public void Execute(CombatResolver src, CombatResolver dest)
{
CheckExecute ();
foreach (ICombatLogic result in m_CompositeResult) {
result.Execute(src, dest);
}
}
public void TestAttacksAllOtherArmies()
{
var manager = new ArmyManager();
var attacking = new Player(manager, new Color(0, 0, 0));
attacking.AddArmy(new Army(HEALTH), new Pos(0, 0));
var defending = new Player(manager, new Color(1, 1, 1));
defending.AddArmy(new Army(HEALTH), new Pos(1, 1));
defending.AddArmy(new Army(HEALTH), new Pos(2, 2));
var defending2 = new Player(manager, new Color(2, 2, 2));
defending2.AddArmy(new Army(HEALTH), new Pos(1, 3));
var players = new List <Player>();
players.Add(attacking);
players.Add(defending);
players.Add(defending2);
var combat = new CombatResolver(manager, 0);
combat.Engage(attacking, players);
Assert.AreEqual(1, attacking.ArmyList.Count);
Assert.AreEqual(2, defending.ArmyList.Count); // NOTE: The maximum damage inflicted < defender's health, so it should always survive.
Assert.AreEqual(1, defending2.ArmyList.Count);
Assert.AreEqual(HEALTH, attacking.ArmyList[0].Health);
Assert.IsTrue(defending.ArmyList[0].Health < HEALTH); // Not strictly true, but true for this random seed.
Assert.IsTrue(defending.ArmyList[1].Health < HEALTH);
Assert.IsTrue(defending2.ArmyList[0].Health < HEALTH);
}
/// <summary>
/// Crit damage, can scale from 0 to 1x damage depending on crit defense
/// </summary>
/// <param name="src"></param>
/// <param name="dest"></param>
/// <returns></returns>
public static float CalculateCritDamageScale(CombatResolver src, CombatResolver dest)
{
float critPower = src.CombatStats.critPower;
float critDefense = dest.CombatStats.critDefense;
float value = (critPower - critDefense) / critPower;
return Math.Max(0, value);
}
public void Execute(CombatResolver src, CombatResolver dest)
{
CheckExecute ();
m_Accuracy = src.CombatStats.critAccuracy;
m_Evasion = dest.CombatStats.critDefense;
m_ChanceToHit = m_Accuracy / Math.Max(m_Accuracy + m_Evasion, 1);
m_RandomValue = UnityEngine.Random.Range(0f, 1f);
Logger.d (this, this);
}
// Called to create a new enemy party and reset player party.
public void OnNewEnemies()
{
FullHealPlayerParty();
// TODO: create different parties.
CreateDefaultEnemyParty();
Resolver = new CombatResolver(PlayerParty, EnemyParty);
}
public Game()
{
GameWorld = new World("maps.csv");
Manager = new ArmyManager();
scorer = new Scorer();
combat = new CombatResolver(Manager);
Players = new List <Player>();
CurrentPlayerIndex = 0;
}
public void GetTargets(CombatResolver resolver, CombatUnit user, List <CombatUnit> targets)
{
CombatPartyType targetedParty = TargetAlly ? user.CombatParty : user.OpponentParty;
CombatUnit targetedUnit = resolver.GetCombatUnit(targetedParty, Position);
if (targetedUnit != null)
{
targets.Add(targetedUnit);
}
}
public void GenerateEvents(CombatResolver src, CombatResolver dest, Queue<IBattleEvent> combatEvents)
{
// forward to combat events
m_CritResult.GenerateEvents (src, dest, combatEvents);
combatEvents.Enqueue(new DamageEvent (src.entity, dest.entity, m_Damage, m_CritDamage, m_Defense));
if (m_HpBefore > 0 && m_HpAfter <= 0) {
combatEvents.Enqueue(new DeathEvent(dest.entity));
}
}
// Use this for initialization
void Start()
{
UnitLibrary = GameLibrary.GetComponent <UnitLibrary>();
SkillLibrary = GameLibrary.GetComponent <SkillLibrary>();
PlayerPartyPanel = PlayerPartyPanelObj.GetComponent <PartyPanel>();
EnemyPartyPanel = EnemyPartyPanelObj.GetComponent <PartyPanel>();
CreateDefaultPlayerParty();
CreateDefaultEnemyParty();
Resolver = new CombatResolver(PlayerParty, EnemyParty);
}
public CombatSkillExecuter(CombatResolver resolver, CombatUnit combatUnit)
{
IsStarted = false;
IsComplete = false;
CurrentStage = CombatEventType.Declare;
Resolver = resolver;
Owner = combatUnit;
ExecutedSkill = Owner.Skill;
IsInterrupted = false;
Targets = new List <CombatUnit>();
}
/// <summary>
/// Execute an operation and manage check resulting event with CombatStatusEffect Rules if any
/// </summary>
/// <param name="operation">Operation.</param>
private void ExecuteAttackOperation(ICombatOperation operation,
CombatResolver srcResolver,
CombatResolver destResolver,
StatusEffectRule [] effectRules)
{
// check to see if we were alive before executing the event
BattleEntity destEntity = destResolver.entity;
bool wasAlive = destEntity.currentHP > 0;
// execute and apply damage
IBattleEvent battleEvent = null;
BattleEventType eventType = battleEvent.EventType;
// notify resulting battle event
BattleSystem.Instance.PostBattleEvent(battleEvent);
// check to see if it was a damage event to see if we killed them
if (eventType == BattleEventType.DAMAGE && wasAlive && destEntity.currentHP <= 0) {
destEntity.character.curHP = 0;
DeathEvent deathEvent = new DeathEvent(destEntity);
BattleSystem.Instance.PostBattleEvent(deathEvent);
}
// lets see if we hit the target or not
bool hitTarget = eventType == BattleEventType.DAMAGE
|| eventType == BattleEventType.NON_DAMAGE
|| eventType == BattleEventType.ITEM;
bool missedTarget = eventType == BattleEventType.DODGE
|| eventType == BattleEventType.RESIST;
// iterate through combnat effects to see what should apply
foreach (StatusEffectRule combatStatusEffect in effectRules) {
switch(combatStatusEffect.rule) {
case StatusEffectRule.StatusEffectRuleHitPredicate.ON_HIT:
if(hitTarget) {
ApplyEffect(combatStatusEffect, srcResolver.entity);
}
break;
case StatusEffectRule.StatusEffectRuleHitPredicate.ON_MISS:
if(missedTarget) {
ApplyEffect(combatStatusEffect, srcResolver.entity);
}
break;
case StatusEffectRule.StatusEffectRuleHitPredicate.ALWAYS:
default:
ApplyEffect(combatStatusEffect, srcResolver.entity);
break;
}
}
}
public void TestTrivial()
{
var manager = new ArmyManager();
var player = new Player(manager, new Color(0, 0, 0));
var players = new List <Player>();
players.Add(player);
var combat = new CombatResolver(manager);
combat.Engage(player, players);
// We mostly care that this test terminated without error and effectively became almost a no-op. For the sake of argument, we'll assert no new armies were created.
Assert.AreEqual(0, player.ArmyList.Count);
}
public CombatEvent(CombatSkillExecuter triggeringSkillExecutor, CombatEventType eventType, CombatUnit eventTarget)
{
CombatResolver resolver = triggeringSkillExecutor.Resolver;
Executer = triggeringSkillExecutor;
Skill = triggeringSkillExecutor.ExecutedSkill;
User = triggeringSkillExecutor.Owner;
Party = User.CombatParty;
Phase = Skill.SkillDefinition.PerformedPhase;
Event = eventType;
Target = eventTarget;
}
public void GetTargets(CombatResolver resolver, CombatUnit user, List <CombatUnit> targets)
{
CombatPartyType opponentParty = user.OpponentParty;
foreach (PartyPosition position in SkillTargetOrder)
{
CombatUnit targetUnit = resolver.GetCombatUnit(opponentParty, position);
if (targetUnit != null && !targetUnit.Unit.IsDead)
{
targets.Add(targetUnit);
break;
}
}
}
public void GetTargets(CombatResolver resolver, CombatUnit user, List <CombatUnit> targets)
{
CombatPartyType targetParty = TargetAllyParty ? user.CombatParty : user.OpponentParty;
CombatUnit targetUnit = null;
if (ByPercentage)
{
float percentage = 0.0f;
// Go through each position in standard targeting order, such that if multiple units have the same percentage,
// it prioritize the unit with standard targeting order.
foreach (PartyPosition position in StandardSingleTargeting.SkillTargetOrder)
{
CombatUnit member = resolver.GetCombatUnit(targetParty, position);
if (member != null && !member.Unit.IsDead)
{
float percentageLife = (float)member.Unit.Status.Life / (float)member.Unit.Status.MaxLife;
if (targetUnit == null || percentageLife < percentage)
{
targetUnit = member;
percentage = percentageLife;
}
}
}
}
else
{
int life = 0;
// Same prioritization as the percentage case.
foreach (PartyPosition position in StandardSingleTargeting.SkillTargetOrder)
{
CombatUnit member = resolver.GetCombatUnit(targetParty, position);
if (member != null && !member.Unit.IsDead)
{
if (targetUnit == null || member.Unit.Status.Life < life)
{
targetUnit = member;
life = member.Unit.Status.Life;
}
}
}
}
if (targetUnit != null)
{
targets.Add(targetUnit);
}
}
public CombatUnit(CombatResolver resolver, CombatPartyType partyType, PartyPosition position)
{
Resolver = resolver;
CombatParty = partyType;
Position = position;
Party partyRef = Resolver.GetPartyReference(partyType);
Unit = partyRef.GetAssignedUnit(position);
Skill = partyRef.GetAssignedSkill(position);
CombatStatus = new CombatUnitStatus();
CombatStatus.Reset();
CurrentSkillExecuter = null;
}
public void Execute(CombatResolver src, CombatResolver dest)
{
CheckExecute ();
// pull out min and max damage and calculated 'rolled damage'
ElementVector min = src.DamageMin;
ElementVector max = src.DamageMax;
float rand = UnityEngine.Random.Range(0f, 1f);
ElementVector diff = max - min;
ElementVector randomDmg = min + (diff * rand);
// scale damage by vector, this could have been done earlier, same results
AttributeVector attributes = src.Attributes;
AttributeVector damageAttributeScalar = src.DamageAttributeScalar;
AttributeVector resultDamageExtra = attributes * damageAttributeScalar;
float scaleDamage = resultDamageExtra.Sum;
// scale damage should be < 1 normally, so we want to ensure this is positive on scaling
m_Damage = randomDmg * (1 + scaleDamage);
// scale on dmg bonus
m_Damage += src.ElementAttackRaw;
m_Damage *= src.ElementAttackScalar;
// if is critical
m_CritDamage = new ElementVector();
m_CritResult = new CritChanceLogic ();
m_CritResult.Execute (src, dest);
if (m_CritResult.Hits) {
float critScale = CombatUtil.CalculateCritDamageScale(src, dest);
m_CritDamage = (m_Damage * critScale);
}
m_HpBefore = dest.entity.currentHP;
m_Defense = dest.ElementDefense;
// apply dmg
m_TotalDamage = CombatUtil.CalculateDamage (m_Damage, m_CritDamage, m_Defense);
dest.entity.currentHP -= m_TotalDamage;
m_HpAfter = dest.entity.currentHP;
Logger.d (this, this);
}
public void TestDoesNotAttackOwnArmies()
{
var manager = new ArmyManager();
var player = new Player(manager, new Color(0, 0, 0));
player.AddArmy(new Army(HEALTH), new Pos(0, 0));
player.AddArmy(new Army(HEALTH), new Pos(1, 1));
var players = new List <Player>();
players.Add(player);
players.Add(new Player(manager, new Color(1, 1, 1)));
var combat = new CombatResolver(manager, 0);
combat.Engage(player, players);
Assert.AreEqual(2, player.ArmyList.Count);
Assert.AreEqual(HEALTH, player.ArmyList[0].Health);
Assert.AreEqual(HEALTH, player.ArmyList[1].Health);
}
public void TestArmiesDie()
{
var manager = new ArmyManager();
var attacking = new Player(manager, new Color(0, 0, 0));
attacking.AddArmy(new Army(HEALTH), new Pos(0, 0));
var defending = new Player(manager, new Color(1, 1, 1));
defending.AddArmy(new Army(0), new Pos(1, 1));
var players = new List <Player>();
players.Add(attacking);
players.Add(defending);
var combat = new CombatResolver(manager, 0);
combat.Engage(attacking, players);
Assert.AreEqual(1, attacking.ArmyList.Count);
Assert.AreEqual(0, defending.ArmyList.Count);
Assert.AreEqual(HEALTH, attacking.ArmyList[0].Health);
}
public void GenerateEvents(CombatResolver src, CombatResolver dest, Queue<IBattleEvent> combatEvents)
{
foreach (ICombatLogic result in m_CompositeResult) {
result.GenerateEvents(src, dest, combatEvents);
}
}
public void OnClick(ClickMessage sourceEvent)
{
if (!GameCamera.Instance.ScreenViewport.Bounds.Contains(sourceEvent.MousePosition.ToPoint()))
{
return;
}
switch(GameplayProgress.Instance.Scenario.Stage)
{
case ScenarioStageEnum.HERO_SETUP:
PickHeroesPlace();
break;
case ScenarioStageEnum.OVERLORD_SETUP:
PickMonstersPlace();
break;
case ScenarioStageEnum.HERO_TURN:
var character = GameplayProgress.Instance.ActCharacter;
var focusedField = GameplayProgress.Instance.Scenario.GetFocusedField();
if (character != null && focusedField != null)
{
var movement = character.GetFieldsForMovement();
foreach (var field in movement)
{
if (field == focusedField && character.ActualAction is MoveAction)
{
GameplayProgress.Instance.Scenario.ClearMarkedFields();
character.MoveToField(field);
}
}
if (character.ActualAction is AttackAction)
{
var enemy = focusedField.GetCharacterOnSelf();
if (enemy != null && character.IsEnemy(enemy) && ((Hero)character).CanAttackOn(enemy))
{
var resolver = new CombatResolver(character, enemy);
resolver.DoAttack();
combatDialog = new Dialog(400, 200, "Combat result");
var a = 0;
foreach (var dice in resolver.Attack.AttackDices)
{
combatDialog.AddRendable(a, new ScaledImage(new Vector2(10 + a * 40, 10), dice.GetResultImage()));
a++;
}
var b = 0;
foreach (var dice in resolver.Defense.DefenseDices)
{
combatDialog.AddRendable(a + b, new ScaledImage(new Vector2(10 + b * 40, 50), dice.GetResultImage()));
b++;
}
GameButton button = new TextGameButton(new Vector2(80, 30), new Vector2(10, 120), "Close");
button.RegisterOnClick(DialogCloseAction);
combatDialog.AddRendable(a + b + 1, button);
combatDialog.Show();
OnUnfocus();
}
}
}
break;
}
}
public CombatOperation Build(CombatResolver src, CombatResolver dest)
{
Configuration config = ResolveConfiguration ();
config.src = src;
config.dest = dest;
return new CombatOperation(config);
}
public void GenerateEvents(CombatResolver src, CombatResolver dest, Queue<IBattleEvent> combatEvents)
{
if (!Hits) {
combatEvents.Enqueue(new DodgeEvent(src.entity, dest.entity));
}
}
public CombatEventDispatcher(CombatResolver resolver)
{
Resolver = resolver;
}
internal void TryExecute(CombatResolver src, CombatResolver dest, CompositeLogic resultLogic)
{
if (conditionBlob.ShouldExecute ()) {
logic.Execute(src, dest);
resultLogic.Add(logic);
}
}
public void GenerateEvents(CombatResolver src, CombatResolver dest, Queue<IBattleEvent> combatEvents)
{
}
public CombatOperation Build(CombatResolver src, CombatResolver dest)
{
return builder.Build (src, dest);
}