public void TestTurtleMove(Direction heading, int expectedX, int expectedY)
{
turtle.Move();
var expectedPoint = new Coordinate(expectedX, expectedY);
Assert.AreEqual(expectedPoint.X, turtle.TurtlePosition.X);
Assert.AreEqual(expectedPoint.Y, turtle.TurtlePosition.Y);
}
public void Move_IfDirectionIsEast_DecreaseX()
{
_turtle.Direction = App.Enums.Direction.East;
_turtle.Move();
Assert.That(_turtle.X == TurtlePosX - 1);
}
public void MovesWhenMovePossible()
{
var turtle = new Turtle(new Coordinate(3, 2), Direction.S);
turtle.Move(movePossible);
turtle.Move(movePossible);
Assert.AreEqual(new Coordinate(5, 2), turtle.Position);
}
public void CanMoveTurtle()
{
turtle.posX = 3;
turtle.posY = 1;
turtle.facingPos = Coordinates.North;
turtle.Move();
turtle.Move();
Assert.AreEqual(turtle.posX, 1);
}
public void Turtle_PlacedMovedAndTurned_ReportsCorrectPosition()
{
var Turtle = new Turtle();
Turtle.Place(1, 2, Facing.East);
Turtle.Move();
Turtle.Move();
Turtle.Left();
Turtle.Move();
Assert.AreEqual("3,3,NORTH", Turtle.Report());
}
public void TurtleMove_TurtleMovesInBoard()
{
Board gameBoard = TestHelper.GetEmptyBoard(1, 3);
Turtle turtle = new Turtle(Direction.North, gameBoard);
gameBoard.AddGameObject(0, 2, turtle);
turtle.Move();
Assert.True(new Coordinate(0, 1).IsSame(turtle.GetCurrentCoordinate()));
turtle.Move();
Assert.True(new Coordinate(0, 0).IsSame(turtle.GetCurrentCoordinate()));
}
static void Main(string[] args)
{
int ang1 = 90;
int ang2 = 60;
int ang3 = 120;
int ang4 = 270;
int ang5 = 180;
int len1 = 200;
int len2 = 50;
int len3 = 100;
Turtle.Speed = 5;
Turtle.Turn(ang5);
Turtle.PenUp();
Turtle.Move(len1);
Turtle.Turn(ang4);
Turtle.PenDown();
Turtle.Move(len1);
Turtle.Turn(ang1);
Turtle.Move(len1);
Turtle.Turn(ang1);
Turtle.Move(len1);
Turtle.Turn(ang2);
Turtle.Move(len2);
}
static void Main(string[] args)
{
//Pila();
//Six();
//Moloko();
GraphicsWindow.KeyDown += GraphicsWindow_KeyDown;
Turtle.PenUp();
int moveFoodX = 150;
int moveFoodY = 150;
GraphicsWindow.BrushColor = "Red";
var food = Shapes.AddRectangle(12, 12);
Shapes.Move(food, moveFoodX, moveFoodY);
Random random = new Random();
while (true)
{
if (Turtle.X - moveFoodX < 15 && Turtle.Y - moveFoodY < 15 && moveFoodX - Turtle.X < 15 && moveFoodY - Turtle.Y < 15)
{
moveFoodX = random.Next(0, GraphicsWindow.Width);
moveFoodY = random.Next(0, GraphicsWindow.Height);
Shapes.Move(food, moveFoodX, moveFoodY);
Turtle.Speed++;
}
Turtle.Move(10);
}
}
static void Main(string[] args)
{
var len = 30;
Turtle.Move(len);
Turtle.Turn(90);
Turtle.Move(len);
Turtle.Turn(90);
Turtle.Move(len);
Turtle.Turn(90);
Turtle.Move(len);
Turtle.PenUp();
Turtle.Move(len);
Turtle.Turn(90);
Turtle.Move(len * 2);
Turtle.PenDown();
Turtle.Turn(90);
Turtle.Move(len * 3);
Turtle.Turn(90);
Turtle.Move(len * 3);
Turtle.Turn(90);
Turtle.Move(len * 3);
Turtle.Turn(90);
Turtle.Move(len * 3);
Turtle.Turn(30);
Turtle.Move(len * 3);
Turtle.Turn(120);
Turtle.Move(len * 3);
}
static void Main(string[] args)
{
var len = 100;
Turtle.Speed = 8;
Turtle.Turn(90);
Turtle.Move(len);
Turtle.TurnRight();
Turtle.Move(len);
Turtle.TurnRight();
Turtle.Move(len);
Turtle.TurnRight();
Turtle.Move(len);
Turtle.Turn(46);
Turtle.Move(71.98);
Turtle.Turn(89.6);
Turtle.Move(71);
Turtle.PenUp();
Turtle.Turn(89);
Turtle.Move(40);
Turtle.Turn(-45);
Turtle.PenDown();
Turtle.Move(40);
Turtle.TurnRight();
Turtle.Move(40);
Turtle.TurnRight();
Turtle.Move(40);
Turtle.TurnRight();
Turtle.Move(40);
Turtle.PenUp();
Turtle.Move(500);
}
static void Main(string[] args)
{
Random rand = new Random();
// Не оставлять след
Turtle.PenUp();
// Добавление еды
GraphicsWindow.BrushColor = "Green";
var food = Shapes.AddRectangle(10, 10);
int foodX = 200;
int foodY = 200;
Shapes.Move(food, foodX, foodY);
while (true)
{
GraphicsWindow.KeyDown += GraphicsWindow_KeyDown;
Turtle.Move(10);
if ((Turtle.X >= foodX - 10 && Turtle.X <= foodX + 10) && (Turtle.Y >= foodY - 10 && Turtle.Y <= foodY + 10))
{
foodX = rand.Next(0, GraphicsWindow.Width);
foodY = rand.Next(0, GraphicsWindow.Height);
Shapes.Move(food, foodX, foodY);
Turtle.Speed++;
}
}
}
public void DrawWindw()
{
try
{
if (2 * Wall < 3)
{
throw new Exception("Dividing by zero Exception");
}
else
{
Turtle.PenUp();
Turtle.Move(2 * Wall / 3);
DrawSide(Wall / 3, 90);
Turtle.PenDown();
Turtle.Move(Wall / 3);
for (int i = 0; i < 4; i++)
{
DrawSide(Wall / 3, 90);
}
}
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
}
static void Main(string[] args)
{
Console.WriteLine("click Enter to start");
Console.ReadLine();
GraphicsWindow.KeyDown += GraphicsWindow_KeyDown;
Turtle.PenUp();
GraphicsWindow.BrushColor = "Blue";
var eat = Shapes.AddRectangle(10, 10);
int x = 200;
int y = 200;
Shapes.Move(eat, x, y);
Random rand = new Random();
while (true)
{
Turtle.Move(10);
if (Turtle.X >= x && Turtle.X <= x + 12 && Turtle.Y >= y && Turtle.Y <= y + 12)
{
x = rand.Next(0, GraphicsWindow.Width);
y = rand.Next(0, GraphicsWindow.Height);
Shapes.Move(eat, x, y);
Turtle.Speed++;
}
}
}
static void Main(string[] args)
{
GraphicsWindow.KeyDown += GraphicsWindow_KeyDown;
Turtle.PenUp();
GraphicsWindow.BrushColor = "Red";
var eat = Shapes.AddRectangle(10, 10);
var eatPosX = 200;
var eatPosY = 200;
Random rand = new Random();
Shapes.Move(eat, eatPosX, eatPosY);
while (true)
{
Turtle.Move(10);
if (Turtle.X >= eatPosX &&
Turtle.X <= eatPosX + 10 &&
Turtle.Y >= eatPosY &&
Turtle.Y <= eatPosY + 10)
{
eatPosX = rand.Next(0, GraphicsWindow.Width);
eatPosY = rand.Next(0, GraphicsWindow.Height);
Shapes.Move(eat, eatPosX, eatPosY);
Turtle.Speed += 1;
}
}
}
static void Main(string[] args)
{
Turtle.Speed = 9;
for (int i = 0; i < Cycles; i++)
{
Turtle.Move(Dynamic);
Turtle.TurnRight();
Turtle.Move(Dynamic);
Turtle.TurnRight();
Turtle.Move(Dynamic);
Turtle.TurnLeft();
Turtle.Move(Dynamic);
Turtle.TurnLeft();
}
Turtle.Turn(180);
Turtle.Move(Dynamic);
Turtle.TurnRight();
Turtle.Move(Dynamic * 11);
for (int i = 0; i < 7; i++)
{
Turtle.Turn(45);
Turtle.Move(Dynamic * 2.5);
}
}
public static void doubleTurnLeft()
{
Turtle.Move(25);
Turtle.TurnLeft();
Turtle.Move(25);
Turtle.TurnLeft();
}
static void Main(String[] args)
{
var len = 100;
Turtle.Speed = 8;
// Рисуем тело домика
Turtle.Turn(90);
Square(len);
// Рисуем крышу
Turtle.Turn(-60);
Turtle.Move(len);
Turtle.Turn(120);
Turtle.Move(len);
Turtle.Turn(30);
// Рисуем окошко
Turtle.PenUp();
Turtle.Move(2 * len / 3);
Turtle.Turn(90);
Turtle.Move(len / 3);
Turtle.PenDown();
Square(len / 3);
}
public static void WriteG(int longLine, int shortLine)
{
Turtle.Angle = 0;
Turtle.Move(longLine);
Turtle.TurnRight();
Turtle.Move(shortLine);
}
static void Main(string[] args)
{
GraphicsWindow.Title = "Turtle eat";
GraphicsWindow.Width = 800;
GraphicsWindow.Height = 700;
GraphicsWindow.KeyDown += GraphicsWindow_KeyDown;
Turtle.PenUp();
GraphicsWindow.BrushColor = "Red";
var eat = Shapes.AddRectangle(10, 10);
var xx = 100;
var yy = 200;
Shapes.Move(eat, xx, yy);
Random rand = new Random();
while (true)
{
Turtle.Move(10);
if (Turtle.X <= (xx + 15) && Turtle.X > (xx - 10) && Turtle.Y <= (yy + 15) && Turtle.Y > (yy - 10))
{
xx = rand.Next(GraphicsWindow.Width);
yy = rand.Next(GraphicsWindow.Height);
Shapes.Move(eat, xx, yy);
Turtle.Speed++;
}
}
}
static void Main(string[] args)
{
GraphicsWindow.KeyDown += GraphicsWindow_KeyDown;
Turtle.PenUp();
var eat = Shapes.AddEllipse(10, 10);
int x = 200;
int y = 200;
Shapes.Move(eat, x, y);
Random rand = new Random();
while (true)
{
Turtle.Move(5);
if ((Turtle.X >= x && Turtle.X <= x + 10) && (Turtle.Y >= y && Turtle.Y <= y + 10))
{
x = rand.Next(10, GraphicsWindow.Width);
y = rand.Next(10, GraphicsWindow.Height);
Shapes.Move(eat, x, y);
Turtle.Speed++;
}
}
}
static void Main(string[] args)
{
int x = 200;
int y = 200;
GraphicsWindow.BrushColor = "Red";
var eat = Shapes.AddRectangle(10, 10);
Shapes.Move(eat, x, y);
Turtle.PenUp();
GraphicsWindow.KeyDown += GraphicsWindow_KeyDown;
Random rand = new Random();
while (true)
{
Turtle.Move(10);
if (Turtle.X >= x && Turtle.X <= x + 15 && Turtle.Y >= y && Turtle.Y <= y + 15)
{
x = rand.Next(0, GraphicsWindow.Width);
y = rand.Next(0, GraphicsWindow.Height);
Shapes.Move(eat, x, y);
Turtle.Speed++;
}
}
}
// ЦИКЛЫ. Цикл While.
// GoodHouse рисует домик и возвращает черепашку в правильное место
static void GoodHouse(int len)
{
// Рисуем тело домика
Turtle.Turn(90);
Square(len);
// Рисуем крышу
Turtle.Turn(-60);
Turtle.Move(len);
Turtle.Turn(120);
Turtle.Move(len);
Turtle.Turn(30);
// Рисуем окошко
Turtle.PenUp();
Turtle.Move(2 * len / 3);
Turtle.Turn(90);
Turtle.Move(len / 3);
Turtle.PenDown();
Square(len / 3);
Turtle.PenUp();
Turtle.Move(2 * len / 3);
Turtle.TurnRight();
Turtle.Move(2 * len / 3);
Turtle.PenDown();
}
static void Main(string[] args)
{
Turtle.Speed = 10;
Turtle.X = 200;
Turtle.Y = 200;
{
WriteT(60);
Turtle.X = 260;
Turtle.Y = 200;
Turtle.Angle = 0;
WriteO(30);
}
Turtle.X = 320;
Turtle.Y = 200;
Turtle.Angle = 0;
Turtle.Move(30);
for (int i = 0; i < 4; i++)
{
Turtle.TurnRight();
Turtle.Move(20);
}
Turtle.X = 380;
Turtle.Y = 200;
WriteT(30);
}
static void Main(string[] args)
{
GraphicsWindow.KeyDown += GraphicsWindow_KeyDown;
Turtle.PenUp();
GraphicsWindow.BrushColor = "Green";
var eat = Shapes.AddRectangle(10, 10);
int x, y, life = 3;
int score = 0;
Random rand = new Random();
x = rand.Next(0, GraphicsWindow.Width);
y = rand.Next(0, GraphicsWindow.Height);
Shapes.Move(eat, x, y);
while (life > 0)
{
Turtle.Move(1);
if (Turtle.X >= x && Turtle.X <= x + 10 && Turtle.Y >= y && Turtle.Y <= y + 10)
{
x = rand.Next(0, GraphicsWindow.Width);
y = rand.Next(0, GraphicsWindow.Height);
Shapes.Move(eat, x, y);
Turtle.Speed++;
score++;
GraphicsWindow.DrawText(GraphicsWindow.Width - 100, GraphicsWindow.Height - 100, score);
}
else if (Turtle.X < 0 || Turtle.X > GraphicsWindow.Width || Turtle.Y < 0 || Turtle.Y > GraphicsWindow.Height)
{
Turtle.X = GraphicsWindow.Width / 2;
Turtle.Y = GraphicsWindow.Height / 2;
life--;
}
}
}
static void Main(string[] args)
{
Console.WriteLine("----------------------------");
Console.WriteLine(" hello in my turtle program");
Console.WriteLine("----------------------------");
Console.Write("input turtle speed not bigger than 9: ");
int speed = Convert.ToInt32(Console.ReadLine());
if (speed <= 9)
{
Console.Write("How much times turtle will drow a square: ");
int times = Convert.ToInt32(Console.ReadLine());
Turtle.Speed = speed;
int i = 0;
while (i < times)
{
Turtle.Move(100);
Turtle.TurnRight();
Turtle.Move(100);
Turtle.TurnRight();
Turtle.Move(100);
Turtle.TurnRight();
Turtle.Move(100);
Turtle.TurnRight();
i++;
}
}
else
{
Console.ForegroundColor = ConsoleColor.Red;
Console.WriteLine("faster than sonic!!");
Console.ReadKey();
}
}
public void Turtle_ShouldBeSuccess(string moves)
{
foreach (var m in moves)
{
if (m == 'M')
{
turtle.Move();
}
else
{
turtle.Turn(m);
}
}
Assert.Equal("Success", turtle.Status);
}
static void O(int size)
{
Turtle.Angle = 0;
for (int i = 0; i < 4; i++)
{
Turtle.Move(size);
}
}
static void letterO()
{
for (int i = 0; i < 4; i++)
{
Turtle.Move(60);
Turtle.TurnRight();
}
}
public void Turtle_PlacedAndMoved_ReportsCorrectPosition()
{
var Turtle = new Turtle();
Turtle.Place(1, 1, Facing.North);
Turtle.Move();
Assert.AreEqual("1,2,NORTH", Turtle.Report());
}
public void Turtle_InitialisedButNotPlaced_CannotBeMoved()
{
var Turtle = new Turtle();
var result = Turtle.Move();
Assert.IsFalse(result);
Assert.AreEqual("Turtle cannot move until it has been placed on the table.", Turtle.LastError);
}
public void Interpret(out Mesh meshBranches, out Mesh meshLeaves)
{
Turtle turtle = new Turtle(Eval(initialWidth));
foreach (var elem in str){
switch (elem.symbol){
case LSElement.LSSymbol.LEAF:
AddLeaf (turtle.Peek().M,elem.data [0], elem.data [1], turtle.GetDist());
break;
case LSElement.LSSymbol.DRAW:
float movDist = elem.data [0];
AddCone(turtle.Peek().M, movDist, turtle.GetWidth(), turtle.GetWidth() * elem.data[1], turtle.GetDist());
turtle.Move(movDist);
break;
case LSElement.LSSymbol.TURN:
turtle.Turn(elem.data[0]);
break;
case LSElement.LSSymbol.ROLL:
turtle.Roll(elem.data[0]);
break;
case LSElement.LSSymbol.PUSH_STATE:
turtle.Push();
break;
case LSElement.LSSymbol.POP_STATE:
turtle.Pop();
break;
case LSElement.LSSymbol.WIDTH:
turtle.SetWidth(elem.data[0]);
break;
case LSElement.LSSymbol.GRAVITY:
turtle.Gravity(elem.data[0]);
break;
}
}
float max = 0;
foreach (var u in uvLeafs) {
max = Mathf.Max (u.x, max);
}
for (int i = 0; i < uvs.Count; i++) {
uvs [i] = new Vector2( uvs [i].x/max,0);
}
for (int i = 0; i < uvLeafs.Count; i++) {
uvLeafs [i] = new Vector2( uvLeafs[i].x/max ,0);
}
meshBranches = new Mesh();
if (vertices.Count >= 65536) {
Debug.LogError ("Tree - too many verts: "+vertices.Count);
} else {
vertCount = vertices.Count;
meshBranches.vertices = vertices.ToArray ();
meshBranches.triangles = indices.ToArray ();
meshBranches.uv = uvs.ToArray ();
PostprocessMesh (meshBranches);
//Debug.Log ("vertices "+vertices.Count);
}
uvs.Clear();
vertices.Clear();
indices.Clear();
meshLeaves = new Mesh();
if (verticesLeaf.Count >= 65536) {
Debug.LogError ("Tree leaves - too many verts: "+verticesLeaf.Count);
} else {
vertLeafCount = verticesLeaf.Count;
meshLeaves.vertices = verticesLeaf.ToArray ();
meshLeaves.triangles = indicesLeaf.ToArray ();
meshLeaves.uv = uvLeafs.ToArray ();
PostprocessMesh (meshLeaves);
}
uvLeafs.Clear();
verticesLeaf.Clear();
indicesLeaf.Clear();
}