public override void Initialize()
{
mCamera = new Camera();
mScene = new SceneData();
mScene.GamePlane = new Rectangle(0, 0, EngineSettings.VirtualResWidth, EngineSettings.VirtualResHeight);
mCamera.GameScreen = mScene.GamePlane;
mPlayer = new Hansel();
}
public void Update(bool pMayMove, float pMovementSpeedFactor, SceneData pScene)
{
base.Update();
if (pMayMove && pMovementSpeedFactor > 0)
{
Vector2 TmpMovement = mInput.Movement * mSpeed * pMovementSpeedFactor * (EngineSettings.Time.ElapsedGameTime.Milliseconds / 1000f);
AnimBasicAnimation(Move(ViewportCheckedVector(TmpMovement), GetBodiesForCollisionCheck(pScene)));
}
}
public void Update(bool pMayMove, SceneData pScene)
{
base.Update();
if (pMayMove)
{
Vector2 TmpMovement = mInput.Movement * mSpeed * (EngineSettings.Time.ElapsedGameTime.Milliseconds / 1000f);
AnimBasicAnimation(Move(ViewportCheckedVector(TmpMovement), GetBodiesForCollisionCheck(pScene)));
}
}
/// <summary>
/// Get Scene.MoveArea + OtherPlayers CollisionBox as Rectangle-List.
/// </summary>
protected List <Rectangle> GetBodiesForCollisionCheck(SceneData pScene)
{
List <Rectangle> TmpMoveArea = new List <Rectangle>(pScene.MoveArea);
foreach (InteractiveObject iObj in pScene.InteractiveObjects)
{
TmpMoveArea.AddRange(iObj.CollisionRectList);
}
TmpMoveArea.Add(rOtherPlayer.CollisionBox);
return(TmpMoveArea);
}
public void MoveManually(Vector2 pMovementDirection, float pMovementSpeedFactor, SceneData pScene = null, bool pIgnoreCollision = true)
{
Vector2 TmpMovement;
List<Rectangle> TmpBodies;
if (pIgnoreCollision)
{
TmpMovement = ViewportCheckedVector(pMovementDirection * mSpeed * pMovementSpeedFactor * (EngineSettings.Time.ElapsedGameTime.Milliseconds / 1000f));
TmpBodies = new List<Rectangle>();
}
else
{
TmpMovement = pMovementDirection * mSpeed * pMovementSpeedFactor * (EngineSettings.Time.ElapsedGameTime.Milliseconds / 1000f);
TmpBodies = GetBodiesForCollisionCheck(pScene);
}
AnimBasicAnimation(Move(TmpMovement, TmpBodies));
}
public void Initialize()
{
ScenePath = Environment.CurrentDirectory + @"\Content\hug";
SavegamePath = Environment.CurrentDirectory + @"\save.hugs"; //Hänsel Und Gretel Savegame
SceneSerializer = new XmlSerializer(typeof(SceneData));
SavegameSerializer = new XmlSerializer(typeof(Savegame));
Collectables = new List <Collectable>();
SceneId = 0;
Scenes = new SceneData[19]; //ToDo: Anzahl Scenes setzen !---!---!---!---!
for (int i = 0; i < Scenes.Length; i++)
{
Scenes[i] = new SceneData(); //Scenes initialisieren
}
hansel = new Hansel();
gretel = new Gretel();
}
public void Initialize()
{
ScenePath = Environment.CurrentDirectory + @"\Content\hug";
SavegamePath = Environment.CurrentDirectory + @"\save.hugs"; //Hänsel Und Gretel Savegame
SceneSerializer = new XmlSerializer(typeof(SceneData));
SavegameSerializer = new XmlSerializer(typeof(Savegame));
Collectables = new List<Collectable>();
InventoryHansel = new Inventory();
InventoryGretel = new Inventory();
Chalk = 0;
PositionHansel = new Vector2(80, 500); //ToDo: Init Position setzen !---!---!---!---!
PositionGretel = new Vector2(150, 500); //ToDo: Init Position setzen !---!---!---!---!
SceneId = 0;
Scenes = new SceneData[1]; //ToDo: Anzahl Scenes setzen !---!---!---!---!
for (int i = 0; i < Scenes.Length; i++)
Scenes[i] = new SceneData(); //Scenes initialisieren
}
public void MoveManually(Vector2 pMovementDirection, SceneData pScene, bool pIgnoreCollision)
{
Vector2 TmpMovement;
List <Rectangle> TmpBodies;
if (pIgnoreCollision)
{
TmpMovement = ViewportCheckedVector(pMovementDirection * mSpeed * (EngineSettings.Time.ElapsedGameTime.Milliseconds / 1000f));
TmpBodies = new List <Rectangle>();
}
else
{
TmpMovement = pMovementDirection * mSpeed * (EngineSettings.Time.ElapsedGameTime.Milliseconds / 1000f);
TmpBodies = GetBodiesForCollisionCheck(pScene);
}
AnimBasicAnimation(Move(TmpMovement, TmpBodies));
}
public void Initialize()
{
ScenePath = Environment.CurrentDirectory + @"\Content\hug";
SavegamePath = Environment.CurrentDirectory + @"\save.hugs"; //Hänsel Und Gretel Savegame
SceneSerializer = new XmlSerializer(typeof(SceneData));
SavegameSerializer = new XmlSerializer(typeof(Savegame));
Collectables = new List <Collectable>();
InventoryHansel = new Inventory();
InventoryGretel = new Inventory();
Chalk = 0;
PositionHansel = new Vector2(80, 500); //ToDo: Init Position setzen !---!---!---!---!
PositionGretel = new Vector2(150, 500); //ToDo: Init Position setzen !---!---!---!---!
SceneId = 0;
Scenes = new SceneData[2]; //ToDo: Anzahl Scenes setzen !---!---!---!---!
for (int i = 0; i < Scenes.Length; i++)
{
Scenes[i] = new SceneData(); //Scenes initialisieren
}
}
/// <summary>
/// Move Player to Point (Call by Call).
/// </summary>
/// <param name="pTargetPoint">Point</param>
/// <param name="pMovementSpeedFactor">Speed wird hiermit multipliziert</param>
/// <param name="pScene">Scene für ggf Kollisionsprüfung, darf bei pIgnoreCollision = true null sein.</param>
/// <param name="pIgnoreCollision">Keine Kollision</param>
/// <param name="pIgnoreOtherPlayer">Wenn pIgnoreCollision = false ist auch anderen Spieler ignorieren.</param>
public void MoveAgainstPoint(Vector2 pTargetPoint, float pMovementSpeedFactor = 1f, SceneData pScene = null, bool pIgnoreCollision = true, bool pIgnoreOtherPlayer = false, bool pAnimate = true, bool pIgnoreTemp = false)
{
Vector2 TmpMovementDirection = pTargetPoint - SkeletonPosition;
TmpMovementDirection.Normalize();
Vector2 TmpMovement;
List <Rectangle> TmpBodies;
if (pIgnoreCollision)
{
TmpMovement = ViewportCheckedVector(GetMovement(TmpMovementDirection, pMovementSpeedFactor, pIgnoreTemp));
TmpBodies = new List <Rectangle>();
if (!pIgnoreOtherPlayer)
{
TmpBodies.Add(rOtherPlayer.CollisionBox);
}
}
else
{
TmpMovement = GetMovement(TmpMovementDirection, pMovementSpeedFactor, pIgnoreTemp);
TmpBodies = GetBodiesForCollisionCheck(pScene);
}
if ((pTargetPoint - SkeletonPosition).Length() < TmpMovement.Length()) //Nicht über Punkt hinaus gehen.
{
TmpMovement = pTargetPoint - SkeletonPosition;
}
Vector2 Movement = Move(TmpMovement, TmpBodies);
if (pAnimate)
{
AnimBasicAnimation(Movement, Lantern, true, IsLanternRaised);
}
}
/// <summary>
/// Spieler manuell entsprechend bewegen.
/// </summary>
/// <param name="pMovementDirection">Auszuführende Bewegungsrichtung (muss normalisiert sein)</param>
/// <param name="pMovementSpeedFactor">Speed wird hiermit multipliziert</param>
/// <param name="pScene">Scene für ggf Kollisionsprüfung, darf bei pIgnoreCollision = true null sein.</param>
/// <param name="pIgnoreCollision">Keine Kollision</param>
/// <param name="pIgnoreOtherPlayer">Wenn pIgnoreCollision = false ist auch anderen Spieler ignorieren.</param>
public void MoveManually(Vector2 pMovementDirection, float pMovementSpeedFactor = 1f, SceneData pScene = null, bool pIgnoreCollision = true, bool pIgnoreOtherPlayer = false, bool pIgnoreMapBounds = false)
{
Vector2 TmpMovement;
List <Rectangle> TmpBodies;
if (pIgnoreCollision)
{
TmpMovement = GetMovement(pMovementDirection, pMovementSpeedFactor);
TmpBodies = new List <Rectangle>();
if (!pIgnoreOtherPlayer)
{
TmpBodies.Add(rOtherPlayer.CollisionBox);
}
}
else
{
if (pIgnoreMapBounds)
{
TmpMovement = GetMovement(pMovementDirection, pMovementSpeedFactor);
}
else
{
TmpMovement = ViewportCheckedVector(GetMovement(pMovementDirection, pMovementSpeedFactor));
}
TmpBodies = GetBodiesForCollisionCheck(pScene);
}
AnimBasicAnimation(Move(TmpMovement, TmpBodies), Lantern, true, IsLanternRaised);
}
/// <summary>
/// Get Scene.MoveArea + OtherPlayers CollisionBox as Rectangle-List.
/// </summary>
protected List<Rectangle> GetBodiesForCollisionCheck(SceneData pScene)
{
List<Rectangle> TmpMoveArea = new List<Rectangle>(pScene.MoveArea);
TmpMoveArea.Add(rOtherPlayer.CollisionBox);
return TmpMoveArea;
}