public PlayerLayer(GameData data)
: base(data, CCColor4B.Transparent)
{
positionDisplay = new CCLabel("", "Arial", 20, CCLabelFormat.SystemFont);
positionDisplay.PositionX = 30;
positionDisplay.PositionY = screen.Height - 20;
positionDisplay.AnchorPoint = CCPoint.AnchorUpperLeft;
AddChild(positionDisplay);
playerSprite = new CCSprite("ball");
playerSprite.Color = CCColor3B.Orange;
playerSprite.PositionX = screen.MiddleX;
playerSprite.PositionY = screen.MiddleY;
AddChild(playerSprite);
player.PositionX = screen.MiddleX;
player.PositionY = screen.MiddleY;
taco = new CCSprite("taco");
taco.PositionX = MapCalculations.RandomizeCoordinate(playerSprite.PositionX, player.PositionX, screen.Width);
taco.PositionY = MapCalculations.RandomizeCoordinate(playerSprite.PositionY, player.PositionY, screen.Height);
AddChild(taco);
Schedule(RunGameLogic);
}
public void Calculateandomlimit()
{
int currentCoordinate;
int mindistance;
int maxdistance;
float random = MapCalculations.GetDistanceWithRandom(1000, 50, true);
Assert.IsFalse(MapCalculations.IsNewSeedAcceptable(2501, 3000, random));
}
public void CalculatePlayerPosition_AboveHigherCoordinate()
{
float NewPosition = 205;
float LowerCoordinate = 100;
float HigherCoordinate = 200;
float MiddlePositionScreen = 100;
float ExpectedScreenPosition = 105;
var CalculatedScreenPosition = MapCalculations.GetRelativePlayerPosition(NewPosition, LowerCoordinate, HigherCoordinate, MiddlePositionScreen);
Assert.AreEqual(ExpectedScreenPosition, CalculatedScreenPosition);
}
public void DisplacementCalculation_NegativeVelocity_CrossOverAtMinPosition_ExpectVelocityAdjustment2()
{
float NewPosition = 95F;
float MinPlayerCoordinate = 100F;
float MaxPlayerCoordinate = 200F;
float Velocity = -5.5F;
float expectedMapDisplacement = -0.5F;
var calculatedMapDisplacement = MapCalculations.GetMapDisplacement(
NewPosition,
MinPlayerCoordinate,
MaxPlayerCoordinate,
Velocity);
Assert.AreEqual(expectedMapDisplacement, calculatedMapDisplacement);
}
public void DisplacementCalculation_NegativeVelocity_AboveMaxPosition_ExpectNoVelocity1()
{
float NewPosition = 200F;
float MinPlayerCoordinate = 100F;
float MaxPlayerCoordinate = 200F;
float Velocity = -10F;
float expectedMapDisplacement = 0F;
var calculatedMapDisplacement = MapCalculations.GetMapDisplacement(
NewPosition,
MinPlayerCoordinate,
MaxPlayerCoordinate,
Velocity);
Assert.AreEqual(expectedMapDisplacement, calculatedMapDisplacement);
}
public PlayerLayer(GameData data)
: base(data, CCColor4B.Transparent)
{
// characters = new CCSpriteSheet("Iconmap/NEStalgia_Icons_nobackground");
//characters.Frames
//var csvFile = new CCTileMapInfo("Iconmap/tutorial.tmx");
//var fileInfo = new CCTileMapInfo("Iconmap/dudes32.tmx");
// map = new CCTileMap("Iconmap/moving characters/dudes32.tmx");
// new code:
//map.Antialiased = false;
//playerSprite = map;
//this.AddChild(map);
positionDisplay = new CCLabel("", "Arial", 20, CCLabelFormat.SystemFont);
positionDisplay.PositionX = 30;
positionDisplay.PositionY = screen.Height - 20;
positionDisplay.AnchorPoint = CCPoint.AnchorUpperLeft;
AddChild(positionDisplay);
playerthing = new EntityMovement(this, screen);
//playerSprite = new CCSprite("ball");
//playerSprite.Color = CCColor3B.Orange;
playerthing.currentSprite.PositionX = screen.MiddleX;
playerthing.currentSprite.PositionY = screen.MiddleY;
//AddChild(playerSprite);
player.CoordinateX = screen.MiddleX;
player.CoordinateY = screen.MiddleY;
taco = new CCSprite("taco");
taco.PositionX = MapCalculations.RandomizeCoordinate(playerthing.currentSprite.PositionX, player.CoordinateX, screen.Width, CurrentLevel.LevelWidth, GameData.Log);
taco.PositionY = MapCalculations.RandomizeCoordinate(playerthing.currentSprite.PositionY, player.CoordinateY, screen.Height, CurrentLevel.LevelHeight, GameData.Log);
AddChild(taco);
Schedule(RunGameLogic);
}
void RunGameLogic(float frameTimeInSeconds)
{
// positionDisplay.Text = $"Xpos: {player.PositionX} Ypos; {player.PositionY}";
positionDisplay.Text = $"Tacos eaten: {tacoseaten}";
playerSprite.PositionX = GameData.PlayerPositionX;
playerSprite.PositionY = GameData.PlayerPositionY;
if (TacoEaten)
{
taco.PositionX = MapCalculations.RandomizeCoordinate(playerSprite.PositionX, player.PositionX, screen.Width);
taco.PositionY = MapCalculations.RandomizeCoordinate(playerSprite.PositionX, player.PositionX, screen.Height);
tacoseaten++;
TacoEaten = false;
}
else
{
taco.PositionX -= GameData.RelativeDisplaceMentX;
taco.PositionY -= GameData.RelativeDisplacementY;
TacoEaten = CanPlayerEatTaco(taco, playerSprite);
}
}
void RunGameLogic(float frameTimeInSeconds)
{
positionDisplay.Text = $"Tacos eaten: {tacoseaten}";
playerthing.MoveAndAnimate(frameTimeInSeconds, GameData);
//playerSprite.currentSprite.PositionX = GameData.PlayerPositionX;
//playerSprite.PositionY = GameData.PlayerPositionY;
if (TacoEaten)
{
taco.PositionX = MapCalculations.RandomizeCoordinate(playerthing.currentSprite.PositionX, player.CoordinateX, screen.Width, CurrentLevel.LevelWidth, GameData.Log);
taco.PositionY = MapCalculations.RandomizeCoordinate(playerthing.currentSprite.PositionY, player.CoordinateY, screen.Height, CurrentLevel.LevelHeight, GameData.Log);
tacoseaten++;
TacoEaten = false;
}
else
{
taco.PositionX -= GameData.RelativeDisplaceMentX;
taco.PositionY -= GameData.RelativeDisplacementY;
TacoEaten = CanPlayerEatTaco(taco, playerthing.currentSprite);
}
}
public void Calculateandomlimit()
{
float random = MapCalculations.GetDistanceWithRandom(1000, 3000, 1000, 300);
Assert.IsFalse(MapCalculations.IsNewSeedAcceptable(1000, 3000, 1000, 300, random));
}
