public Dictionary <Feat, AbilityDetail> BuildAbilities()
{
var builder = new AbilityBuilder()
.Create(Feat.Sleep, PerkType.Sleep)
.Name("Sleep")
.HasRecastDelay(RecastGroup.Sleep, 12f)
.HasActivationDelay(2f)
.RequirementMP(8)
.UsesActivationType(AbilityActivationType.Casted)
.DisplaysVisualEffectWhenActivating()
.HasImpactAction((activator, target, level) =>
{
var resistance = Resistance.GetResistance(target, ResistanceType.Sleep);
var baseDuration = Random.NextFloat(15.0f, 30.0f);
var duration = baseDuration * resistance;
StatusEffect.Apply(activator, target, StatusEffectType.Sleep, duration);
Resistance.ModifyResistance(target, ResistanceType.Sleep, -0.25f);
CombatPoint.AddCombatPoint(activator, target, SkillType.BlackMagic, 3);
Enmity.ModifyEnmity(activator, target, 18);
});
return(builder.Build());
}
/// <summary>
/// Handles the auto-craft procedure. This is an automatic (no mini-game) form of crafting
/// where success is determined by a player's stats. This simply creates the item on a successful crafting attempt.
/// </summary>
/// <param name="player">The player performing the auto-craft.</param>
private static void AutoCraftItem(uint player)
{
var state = Craft.GetPlayerCraftingState(player);
var device = OBJECT_SELF;
float CalculateAutoCraftingDelay()
{
var baseDelay = 20f;
var perk = _autoCraftPerk[state.DeviceSkillType];
switch (Perk.GetEffectivePerkLevel(player, perk))
{
case 2: baseDelay -= 4; break;
case 3: baseDelay -= 8; break;
case 4: baseDelay -= 12; break;
case 5: baseDelay -= 16; break;
}
return(baseDelay);
}
void CraftItem(bool isSuccessful)
{
var recipe = Craft.GetRecipe(state.SelectedRecipe);
var playerComponents = GetComponents(player, device);
var remainingComponents = recipe.Components.ToDictionary(x => x.Key, y => y.Value);
for (var index = playerComponents.Count - 1; index >= 0; index--)
{
var component = playerComponents[index];
var resref = GetResRef(component);
// Item does not need any more of this component type.
if (!remainingComponents.ContainsKey(resref))
{
continue;
}
var quantity = GetItemStackSize(component);
// Player's component stack size is greater than the amount required.
if (quantity > remainingComponents[resref])
{
SetItemStackSize(component, quantity - remainingComponents[resref]);
remainingComponents[resref] = 0;
}
// Player's component stack size is less than or equal to the amount required.
else if (quantity <= remainingComponents[resref])
{
remainingComponents[resref] -= quantity;
DestroyObject(component);
}
if (remainingComponents[resref] <= 0)
{
remainingComponents.Remove(resref);
}
}
if (isSuccessful)
{
CreateItemOnObject(recipe.Resref, player, recipe.Quantity);
}
}
if (!HasAllComponents(player, device))
{
SendMessageToPC(player, ColorToken.Red("You are missing some necessary components..."));
return;
}
var craftingDelay = CalculateAutoCraftingDelay();
state.IsAutoCrafting = true;
Player.StartGuiTimingBar(player, craftingDelay);
AssignCommand(player, () => ActionPlayAnimation(Animation.LoopingGetMid, 1f, craftingDelay));
DelayCommand(craftingDelay, () =>
{
// Player logged out.
if (!GetIsObjectValid(player))
{
Craft.ClearPlayerCraftingState(player);
return;
}
var chanceToCraft = Craft.CalculateChanceToCraft(player, state.SelectedRecipe);
var roll = Random.NextFloat(0f, 100f);
if (roll <= chanceToCraft)
{
CraftItem(true);
}
else
{
CraftItem(false);
SendMessageToPC(player, ColorToken.Red("You failed to craft the item..."));
}
state.IsAutoCrafting = false;
});
ApplyEffectToObject(DurationType.Temporary, EffectCutsceneParalyze(), player, craftingDelay);
}
