protected override void process(Entity entity)
{
//get colidable entity's position
Position pos = (Position)m_PositionMapper.get(entity);
ViewPort camView = (ViewPort)m_ViewPortMapper.get(m_Camera);
MapCollidable mapCollide = (MapCollidable)m_MapCollidableMapper.get(entity);
//reset collision detection
mapCollide.Collided = false;
//get the coliding entities position
Vector2 colPos = pos.Pos;
//create a polygon based at this entity's current position, using standard tileSize for height and width
Polygon colPoly = createSquarePolygon(colPos, m_TileSize, m_TileSize);
//set the center of the screen (used later for creating the the tile's polygon in "createPolysFromTiles")
m_Center = camView.getDimensions() / 2;
//find colliding tile polygons by finding a list of tiles that colide with the coliding entity's polygon
List <Polygon> polys = createPolysFromTiles(findColidingTiles(colPoly));
//if no poly's were found return now
if (polys == null)
{
return;
}
//collided
mapCollide.Collided = true;
Vector2 response;
//for each tile polygon that we have collided with, find the heading correction vector
//and update the position with it. The sum of the corrections, will resolve our position
//to all collisions
for (int i = 0; i < polys.Count; i++)
{
response = correctHeading(colPoly, polys[i]);
mapCollide.ResponseVector += response;
colPos += response;
}
//set the corrected position
pos.Pos = colPos;
}
protected override void process(Entity entity)
{
AiBehavior aiBehavior = (AiBehavior)_BehaviorMapper.get(entity);
Life life = (Life)_LifeMapper.get(entity);
if (life.IsAlive)
{
aiBehavior.Behavior.Behave();
}
else
{
if (!aiBehavior.Behavior.IsClean)
{
aiBehavior.Behavior.deathCleanup();
}
}
}
protected override void process(Entity entity)
{
Position position = (Position)q_PositionMapper.get(entity);
ViewPort camera = (ViewPort)q_ViewPortMapper.get(q_Camera);
SpatialPartition spatial = (SpatialPartition)q_SpatialMapper.get(q_Spatial);
Vector2 pos = position.Pos + position.Offset;
Vector2 origin = camera.getOrigin();
QuadNode <Entity> node = spatial.QuadTree.locateNode(pos);
int width = (int)(node.LRCorner.X - node.ULCorner.X);
int height = (int)(node.LRCorner.Y - node.ULCorner.Y);
Rectangle rec = new Rectangle((int)(node.ULCorner.X - origin.X), (int)(node.ULCorner.Y - origin.Y), width, height);
_sprite_batch.Draw(q_Texture, rec, new Color(1f, 0f, 0f, 0f));
}
private static void doStaticDamage(ActionPackage aPack)
{
int dmg = rand.Next(aPack.ActionDef.DamageDef.Min, aPack.ActionDef.DamageDef.Max);
Position pos = ComponentMapper.get <Position> (aPack.Target);
UtilFactory.createDirectDamage(dmg,
aPack.ActionDef.DamageDef.DamageType,
aPack.Target,
pos);
Position newPos = new Position(pos.Pos + new Vector2(rand.Next(16) + 8, 0), Vector2.Zero);
UIFactory.createFloatingText("" + dmg,
"DAMAGE",
DamageUtils.getDamageColor(aPack.ActionDef.DamageDef.DamageType),
500,
newPos);
}
/// <summary>
/// finds tiles that may collide with the given polygon
/// </summary>
/// <param name="A">Polygon to check</param>
/// <returns>a list of colliding tile index vectors</returns>
private List <Vector2> findColidingTiles(Polygon A)
{
//setup some temp variables
int x, y;
List <Vector2> tiles = new List <Vector2>();
//get the tile map
GameMap map = (GameMap)m_GameMapMapper.get(m_Map);
Terrain terrain;
//check each test point on A for a coresponding tile
for (int i = 0; i < A.TestPoints.Length; i++)
{
//map the test point back-to the tile matrix
//x = (int)((A.TestPoints[i].X + m_Center.X) / m_TileSize);
//y = (int)((A.TestPoints[i].Y + m_Center.Y) / m_TileSize);
x = (int)((A.TestPoints[i].X) / m_TileSize);
y = (int)((A.TestPoints[i].Y) / m_TileSize);
//get a potential colliding tile
terrain = map.getTerrain(x, y);
//ensure we have something usefull
if (terrain == null)
{
continue;
}
//if tile isnt blocking, then there is no issue, try getting another
if (!terrain.IsBlocking)
{
continue;
}
//make sure we didnt get this one already
if (!tiles.Contains(new Vector2(x, y)))
{
tiles.Add(new Vector2(x, y));
}
}
//return our list (may or may not contain tile index vectors)
return(tiles);
}
private static float getSkill(Entity entity, SkillName skillname)
{
Skills skills = ComponentMapper.get <Skills> (entity);
switch (skillname)
{
case SkillName.AVOIDANCE:
return(skills.Avoidance.Value);
case SkillName.MELEE:
return(skills.Melee.Value);
case SkillName.RANGED:
return(skills.Ranged.Value);
default:
return(default(Skill).Value);
}
}
protected override void process(Entity entity)
{
Target target = (Target)t_TargetMapper.get(entity);
if (target == null)
{
return;
}
if (target.TargetEntity == null)
{
return;
}
Life entityLife = (Life)t_LifeMapper.get(target.TargetEntity);
if (entityLife == null)
{
target.Active = false;
return;
}
if (entityLife.IsAlive)
{
Position targetPos = (Position)t_PositionMapper.get(entity);
Position entityPos = (Position)t_PositionMapper.get(target.TargetEntity);
if (entityPos == null)
{
return;
}
targetPos.Pos = entityPos.Pos;
targetPos.Offset = entityPos.Offset;
}
else
{
Sprite sprite = (Sprite)t_SpriteMapper.get(entity);
sprite.Visible = false;
target.Active = false;
target.TargetEntity = null;
}
}
private BehaviorReturnCode initializePathfinder()
{
Position start = (Position)f_PositionMapper.get(f_ThisEntity);
Position finish = (Position)f_PositionMapper.get(f_Target);
f_Map = s_EcsInstance.tag_manager.get_entity_by_tag("MAP");
GameMap map = (GameMap)f_GameMapMapper.get(f_Map);
f_Camera = s_EcsInstance.tag_manager.get_entity_by_tag("CAMERA");
ViewPort viewport = (ViewPort)f_ViewPortMapper.get(f_Camera);
f_Spatial = s_EcsInstance.tag_manager.get_entity_by_tag("SPATIAL");
SpatialPartition spatial = (SpatialPartition)f_SpatialMapper.get(f_Spatial);
spatial.QuadTree.setContentAtLocation(f_ThisEntity, start.Pos);
s_LastNode = spatial.QuadTree.locateNode(start.Pos);
Vector2 sVec, fVec;
//s_Center = viewport.getDimensions() / 2;
sVec = (start.Pos) / f_TileSize;
fVec = (finish.Pos + finish.Offset) / f_TileSize;
/*
* sVec = (start.Pos + s_Center) / s_TileSize;
* fVec = (finish.Pos + s_Center) / s_TileSize;
*/
s_TargetCell.Position = fVec;
s_CurrentCell.Position = sVec;
//findPath = new FindPathAction(s_EcsInstance,sVec,fVec, map);
APath path = (APath)f_PathMapper.get(f_ThisEntity);
path.Start = sVec;
path.Finish = fVec;
path.Map = map;
path.PathState = PathState.Idle;
s_TargetCurrentPosition = finish.Pos + s_Offset;
//convert to map position
s_TargetCurrentPosition = new Vector2((int)s_TargetCurrentPosition.X / f_TileSize, (int)s_TargetCurrentPosition.Y / f_TileSize);
s_TargetPreviousPosition = s_TargetCurrentPosition;
f_BeginPathingAndMovement = true;
return(BehaviorReturnCode.Success);
}
/// <summary>
/// updates the location of the control according to the location of the caller.
/// </summary>
/// <param name="control"></param>
/// <param name="args"></param>
public void updateHandler(Control control, InterfaceArgs args)
{
_ElapsedTime += control.ecs_instance.ElapsedTime;
if (_ElapsedTime >= _Duration)
{
control.ecs_instance.delete_entity(control.owner);
}
Position pos = (Position)_PositionMapper.get(control.caller);
ViewPort camera = (ViewPort)_ViewPortMapper.get(control.ecs_instance.tag_manager.get_entity_by_tag("CAMERA"));
if (pos != null)
{
Vector2 pt = pos.Pos - camera.getOrigin();
control.bounds = new Rectangle((int)pt.X, (int)pt.Y - control.bounds.Height - 16, control.bounds.Width, control.bounds.Height);
}
}
protected override void process(Entity entity)
{
Trigger trigger = (Trigger)t_TriggerMapper.get(entity);
//update delay time
trigger.ElapsedTimeDelay += ecs_instance.ElapsedTime;
//is the trigger ready to fire?
if (trigger.ElapsedTimeDelay >= trigger.TimeDelay)
{
//update recurring time
trigger.ElapsedTimeRecurring += ecs_instance.ElapsedTime;
//if the trigger has not fired yet, fire it
if (!trigger.HasFired)
{
trigger.IsActive = true;
}
//should the trigger be re-activated?
if (trigger.HasFired && trigger.IsRecurring && (trigger.ElapsedTimeRecurring >= trigger.RecurrancePeriod))
{
trigger.IsActive = true;
trigger.ElapsedTimeRecurring = 0;
}
}
//attempt to fire trigger
if (trigger.IsActive)
{
trigger.fire(ecs_instance);
trigger.IsActive = false;
}
//cleanup trigger if appropriate
if ((trigger.HasFired && !trigger.IsRecurring) || trigger.KillTriggerNow)
{
trigger.clearAction();
ecs_instance.delete_entity(entity);
}
}
private static void labelUpdate(Control sender, InterfaceArgs args)
{
Vaerydian.Components.Characters.Skills skills = ComponentMapper.get <Vaerydian.Components.Characters.Skills>(sender.caller);
Vaerydian.Components.Characters.Statistics attributes = ComponentMapper.get <Vaerydian.Components.Characters.Statistics>(sender.caller);
GLabel label = (GLabel)sender;
label.text = " Skills" + "\n" +
" Range: " + skills.Ranged.Value + "\n" +
" Melee: " + skills.Melee.Value + "\n" +
" Avoidance: " + skills.Avoidance.Value + "\n" +
"\n" +
" Attributes" + "\n" +
" Endurance: " + attributes.Endurance.Value + "\n" +
" Focus: " + attributes.Focus.Value + "\n" +
" Mind: " + attributes.Mind.Value + "\n" +
" Muscle: " + attributes.Muscle.Value + "\n" +
" Perception: " + attributes.Perception.Value + "\n" +
" Personality: " + attributes.Personality.Value + "\n" +
" Quickness: " + attributes.Quickness.Value;
}
public void destoryEquipment(Entity entity)
{
ComponentMapper equipMapper = new ComponentMapper(new Equipment(), ecs_instance);
ComponentMapper itemMapper = new ComponentMapper(new Item(), ecs_instance);
Equipment equip = (Equipment)equipMapper.get(entity);
if (equip == null)
{
return;
}
//remove melee weapon
Item meleeWeapon = (Item)itemMapper.get(equip.MeleeWeapon);
if (meleeWeapon != null)
{
ecs_instance.delete_entity(equip.MeleeWeapon);
}
//remove ranged weapon
Item rangedWeapon = (Item)itemMapper.get(equip.RangedWeapon);
if (rangedWeapon != null)
{
ecs_instance.delete_entity(equip.RangedWeapon);
}
//remove armor
Item armor = (Item)itemMapper.get(equip.Armor);
if (armor != null)
{
ecs_instance.delete_entity(equip.Armor);
}
return;
}
protected override void process(Entity entity)
{
//retrieve this attack
_CurrentEntity = entity;
Attack attack = (Attack)_AttackMapper.get(entity);
//see if defender is aggroable
Aggrivation aggro = (Aggrivation)_AggroMapper.get(attack.Defender);
if (aggro != null)
{
//set aggro
if (!aggro.HateList.Contains(attack.Attacker))
{
aggro.HateList.Add(attack.Attacker);
}
}
//determine type of attack and handle it
switch (attack.AttackType)
{
case AttackType.Melee:
handleMelee(attack);
break;
case AttackType.Projectile:
handleProjectile(attack);
break;
case AttackType.Ability:
handleAbility(attack);
break;
default:
ecs_instance.delete_entity(entity);
break;
}
}
private static void doDamageAction(ActionPackage aPack)
{
Aggrivation aggro = ComponentMapper.get <Aggrivation> (aPack.Target);
//check aggro and add if not present
if (aggro != null)
{
if (!aggro.HateList.Contains(aPack.Owner))
{
aggro.HateList.Add(aPack.Owner);
}
}
switch (aPack.ActionDef.DamageDef.DamageBasis)
{
case DamageBasis.ATTRIBUTE:
break;
case DamageBasis.ITEM:
break;
case DamageBasis.NONE:
break;
case DamageBasis.SKILL:
break;
case DamageBasis.STATIC:
doStaticDamage(aPack);
break;
case DamageBasis.WEAPON:
doWeaponDamage(aPack);
break;
default:
return;
}
}
protected override void ProcessEntity(Entity entity, float deltaTime)
{
//Debug.Log("PlayerShootingSystem ProcessEntity deltaTime = " + deltaTime);
var model = _weaponsMapper.get(entity);
var shooting = _shootingMapper.get(entity);
if (IsFireProcess)
{
if (shooting.IsFirstTimeShot)
{
var firePoint = model.CurrentWeaponView.GetFirePoint();
Fire(model.CurrentWeaponView.FireRate, firePoint.position, firePoint.forward);
shooting.IsFirstTimeShot = false;
shooting.DurationTime = 0f;
}
shooting.DurationTime += deltaTime;
if (shooting.DurationTime >= model.CurrentWeaponView.FireRate)
{
var firePoint = model.CurrentWeaponView.GetFirePoint();
Fire(model.CurrentWeaponView.FireRate, firePoint.position, firePoint.forward);
shooting.DurationTime -= model.CurrentWeaponView.FireRate;
}
}
else
{
if (shooting.DurationTime < model.CurrentWeaponView.FireRate)
{
shooting.DurationTime += deltaTime;
}
if (!shooting.IsFirstTimeShot && shooting.DurationTime > model.CurrentWeaponView.FireRate)
{
shooting.IsFirstTimeShot = true;
}
}
}
public static void attemptStatAward(Entity receiver, Entity awarder, float rStat, float aStat, StatType stattype, int amount)
{
Interactable interactor = ComponentMapper.get <Interactable> (receiver);
Interactable interactee = ComponentMapper.get <Interactable> (awarder);
//only do if interaction supported
if (interactor != null && interactor != null)
{
//only skill-up if you can
if (interactor.SupportedInteractions.MAY_ADVANCE &&
interactee.SupportedInteractions.CAUSES_ADVANCEMENT)
{
//if still possible to skill-up
if (rStat < aStat)
{
if (rand.NextDouble() <= ((double)(aStat - rStat) / (double)aStat) * 0.5)
{
UtilFactory.createAttributeAward(awarder, receiver, stattype, 1);
}
}
}
}
}
protected override void process(Entity entity)
{
//grab components
Position position = (Position)h_PositionMapper.get(entity);
ViewPort camera = (ViewPort)h_ViewportMapper.get(h_Camera);
Health health = (Health)h_HealthMapper.get(entity);
//get vectors for easy working
Vector2 pos = position.Pos;
Vector2 origin = camera.getOrigin();
//calculate current HP percentage
float percentage = (float)health.CurrentHealth / (float)health.MaxHealth;
//set the maximum x-distance that we have to draw, up to 32 pixels
int max = (int)(32 * percentage);
//construct the drawing region rectangle
Rectangle rect = new Rectangle((int)(pos.X - origin.X), (int)(pos.Y - 10 - origin.Y), max, 5);
//draw the health bar
_sprite_batch.Draw(h_Texture, rect, Color.Red);
}
protected override void process(Entity entity)
{
Award award = (Award)v_VictoryMapper.get(entity);
//if for whatever reason either a null, return your ass
if (award == null)
{
return;
}
switch (award.AwardType)
{
case AwardType.Victory:
awardVictory(award);
break;
case AwardType.SkillUp:
awardSkillUp(award);
break;
case AwardType.Attribute:
awardAttributeUp(award);
break;
case AwardType.Health:
awardHealthUp(award);
break;
default:
break;
}
//end victory
ecs_instance.delete_entity(entity);
}
protected override void process(Entity entity)
{
Position focusPosition = (Position)_PositionMapper.get(entity);
CameraFocus focus = (CameraFocus)_CameraFocusMapper.get(entity);
ViewPort cameraView = (ViewPort)_ViewportMapper.get(_Camera);
Vector2 cPos = cameraView.getOrigin();
Vector2 center = cPos + cameraView.getDimensions() / 2;
Vector2 fPos = focusPosition.Pos;
float dist, radius;
dist = Vector2.Distance(fPos, center);
radius = focus.getFocusRadius();
if (dist > radius)
{
Vector2 vec = Vector2.Subtract(fPos, center);
vec.Normalize();
cPos += Vector2.Multiply(vec, dist - radius);
cameraView.setOrigin(cPos);
}
}
protected override void process(Entity entity)
{
//get map and viewport
GameMap map = (GameMap)m_GameMapMapper.get(entity);
m_ViewPort = (ViewPort)m_ViewportMapper.get(m_Camera);
//GeometryMap geometry = (GeometryMap)m_GeometryMapper.get(m_Geometry);
//update for current viewport location/dimensions
//grab key viewport info
Vector2 origin = m_ViewPort.getOrigin();
Vector2 dimensions = m_ViewPort.getDimensions();// / 2;
Vector2 pos;
//updateView(origin, center, m_ViewPort.getDimensions());
updateView(map.Map, origin, dimensions);
//iterate through current viewable tiles
for (int x = m_xStart; x <= m_xFinish; x++)
{
for (int y = m_yStart; y <= m_yFinish; y++)
{
//grab current tile terrain
_terrain = map.getTerrain(x, y);
//ensure its useable
if (_terrain == null)
{
continue;
}
//calculate position to place tile
pos = new Vector2(x * m_TileSize, y * m_TileSize);
//m_SpriteBatch.Draw(m_Texture, pos-origin, m_RectDict[m_Terrain.TerrainType], Color.White, 0f, new Vector2(0), new Vector2(1), SpriteEffects.None, 0f);
//m_SpriteBatch.Draw(m_Texture, pos - origin, null, getColorVariation(m_Terrain), 0f, new Vector2(0), new Vector2(1), SpriteEffects.None, 0f);
if (_terrain.TerrainDef.Texture == null)
{
_sprite_batch.Draw(m_Texture, pos - origin, null, getColorVariation(_terrain), 0f, new Vector2(0), new Vector2(1), SpriteEffects.None, 0f);
continue;
}
_sprite_batch.Draw(m_Textures[_terrain.TerrainDef.Texture], pos - origin, null,
applyLighting(_terrain), 0f, new Vector2(0), new Vector2(1),
SpriteEffects.None, 0f);
//reset terrain lighting
_terrain.Lighting = 0.25f;
}
}
/*
* try
* {
* MapDebug debug = (MapDebug)m_MapDebugMapper.get(m_MapDebug);
*
*
* if (debug.OpenSet != null)
* {
* for (int i = 0; i < debug.OpenSet.Size; i++)
* {
* if (debug.OpenSet[i] == null)
* continue;
* pos = debug.OpenSet[i].Data.Position * m_TileSize;
*
* m_SpriteBatch.Draw(m_Texture, pos-origin, m_RectDict[TerrainType.CAVE_FLOOR], Color.Orange, 0f,new Vector2(0), new Vector2(1), SpriteEffects.None, 0f);
* }
* }
*
* if (debug.Blocking != null)
* {
* for (int i = 0; i < debug.Blocking.Count; i++)
* {
* if (debug.Blocking[i] == null)
* continue;
* pos = debug.Blocking[i].Position * m_TileSize;
*
* m_SpriteBatch.Draw(m_Texture, pos - origin, m_RectDict[TerrainType.CAVE_FLOOR], Color.Red, 0f, new Vector2(0), new Vector2(1), SpriteEffects.None, 0f);
* }
* }
*
* if (debug.ClosedSet != null)
* {
* for (int i = 0; i < debug.ClosedSet.Count; i++)
* {
* if (debug.ClosedSet[i] == null)
* continue;
* pos = debug.ClosedSet[i].Position * m_TileSize;
*
* m_SpriteBatch.Draw(m_Texture, pos - origin, m_RectDict[TerrainType.CAVE_FLOOR], Color.Yellow, 0f, new Vector2(0), new Vector2(1), SpriteEffects.None, 0f);
* }
* }
*
* if (debug.Path != null)
* {
* for (int i = 0; i < debug.Path.Count; i++)
* {
* if (debug.Path[i] == null)
* continue;
* pos = debug.Path[i].Position * m_TileSize;
*
* m_SpriteBatch.Draw(m_Texture, pos - origin, m_RectDict[TerrainType.CAVE_FLOOR], Color.YellowGreen, 0f, new Vector2(0), new Vector2(1), SpriteEffects.None, 0f);
* }
* }
*
* }
* catch (Exception e)
* {
*
* }*/
}
private static float getKnowledge(Entity entity, Entity target)
{
Information info = ComponentMapper.get <Information> (target);
return(ComponentMapper.get <Knowledges> (entity).GeneralKnowledge [info.GeneralGroup].Value);
}
private static Item getArmor(Entity entity)
{
Equipment equip = ComponentMapper.get <Equipment> (entity);
return(ComponentMapper.get <Item> (equip.Armor));
}
private static Item getWeapon(Entity entity)
{
Equipment equip = ComponentMapper.get <Equipment> (entity);
return(ComponentMapper.get <Item> (equip.RangedWeapon));
}
/// <summary>
/// checks for nearby enemy factions
/// </summary>
/// <returns>true if hostile was detected</returns>
private bool hasDetectedHostile()
{
if (w_LastNode == null)
{
return(false);
}
SpatialPartition spatial = (SpatialPartition)w_SpatialMapper.get(w_Spatial);
Position position = (Position)w_PositionMapper.get(w_ThisEntity);
List <Entity> locals = spatial.QuadTree.findAllWithinRange(position.Pos, 100f);
//nothing to detect
if (locals.Count == 0)
{
return(false);
}
for (int i = 0; i < locals.Count; i++)
{
//dont look at yourself
if (locals[i] == w_ThisEntity)
{
continue;
}
Factions factions = (Factions)w_FactionMapper.get(locals[i]);
if (factions == null)
{
continue;
}
//is this local known to this entity
if (factions.KnownFactions.ContainsKey(w_EntityFaction.OwnerFaction.Name))
{
//should this entity be hostile towards this local?
if (factions.KnownFactions[w_EntityFaction.OwnerFaction.Name].Value < 0)
{
Position pos = (Position)w_PositionMapper.get(w_ThisEntity);
Position tPos = (Position)w_PositionMapper.get(locals[i]);
if (Vector2.Distance(pos.Pos + pos.Offset, tPos.Pos + tPos.Offset) <= 200f)
{
//go hostile against it
w_Target = locals[i];
Aggrivation aggro = (Aggrivation)w_AggroMapper.get(w_ThisEntity);
aggro.Target = w_Target;
return(true);
}
else
{
continue;
}
}
}
}
return(false);
}
/// <summary>
/// has the entity collided
/// </summary>
/// <returns>returns true if it did</returns>
private bool hasCollided()
{
MapCollidable collidable = (MapCollidable)w_ColidableMapper.get(w_ThisEntity);
return(collidable.Collided);
}
/// <summary>
/// handle melee attacks
/// </summary>
/// <param name="attack">attack to handle</param>
private void handleMelee(Attack attack)
{
Position position = (Position)_PositionMapper.get(attack.Defender);
//dont continue if this attack has no position
if (position == null)
{
return;
}
//calculate position
Vector2 pos = position.Pos;
Position newPos = new Position(pos + new Vector2(rand.Next(16) + 8, 0), Vector2.Zero);
//get equipment
Equipment attEquip = (Equipment)_EquipmentMapper.get(attack.Attacker);
Equipment defEquip = (Equipment)_EquipmentMapper.get(attack.Defender);
//dont continue if we have no equipment to use
if (attEquip == null || defEquip == null)
{
return;
}
//get weapon and armor
Item weapon = (Item)_ItemMapper.get(attEquip.MeleeWeapon);
Item armor = (Item)_ItemMapper.get(defEquip.Armor);
//dont continue if either of these are null
if (weapon == null || armor == null)
{
return;
}
//get attributes
Statistics attAttr = (Statistics)_AttributeMapper.get(attack.Attacker);
Statistics defAttr = (Statistics)_AttributeMapper.get(attack.Defender);
//dont continue if either of these are null
if (attAttr == null || defAttr == null)
{
return;
}
int perception = attAttr.Perception.Value;
int muscle = attAttr.Muscle.Value;
int quickness = defAttr.Quickness.Value;
int endurance = defAttr.Endurance.Value;
//get Experience
Knowledges attKnw = (Knowledges)_KnowledgeMapper.get(attack.Attacker);
Knowledges defKnw = (Knowledges)_KnowledgeMapper.get(attack.Defender);
//dont continue if null
if (attKnw == null || defKnw == null)
{
return;
}
//get Skills
Skills attSkills = (Skills)_SkillMapper.get(attack.Attacker);
Skills defSkills = (Skills)_SkillMapper.get(attack.Defender);
//dont continue if either of these are null
if (attSkills == null || defSkills == null)
{
return;
}
int atkSkill = attSkills.Melee.Value;
int defSkill = defSkills.Avoidance.Value;
Information infoDef = (Information)_InfoMapper.get(attack.Defender);
Information infoAtk = (Information)_InfoMapper.get(attack.Attacker);
//dont continue if you dont have info
if (infoDef == null || infoAtk == null)
{
return;
}
float probHit = atkSkill / 4 + perception / 4 + attKnw.GeneralKnowledge[infoDef.GeneralGroup].Value + weapon.Speed;
float probDef = defSkill / 4 + quickness / 4 + defKnw.GeneralKnowledge[infoAtk.GeneralGroup].Value + armor.Mobility;
float hitProb = (probHit / (probHit + probDef)) * 1.75f + (probDef / (probHit + probDef)) * 0.15f;
float toHit = (float)rand.NextDouble();
int damage = 0;
if (toHit < hitProb)
{
float overhit = 0f;
if (hitProb > 1f)
{
overhit = hitProb - 1f;
}
//int maxDmg = (int)((overhit + 1f) * ((atkSkill / 5 + muscle / 4) / (endurance / 10)) * (weapon.Lethality / armor.Mitigation));
int maxDmg = (int)((overhit + 1f) * ((atkSkill / 5 + muscle / 4)) * (weapon.Lethality / armor.Mitigation)) - (endurance / 10);
damage = rand.Next(maxDmg / 2, maxDmg);
if (damage < 0)
{
damage = 0;
}
}
UtilFactory.createDirectDamage(damage, weapon.DamageType, attack.Defender, newPos);
if (damage == 0)
{
UIFactory.createFloatingText("MISS", "DAMAGE", Color.White, 500, new Position(newPos.Pos, newPos.Offset));
}
else
{
UIFactory.createFloatingText("" + damage, "DAMAGE", Color.Yellow, 500, new Position(newPos.Pos, newPos.Offset));
}
Interactable interactor = (Interactable)_InteractMapper.get(attack.Attacker);
Interactable interactee = (Interactable)_InteractMapper.get(attack.Defender);
//only do if interaction supported
if (interactee != null && interactor != null)
{
//only skill-up if you can
if (interactor.SupportedInteractions.MAY_ADVANCE &&
interactee.SupportedInteractions.CAUSES_ADVANCEMENT)
{
//if still possible to skill-up
if (atkSkill < defSkill)
{
if (rand.NextDouble() <= ((double)(defSkill - atkSkill) / (double)defSkill) * GameConfig.AwardDefs.SkillChance * GameConfig.AwardDefs.MeleeMod)
{
UtilFactory.createSkillupAward(attack.Defender, attack.Attacker, SkillName.MELEE, GameConfig.AwardDefs.SkillMinimum);
}
}
if (perception < quickness)
{
if (rand.NextDouble() <= ((double)(quickness - perception) / (double)quickness) * GameConfig.AwardDefs.StatChance)
{
UtilFactory.createAttributeAward(attack.Defender, attack.Attacker, StatType.PERCEPTION, GameConfig.AwardDefs.StatMinimum);
}
}
if (muscle < endurance)
{
if (rand.NextDouble() <= ((double)(endurance - muscle) / (double)endurance) * GameConfig.AwardDefs.StatChance)
{
UtilFactory.createAttributeAward(attack.Defender, attack.Attacker, StatType.MUSCLE, GameConfig.AwardDefs.StatMinimum);
}
}
}
if (interactor.SupportedInteractions.CAUSES_ADVANCEMENT &&
interactee.SupportedInteractions.MAY_ADVANCE)
{
//if still possible to skill-up
if (defSkill < atkSkill)
{
if (rand.NextDouble() <= ((double)(atkSkill - defSkill) / (double)atkSkill) * GameConfig.AwardDefs.SkillChance)
{
UtilFactory.createSkillupAward(attack.Attacker, attack.Defender, SkillName.AVOIDANCE, GameConfig.AwardDefs.SkillMinimum);
}
}
if (quickness < perception)
{
if (rand.NextDouble() <= ((double)(perception - quickness) / (double)perception) * GameConfig.AwardDefs.StatChance)
{
UtilFactory.createAttributeAward(attack.Attacker, attack.Defender, StatType.QUICKNESS, GameConfig.AwardDefs.StatMinimum);
}
}
if (endurance < muscle)
{
if (rand.NextDouble() <= ((double)(muscle - endurance) / (double)muscle) * GameConfig.AwardDefs.StatChance)
{
UtilFactory.createAttributeAward(attack.Attacker, attack.Defender, StatType.ENDURANCE, GameConfig.AwardDefs.StatMinimum);
}
}
}
}
//remove attack
ecs_instance.delete_entity(_CurrentEntity);
}
protected override void process(Entity entity)
{
MeleeAction action = (MeleeAction)m_MeleeActionMapper.get(entity);
Position position = (Position)m_PositionMapper.get(entity);
SpatialPartition spatial = (SpatialPartition)m_SpatialMapper.get(m_Spatial);
action.ElapsedTime += ecs_instance.ElapsedTime;
//is it time for the melee action to die?
if (action.ElapsedTime >= action.Lifetime)
{
ecs_instance.delete_entity(entity);
return;
}
//retrieve all local entities
//List<Entity> locals = spatial.QuadTree.retrieveContentsAtLocation(position.Pos);
List <Entity> locals = spatial.QuadTree.findAllWithinRange(position.Pos, action.Range);
//is the location good?
if (locals != null)
{
//is there anyone here?
if (locals.Count > 0)
{
for (int i = 0; i < locals.Count; i++)
{
//dont attempt to melee owner
if (locals[i] == action.Owner)
{
continue;
}
if (action.HitByAction.Contains(locals[i]))
{
continue;
}
Life life = (Life)m_LifeMapper.get(locals[i]);
//if no life, dont bother
if (life == null)
{
continue;
}
//if not alive, dont bother
if (!life.IsAlive)
{
continue;
}
//interaction available?
Interactable interactions = (Interactable)m_InteractionMapper.get(locals[i]);
if (interactions != null)
{
Position lPosition = (Position)m_PositionMapper.get(locals[i]);
Position oPosition = (Position)m_PositionMapper.get(action.Owner);
Vector2 lToO = (oPosition.Pos + oPosition.Offset) - (lPosition.Pos + lPosition.Offset); //local to owner
Heading head = (Heading)m_HeadingMapper.get(entity); //get the weapon heading
bool facing = (Vector2.Dot(head.getHeading(), lToO) < 0); //is the weapon facing the local?
//if you're facing, are you within range?
if (facing && (Vector2.Distance(lPosition.Pos + lPosition.Offset, position.Pos + position.Offset) <= action.Range))
{
//does it support this interaction?
if (interactions.SupportedInteractions.MELEE_ACTIONABLE &&
interactions.SupportedInteractions.ATTACKABLE)
{
Factions lfactions = (Factions)m_FactionMapper.get(locals[i]);
Factions pfactions = (Factions)m_FactionMapper.get(action.Owner);
//dont attack allies
if (lfactions.OwnerFaction.FactionType == pfactions.OwnerFaction.FactionType)
{
continue;
}
//add to hit-list so we dont attack it again on swing follow-through
action.HitByAction.Add(locals[i]);
//create melee attack
UtilFactory.createAttack(action.Owner, locals[i], AttackType.Melee);
//destroy melee action
//ecs_instance.delete_entity(entity);
//return;
}
}
}
}
}
}
//get info for rotation update
Heading heading = (Heading)m_HeadingMapper.get(entity);
Transform transform = (Transform)m_TransformMapper.get(entity);
//rotate melee by degrees over the melee arc
float rot = (((float)action.Animation.updateFrame(ecs_instance.ElapsedTime) / (float)action.Animation.Frames) * action.ArcDegrees) - (action.ArcDegrees / 2f);
transform.Rotation = rot * (((float)Math.PI) / 180f) - VectorHelper.getAngle(new Vector2(1, 0), heading.getHeading());
//adjust the arc based on current position (i.e., move with the player)
Position ownerPos = (Position)m_PositionMapper.get(action.Owner);
Vector2 pos = ownerPos.Pos + new Vector2(16, 0);// +ownerPos.getOffset();
Vector2 dir = heading.getHeading();
dir.Normalize();
position.Pos = pos + dir * 10;
}
/// <summary>
/// perform all needed initialization
/// </summary>
/// <returns>whether initialization was a success or not</returns>
private BehaviorReturnCode initialize()
{
Position position = (Position)w_PositionMapper.get(w_ThisEntity);
w_Spatial = w_ECSInstance.tag_manager.get_entity_by_tag("SPATIAL");
SpatialPartition spatial = (SpatialPartition)w_SpatialMapper.get(w_Spatial);
Vector2 pos = position.Pos;
Vector2 dir = new Vector2((float)w_Random.NextDouble() * 2 - 1, (float)w_Random.NextDouble() * 2 - 1);
dir.Normalize();
Heading heading = (Heading)w_HeadingMapper.get(w_ThisEntity);
heading.setHeading(dir);
w_LastNode = spatial.QuadTree.setContentAtLocation(w_ThisEntity, pos + new Vector2(16, 16));
w_Camera = w_ECSInstance.tag_manager.get_entity_by_tag("CAMERA");
w_EntityFaction = (Factions)w_FactionMapper.get(w_ThisEntity);
return(BehaviorReturnCode.Success);
}
private BehaviorReturnCode updateAnimation()
{
//grab components
Sprite sprite = (Sprite)s_SpriteMapper.get(s_ThisEntity);
Heading heading = (Heading)s_HeadingMapper.get(s_ThisEntity);
//reset animation index
sprite.Column = 0;
//determine angle of heading
float angle = VectorHelper.getAngle(new Vector2(1, 0), heading.getHeading());
//adjust spritesheet row based on angle
if (angle >= 0.393f && angle < 1.178f)
{
sprite.Row = MOVE_UPRIGHT;
}
else if (angle >= 1.178f && angle < 1.963f)
{
sprite.Row = MOVE_UP;
}
else if (angle >= 1.963f && angle < 2.749f)
{
sprite.Row = MOVE_UPLEFT;
}
else if (angle >= 2.749f && angle < 3.534f)
{
sprite.Row = MOVE_LEFT;
}
else if (angle >= 3.534f && angle < 4.320f)
{
sprite.Row = MOVE_DOWNLEFT;
}
else if (angle >= 4.320f && angle < 5.105f)
{
sprite.Row = MOVE_DOWN;
}
else if (angle >= 5.105f && angle < 5.890f)
{
sprite.Row = MOVE_DOWNRIGHT;
}
else if (angle >= 5.890f || angle < .393f)
{
sprite.Row = MOVE_RIGHT;
}
//if you moved this cycle, update your animation frame accordingly, otherwise reset
if (s_moved)
{
sprite.Column = s_Animation.updateFrame(s_EcsInstance.ElapsedTime);
}
else
{
s_Animation.reset();
}
//reset movement flag
s_moved = false;
return(BehaviorReturnCode.Success);
}
protected override void process(Entity entity)
{
//Damage damage = (Damage)_DamageMapper.get(entity);
FloatingText text = (FloatingText)_FloatMapper.get(entity);
if (text == null)
{
return;
}
else
{
//see if we should destroy this
text.ElapsedTime += ecs_instance.ElapsedTime;
if (text.ElapsedTime >= text.Lifetime)
{
ecs_instance.delete_entity(entity);
return;
}
}
Position position = (Position)_PositionMapper.get(entity);//damage.Target);
if (position == null || text == null)
{
return;
}
ViewPort camera = (ViewPort)_ViewPortMapper.get(_Camera);
Vector2 origin = camera.getOrigin();
Vector2 pos = position.Pos + new Vector2(0, -text.ElapsedTime / 7);
//String dmg;
//Color color = Color.Yellow;
/*
* if (damage.DamageAmount == 0)
* {
* dmg = "miss";
* color = Color.White;
* }
* else
* dmg = "" + damage.DamageAmount;
*/
float fade = 1f;
float half = (float)text.Lifetime / 2f;
if (text.ElapsedTime > half)
{
fade = (1f - (text.ElapsedTime - half) / half);
}
//background
_sprite_batch.DrawString(_Font, text.Text, pos - origin + new Vector2(1, 0), Color.Black * fade);
_sprite_batch.DrawString(_Font, text.Text, pos - origin + new Vector2(-1, 0), Color.Black * fade);
_sprite_batch.DrawString(_Font, text.Text, pos - origin + new Vector2(0, 1), Color.Black * fade);
_sprite_batch.DrawString(_Font, text.Text, pos - origin + new Vector2(0, -1), Color.Black * fade);
//foreground
_sprite_batch.DrawString(_Font, text.Text, pos - origin, text.Color * fade);
}