Enum AbilityTemplate 

pub enum AbilityTemplate {
    Vanilla,
    ContinuousPower {
        amount: i32,
    },
    ContinuousCannotAttack,
    ContinuousAttackCost {
        cost: u8,
    },
    AutoOnPlayDraw {
        count: u8,
    },
    AutoOnPlaySalvage {
        count: u8,
        optional: bool,
        card_type: Option<CardType>,
    },
    AutoOnPlaySearchDeckTop {
        count: u8,
        optional: bool,
        card_type: Option<CardType>,
    },
    AutoOnPlayRevealDeckTop {
        count: u8,
    },
    AutoOnPlayStockCharge {
        count: u8,
    },
    AutoOnPlayMillTop {
        count: u8,
    },
    AutoOnPlayHeal {
        count: u8,
    },
    AutoOnAttackDealDamage {
        amount: u8,
        cancelable: bool,
    },
    AutoEndPhaseDraw {
        count: u8,
    },
    AutoOnReverseDraw {
        count: u8,
    },
    AutoOnReverseSalvage {
        count: u8,
        optional: bool,
        card_type: Option<CardType>,
    },
    EventDealDamage {
        amount: u8,
        cancelable: bool,
    },
    ActivatedPlaceholder,
    ActivatedTargetedPower {
        amount: i32,
        count: u8,
        target: TargetTemplate,
    },
    ActivatedPaidTargetedPower {
        cost: u8,
        amount: i32,
        count: u8,
        target: TargetTemplate,
    },
    ActivatedTargetedMoveToHand {
        count: u8,
        target: TargetTemplate,
    },
    ActivatedPaidTargetedMoveToHand {
        cost: u8,
        count: u8,
        target: TargetTemplate,
    },
    ActivatedChangeController {
        count: u8,
        target: TargetTemplate,
    },
    ActivatedPaidChangeController {
        cost: u8,
        count: u8,
        target: TargetTemplate,
    },
    CounterBackup {
        power: i32,
    },
    CounterDamageReduce {
        amount: u8,
    },
    CounterDamageCancel,
    Bond {
        cost: AbilityCost,
        count: u8,
        target_ids: Vec<CardId>,
    },
    EncoreVariant {
        cost: AbilityCost,
    },
    AbilityDef(AbilityDef),
    Unsupported {
        id: u32,
    },
}

Template-driven ability definitions used by the DB loader.

Variants

Vanilla

No special behavior (placeholder template).

ContinuousPower

Continuous power modifier while on stage.

Fields

amount: i32

Power delta to apply.

ContinuousCannotAttack

Continuous “cannot attack” modifier while on stage.

ContinuousAttackCost

Continuous attack cost modifier while on stage.

Fields

cost: u8

Additional stock cost to declare an attack.

AutoOnPlayDraw

Auto ability: on play, draw cards.

Fields

count: u8

Number of cards to draw.

AutoOnPlaySalvage

Auto ability: on play, salvage cards from waiting room.

Fields

count: u8

Number of cards to salvage.

optional: bool

Whether salvaging is optional.

card_type: Option<CardType>

Optional card type restriction.

AutoOnPlaySearchDeckTop

Auto ability: on play, search the top of the deck and take cards.

Fields

count: u8

Maximum number of cards to take.

optional: bool

Whether taking a card is optional.

card_type: Option<CardType>

Optional card type restriction.

AutoOnPlayRevealDeckTop

Auto ability: on play, reveal the top cards of the deck.

Fields

count: u8

Number of cards to reveal.

AutoOnPlayStockCharge

Auto ability: on play, stock charge.

Fields

count: u8

Number of cards to stock charge.

AutoOnPlayMillTop

Auto ability: on play, mill cards from the top of the deck.

Fields

count: u8

Number of cards to mill.

AutoOnPlayHeal

Auto ability: on play, heal.

Fields

count: u8

Number of clock cards to heal.

AutoOnAttackDealDamage

Auto ability: on attack, deal effect damage.

Fields

amount: u8

Damage amount.

cancelable: bool

Whether the damage is cancelable.

AutoEndPhaseDraw

Auto ability: end of phase draw.

Fields

count: u8

Number of cards to draw.

AutoOnReverseDraw

Auto ability: on reverse, draw.

Fields

count: u8

Number of cards to draw.

AutoOnReverseSalvage

Auto ability: on reverse, salvage cards from waiting room.

Fields

count: u8

Number of cards to salvage.

optional: bool

Whether salvaging is optional.

card_type: Option<CardType>

Optional card type restriction.

EventDealDamage

Event ability: deal effect damage.

Fields

amount: u8

Damage amount.

cancelable: bool

Whether the damage is cancelable.

ActivatedPlaceholder

Placeholder for an activated ability without a concrete template.

ActivatedTargetedPower

Activated ability: grant power to targets.

Fields

amount: i32

Power delta to apply.

count: u8

Number of targets to select.

target: TargetTemplate

Target template to select from.

ActivatedPaidTargetedPower

Activated ability (paid): grant power to targets.

Fields

cost: u8

Stock cost to pay.

amount: i32

Power delta to apply.

count: u8

Number of targets to select.

target: TargetTemplate

Target template to select from.

ActivatedTargetedMoveToHand

Activated ability: move selected targets to hand.

Fields

count: u8

Number of targets to select.

target: TargetTemplate

Target template to select from.

ActivatedPaidTargetedMoveToHand

Activated ability (paid): move selected targets to hand.

Fields

cost: u8

Stock cost to pay.

count: u8

Number of targets to select.

target: TargetTemplate

Target template to select from.

ActivatedChangeController

Activated ability: change controller of selected targets.

Fields

count: u8

Number of targets to select.

target: TargetTemplate

Target template to select from.

ActivatedPaidChangeController

Activated ability (paid): change controller of selected targets.

Fields

cost: u8

Stock cost to pay.

count: u8

Number of targets to select.

target: TargetTemplate

Target template to select from.

CounterBackup

Counter ability: power backup.

Fields

power: i32

Power amount to add.

CounterDamageReduce

Counter ability: reduce incoming damage.

Fields

amount: u8

Reduction amount.

CounterDamageCancel

Counter ability: cancel the next damage instance.

Bond

Activated ability: “bond” search with structured cost.

Fields

cost: AbilityCost

Activation cost specification.

count: u8

Number of cards to search for.

target_ids: Vec<CardId>

Optional card id whitelist for bond targets.

EncoreVariant

Encore ability variant with structured cost.

Fields

cost: AbilityCost

Encore cost specification.

AbilityDef(AbilityDef)

Fully specified ability definition parsed from a rule pack.

Tuple Fields

0: AbilityDef

Definition payload.

Unsupported

Unknown/unsupported ability template id.

Fields

id: u32

Raw template id encountered during parsing.

Implementations

impl AbilityTemplate

pub fn tag(&self) -> AbilityTemplateTag

Return the template tag for this ability.

pub fn activation_cost(&self) -> Option<u8>

Return the stock cost for activated templates (if any).

pub fn activation_cost_spec(&self) -> AbilityCost

Return a full cost spec for activated templates.

pub fn encore_variant_cost(&self) -> Option<AbilityCost>

Return encore variant cost for keyword encore templates.

pub fn timing(&self) -> Option<AbilityTiming>

Return the implied timing for this template, if any.

pub fn is_event_play(&self) -> bool

Whether this template represents an event play.

Trait Implementations

impl Clone for AbilityTemplate

fn clone(&self) -> AbilityTemplate

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for AbilityTemplate

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl<'de> Deserialize<'de> for AbilityTemplate

fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error>

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl Hash for AbilityTemplate

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given Hasher.

fn hash_slice<H>(data: &[Self], state: &mut H)

where H: Hasher, Self: Sized,

Feeds a slice of this type into the given Hasher.

impl PartialEq for AbilityTemplate

fn eq(&self, other: &AbilityTemplate) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Serialize for AbilityTemplate

fn serialize<__S>(&self, __serializer: __S) -> Result<__S::Ok, __S::Error>

where __S: Serializer,

Serialize this value into the given Serde serializer.

impl Eq for AbilityTemplate

impl StructuralPartialEq for AbilityTemplate