/// <summary>
/// Add a batch of entities to be spawned by the spawner.
/// Entities will be spawned in the order that they are added to the spawner,
/// with the first entries being spawned first.
/// </summary>
/// <param name="GameEntityType">The type of GameEntity to spawn.</param>
/// <param name="count">The number of entities to spawn.</param>
/// <param name="spawnDelay">How long to wait until spawning the next batch.</param>
public void AddGameEntityBatch(GameEntity GameEntityType, int GameEntityCount, int spawnDelay)
{
GameEntityBatch newBatch = new GameEntityBatch(GameEntityType, GameEntityCount, spawnDelay);
this.spawnBatches.Add(newBatch);
this.Activate();
}
public Projectile(string projectileName, GameEntity firingEnt, Point targetPoint)
: base(projectileName)
{
this.targetPoint = targetPoint;
this.firingEntity = firingEnt;
//target the target
//this.SetAI(null);
this.SetAI(new ArtificialIntelligence());
//ArtificialIntelligence ai = new ArtificialIntelligence();
//MovementPath newPath = new MovementPath(this.GetPosition(),
//ai.SetMovementPath(
}
/// <summary>
/// Each of the parameters is nullable. The most complete set of data possible will be built from any non-null parameters.
/// </summary>
/// <param name="sendingTile"></param>
/// <param name="sendingGameEntity"></param>
/// <param name="sendingElement"></param>
/// <param name="triggeringPosition"></param>
/// <param name="triggeringScreenPosition"></param>
/// <returns></returns>
public static GuiEvent FromPartialData(Tile sendingTile, GameEntity sendingGameEntity, GuiElement sendingElement, Point triggeringPosition, Point triggeringScreenPosition)
{
GuiEvent eventToReturn = new GuiEvent(0, 0);
//check each of the parameters for non-null values and set them in the event to return
if (sendingTile != null)
{
eventToReturn.clickedTiles.Add(sendingTile);
}
if (sendingGameEntity != null)
{
eventToReturn.clickedEntities.Add(sendingGameEntity);
}
if (sendingElement != null)
{
eventToReturn.clickedElement = sendingElement;
}
if (triggeringPosition != null)
{
eventToReturn.eventPos = triggeringPosition;
}
if (triggeringScreenPosition != null)
{
eventToReturn.eventPixelPos = triggeringScreenPosition;
}
//go through the values, and determine values for those that are null
if (eventToReturn.eventPos == null)
{
//get the position from one of the properties that we have...
}
//gotta do this for the other stuff too
//eventToReturn.clickedElement = gLayer.GetElementAt(returnEvent.eventPos.x, returnEvent.eventPos.y);
//eventToReturn.clickedEntities = gLayer.GetEntitiesAt(returnEvent.eventPos.x, returnEvent.eventPos.y);
//eventToReturn.clickedTiles = gLayer.GetTilesAt(returnEvent.eventPos.x, returnEvent.eventPos.y);
return eventToReturn;
}
/// <summary>
/// This entity is colliding into another. This entity is the one doing the colliding.
/// </summary>
/// <param name="collidingEntity"></param>
public void Collision(GameEntity collidingEntity)
{
Vector collisionVector = new Vector(this.position.x - collidingEntity.GetPosition().x + this.speed.X,
this.position.x - collidingEntity.GetPosition().x + this.speed.Y);
string firingGuy = "";
if(this.GetTypeName() == "Projectile")
{
//the projectile should not hit the entity that fired it
Projectile projEnt = this.As<Projectile>();
if (collidingEntity == projEnt.GetFiringEntity())
{
return;
}
firingGuy = projEnt.GetFiringEntity().GetName();
}
//perform custom collision events first
if (this.collisionEvent != null)
{
this.collisionEvent.Invoke(collidingEntity);
}
if (collidingEntity.collisionEvent != null)
{
collidingEntity.collisionEvent.Invoke(collidingEntity);
}
// Determine where the collision happens
Point collisionPosition = new Point(0, 0);
if (Math.Abs(this.speed.X) > Math.Abs(collidingEntity.speed.X))
{
collisionPosition.x = (Math.Abs(collidingEntity.speed.X) / Math.Abs(this.speed.X))
* Math.Abs(this.position.x - collidingEntity.position.x);
}
else
{
collisionPosition.x = (Math.Abs(this.speed.X) / Math.Abs(collidingEntity.speed.X))
* Math.Abs(collidingEntity.position.x - this.position.x);
}
// If the colliding entity is neither above nor below, check X collision.
if (!collidingEntity.GetArea().Above(this.GetArea()) && !collidingEntity.GetArea().Below(this.GetArea()))
{
if ((this.position.x + this.speed.X > collidingEntity.position.x + collidingEntity.speed.X &&
this.position.x + this.speed.X < collidingEntity.position.x + collidingEntity.speed.X + collidingEntity.Width) ||
(this.position.x + this.speed.X < collidingEntity.position.x + collidingEntity.speed.X &&
this.position.x + this.speed.X + this.Width > collidingEntity.position.x + collidingEntity.speed.X))
{
//newSpeed.x = 0;
//colNewSpeed.x = 0;
}
}
// If colliding entity is neither to the left nor the right, check Y collision
if (!(collidingEntity.GetArea().Right < this.GetArea().Left)
&& !(collidingEntity.GetArea().Left > this.GetArea().Right))
{
// If colliding from above...
// "Minimum" speed is entity position minus colliding entity top.
if (this.position.y + this.speed.Y < collidingEntity.position.y + collidingEntity.speed.Y &&
this.position.y + this.speed.Y + this.Height > collidingEntity.position.y + collidingEntity.speed.Y)
{
this.SetPosition(this.GetPosition().x, collidingEntity.GetArea().Top);
}
// If colliding from below,
// "Maximum" speed is colliding entity top minus entity bottom
if (this.position.y + this.speed.Y > collidingEntity.position.y + collidingEntity.speed.Y &&
this.position.y + this.speed.Y < collidingEntity.position.y + collidingEntity.speed.Y + collidingEntity.Height)
{
this.SetPosition(this.GetPosition().x, collidingEntity.GetArea().Bottom - this.GetArea().height);
}
}
// Collision means speed = 0;
this.SetSpeed(new Vector(0, 0));
collidingEntity.SetSpeed(new Vector(0, 0));
// Colliding with a tile.
if (collidingEntity.GetTypeName() == "Tile")
{
// Debug.log(collisionVector.ToString());
}
// Well, we don't need to deal damage from a terrain collider.
if (this.GetTypeName() == "TerrainCollider")
{
return;
}
int damage = 10;
//deal damage to the other entity
if (collidingEntity.GetTypeName() == "LivingGameEntity")
{
LivingGameEntity livingTarget = collidingEntity.As<LivingGameEntity>();
/*
Debug.log(this.GetName() + " " + this.GetId() + " at " + this.GetPosition().x + ", " + this.GetPosition().y +
" dealing " + damage + " damage to " + livingTarget.GetName() + " (" + livingTarget.GetId() + ") at " + livingTarget.GetPosition().x + ", " + livingTarget.GetPosition().y +
". IsProjectile: " + isProj.ToString() + ", firingGuy is " + firingGuy + ", This type is " + this.GetType().Name.ToString());
*/
Debug.log("Damaging " + livingTarget.GetName() + " by " + damage);
livingTarget.Damage(damage);
}
//collidingEntity.dam
}
public void RemoveGameEntity(GameEntity gameEntityToRemove)
{
if (gameEntityToRemove.GetTypeName() == "LightSource")
{
LightSource lightToRemove = gameEntityToRemove.As<LightSource>();
if (this.stageLights.Contains(lightToRemove))
{
this.stageLights.Remove(lightToRemove);
}
}
else if (gameEntityToRemove .GetTypeName() == "Tile")
{
Tile tileToRemove = gameEntityToRemove.As<Tile>();
if (this.stageTiles.Contains(tileToRemove))
{
this.stageTiles.Remove(tileToRemove);
}
}
else if (gameEntityToRemove .GetTypeName() == "LivingGameEntity" || gameEntityToRemove .GetTypeName() == "Projectile")
{
LivingGameEntity livingEntityToRemove = gameEntityToRemove.As<LivingGameEntity>();
if (this.livingEntities.Contains(livingEntityToRemove))
{
this.livingEntities.Remove(livingEntityToRemove);
}
else
{
Debug.log("Warning: Living entity list does not contain " + livingEntityToRemove.GetId() + " ( " + livingEntityToRemove.GetName() + " )");
}
}
else
{
if (this.stageEntities.Contains(gameEntityToRemove))
{
this.stageEntities.Remove(gameEntityToRemove);
}
}
}
public GameEntity CreateGameEntity(string gameEntName, string spriteName)
{
GameEntity newEnt = new GameEntity(gameEntName);
newEnt.SetSprite(Sprite.GetSpriteByName(spriteName));
this.AddGameEntity(newEnt);
return newEnt;
}
// Check whether an entity is physically in the stage.
public bool Contains(GameEntity gent)
{
// If it's not in the absolute bounds of the stage, it won't be within the more constricting bounds.
if (!this.GetBounds().Contains(gent.GetPosition()))
{
return false;
}
// Should maybe check if it's closer to the top or bottom... ?
// Check the more constricting bounds
if (gent.GetPosition().y > MaxY(gent.GetPosition().x) ||
gent.GetPosition().y < MinY(gent.GetPosition().x))
{
return false;
}
return true;
}
public void AddGameEntity(GameEntity gameEntityToAdd)
{
if (gameEntityToAdd == null) return;
if (gameEntityToAdd.GetTypeName() == "LivingGameEntity" || gameEntityToAdd.GetTypeName() == "Projectile") // || GameEntityToAdd.GetTypeName() == "Tile")
{
//LivingGameEntity entityToAdd = gameEntityToAdd.As<LivingGameEntity>();
LivingGameEntity entityToAdd = (LivingGameEntity) gameEntityToAdd;
//this.livingEntities.Add(gameEntityToAdd.As<LivingGameEntity>());
if (this.livingEntities.Contains(entityToAdd)) return;
this.livingEntities.Add(entityToAdd);
}
else if (gameEntityToAdd.GetTypeName() == "TerrainCollider")
{
//Debug.log("Here. This. Do not want.");
if (this.terrainColliders.Contains(gameEntityToAdd.As<TerrainCollider>())) return;
terrainColliders.Add((TerrainCollider)gameEntityToAdd);
}
else
{
if (this.stageEntities.Contains(gameEntityToAdd)) return;
stageEntities.Add(gameEntityToAdd);
}
gameEntityToAdd.SetParentStage(this);
}
public bool CheckEntityVisibility(GameEntity gent)
{
if (this.GetVisibleArea().Contains(gent.GetArea()))
{
if (!visibleEntities.Contains(gent))
{
visibleEntities.Add(gent);
}
return true;
}
else
{
if (visibleEntities.Contains(gent))
{
visibleEntities.Remove(gent);
}
return false;
}
}
//!Need to add better support for custom styles
public void RenderGameEntity(GameEntity gent, View view)
{
HtmlElement gentlement = null;
if (elementsByGameObjectId.ContainsKey(gent.GetId()))
{
gentlement = elementsByGameObjectId[gent.GetId()].As<HtmlElement>();
}
//if it's not rendered, render it
if (gentlement == null)
{
gentlement = document.createElement("div").As<HtmlElement>();
gentlement.id = gent.GetId();
//later, we may want to add iterating through base types to get their type name and add it...
this.AddClass(gentlement, "Entity");
this.AddClass(gentlement, gent.GetType().Name);
document.getElementById("gameBoard").appendChild(gentlement);
foreach (string style in gent.GetCustomStyles())
{
this.AddClass(gentlement, style);
}
if (gent.GetSprite() != null && gent.GetSprite().ScaleToSize == true)
{
gentlement.style.backgroundSize = gent.GetSprite().Size.width + "px " + gent.GetSprite().Size.height + "px ";
}
elementsByGameObjectId[gent.GetId()] = gentlement;
}
if (gent.GetTypeName() == "Tile")
{
tilesRendrin++;
Color tileCol = gent.As<Tile>().GetLightLevel();
gentlement.style.backgroundColor = "rgb(" + tileCol.red + ", " + tileCol.green + ", " + tileCol.blue + ");";
if (gent.GetSize().width != Stage.CurrentStage.GetTileSize().width || gent.GetSize().height != Stage.CurrentStage.GetTileSize().height)
{
gentlement.style.width = Stage.CurrentStage.GetTileSize().width + "px";
gentlement.style.height = Stage.CurrentStage.GetTileSize().height + "px";
}
}
if(this.gameEntitiesToUpdate.Contains(gent.GetId()))
{
//reposition the element based on game position
gentlement.style.left = (gent.GetPosition().x * Stage.CurrentStage.GetTileSize().width) + "px";
gentlement.style.top = ((Stage.CurrentStage.Height - gent.GetPosition().y - gent.Height)
* Stage.CurrentStage.GetTileSize().height) + "px";
gentlement.style.opacity = gent.GetOpacity().ToString();
this.gameEntitiesToUpdate.Remove(gent.GetId());
}
//if the entity doesn't have a sprite, we're done with all rendering for now
if (gent.GetSprite() == null)
{
gentlement.style.border = "1px dashed blue";
return;
}
//call the sprite's animate function
//it will return the id of the frame that the sprite and its animation are currently on
string frameId = gent.GetSprite().Animate();
Debug.Watch("Animation count", gent.GetSprite().GetCurrentAnimation().animationCount.ToString(), true);
//if that result is different from the value we have stored as this GameEntity's current display frame,
if (frameId != gent.GetSprite().CurrentRenderFrame)
{
//update this thing's CSS to the new frame
//jQueryObject GameEntityDiv = jQuery.FromElement(GameEntityDiv);
this.RemoveClass(gentlement, gent.GetSprite().CurrentRenderFrame);
this.AddClass(gentlement, frameId);
derp = gentlement.className;
//and update our current frameid
gent.GetSprite().CurrentRenderFrame = frameId;
gentlement.style.width = gent.GetSprite().Size.width + "px";
gentlement.style.height = gent.GetSprite().Size.height + "px";
}
}
public void DestroyGameEntity(GameEntity gent)
{
Element gentlement = elementsByGameObjectId[gent.GetId()];
if (gentlement != null)
{
try
{
gentlement.parentElement.removeChild(gentlement);
elementsByGameObjectId.Remove(gent.GetId());
}
catch (Exception ex)
{
Debug.log("Failed to destroy " + gent.GetId() + " ( " + gent.GetName() + " ) :");
Debug.log(ex.Message);
}
}
}
public GameEntityBatch(GameEntity GameEntityType, int GameEntityCount, int spawnDelay)
{
this.GameEntityType = GameEntityType;
this.GameEntityCount = GameEntityCount;
this.spawnDelay = spawnDelay;
}
public void SetFiringEntity(GameEntity firingEnt)
{
this.firingEntity = firingEnt;
}
public void old_CheckEntityVisibility(GameEntity gent)
{
if (gent.GetPosition().x >= this.x + (offsetX / stgAttached.GetTileSize().width)
&& gent.GetPosition().x <= this.x + ((offsetX + this.size.width) / stgAttached.GetTileSize().width)
&& gent.GetPosition().y >= this.x + (offsetY / stgAttached.GetTileSize().height)
&& gent.GetPosition().y <= this.x + ((offsetY + this.size.height) / stgAttached.GetTileSize().height))
{
if (!visibleEntities.Contains(gent))
{
visibleEntities.Add(gent);
}
}
else
{
if (visibleEntities.Contains(gent))
{
visibleEntities.Remove(gent);
}
}
}
public void FollowEntity(GameEntity gentToFollow)
{
Debug.log("Warning. Attempting to follow " + gentToFollow.GetName() + " but function not implemented.");
}
public void SetTarget(GameEntity newTarget)
{
this.target = newTarget;
}
public void SetNeedsUpdate(GameEntity gent)
{
if (!this.gameEntitiesToUpdate.Contains(gent.GetId()))
{
this.gameEntitiesToUpdate.Add(gent.GetId());
}
}
private void updateWaveGUI(GameEntitySpawner spawner, GameEntity gent)
{
GuiLayer topBar = GuiLayer.GetLayerByName("TopBar");
// The current wave we're on.
topBar.GetGUIElement(0).As<LabelValue>().SetValue(spawner.GetCurrentBatch());
// The total number of entities in the wave.
topBar.GetGUIElement(1).As<LabelValue>().SetValue(spawner.GetBatchCount());
// Which number in the wave is currently spawning.
topBar.GetGUIElement(2).As<LabelValue>().SetValue(spawner.GetCurrentSpawnPosition());
// The number of entities in the wave.
topBar.GetGUIElement(3).As<LabelValue>().SetValue(spawner.GetCurrentSpawnCount());
}
//as above, but duplacte to X batches
public void AddGameEntityBatches(GameEntity GameEntityType, int GameEntityCount, int batchCount, int spawnDelay)
{
while (batchCount > 0)
{
AddGameEntityBatch(GameEntityType, GameEntityCount, spawnDelay);
batchCount--;
}
this.Activate();
}
//attach the gui element to a game GameEntity, so that it follows it...
public void AttachToGameEntity(GameEntity entToAttach)
{
}
