50, 50, 50, 50, screen, "path");
destination2 = new BlankSpace("destination2", 20, 20, 50, 50, screen, "path");
source2 = new DragAndDropSource("source2", 50, 50, 50, 50, screen, "path");
word1 = new Word("word1", 10, 10, 50, 50, screen, "path1", source1, destination1);
word2 = new Word("word2", 10, 10, 50, 50, screen, "path2", source2, destination2);
screen.Add(word1);
screen.Add(word2);
screen.Add(destination1);
screen.Add(destination2);
}
public EngineLvl3Test()
{
// seteamos una instancia "falsa" del adapter para usar en los tests.
OneAdapter.Adapter = new FalseAdapterContain(true);
// creamos el diccionario de paginas y niveles para los tests.
Dictionary <string, List <string> > dicc = new Dictionary <string, List <string> >();
List <string> pagesList = new List <string>();
pagesList.Add("Page1");
dicc.Add("Menu", pagesList);
Creator.UnityPages = dicc;
Singleton <GeneralEngine> .Instance.ActualLevel = "Menu";
// creamos el mundo necesario para testear el motor.
world = Singleton <World> .Instance;
level = new Level("level", world);
screen = new Screen("screen", level);
Singleton <EngineLvl3> .Instance.Reset(screen);
buttonCheck1 = new ButtonCheck("ButtonCheck1", 10, 10, 10, 10, screen, "path", "path2", true);
buttonCheck2 = new ButtonCheck("ButtonCheck2", 20, 20, 20, 20, screen, "path", "path2", true);
buttonCheck3 = new ButtonCheck("ButtonCheck3", 30, 30, 30, 30, screen, "path", "path2", true);
buttonCheck4 = new ButtonCheck("ButtonCheck4", 40, 40, 40, 40, screen, "path", "path2", false);
buttonCheck5 = new ButtonCheck("ButtonCheck5", 50, 50, 50, 50, screen, "path", "path2", false);
screen.Add(buttonCheck1);
screen.Add(buttonCheck2);
screen.Add(buttonCheck3);
screen.Add(buttonCheck4);
screen.Add(buttonCheck5);
}
private static void Main()
{
var screen = new Screen();
for (int i = 0; i < 10; i++) {
screen.Add(new Shape {Location = new Point(i, i), Color = Color.Red});
}
using (var tracker = new Tracker().Track(screen)) {
tracker.Changed += _ => Console.WriteLine("Changed!");
screen.Add(new Shape()); // "Changed!" x 2 (1 for new element, 1 for Count property change)
screen[0].Location = new Point(1, 1); // "Changed!"
screen[1].Color = Color.Blue; // "Changed!"
screen.RemoveAt(2); // "Changed!" x 2
}
}
/// <summary>
/// Setup UI events
/// </summary>
public void Init()
{
/** Textures **/
AvatarButton.Texture = Screen.SimCreateButtonImage;
CityButton.Texture = Screen.CityButtonTemplateImage;
HouseButton.Texture = Screen.HouseButtonTemplateImage;
/** Send tab stuff to the bottom **/
Screen.SendToBack(TabBackground, TabEnterBackground, TabDescBackground);
/** Events **/
EnterTabButton.OnButtonClick += new ButtonClickDelegate(EnterTabButton_OnButtonClick);
DescTabButton.OnButtonClick += new ButtonClickDelegate(DescTabButton_OnButtonClick);
NewAvatarButton.OnButtonClick += new ButtonClickDelegate(NewAvatarButton_OnButtonClick);
PersonDescriptionSlider.AttachButtons(PersonDescriptionScrollUpButton, PersonDescriptionScrollDownButton, 1);
PersonDescriptionText.AttachSlider(PersonDescriptionSlider);
CityThumb = new UIImage {
X = CityButton.X + 6,
Y = CityButton.Y + 6
};
CityThumb.SetSize(78, 58);
Screen.Add(CityThumb);
SetTab(PersonSlotTab.EnterTab);
}
public PlayerSpaceShip(
Game i_Game,
GameScreen i_Screen,
string i_GameAsset,
ShootsManager i_ShootsManager,
bool i_IsFirstPlayer)
: base(i_Game, i_Screen, i_GameAsset, i_ShootsManager)
{
m_NumOFSouls = k_StartingNumOfSouls;
DrawOrder = k_DrawOrder;
m_IsFirstPlayer = i_IsFirstPlayer;
m_Animator = new CompositeAnimator(this);
CompositeAnimator lostSoulAnimation = new CompositeAnimator("lostSoul", TimeSpan.FromSeconds(1.6), this,
new BlinkAnimator("lostSoulBlink", TimeSpan.FromSeconds(1 / 14), TimeSpan.FromSeconds(2.4)));
CompositeAnimator dieAnimation = new CompositeAnimator("dying", TimeSpan.FromSeconds(1.6), this,
new RotateAnimator("dyingRotate", TimeSpan.FromSeconds(2.4), 4),
new FadeOutAnimator("dyingFade", TimeSpan.FromSeconds(2.4)));
m_Animator.Add(dieAnimation);
m_Animator.Add(lostSoulAnimation);
dieAnimation.Enabled = false;
lostSoulAnimation.Enabled = false;
m_SoulsSprites = new Soul[3];
m_SoulsSprites[0] = new Soul(i_Game, i_Screen, i_GameAsset);
m_SoulsSprites[1] = new Soul(i_Game, i_Screen, i_GameAsset);
m_SoulsSprites[2] = new Soul(i_Game, i_Screen, i_GameAsset);
foreach (Soul soul in m_SoulsSprites)
{
Screen.Add(soul);
}
}
public void Should_throw_when_changing_position_of_non_existent_element()
{
var screen = new Screen();
screen.Add(new Circle());
m.ElementIndexChange(screen.Shapes, new Circle());
}
public InteractionController(WorldView Map, Economy Economy, Screen Screen)
{
_Map = Map;
_Map.ChangeView(R => R.ChangeViewByPoint(M => M.Biome.Color, true, true));
_Economy = Economy;
_CurrentItem = _Economy.All;
_Map.OnClick += new EventHandler <MouseEventArgs>(ClickedMap);
_Map.OnRightClick += new EventHandler <MouseEventArgs>(RightClickedMap);
_RegionViewWindow.Visible = false;
//Buttons
string[] Classes = new string[]
{
"button-biome",
"button-temperature",
"button-moisture",
"button-elevation",
"button-population",
"button-wealth",
"button-culture",
"button-nation",
"button-good"
};
Action <object, MouseEventArgs>[] Actions = new Action <object, MouseEventArgs>[]
{
delegate(object S, MouseEventArgs E) { _Map.ChangeView(R => R.ChangeViewByPoint(M => M.Biome.Color, true, true)); },
delegate(object S, MouseEventArgs E) { _Map.ChangeView(R => R.ChangeViewByPoint(M => M.Temperature, Color.Blue, Color.Red)); },
delegate(object S, MouseEventArgs E) { _Map.ChangeView(R => R.ChangeViewByPoint(M => M.Moisture, Color.Yellow, Color.Blue)); },
delegate(object S, MouseEventArgs E) { _Map.ChangeView(R => R.ChangeViewByPoint(M => M.Height, Color.Green, Color.White)); },
delegate(object S, MouseEventArgs E) { _Map.ChangeView(R => R.Region.PopulationDensity, Color.White, Color.Red); },
delegate(object S, MouseEventArgs E) { _Map.ChangeView(R => (float)R.Region.FlowPerCapita(), Color.White, Color.Red); },
delegate(object S, MouseEventArgs E) { },
delegate(object S, MouseEventArgs E) { },
delegate(object S, MouseEventArgs E) { }
};
for (int i = 0; i < Classes.Length; ++i)
{
Button Button = new Button(Classes[i]);
Button.Position = new SFML.Window.Vector2f(34 * i + 10, 0);
Button.OnClick += new EventHandler <MouseEventArgs>(Actions[i]);
Screen.Add(Button);
}
Screen.Add(_RegionViewWindow);
}
public void Should_undo_redo_collection_changes_in_batch()
{
var screen = new Screen();
m.Batch(() => {
var circle = new Circle();
screen.Add(new Circle {
Radius = 10
});
screen.Add(circle);
screen.MoveToFront(1);
screen.Remove(circle);
});
Assert.AreEqual(1, screen.Shapes.Count);
UndoCount(1);
m.Undo();
Assert.AreEqual(0, screen.Shapes.Count);
}
public void Should_fire_collection_element_position_change_event()
{
var screen = new Screen();
var circle = new Circle();
screen.Add(new Circle());
screen.Add(circle);
int count = 0;
m.Changed += (_, args) => {
Assert.AreEqual(typeof(ElementIndexChangeEvent <Circle>), args.Event.GetType());
Assert.AreSame(screen.Shapes, ((ElementIndexChangeEvent <Circle>)args.Event).Collection);
Assert.AreSame(circle, ((ElementIndexChangeEvent <Circle>)args.Event).Element);
Assert.AreEqual(1, ((ElementIndexChangeEvent <Circle>)args.Event).Index);
count++;
};
screen.MoveToFront(1);
m.Undo();
Assert.AreEqual(2, count);
}
public void Should_undo_redo_collection_position_change()
{
var screen = new Screen();
Circle circle1, circle2;
screen.Add(circle1 = new Circle());
screen.Add(circle2 = new Circle());
m.Reset();
screen.MoveToFront(1);
Assert.AreSame(circle2, screen.Shapes[0]);
Assert.AreSame(circle1, screen.Shapes[1]);
m.Undo();
Assert.AreSame(circle1, screen.Shapes[0]);
Assert.AreSame(circle2, screen.Shapes[1]);
m.Redo();
Assert.AreSame(circle2, screen.Shapes[0]);
Assert.AreSame(circle1, screen.Shapes[1]);
}
/// <summary>
/// Setup UI events
/// </summary>
public void Init()
{
/** Textures **/
AvatarButton.Texture = Screen.SimCreateButtonImage;
CityButton.Texture = Screen.CityButtonTemplateImage;
HouseButton.Texture = Screen.HouseButtonTemplateImage;
/** Send tab stuff to the bottom **/
Screen.SendToBack(TabBackground, TabEnterBackground, TabDescBackground);
/** Events **/
EnterTabButton.OnButtonClick += new ButtonClickDelegate(EnterTabButton_OnButtonClick);
DescTabButton.OnButtonClick += new ButtonClickDelegate(DescTabButton_OnButtonClick);
NewAvatarButton.OnButtonClick += new ButtonClickDelegate(OnSelect);
DeleteAvatarButton.OnButtonClick += new ButtonClickDelegate(DeleteAvatarButton_OnButtonClick);
PersonDescriptionSlider.AttachButtons(PersonDescriptionScrollUpButton, PersonDescriptionScrollDownButton, 1);
PersonDescriptionText.AttachSlider(PersonDescriptionSlider);
CityThumb = new UIImage
{
X = CityButton.X + 6,
Y = CityButton.Y + 6
};
CityThumb.SetSize(78, 58);
Screen.Add(CityThumb);
HouseThumb = new UIImage
{
X = HouseButton.X + 6,
Y = HouseButton.Y + 6
};
HouseThumb.SetSize(78, 58);
Screen.Add(HouseThumb);
Sim = new UISim
{
Visible = false,
Position = AvatarButton.Position + new Vector2(1, 10),
Size = new Vector2(140, 200)
};
Screen.Add(Sim);
SetTab(PersonSlotTab.EnterTab);
AvatarButton.OnButtonClick += new ButtonClickDelegate(OnSelect);
CityButton.OnButtonClick += new ButtonClickDelegate(OnSelect);
HouseButton.OnButtonClick += new ButtonClickDelegate(OnSelect);
}
public void Should_undo_redo_collection_addition()
{
var screen = new Screen();
var circle = new Circle();
screen.Add(circle);
UndoCount(1);
m.Undo();
Assert.AreEqual(0, screen.Shapes.Count);
m.Redo();
Assert.AreSame(circle, screen.Shapes[0]);
}
public void PositiveTest()
{
// string Name, int PositionY, int PositionX, int Length, int Width,Screen Screen, string ImagePath, bool Right
Letter letter = new Letter("letter", 10, 10, 10, 10, screen, "path", true);
screen.Add(letter);
Singleton <EngineLvl1> .Instance.Check(letter);
bool actualState = letter.Screen.State;
bool expectedState = true;
Assert.Equal(actualState, expectedState);
Singleton <EngineLvl1> .Instance.Reset(screen);
}
public void Should_fire_collection_removal_event()
{
var screen = new Screen();
var circle = new Circle();
screen.Add(circle);
int count = 0;
m.Changed += (_, args) => {
Assert.AreEqual(typeof(ElementRemovalEvent <Circle>), args.Event.GetType());
Assert.AreSame(screen.Shapes, ((ElementRemovalEvent <Circle>)args.Event).Collection);
Assert.AreSame(circle, ((ElementRemovalEvent <Circle>)args.Event).Element);
Assert.AreEqual(0, ((ElementRemovalEvent <Circle>)args.Event).Index);
count++;
};
screen.Remove(circle);
m.Undo();
Assert.AreEqual(2, count);
}
public void TestShow()
{
var box = new Box(2, 3, 4, 5);
StreamWriter standardOut = new StreamWriter(Console.OpenStandardOutput());
standardOut.AutoFlush = true;
using (StringWriter sw = new StringWriter())
{
Console.SetOut(sw);
var screen = new Screen(10, 10);
screen.Add(box);
screen.Show();
var expected = string.Format(" {0} {0} {0} ┌───┐ {0} │ │ {0} │ │ {0} │ │ {0} │ │ {0} └───┘ {0} {0}", Environment.NewLine);
Assert.AreEqual(expected, sw.ToString());
}
Console.SetOut(standardOut);
}
static void Main(string[] args)
{
//RunTest();
var mainFrame = new Frame("main", 22, 22)
{
Row = 1,
Col = 27
};
var messageFrame = new Frame("messages", 3, 17)
{
Row = 1,
Col = 1
};
var message = new Sprite(1, 15)
{
Row = 1,
Col = 1
};
messageFrame.Sprites.Add(message);
IBlock block = new Pillar();
mainFrame.Add(block);
var screen = new Screen();
screen.Add(mainFrame);
screen.Add(messageFrame);
var loop = true;
while (loop)
{
var projectionSucceeded = screen.Project((c, cols) =>
{
message.PrintH(0, 0, "Collision!", ConsoleColor.Red);
block.Undo();
return(false);
});
if (!projectionSucceeded)
{
screen.Project();
}
var keyInfo = Console.ReadKey(true);
switch (keyInfo.KeyChar)
{
case 'w': block.Rotate(); break;
case 's': block.MoveDown(); break;
case 'a': block.MoveLeft(); break;
case 'd': block.MoveRight(); break;
case 'r': screen.Refresh(); break;
case 'q': loop = false; break;
}
message.Clear();
}
}
private void Window_MouseLeftButtonUp(object sender, MouseButtonEventArgs e)
{
if (!Mouse_Down)
{
return;
}
Mouse_Down = false;
//---------------------------------Add the last point to the canvas and screen---------------------------------
Point P = e.GetPosition(this);
Draw_Point(P);
Temp.Add_Point(P);
//---------------------------------Do the finished work--------------------------------------------------------
Temp.Finish_Collecting();
if (!Temp.Finished_Collecting)
{
return;
}
//--------------------------check if the current gesture should be unioned with the last gesture-----------------------
if (Screen.Count != 0)
{
Mouse_Data REF = Screen[Screen.Count - 1];
if ((Screen[Screen.Count - 1].Intersect(Temp) || (Screen[Screen.Count - 1].Boundary.Contains(Temp.Center)) && Recognizer.Recognize(ref REF) != "square root"))
{
Mouse_Data T = Screen[Screen.Count - 1];
T.Union(Temp);
Screen[Screen.Count - 1] = T;
}
else
{
RecLast();
if (Screen.Last().Label == "horizontal line")
{
Mouse_Data D = new Mouse_Data(Screen.Last());
D.Union(Temp);
if (Recognizer.Recognize(ref Temp) == "horizontal line" && Recognizer.Recognize(ref D, false) == "equals")
{
Screen[Screen.Count - 1] = D;
double R = Calculate_Value();
Debug.Print(R.ToString());
#region Output_Answer
Label AnswerBox = new Label();
AnswerBox.Content = R.ToString();
double L, T;
AnswerBox.Margin = new Thickness(L = Temp.Boundary.X + Temp.Boundary.Width + 10, T = ((Temp.Boundary.Y + Temp.Boundary.Height + D.Boundary.Y + D.Boundary.Height) / 2 - 50), 0, MainCanvas.Height - T - 20);
AnswerBox.FontSize = 50;
MainCanvas.Children.Add(AnswerBox);
#endregion
}
else
{
Screen.Add(Temp);
}
}
else
{
Screen.Add(Temp);
}
}
}
else
{
Screen.Add(Temp);
}
}