/// <summary>
/// The compose new skill.
/// </summary>
/// <param name="skill">
/// The skill.
/// </param>
/// <returns>
/// The <see cref="IControllableSkill" />.
/// </returns>
public IControllableSkill CreateNewControllableSkill(Ability skill, IAbilityUnit owner)
{
var abilitySkill = new ControllableSkill(skill)
{
// Json =
// this.AbilityDatabase.Value.GetSkillData(skill.StoredName())
// ?? new SkillJson(),
Json = new SkillJson(), Owner = owner
};
// abilitySkill.Json.CastPriority = this.AbilityDatabase.Value.GetCastPriority(
// skill.StoredName(),
// skill.Owner?.StoredName());
// abilitySkill.Json.GlobalCastPriority = this.AbilityDatabase.Value.GetCastPriority(skill.StoredName());
// abilitySkill.Json.DamageDealtPriority = this.AbilityDatabase.Value.GetDamageDealtPriority(
// skill.StoredName());
var composer =
this.SkillComposers.FirstOrDefault(
x =>
(!x.Metadata.Owner || x.Metadata.OwnerClassId.Equals(owner.SourceUnit.ClassId)) &&
x.Metadata.AbilityIds.Contains((uint)skill.GetAbilityId()));
if (composer != null)
{
composer.Value.Compose(abilitySkill);
}
else
{
this.defaultSkillComposer.Compose(abilitySkill);
}
return(abilitySkill);
}
public bool IsClosestWolf(IAbilityUnit wolf)
{
if (!this.Unit.TargetSelector.TargetIsSet || this.Unit.TargetSelector.Target == null)
{
if (this.closestWolfSleeper.Sleeping)
{
return(wolf.UnitHandle.Equals(this.closestWolfHandle));
}
}
var closestWolf =
this.wolves.MinOrDefault(
x =>
x.Value.Position.PredictedByLatency.Distance2D(
this.Unit.TargetSelector.Target.Position.PredictedByLatency)).Value;
if (closestWolf == null)
{
return(false);
}
this.closestWolfHandle = closestWolf.UnitHandle;
this.closestWolfSleeper.Sleep(500);
return(closestWolf.UnitHandle.Equals(wolf.UnitHandle));
}
public ManaBar(IAbilityUnit unit, Vector2 size)
{
this.Unit = unit;
this.manaObserver = new DataObserver <IMana>(this.OnNext);
this.Unit.Mana.Subscribe(this.manaObserver);
this.Size = size;
}
/// <summary>The connect panels.</summary>
/// <param name="unit">The unit.</param>
private void ConnectPanels(IAbilityUnit unit)
{
foreach (var unitOverlayElement in unit.Overlay.Panels)
{
var panelField = unitOverlayElement as PanelField;
foreach (var overlayElement in panelField.StoredElements)
{
// Console.WriteLine("element: " + overlayElement.GetType());
var submenu = this.menuTypes.FirstOrDefault(x => x.Key == overlayElement.GetType()).Value;
if (submenu == null && overlayElement.GenerateMenuBool)
{
this.menuTypes.Add(overlayElement.GetType(), submenu = overlayElement.GenerateMenu(this));
}
overlayElement.ConnectToMenu(this, submenu);
}
}
foreach (var unitOverlayElement in unit.Overlay.Elements)
{
var submenu = this.menuTypes.FirstOrDefault(x => x.Key == unitOverlayElement.GetType()).Value;
if (submenu == null && unitOverlayElement.GenerateMenuBool)
{
this.menuTypes.Add(unitOverlayElement.GetType(), submenu = unitOverlayElement.GenerateMenu(this));
}
unitOverlayElement.ConnectToMenu(this, submenu);
}
}
/// <summary>Initializes a new instance of the <see cref="DamageManipulation" /> class.</summary>
/// <param name="unit">The unit.</param>
internal DamageManipulation(IAbilityUnit unit)
{
this.Unit = unit;
Action reacter = () =>
{
this.MagicalDamageReductionChanged.Notify();
this.PhysicalDamageReductionChanged.Notify();
this.PureDamageReductionChanged.Notify();
};
this.DamageNegation = new DamageManipulationValues(unit);
this.DamageNegation.ValueChanged.Subscribe(reacter);
this.DamageAmplification = new DamageManipulationValues(unit);
this.DamageAmplification.ValueChanged.Subscribe(reacter);
this.DamageReduction = new DamageManipulationValues(unit);
this.DamageReduction.ValueChanged.Subscribe(reacter);
this.MagicalDamageAbsorb = new DamageManipulationValues(unit);
this.MagicalDamageAbsorb.ValueChanged.Subscribe(() => this.MagicalDamageReductionChanged.Notify());
this.AmpFromMe = new DamageManipulationValues(unit);
this.ManaShield = new DamageManipulationValues(unit);
this.ManaShield.ValueChanged.Subscribe(reacter);
}
public virtual double GetPredictedValue(IAbilityUnit source, float damageValue, float time)
{
var tempValue = this.value;
foreach (var modifierValue in this.modifierValues)
{
if (modifierValue.Value.WillExpire && time >= modifierValue.Value.ExpireTime.Invoke())
{
tempValue -= modifierValue.Value.Value;
}
}
if (this.specialSkillValuesAny)
{
foreach (var specialSkillValue in this.specialSkillValues)
{
tempValue += specialSkillValue.Value.GetSpecialValue(source, damageValue);
}
}
if (this.specialModifierValuesAny)
{
foreach (var specialModifierValue in this.specialModifierValues)
{
if (!specialModifierValue.Value.WillExpire || time < specialModifierValue.Value.ExpireTime.Invoke())
{
tempValue += specialModifierValue.Value.GetSpecialValue(source, damageValue);
}
}
}
return(tempValue);
}
public ItemPanel(
IAbilityUnit unit,
PanelDirection direction,
Vector2 defaultObjectSize,
Func <SkillPanelObject, uint> orderFunction = null)
: base(unit,
direction,
defaultObjectSize,
skill =>
{
if (!skill.IsItem)
{
return(false);
}
// Console.WriteLine(skill.Name + " " + skill.SourceItem.IsHidden);
return(skill.IsItem);
},
orderFunction,
(o, vector2) =>
{
if (o.Skill.Cooldown == null && o.Skill.Charges == null)
{
return(vector2 * new Vector2(0.65f));
}
return(vector2);
})
{
}
private void UnitRemoved(IAbilityUnit unit)
{
this.RemoveOrbwalker(unit.Orbwalker);
this.ChaseCombo.RemoveOrderIssuer(unit.Orbwalker);
this.RetreatCombo.RemoveOrderIssuer(unit.Orbwalker);
}
public virtual float ManipulateIncomingMagicalDamage(
IAbilityUnit source,
float damageValue,
double damageAmplification,
float minusMagicResistancePerc,
float time)
{
if (this.MagicalDamageShield)
{
return(0);
}
var resist = 1 - (1 - this.Unit.SourceUnit.MagicDamageResist) * (1 + minusMagicResistancePerc / 100);
return
((float)
Math.Max(
0,
(damageValue * (1 - this.ManaShield.GetValue(source, damageValue)) * (1 - this.ReduceOther)
- this.MagicalDamageAbsorb.GetPredictedValue(source, damageValue, time)
- this.DamageNegation.GetPredictedValue(source, damageValue, time))
* (1 + this.DamageAmplification.GetPredictedValue(source, damageValue, time)
- this.DamageReduction.GetPredictedValue(source, damageValue, time)) * (1 + damageAmplification)
* (1 - resist) - this.ReduceStatic
+ (this.iceblasted ? this.Aa.GetSpecialValue(source, damageValue) : 0)));
}
public RuneTaker(IAbilityUnit unit, IAbilityMapData abilityMapData, bool autoRunToTake)
{
this.Unit = unit;
this.AbilityMapData = abilityMapData;
this.AutoRunToTake = autoRunToTake;
this.Menu = new AbilitySubMenu("RuneTaker");
}
internal Health(IAbilityUnit abilityUnit)
{
this.Unit = abilityUnit;
this.Maximum = this.Unit.SourceUnit.MaximumHealth;
this.Current = this.Unit.SourceUnit.Health;
this.Percentage = 100;
}
public virtual void UnitAdded(IAbilityUnit unit)
{
Console.WriteLine("added controllable unit " + unit.Name + " isHero: " + (unit.SourceUnit is Hero));
unit.Owner = this.Unit;
this.Units.Add(unit.UnitHandle, unit);
this.AddedUnit.Next(unit);
}
public RuneTaker(IAbilityUnit unit, IAbilityMapData abilityMapData, bool autoRunToTake, AbilitySubMenu menu)
{
this.Unit = unit;
this.AbilityMapData = abilityMapData;
this.AutoRunToTake = autoRunToTake;
this.Menu = menu;
}
public WolfOrbwalker(IAbilityUnit unit)
: base(unit)
{
this.IssueSleep = 220;
this.Unit = unit;
this.ControllableUnits = this.Unit.Owner.ControllableUnits as LycanControllableUnits;
}
private void UnitAdded(IAbilityUnit unit)
{
// unit.TargetSelector.Target = this
if (unit.Name == "npc_dota_lycan_wolf1" || unit.Name == "npc_dota_lycan_wolf2" ||
unit.Name == "npc_dota_lycan_wolf3" || unit.Name == "npc_dota_lycan_wolf4")
{
unit.AddPart <IUnitOrbwalker>(abilityUnit => new WolfOrbwalker(unit));
}
else if (unit.UnitCombo != null)
{
unit.AddPart <IUnitOrbwalker>(abilityUnit => new ControllableUnitSpellsOrbwalker(unit));
}
else
{
unit.AddPart <IUnitOrbwalker>(abilityUnit => new ControllableUnitOrbwalker(unit));
}
this.AddOrbwalker(unit.Orbwalker);
unit.TargetSelector.Target = this.LocalHero.TargetSelector.Target;
unit.Fighting = this.LocalHero.Fighting;
this.ChaseCombo.AddOrderIssuer(unit.Orbwalker);
this.RetreatCombo.AddOrderIssuer(unit.Orbwalker);
if (this.RetreatCombo.Key.Value.Active || this.ChaseCombo.Key.Value.Active)
{
unit.AddOrderIssuer(unit.Orbwalker);
unit.Orbwalker.Enabled = true;
}
}
public float ManipulateIncomingPhysicalDamage(
IAbilityUnit source,
float damageValue,
double damageAmplification,
float minusDamageResistancePerc,
float minusArmor,
float time)
{
if (this.IsAttackImmune || this.PhysicalDamageShield)
{
return(0);
}
return
((float)
Math.Max(
0,
(damageValue * (1 - this.ManaShield.GetValue(source, damageValue)) * (1 - this.ReduceOther)
- this.DamageNegation.GetPredictedValue(source, damageValue, time))
* (1 + this.DamageAmplification.GetPredictedValue(source, damageValue, time)
- this.DamageReduction.GetPredictedValue(source, damageValue, time)) * (1 + damageAmplification)
* (1 - this.Unit.SourceUnit.DamageResist * (1 - minusDamageResistancePerc / 100))
+ 0.06 * minusArmor / (1 + 0.06 * Math.Abs(minusArmor)) - this.ReduceStatic
+ (this.iceblasted ? this.Aa.GetSpecialValue(source, damageValue) : 0)));
}
/// <summary>
/// Checks if skill can be safely used on target and if target is in range
/// </summary>
/// <param name="target">
/// The target.
/// </param>
/// <param name="needToMoveCloser">
/// The need To Move Closer.
/// </param>
/// <returns>
/// The <see cref="bool" />.
/// </returns>
public bool CanCast(IAbilityUnit target, out bool needToMoveCloser)
{
if (target == null)
{
needToMoveCloser = false;
return(false);
}
if (target?.SourceUnit == null)
{
needToMoveCloser = false;
return(false);
}
needToMoveCloser = false;
if (target.SourceUnit.IsMagicImmune() &&
this.SourceAbility.SpellPierceImmunityType
!= (target.IsEnemy ? SpellPierceImmunityType.EnemiesYes : SpellPierceImmunityType.AlliesYes))
{
return(false);
}
needToMoveCloser = !this.CanHit(target.SourceUnit);
return(!needToMoveCloser);
}
public void ConnectToUnit(IAbilityUnit unit)
{
if (unit.OrderQueue != null)
{
unit.OrderQueue.DrawOrder = new GetValue <bool, bool>(this.enableDraw, b => b);
}
}
public UnitIconDrawer(IAbilityUnit unit)
{
this.Unit = unit;
var name = this.Unit.SourceUnit.Name.Substring("npc_dota_hero_".Length);
this.Icon = unit.SourceUnit is Hero?Textures.GetHeroRoundTexture(this.Unit.Name) : null;
this.MinimapIcon = unit.SourceUnit is Hero?Textures.GetTexture("ensage_ui/miniheroes/" + name) : null;
this.WorldIconSize = new Vector2(HUDInfo.GetHpBarSizeY() * 6);
var icon = (Bitmap)Resources.ResourceManager.GetObject(name);
if (icon == null)
{
Console.WriteLine("Ability#: could not find " + name + " minimap icon");
}
else
{
this.EndSceneIcon = new Render.Sprite(icon, new Vector2(100, 700));
}
this.MinimapIconSize = new Vector2((float)(HUDInfo.GetHpBarSizeY() * 1.5));
this.EndSceneIcon.SetSaturation(1.5f);
// sprite.Add();
}
/// <summary>
/// The compose.
/// </summary>
/// <param name="unit">
/// The unit.
/// </param>
public void Compose(IAbilityUnit unit)
{
// if (unit.SourceUnit.IsControllable && !unit.IsEnemy)
// {
// this.AssignPart<IUnitControl>(abilityUnit => new UnitControl(abilityUnit));
// }
unit.UnitComposer = this;
foreach (var keyValuePair in this.Assignments)
{
keyValuePair.Value.Invoke(unit);
}
if (unit.IsEnemy)
{
foreach (var keyValuePair in this.EnemyAssignments)
{
keyValuePair.Value.Invoke(unit);
}
}
if (!unit.IsEnemy && unit.SourceUnit.IsControllable)
{
foreach (var keyValuePair in this.ControllableAssignments)
{
keyValuePair.Value.Invoke(unit);
}
}
// unit.Interaction = new UnitInteraction(unit);
// unit.Updater = new AbilityUnitUpdater(unit);
}
internal StringDataDamageCalculatorWorker(
IAbilitySkill skill,
IAbilityUnit target,
ISkillManipulatedDamageCalculatorWorker manipulatedDamageWorker)
: base(skill, target, manipulatedDamageWorker)
{
}
private void UnitAdded(IAbilityUnit unit)
{
//unit.TargetSelector.Target = this
if (unit.UnitCombo != null)
{
unit.AddPart <IUnitOrbwalker>(abilityUnit => new ControllableUnitSpellsOrbwalker(unit));
}
else
{
unit.AddPart <IUnitOrbwalker>(abilityUnit => new ControllableUnitOrbwalker(unit));
}
this.AddOrbwalker(unit.Orbwalker);
//unit.TargetSelector.Target = this.LocalHero.TargetSelector.Target;
//unit.Fighting = this.LocalHero.Fighting;
this.BodyBlockCombo.AddOrderIssuer(unit.Orbwalker);
this.ChaseCombo.AddOrderIssuer(unit.Orbwalker);
this.RetreatCombo.AddOrderIssuer(unit.Orbwalker);
if (this.RetreatCombo.Key.Value.Active || this.ChaseCombo.Key.Value.Active || this.BodyBlockCombo.Key.Value.Active)
{
unit.AddOrderIssuer(unit.Orbwalker);
unit.Orbwalker.Enabled = true;
}
unit.Fighting = this.LocalHero.Fighting;
unit.TargetSelector.Target = this.LocalHero.TargetSelector.Target;
}
public ManaBurnDamageCalculatorWorker(
IAbilitySkill skill,
IAbilityUnit target,
ISkillManipulatedDamageCalculatorWorker manipulatedDamageWorker, float burnAmount)
: base(skill, target, manipulatedDamageWorker)
{
this.burnAmount = burnAmount;
}
public RunForRune(IAbilityUnit unit, RunePosition <T> rune, List <Vector3> path)
: base(OrderType.TakeRune, unit, "Running for rune")
{
this.Path = path;
this.RunePosition = rune;
this.ShouldExecuteFast = true;
this.Color = Color.LightPink;
}
public float GetDamage(IAbilityUnit target)
{
return(target.DamageManipulation.ManipulateIncomingAutoAttackDamage(
this.Unit,
this.Unit.SourceUnit.DamageAverage + this.Unit.SourceUnit.BonusDamage,
0,
0));
}
/// <summary>The create new modifier.</summary>
/// <param name="modifier">The modifier.</param>
/// <param name="affectedUnit">The affectedUnit.</param>
/// <returns>The <see cref="IAbilityModifier" />.</returns>
public IAbilityModifier CreateNewModifier(Modifier modifier, IAbilityUnit affectedUnit)
{
var abilityModifier = new AbilityModifier.AbilityModifier(modifier)
{
AffectedUnit = affectedUnit
};
return(abilityModifier);
}
/// <summary>Initializes a new instance of the <see cref="LeftPanelField" /> class.</summary>
/// <param name="unit">The unit.</param>
/// <param name="parent">The parent.</param>
public LeftPanelField(IAbilityUnit unit, IUnitOverlayElement parent)
: base(
unit,
parent,
() => unit.Overlay.HealthBar.Position,
PanelDirection.Left,
element => - new Vector2(element.Size.X, 0))
{
}
public bool IsInAttackRange(IAbilityUnit target)
{
return
(target.Position.Predict((float)(Game.Ping + this.Unit.TurnRate.GetTurnTime(target) * 1000f))
.Distance2D(this.Unit.Position.PredictedByLatency)
<= this.Value + target.SourceUnit.HullRadius + this.Unit.SourceUnit.HullRadius + 50 &&
target.Position.PredictedByLatency.Distance2D(this.Unit.Position.PredictedByLatency)
< this.Value + target.SourceUnit.HullRadius + this.Unit.SourceUnit.HullRadius + 50);
}
/// <summary>
/// The can cast.
/// </summary>
/// <param name="target">
/// The target.
/// </param>
/// <returns>
/// The <see cref="bool" />.
/// </returns>
public bool CanCast(IAbilityUnit target)
{
if (target == null)
{
return(false);
}
return(target.SourceUnit.IsAlive && target.SourceUnit.IsVisible && this.CanHit(target.SourceUnit));
}
protected UnitOrderBase(OrderType orderType, IAbilityUnit unit, string name)
{
this.OrderType = orderType;
this.Priority = (uint)orderType;
this.Unit = unit;
this.Name = name;
this.Color = Color.AliceBlue;
}