protected override void copyExtendedProperties(ItemModel sourceItemModel)
{
EquipmentItemModel equipmentItemModel = sourceItemModel as EquipmentItemModel;
if (equipmentItemModel == null)
{
throw new InvalidCastException("Invalid type.");
}
EquipmentType = equipmentItemModel.EquipmentType;
MaxHealthBoost = equipmentItemModel.MaxHealthBoost;
HealthRegenBoost = equipmentItemModel.HealthRegenBoost;
MaxManaBoost = equipmentItemModel.MaxManaBoost;
ArmorBoost = equipmentItemModel.ArmorBoost;
SpellResistBoost = equipmentItemModel.SpellResistBoost;
MeleeDamageBoost = equipmentItemModel.MeleeDamageBoost;
MeleeCritBoost = equipmentItemModel.MeleeCritBoost;
SpellDamageBoost = equipmentItemModel.SpellDamageBoost;
SpellCritBoost = equipmentItemModel.SpellCritBoost;
if (equipmentItemModel.AbilityItemModels == null)
{
AbilityItemModels = null;
}
else
{
AbilityItemModels = new AbilityItemModel[equipmentItemModel.AbilityItemModels.Length];
for (int i = 0; i < AbilityItemModels.Length; i++)
{
AbilityItemModels[i] = new AbilityItemModel();
AbilityItemModels[i].CopyFrom(equipmentItemModel.AbilityItemModels[i], true);
}
}
}
protected override void determineAbilityAndTargets(AbilityItemModel[] availableAbilityItemModels,
ref AbilityItemModel chosenAbilityItemModel, ref int chosenAbilityIndex, ref List <CombatantModel> chosenTargets)
{
chosenAbilityItemModel = null;
for (int i = 0; i < availableAbilityItemModels.Length; i++)
{
if (availableAbilityItemModels[i] == null)
{
continue;
}
if (availableAbilityItemModels[i].AbilityTargetType == AbilityTargetType.EnemySingle)
{
chosenAbilityItemModel = availableAbilityItemModels[i];
chosenAbilityIndex = i;
}
}
if (chosenAbilityItemModel != null)
{
for (int i = 0; i < enemies.Count; i++)
{
if (enemies[i].IsAlive())
{
chosenTargets.Add(enemies[0]);
return;
}
}
}
}
private AbilityItemModel[] getRandomNPCAbilities(int numAbilities, int level)
{
List <AbilityItemModel> randomAbilitiesList = new List <AbilityItemModel>();
List <ItemModel> allAbilities = catalogModel.GetAllItemsOfType <AbilityItemModel>();
for (int i = 0; i < numAbilities; i++)
{
AbilityItemModel randomAbility = allAbilities[RandomGen.GetIntRange(0, allAbilities.Count - 1)] as AbilityItemModel;
if (!randomAbilitiesList.Contains(randomAbility))
{
randomAbilitiesList.Add(randomAbility);
}
}
AbilityItemModel[] randomAbilitiesArray = new AbilityItemModel[randomAbilitiesList.Count];
for (int j = 0; j < randomAbilitiesArray.Length; j++)
{
AbilityItemModel clone = new AbilityItemModel();
clone.CopyFrom(randomAbilitiesList[j], false);
clone.Level_ZeroBased = level;
randomAbilitiesArray[j] = clone;
}
return(randomAbilitiesArray);
}
/// <summary>
/// Merges equippedAbilities with any abilities provided by specified equipment.
/// </summary>
/// <param name="equippedAbilities">Abilities the CombatantModel has equipped</param>
/// <param name="equipmentItemModels">Any equipment the CombatantModel is wearing</param>
/// <returns></returns>
private static AbilityItemModel[] mergeAbilities(AbilityItemModel[] equippedAbilities, EquipmentItemModel[] equipmentItemModels)
{
int equippedAbilitiesCount = equippedAbilities == null ? 0 : equippedAbilities.Length;
int equipmentAbilitiesCount = 0;
for (int i = 0; i < equipmentItemModels.Length; i++)
{
if (equipmentItemModels[i].AbilityItemModels != null)
{
equipmentAbilitiesCount += equipmentItemModels[i].AbilityItemModels.Length;
}
}
AbilityItemModel[] mergedAbilities = new AbilityItemModel[equippedAbilitiesCount + equipmentAbilitiesCount];
int mergeIndex = 0;
for (mergeIndex = 0; mergeIndex < equippedAbilitiesCount; mergeIndex++)
{
mergedAbilities[mergeIndex] = equippedAbilities[mergeIndex];
}
mergeIndex++;
for (int e = 0; e < equipmentItemModels.Length; e++)
{
if (equipmentItemModels[e].AbilityItemModels != null)
{
for (int ea = 0; ea < equipmentItemModels[e].AbilityItemModels.Length; ea++)
{
mergedAbilities[mergeIndex++] = equipmentItemModels[e].AbilityItemModels[ea];
}
}
}
return(mergedAbilities);
}
public int GetStatModifiedAbilityTotalCastTurns(int abilityIndex)
{
AbilityItemModel abilityItemModel = AbilityItemModels[abilityIndex];
float deltaRatio = 1f + (float)StatModifiersDeltas.AbilityCastTurnsPercentModifierDelta * .01f;
int modifiedCastTurns = (int)(((float)abilityItemModel.CastTurns) * deltaRatio);
return(modifiedCastTurns < 1 ? 1 : modifiedCastTurns);
}
private static AbilityItemModel parseAbilityItemModel(string customData, IJsonParser jsonParser)
{
AbilityItemModel abilityItemModel = new AbilityItemModel();
AbilityItemModelRaw abilityItemModelRaw = jsonParser.DeserializeObject <AbilityItemModelRaw>(customData);
abilityItemModelRaw.ApplyToAbilityItemModel(abilityItemModel, jsonParser);
return(abilityItemModel);
}
public override void QueueAbility(AbilityItemModel abilityItemModel, int[] combatantIDs)
{
if (castingAbilityItemModel != null || nextAbilityItemModel != null)
{
// Ignore if ability is already queued
Logging.Log.Info("An ability is already queued for player with combatant ID: " + ownerCombatantModel.ID + ", ignoring.");
return;
}
nextAbilityItemModel = abilityItemModel;
int abilityIndex = ownerCombatantModel.GetAbilityIndex(abilityItemModel.ID);
nextTargetCombatants.Clear();
for (int i = 0; i < combatantIDs.Length; i++)
{
CombatantModel targetCombatantModel = null;
if (combatantIDsToModels.TryGetValue(combatantIDs[i], out targetCombatantModel))
{
// Ignore if ability is still cooling down
if (ownerCombatantModel.GetStatModifiedAbilityCoolDownTurnsRemaining(abilityIndex) > 0)
{
Logging.Log.Info("Ability with ID: " + abilityItemModel.ID + " is cooling down, ignoring.");
continue;
}
// Ignore if combatant is already dead
if (!targetCombatantModel.IsAlive())
{
Logging.Log.Info("Specified target with combatant ID: " + targetCombatantModel.ID + " is dead, ignoring");
continue;
}
bool isAbilityFriendly = abilityItemModel.IsFriendly();
// Ignore if attempting to cast friendly ability on enemy
if (isAbilityFriendly && !allies.Contains(targetCombatantModel))
{
Logging.Log.Info("Can't apply friendly ability with ID " + abilityItemModel.ID + " to an enemy, ignoring.");
continue;
}
// Ignore if attempting to cast offensive ability on ally
if (!isAbilityFriendly && !enemies.Contains(targetCombatantModel))
{
Logging.Log.Info("Can't apply offensive ability with ID " + abilityItemModel.ID + " to an ally, ignoring.");
continue;
}
nextTargetCombatants.Add(targetCombatantModel);
}
else
{
// Ignore if invalid combatant ID specified.
Logging.Log.Info("Invalid combatant ID specified: " + combatantIDs[i] + ", ignoring.");
continue;
}
}
}
public void ApplyToDurationData(AbilityDurationData abilityDurationData, AbilityItemModel parentAbility)
{
abilityDurationData.OriginAbilityID = parentAbility.ID;
abilityDurationData.PerTickAmount = int.Parse(PerTickAmount);
abilityDurationData.TurnsPerTick = int.Parse(TurnsPerTick);
abilityDurationData.MaxTicks = int.Parse(MaxTicks);
abilityDurationData.AbilityEffectType = parentAbility.AbilityEffectType;
abilityDurationData.AbilityTargetType = parentAbility.AbilityTargetType;
}
private void onPlayerCombatAction(OperationRequest operationRequest, IClientConnection clientConnection, SendParameters sendParameters)
{
PlayerCombatActionRequest playerCombatActionRequest = PlayerCombatActionRequest.FromOperationRequest(operationRequest);
ServerPlayerModel serverPlayerModel = clientConnectionToServerPlayerModel[clientConnection];
AbilityItemModel abilityItemModel = serverPlayerModel.CombatantModel.GetAbilityByID(playerCombatActionRequest.AbilityID);
clientConnectionToServerPlayerModel[clientConnection].PlayerCombatBehaviour.QueueAbility(
abilityItemModel, playerCombatActionRequest.TargetCombatantIDs);
}
public int GetStatModifiedAbilityCoolDownTurnsRemaining(int abilityIndex)
{
AbilityItemModel abilityItemModel = AbilityItemModels[abilityIndex];
float deltaRatio = 1f + (float)StatModifiersDeltas.AbilityCoolDownTurnsPercentModifier * 0.01f;
int totalCoolDownTurns = (int)(((float)abilityItemModel.CoolDownTurns) * deltaRatio);
int turnsRemaining = totalCoolDownTurns - abilityItemModel.CoolDownTurnsElapsed;
return(turnsRemaining < 0 ? 0 : turnsRemaining);
}
public void Clear()
{
allies.Clear();
enemies.Clear();
combatantIDsToModels.Clear();
if (castingAbilityItemModel != null)
{
castingAbilityItemModel.NumCastTurnsElapsed = 0;
if (castingAbilityItemModel.AbilityDurationData != null)
{
castingAbilityItemModel.AbilityDurationData.NumTurnsElapsed = 0;
}
castingAbilityItemModel = null;
}
targetCombatantModels.Clear();
ownerCombatantModel = null;
}
public void ApplyToAbilityItemModel(AbilityItemModel abilityItemModel, IJsonParser jsonParser)
{
abilityItemModel.AbilityEffectType = (AbilityEffectType)int.Parse(AbilityEffectType);
abilityItemModel.AbilityTargetType = (AbilityTargetType)int.Parse(AbilityTargetType);
abilityItemModel.AbilityDurationType = (AbilityDurationType)int.Parse(AbilityDurationType);
abilityItemModel.CastTurns = int.Parse(CastTurns);
abilityItemModel.CoolDownTurns = int.Parse(CoolDownTurns);
abilityItemModel.ImmediateAmout = int.Parse(ImmediateAmout);
abilityItemModel.IsSpellBased = int.Parse(IsSpellBased) == 1;
AbilityDurationDataRaw abilityDurationDataRaw = string.IsNullOrEmpty(AbilityDurationData) ? null :
jsonParser.DeserializeObject <AbilityDurationDataRaw>(AbilityDurationData);
if (abilityDurationDataRaw != null)
{
abilityItemModel.AbilityDurationData = new AbilityDurationData();
abilityDurationDataRaw.ApplyToDurationData(abilityItemModel.AbilityDurationData, abilityItemModel);
}
}
protected override void determineAbilityAndTargets(AbilityItemModel[] availableAbilityItemModels,
ref AbilityItemModel chosenAbilityItemModel, ref int chosenAbilityIndex, ref List <CombatantModel> chosenTargets)
{
if (nextAbilityItemModel == null)
{
return;
}
chosenAbilityItemModel = nextAbilityItemModel;
nextAbilityItemModel = null;
bool isAbilityValid = false;
for (int a = 0; a < availableAbilityItemModels.Length; a++)
{
if (availableAbilityItemModels[a] == null)
{
continue;
}
if (chosenAbilityItemModel.ID == availableAbilityItemModels[a].ID)
{
isAbilityValid = true;
chosenAbilityIndex = a;
break;
}
}
if (!isAbilityValid)
{
Logging.Log.Info("Player specified invalid ID. CombatantID: " + ownerCombatantModel.ID + ", AbilityID: " + chosenAbilityItemModel.ID);
chosenAbilityItemModel = null;
return;
}
for (int i = 0; i < nextTargetCombatants.Count; i++)
{
chosenTargets.Add(nextTargetCombatants[i]);
}
nextTargetCombatants.Clear();
}
public void FromObjectArray(object[] properties)
{
int i = 0;
ID = (int)properties[i++];
Level = (int)properties[i++];
CurrentHealth = (int)properties[i++];
MaxHealth = (int)properties[i++];
HealthRegenPerTurn = (int)properties[i++];
CurrentMana = (int)properties[i++];
MaxMana = (int)properties[i++];
ManaRegenPerTurn = (int)properties[i++];
Armor = (int)properties[i++];
SpellResist = (int)properties[i++];
MeleeDamage = (int)properties[i++];
MeleeCritChanceNormalized = (float)properties[i++];
SpellDamage = (int)properties[i++];
SpellCritChanceNormalized = (float)properties[i++];
TeamID = (int)properties[i++];
object[] statModifierAbDurs = properties[i++] as object[];
StatModifierAbilityDurations.FromObjectArray(statModifierAbDurs);
object[] regenOverTimeAbDurs = properties[i++] as object[];
RegenOverTimeAbilityDurations.FromObjectArray(regenOverTimeAbDurs);
object[] damageOverTimeAbDurs = properties[i++] as object[];
DamageOverTimeAbilityDurations.FromObjectArray(damageOverTimeAbDurs);
object[] serializedAbilities = properties[i++] as object[];
AbilityItemModel[] parsedAbilities = new AbilityItemModel[serializedAbilities.Length];
for (int j = 0; j < parsedAbilities.Length; j++)
{
parsedAbilities[j] = new AbilityItemModel();
parsedAbilities[j].FromObjectArray(serializedAbilities[j] as object[]);
}
AbilityItemModels = parsedAbilities;
}
protected override void getPlayerModelByID(PlayerAuthenticationModel playerAuthModel, PlayerCombatBehaviourBase playerCombatBehaviourBase,
Action <ServerPlayerModel> onSuccessHandler, Action onFailureHandler)
{
if (playerAuthModel.UserID == "testFail")
{
onFailureHandler();
return;
}
ServerPlayerModel playerModel = new ServerPlayerModel(playerCombatBehaviourBase);
playerModel.PlayerID = playerAuthModel.UserID;
playerModel.Name = playerAuthModel.UserName;
AbilityItemModel[] mockAbilities = new AbilityItemModel[]
{
MockCatalogService.FIREBALL_ABILITY
};
playerModel.CombatantModel = new CombatantModel(1, 100, 1, 100, 1, 1, 1, 10, 0f, 10, 0f, PlayerModel.DEFAULT_TEAM_ID, mockAbilities);
Task.Delay(100).ContinueWith(t => { onSuccessHandler(playerModel); });
}
private void parseEquipmentAndCombatantModel(ServerPlayerModel serverPlayerModel)
{
if (catalogModel == null)
{
catalogModel = DIContainer.GetInstanceByContextID <CatalogModel>(InstanceServerApplication.CONTEXT_ID);
}
// Parse equipment
parseItemModel <EquipmentItemModel>(ref serverPlayerModel.EquippedWeaponItemModel, ref serverPlayerModel.EquippedWeapon);
parseItemModel <EquipmentItemModel>(ref serverPlayerModel.EquippedOffHandItemModel, ref serverPlayerModel.EquippedOffHand);
parseItemModel <EquipmentItemModel>(ref serverPlayerModel.EquippedArmorItemModel, ref serverPlayerModel.EquippedArmor);
List <EquipmentItemModel> allEquipment = new List <EquipmentItemModel>();
if (serverPlayerModel.EquippedWeaponItemModel != null)
{
allEquipment.Add(serverPlayerModel.EquippedWeaponItemModel);
}
if (serverPlayerModel.EquippedOffHandItemModel != null)
{
allEquipment.Add(serverPlayerModel.EquippedOffHandItemModel);
}
if (serverPlayerModel.EquippedArmorItemModel != null)
{
allEquipment.Add(serverPlayerModel.EquippedArmorItemModel);
}
// Player must have at least 1 Ability
AbilityItemModel[] equippedAbilityItemModels = new AbilityItemModel[serverPlayerModel.EquippedAbilities.Length];
for (int i = 0; i < equippedAbilityItemModels.Length; i++)
{
parseItemModel <AbilityItemModel>(ref equippedAbilityItemModels[i], ref serverPlayerModel.EquippedAbilities[i]);
}
serverPlayerModel.CombatantModel =
BuildCombatantSCMD.Execute(serverPlayerModel.Level_ZeroBased, PlayerModel.DEFAULT_TEAM_ID, equippedAbilityItemModels,
RarityType.Common, allEquipment.Count == 0 ? null : allEquipment.ToArray());
}
private void processCombatantBehaviour(CombatantModel combatantModel)
{
// Advance all ability cooldowns
for (int i = 0; i < combatantModel.AbilityItemModels.Length; i++)
{
combatantModel.AbilityItemModels[i].CoolDownTurnsElapsed++;
}
AbilityItemModel combatAbility = null;
targets.Clear();
CombatActionModel combatActionModel = combatantModelToBehaviour[combatantModel].GetCombatAction(out combatAbility, ref targets);
// If waiting, return
if (combatActionModel.CombatActionType == CombatActionType.Wait)
{
return;
}
// if starting or canceling cast, append CombatActionModel and return
if (combatActionModel.CombatActionType == CombatActionType.StartCastingAbility ||
combatActionModel.CombatActionType == CombatActionType.CancelCastingAbility)
{
combatActionsCollection[combatantModel.ID].Add(combatActionModel);
return;
}
if (combatActionModel.CombatActionType != CombatActionType.ApplyAbility)
{
throw new Exception("Unexpected CombatActionType: " + combatActionModel.CombatActionType.ToString());
}
// Append cast completion CombatActionModel
combatActionsCollection[combatantModel.ID].Add(combatActionModel);
// Restart ability cooldown
combatAbility.CoolDownTurnsElapsed = 0;
// Apply ability to targets and keep track of CombatActionModels
bool isAbilityFriendly = combatAbility.IsFriendly();
for (int t = 0; t < targets.Count; t++)
{
CombatActionModel combatActionOnTarget;
if (combatAbility.AbilityDurationType == AbilityDurationType.Immediate) // Handle ability with IMMEDIATE effect.
{
bool isCrit;
int immediateAmountWithStatMods = getAbilityAmountWithStatMods(combatantModel, combatAbility.ImmediateAmout,
combatAbility.IsSpellBased, out isCrit);
if (isAbilityFriendly)
{
combatActionOnTarget = applyRegenAbilityEffectToCombatant(combatAbility.AbilityEffectType, combatAbility.ID, combatantModel.ID,
immediateAmountWithStatMods, targets[t], 0, isCrit);
}
else
{
combatActionOnTarget = applyDamageAbilityEffectToCombatant(combatAbility.AbilityEffectType, combatAbility.ID, combatantModel.ID,
immediateAmountWithStatMods, targets[t], 0, isCrit);
}
}
else // Handle ability with DURATION effect
{
AbilityDurationData abilityDurationDataClone = combatAbility.AbilityDurationData.Clone(true);
if (combatAbility.IsStatModifier())
{
// Stat modifiers don't consider other stat modifiers. Ex: (if target has spell effect/damage debuff from
// another modifier, we dont want another spell dmg debuff to cause exponential damage).
targets[t].StatModifiersDeltas.AddModifier(abilityDurationDataClone.PerTickAmount, abilityDurationDataClone.AbilityEffectType);
targets[t].StatModifierAbilityDurations.Add(abilityDurationDataClone);
CombatActionType combatActionType = isAbilityFriendly ? CombatActionType.StatIncreasedByDurationAbility : CombatActionType.StatDecreasedByDurationAbility;
combatActionOnTarget = new CombatActionModel(
combatantModel.ID, combatActionType, combatAbility.ID, targets[t].ID,
abilityDurationDataClone.PerTickAmount, abilityDurationDataClone.NumTurnsRemaining, false);
}
else
{
// Update clone's per tick value to consider the caster's spell/melee buffs/debuffs
bool isCrit;
int perTickAmountWithStatMods = getAbilityAmountWithStatMods(
combatantModel, abilityDurationDataClone.PerTickAmount, combatAbility.IsSpellBased, out isCrit);
abilityDurationDataClone.PerTickAmount = perTickAmountWithStatMods;
abilityDurationDataClone.IsCrit = isCrit;
AbilityDurationDataCollection abilityDurationCollection = isAbilityFriendly ?
targets[t].RegenOverTimeAbilityDurations : targets[t].DamageOverTimeAbilityDurations;
abilityDurationCollection.Add(abilityDurationDataClone);
combatActionOnTarget = new CombatActionModel(
combatantModel.ID, CombatActionType.AffectedByDurationAbility, combatAbility.ID, targets[t].ID,
0, abilityDurationDataClone.NumTurnsRemaining, isCrit);
}
}
combatActionsCollection[targets[t].ID].Add(combatActionOnTarget);
// If target has died then append death CombatActionModel
if (!targets[t].IsAlive())
{
combatActionsCollection[targets[t].ID].Add(
new CombatActionModel(combatantModel.ID, CombatActionType.Death, combatAbility.ID, targets[t].ID, 0, 0, false));
}
}
}
public override void QueueAbility(AbilityItemModel abilityItemModel, int[] combatantIDs)
{
throw new NotImplementedException();
}
public CombatActionModel GetCombatAction(out AbilityItemModel abilityItemModel, ref List <CombatantModel> targets)
{
if (!ownerCombatantModel.IsAlive())
{
throw new Exception("Dead CombatantModel can't perform actions.");
}
// If already casting.
if (castingAbilityItemModel != null)
{
castingAbilityItemModel.NumCastTurnsElapsed++;
abilityItemModel = castingAbilityItemModel;
bool allTargetsDead = true;
for (int a = 0; a < targetCombatantModels.Count; a++)
{
if (targetCombatantModels[a].IsAlive())
{
allTargetsDead = false;
break;
}
}
// If all targets died during cast, then cancel cast
if (allTargetsDead)
{
castingAbilityItemModel.NumCastTurnsElapsed = 0;
castingAbilityItemModel = null;
return(new CombatActionModel(
ownerCombatantModel.ID, CombatActionType.CancelCastingAbility, abilityItemModel.ID, -1, 0, 0, false));
}
// Determine number of total cast turns considering cast time stat modifiers
int modifiedTotalCastTurns = ownerCombatantModel.GetStatModifiedAbilityTotalCastTurns(castingAbilityIndex);
// Handle cast completion (>= insteand of == as expired cast time debuffs can cause user to cast beyond the unmodified amount)
if (castingAbilityItemModel.NumCastTurnsElapsed >= modifiedTotalCastTurns)
{
// Reset ability cast turns and clear reference
castingAbilityItemModel.NumCastTurnsElapsed = 0;
castingAbilityItemModel = null;
// Output alive targets only.
for (int t = 0; t < targetCombatantModels.Count; t++)
{
if (targetCombatantModels[t].IsAlive())
{
targets.Add(targetCombatantModels[t]);
}
}
int abilityDurationTurnsRemaining = abilityItemModel.AbilityDurationType == AbilityDurationType.Immediate ? 0 :
abilityItemModel.AbilityDurationData.NumTurnsRemaining;
// -1 target id signifies multiple targets.
return(new CombatActionModel(
ownerCombatantModel.ID, CombatActionType.ApplyAbility, abilityItemModel.ID,
targets.Count == 1 ? targets[0].ID : -1, 0, abilityDurationTurnsRemaining, false));
}
// Still casting, so perform wait.
return(new CombatActionModel(ownerCombatantModel.ID, CombatActionType.Wait, -1, -1, 0, 0, false));
}
// Determine which abilities are available (not on cooldown)
bool abilityAvailable = false;
for (int i = 0; i < ownerCombatantModel.AbilityItemModels.Length; i++)
{
if (ownerCombatantModel.GetStatModifiedAbilityCoolDownTurnsRemaining(i) > 0)
{
availableAbilities[i] = null;
}
else
{
abilityAvailable = true;
availableAbilities[i] = ownerCombatantModel.AbilityItemModels[i];
}
}
// If all abilities on cooldown, return wait.
if (!abilityAvailable)
{
abilityItemModel = null;
return(new CombatActionModel(ownerCombatantModel.ID, CombatActionType.Wait, -1, -1, 0, 0, false));
}
targetCombatantModels.Clear();
castingAbilityIndex = -1;
determineAbilityAndTargets(availableAbilities, ref castingAbilityItemModel, ref castingAbilityIndex, ref targetCombatantModels);
abilityItemModel = castingAbilityItemModel;
// If we were unable to determine an AbilityItemModel or find valid targets this turn, perform wait.
if (castingAbilityItemModel == null || targetCombatantModels.Count == 0)
{
return(new CombatActionModel(ownerCombatantModel.ID, CombatActionType.Wait, -1, -1, 0, 0, false));
}
// Start casting
return(new CombatActionModel(ownerCombatantModel.ID, CombatActionType.StartCastingAbility, abilityItemModel.ID,
targetCombatantModels.Count == 1 ? targetCombatantModels[0].ID : -1, 0, abilityItemModel.CastTurns, false));
}
protected abstract void determineAbilityAndTargets(AbilityItemModel[] availableAbilityItemModels,
ref AbilityItemModel chosenAbilityItemModel, ref int chosenAbilityIndex, ref List <CombatantModel> chosenTargets);
public abstract void QueueAbility(AbilityItemModel abilityItemModel, int[] combatantIDs);