Status Recipes

✦

Guide

These 30 recipes cover distinct classic mechanics; numeric changes and content-reference swaps are treated as the same mechanism, and every entry includes an editable GCS FlowGraph

Recipe overview

#	Mechanism	What it builds
1	Poison, burn, regeneration, and periodic ticks	Read the status stack count at the specified turn timing, then deal damage, heal, or grant resources according to that count
2	Strength and Weak	Change damage dealt by the status holder before it is applied
3	Incoming Damage Multiplier	Multiply incoming damage while the status is active; use positive or negative scaling for vulnerability or resistance
4	Dexterity and Frail	Change the armor the status holder gains from each card
5	Barricade and armor retention	Use this when armor should survive the normal turn reset
6	Thorns, retaliation, and counterattack	Use this for damage returned after the owner is attacked
7	Buffer and one-hit prevention	Use this for charges that negate the next incoming damage instance
8	Per-Hit Damage Cap	Clamp HP loss from each hit to a configured maximum while the status is active
9	Artifact and debuff immunity	Use this for charges that block the next incoming debuff
10	Plated Armor, Ritual, and growth over time	Use timing entries to create statuses that grant armor, strength, energy, or another status every turn
11	Afterimage and “whenever a card is played” powers	Global card-play powers are cross-owner rules; broadcast the card event once, then let statuses listen for it
12	Draw, discard, exhaust, and shuffle triggers	Use named internal events when a persistent status reacts to card-pile transitions owned elsewhere
13	Energy per turn and global card-cost rules	Use hooks for persistent resource rules such as extra energy, Confusion, or cards costing zero
14	Draw count and hand-size limits	Use this for extra draw, No Draw, enlarged hands, and hand compression
15	Silence and card-play restrictions	Block cards by type or prevent the status holder from playing cards entirely
16	Stun, skip turn, and extra turn	These are distinct turn-control results; use the branch that matches the status; do not run both from one status
17	Death burst, revive, and rebirth	Use this for corpse explosions, phoenix effects, second lives, and on-death support
18	Malleable Reactive Armor	Gain armor after each attack received
19	Beat of Death	Punish the player every time a card is played
20	No Draw	Replace the normal draw count with 0
21	Envenom on Hit	Apply poison whenever attack damage is dealt
22	Exhaust Reward	Create a replacement card whenever another card is exhausted
23	Equipment Durability	Trigger an equipment effect and consume 1 durability stack
24	Plated Armor Decay	Grant armor over time and reduce the status when an attack breaks through
25	Proportional Retaliation	Return a percentage of received damage to the attacker
26	Damage-to-Healing Conversion	Convert damage dealt into healing for the status owner
27	Attack-Only Damage Modifier	Modify incoming attack damage without changing other damage sources
28	Random Cost on Draw	Randomize a card's energy cost when it is drawn
29	Multi-Element Damage Modifier	Apply different incoming-damage multipliers for several elemental status pairings
30	Random Discard at Turn Start	Choose cards from the hand at turn start and move them to the discard pile

Open a mechanism to see its effect, node connections, and complete FlowGraph; click the graph on the right to zoom in

Poison, burn, regeneration, and periodic ticks

Effect

Deals damage, restores HP, or grants resources once per turn, with the amount scaled by current status stacks.

Node connections

• On Turn Start.Out → Deal Damage.In: Runs Deal Damage when On Turn Start fires.
• On Turn End.Out → Change HP.In: Runs Change HP when On Turn End fires.
• Status Info.Stacks → Deal Damage.Amount: Passes Status Info.Stacks into Deal Damage.Amount.
• Status Info.Stacks → Change HP.Amount: Passes Status Info.Stacks into Change HP.Amount.

Node configuration

• Status Info
  • Status = None: Selects the status read, changed, removed, or observed by the node.
• Deal Damage
  • Target = Self: Targets the source unit itself.
  • Amount = 6: Driven at runtime by Status Info.Stacks; this value is only the unconnected fallback.
  • Ignore Armor = On: Damage bypasses armor and reduces HP directly.
• Change HP
  • Target = Self: Targets the source unit itself.
  • Affect = Current: Changes current HP without changing maximum HP.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = 1: Driven at runtime by Status Info.Stacks; this value is only the unconnected fallback.

Strength and Weak

Effect

Modifies outgoing damage before it is applied.

Node connections

• Damage Dealt Hook.Out → Write Hook.In: Enters Write Hook after Damage Dealt Hook completes.
• Damage Dealt Hook.Value → Math Binary.A: Passes Damage Dealt Hook.Value into Math Binary.A.
• Status Info.Stacks → Math Binary.B: Passes Status Info.Stacks into Math Binary.B.
• Math Binary.Result → Write Hook.Value: Passes Math Binary.Result into Write Hook.Value.

Node configuration

• Damage Dealt Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Status Info
  • Status = None: Selects the status read, changed, removed, or observed by the node.
• Math Binary
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Damage Dealt Hook.Value; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Status Info.Stacks; this value is only the unconnected fallback.
  • Op = Add: Adds the two operands.
• Write Hook
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 0: Driven at runtime by Math Binary.Result; this value is only the unconnected fallback.

Incoming Damage Multiplier

Effect

Multiply incoming damage while the status is active; use positive or negative scaling for vulnerability or resistance.

Node connections

• Damage Taken Hook.Out → Write Hook.In: Enters Write Hook after Damage Taken Hook completes.
• Damage Taken Hook.Value → Convert.A: Passes Damage Taken Hook.Value into Convert.A.
• Convert.Result → Math Binary.A: Passes Convert.Result into Math Binary.A.
• Math Binary.Result → Math Unary.A: Passes Math Binary.Result into Math Unary.A.
• Math Unary.Result → Write Hook.Value: Passes Math Unary.Result into Write Hook.Value.

Node configuration

• Damage Taken Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Convert
  • To = Float: Selects the destination data type for conversion.
• Math Binary
  • Kind = Float: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Convert.Result; this value is only the unconnected fallback.
  • B = 1.5: Sets the second operand when the B input is not connected.
  • Op = Mul: Multiplies A by B.
• Math Unary
  • Kind = Float: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Math Binary.Result; this value is only the unconnected fallback.
  • Op = Ceil: Rounds the input up.
• Write Hook
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 0: Driven at runtime by Math Unary.Result; this value is only the unconnected fallback.

Dexterity and Frail

Effect

Modifies every armor gain while the status is active.

Node connections

• Armor Gain Hook.Out → Write Hook.In: Enters Write Hook after Armor Gain Hook completes.
• Armor Gain Hook.Value → Math Binary.A: Passes Armor Gain Hook.Value into Math Binary.A.
• Status Info.Stacks → Math Binary.B: Passes Status Info.Stacks into Math Binary.B.
• Math Binary.Result → Write Hook.Value: Passes Math Binary.Result into Write Hook.Value.

Node configuration

• Armor Gain Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Status Info
  • Status = None: Selects the status read, changed, removed, or observed by the node.
• Math Binary
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Armor Gain Hook.Value; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Status Info.Stacks; this value is only the unconnected fallback.
  • Op = Add: Adds the two operands.
• Write Hook
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 0: Driven at runtime by Math Binary.Result; this value is only the unconnected fallback.

Barricade and armor retention

Effect

Preserves armor when the normal turn-based armor reset would occur.

Node connections

• Armor Reset Hook.Out → Cancel Hook.In: Enters Cancel Hook after Armor Reset Hook completes.

Node configuration

• Armor Reset Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.

Thorns, retaliation, and counterattack

Effect

Returns damage after the status owner is attacked.

Node connections

• On Attack Taken.Out → Deal Damage.In: Runs Deal Damage when On Attack Taken fires.
• Status Info.Stacks → Deal Damage.Amount: Passes Status Info.Stacks into Deal Damage.Amount.

Node configuration

• Status Info
  • Status = None: Selects the status read, changed, removed, or observed by the node.
• Deal Damage
  • Target = Opponent: Uses the enemy currently selected by the card or behavior.
  • Amount = 6: Driven at runtime by Status Info.Stacks; this value is only the unconnected fallback.
  • Ignore Armor = Off: Damage resolves through armor normally.

Buffer and one-hit prevention

Effect

Consumes one charge to negate the next incoming damage instance.

Node connections

• Damage Taken Hook.Out → Cancel Hook.In: Enters Cancel Hook after Damage Taken Hook completes.
• Cancel Hook.Out → Change Status.In: Enters Change Status after Cancel Hook completes.

Node configuration

• Damage Taken Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Change Status
  • Target = Self: Targets the source unit itself.
  • Status = Buffer: Reads or changes the Buffer status.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = -1: Uses -1 as the example value; replace it with the amount required by the card.

Per-Hit Damage Cap

Effect

Clamp HP loss from each hit to a configured maximum while the status is active.

Node connections

• Damage Taken Hook.Out → Write Hook.In: Enters Write Hook after Damage Taken Hook completes.
• Damage Taken Hook.Value → Clamp.Value: Passes Damage Taken Hook.Value into Clamp.Value.
• Clamp.Result → Write Hook.Value: Passes Clamp.Result into Write Hook.Value.

Node configuration

• Damage Taken Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Clamp
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 0: Driven at runtime by Damage Taken Hook.Value; this value is only the unconnected fallback.
  • Min = 0: Sets the lower clamp limit.
  • Max = 1: Sets the upper clamp limit.
• Write Hook
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 0: Driven at runtime by Clamp.Result; this value is only the unconnected fallback.

Artifact and debuff immunity

Effect

Consumes one charge to block the next incoming debuff.

Node connections

• Receive Status Hook.Out → Cancel Hook.In: Enters Cancel Hook after Receive Status Hook completes.
• Cancel Hook.Out → Change Status.In: Enters Change Status after Cancel Hook completes.

Node configuration

• Receive Status Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Change Status
  • Target = Self: Targets the source unit itself.
  • Status = Artifact: Reads or changes the Artifact status.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = -1: Uses -1 as the example value; replace it with the amount required by the card.

Plated Armor, Ritual, and growth over time

Effect

Grants armor, strength, energy, or another status at a recurring turn timing.

Node connections

• On Turn Start.Out → Change Armor.In: Runs Change Armor when On Turn Start fires.
• On Turn End.Out → Change Status.In: Runs Change Status when On Turn End fires.
• Status Info.Stacks → Change Armor.Amount: Passes Status Info.Stacks into Change Armor.Amount.

Node configuration

• Status Info
  • Status = None: Selects the status read, changed, removed, or observed by the node.
• Change Armor
  • Target = Self: Targets the source unit itself.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = 1: Driven at runtime by Status Info.Stacks; this value is only the unconnected fallback.
• Change Status
  • Target = Self: Targets the source unit itself.
  • Status = Strength: Reads or changes the Strength status.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = 1: Uses 1 as the example value; replace it with the amount required by the card.

Afterimage and “whenever a card is played” powers

Effect

Reacts to each card played through one shared card-play event.

Node connections

• On Internal Event.Out → Change Armor.In: Runs Change Armor when On Internal Event fires.
• Status Info.Stacks → Change Armor.Amount: Passes Status Info.Stacks into Change Armor.Amount.

Node configuration

• On Internal Event
  • Event Name = Card.Played: Identifies the named internal event sent or received by this graph.
• Status Info
  • Status = None: Selects the status read, changed, removed, or observed by the node.
• Change Armor
  • Target = Self: Targets the source unit itself.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = 1: Driven at runtime by Status Info.Stacks; this value is only the unconnected fallback.

Draw, discard, exhaust, and shuffle triggers

Effect

Reacts to named card-pile transitions such as draw, discard, and exhaust.

Node connections

• On Internal Event (1).Out → Change Energy.In: Runs Change Energy when On Internal Event (1) fires.
• On Internal Event (2).Out → Change Armor.In: Runs Change Armor when On Internal Event (2) fires.
• On Internal Event (3).Out → Change Status.In: Runs Change Status when On Internal Event (3) fires.

Node configuration

• On Internal Event (1)
  • Event Name = Card.Drawn: Identifies the named internal event sent or received by this graph.
• On Internal Event (2)
  • Event Name = Card.Discarded: Identifies the named internal event sent or received by this graph.
• On Internal Event (3)
  • Event Name = Card.Exhausted: Identifies the named internal event sent or received by this graph.
• Change Energy
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = 1: Uses 1 as the example value; replace it with the amount required by the card.
• Change Armor
  • Target = Self: Targets the source unit itself.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = 2: Uses 2 as the example value; replace it with the amount required by the card.
• Change Status
  • Target = Self: Targets the source unit itself.
  • Status = Strength: Reads or changes the Strength status.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = 1: Uses 1 as the example value; replace it with the amount required by the card.

Energy per turn and global card-cost rules

Effect

Applies persistent resource rules such as extra energy, random costs, or zero-cost cards.

Node connections

• Energy Per Turn Hook.Out → Write Hook (1).In: Enters Write Hook (1) after Energy Per Turn Hook completes.
• Energy Per Turn Hook.Value → Math Binary.A: Passes Energy Per Turn Hook.Value into Math Binary.A.
• Math Binary.Result → Write Hook (1).Value: Passes Math Binary.Result into Write Hook (1).Value.
• Card Cost Hook.Out → Write Hook (2).In: Enters Write Hook (2) after Card Cost Hook completes.

Node configuration

• Energy Per Turn Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Card Cost Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Math Binary
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Energy Per Turn Hook.Value; this value is only the unconnected fallback.
  • B = 1: Sets the second operand when the B input is not connected.
  • Op = Add: Adds the two operands.
• Write Hook (1)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 0: Driven at runtime by Math Binary.Result; this value is only the unconnected fallback.
• Write Hook (2)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 0: Sets the value written or processed when the Value input is not connected.

Draw count and hand-size limits

Effect

Changes draw count or maximum hand size while the status is active.

Node connections

• Draw Count Hook.Out → Write Hook (1).In: Enters Write Hook (1) after Draw Count Hook completes.
• Draw Count Hook.Value → Math Binary.A: Passes Draw Count Hook.Value into Math Binary.A.
• Math Binary.Result → Write Hook (1).Value: Passes Math Binary.Result into Write Hook (1).Value.
• Hand Size Hook.Out → Write Hook (2).In: Enters Write Hook (2) after Hand Size Hook completes.

Node configuration

• Draw Count Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Hand Size Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Math Binary
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Draw Count Hook.Value; this value is only the unconnected fallback.
  • B = 2: Sets the second operand when the B input is not connected.
  • Op = Add: Adds the two operands.
• Write Hook (1)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 0: Driven at runtime by Math Binary.Result; this value is only the unconnected fallback.
• Write Hook (2)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 10: Sets the value written or processed when the Value input is not connected.

Silence and card-play restrictions

Effect

Restricts which cards can be played, including type-specific locks and complete silence.

Node connections

• Card Playable Hook.Out → Write Hook.In: Enters Write Hook after Card Playable Hook completes.
• Constant.Value → Write Hook.Value: Passes Constant.Value into Write Hook.Value.

Node configuration

• Card Playable Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Constant
  • Kind = Bool: Selects the data, collection, choice, or hook value type handled by this node.
  • Bool Value = Off: Supplies the Boolean value used by the selected operation.
• Write Hook
  • Kind = Bool: Selects the data, collection, choice, or hook value type handled by this node.
  • Bool Value = Off: Supplies the Boolean value used by the selected operation.

Stun, skip turn, and extra turn

Effect

Skips the next turn or grants an extra action according to the selected turn-control branch.

Node connections

• On Turn Start.Out → Skip Next Turn.In: Runs Skip Next Turn when On Turn Start fires.
• On Turn Start.Out → Extra Turn.In: Runs Extra Turn when On Turn Start fires.

Node configuration

• Skip Next Turn
  • Target = Opponent: Uses the enemy currently selected by the card or behavior.

Death burst, revive, and rebirth

Effect

Runs an on-death payoff or revives a defeated unit.

Node connections

• On Unit Died.Out → Deal Damage.In: Runs Deal Damage when On Unit Died fires.
• All Enemies.Units → Deal Damage.Target: Passes All Enemies.Units into Deal Damage.Target.
• Deal Damage.Out → Revive Unit.In: Enters Revive Unit after Deal Damage completes.

Node configuration

• Deal Damage
  • Target = Opponent: Driven at runtime by All Enemies.Units; this value is only the unconnected fallback.
  • Amount = 8: Uses 8 as the example value; replace it with the amount required by the card.
  • Ignore Armor = Off: Damage resolves through armor normally.
• Revive Unit
  • Target = Self: Targets the source unit itself.
  • HP Percent = 35: Sets the percentage of maximum HP restored on revival.

Malleable Reactive Armor

Effect

Gain armor after each attack received.

Node connections

• On Attack Taken.Out → Change Armor.In: Runs Change Armor when On Attack Taken fires.

Node configuration

• Change Armor
  • Target = Self: Targets the source unit itself.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = 4: Uses 4 as the example value; replace it with the amount required by the card.

Beat of Death

Effect

Punish the player every time a card is played.

Node connections

• On Internal Event.Out → Change HP.In: Runs Change HP when On Internal Event fires.

Node configuration

• On Internal Event
  • Event Name = Card.Played: Identifies the named internal event sent or received by this graph.
• Change HP
  • Target = Opponent: Uses the enemy currently selected by the card or behavior.
  • Affect = Current: Changes current HP without changing maximum HP.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = -1: Uses -1 as the example value; replace it with the amount required by the card.

No Draw

Effect

Replace the normal draw count with 0.

Node connections

• Draw Count Hook.Out → Write Hook.In: Enters Write Hook after Draw Count Hook completes.
• Constant.Value → Write Hook.Value: Passes Constant.Value into Write Hook.Value.

Node configuration

• Draw Count Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Constant
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Int Value = 0: Supplies the integer constant.
• Write Hook
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 0: Driven at runtime by Constant.Value; this value is only the unconnected fallback.

Envenom on Hit

Effect

Apply poison whenever attack damage is dealt.

Node connections

• On Internal Event.Out → Change Status.In: Runs Change Status when On Internal Event fires.

Node configuration

• On Internal Event
  • Event Name = Damage.Dealt: Identifies the named internal event sent or received by this graph.
• Change Status
  • Target = Opponent: Uses the enemy currently selected by the card or behavior.
  • Status = Poison: Reads or changes the Poison status.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = 1: Uses 1 as the example value; replace it with the amount required by the card.

Exhaust Reward

Effect

Create a replacement card whenever another card is exhausted.

Node connections

• On Internal Event.Out → Add Cards.In: Runs Add Cards when On Internal Event fires.

Node configuration

• On Internal Event
  • Event Name = Card.Exhausted: Identifies the named internal event sent or received by this graph.
• Add Cards
  • Card = Random Skill: Selects the card asset created by this node.
  • Pile = Hand: Selects the source or destination card pile.
  • Position = Top: Selects where cards are inserted in the destination pile.

Equipment Durability

Effect

Trigger an equipment effect and consume 1 durability stack.

Node connections

• On Internal Event.Out → Sequence.In: Runs Sequence when On Internal Event fires.
• Sequence.Step0 → Deal Damage.In: Runs ordered branch 1 and enters Deal Damage.
• Sequence.Step1 → Change Status.In: Runs ordered branch 2 and enters Change Status.

Node configuration

• On Internal Event
  • Event Name = Card.Played: Identifies the named internal event sent or received by this graph.
• Sequence
  • Outputs = 2: Sets the number of ordered control-flow branches.
• Deal Damage
  • Target = Opponent: Uses the enemy currently selected by the card or behavior.
  • Amount = 2: Uses 2 as the example value; replace it with the amount required by the card.
  • Ignore Armor = Off: Damage resolves through armor normally.
• Change Status
  • Target = Self: Targets the source unit itself.
  • Status = Equipment Durability: Reads or changes the Equipment Durability status.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = -1: Uses -1 as the example value; replace it with the amount required by the card.

Plated Armor Decay

Effect

Grant armor over time and reduce the status when an attack breaks through.

Node connections

• Status Info.Stacks → Change Armor.Amount: Passes Status Info.Stacks into Change Armor.Amount.
• On Damage Taken.Out → Change Armor.In: Runs Change Armor when On Damage Taken fires.

Node configuration

• Change Armor
  • Target = Self: Targets the source unit itself.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = 1: Driven at runtime by Status Info.Stacks; this value is only the unconnected fallback.
• Status Info
  • Status = None: Selects the status read, changed, removed, or observed by the node.

Proportional Retaliation

Effect

Return a percentage of received damage to the attacker.

Node connections

• Constant.Value → Math Binary (2).B: Passes Constant.Value into Math Binary (2).B.
• Math Binary (3).Result → Math Binary (2).A: Passes Math Binary (3).Result into Math Binary (2).A.
• On Damage Taken.Amount → Math Binary (1).A: Passes On Damage Taken.Amount into Math Binary (1).A.
• Status Info.Stacks → Math Binary (1).B: Passes Status Info.Stacks into Math Binary (1).B.
• Math Binary (1).Result → Math Binary (3).A: Passes Math Binary (1).Result into Math Binary (3).A.
• Math Binary (2).Result → Deal Damage.Amount: Passes Math Binary (2).Result into Deal Damage.Amount.
• On Damage Taken.Source → Deal Damage.Target: Passes On Damage Taken.Source into Deal Damage.Target.
• On Damage Taken.Out → Deal Damage.In: Runs Deal Damage when On Damage Taken fires.

Node configuration

• Status Info
  • Status = None: Selects the status read, changed, removed, or observed by the node.
• Math Binary (1)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by On Damage Taken.Amount; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Status Info.Stacks; this value is only the unconnected fallback.
  • Op = Mul: Multiplies A by B.
• Deal Damage
  • Target = Opponent: Driven at runtime by On Damage Taken.Source; this value is only the unconnected fallback.
  • Amount = 6: Driven at runtime by Math Binary (2).Result; this value is only the unconnected fallback.
  • Ignore Armor = Off: Damage resolves through armor normally.
• Math Binary (2)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Math Binary (3).Result; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Constant.Value; this value is only the unconnected fallback.
  • Op = Div: Divides A by B.
• Math Binary (3)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Math Binary (1).Result; this value is only the unconnected fallback.
  • B = 10: Sets the second operand when the B input is not connected.
  • Op = Mul: Multiplies A by B.
• Constant
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Int Value = 100: Supplies the integer constant.

Damage-to-Healing Conversion

Effect

Convert damage dealt into healing for the status owner.

Node connections

• Status Info.Stacks → Change HP.Amount: Passes Status Info.Stacks into Change HP.Amount.
• On Damage Dealt.Out → Change HP.In: Runs Change HP when On Damage Dealt fires.

Node configuration

• Change HP
  • Target = Self: Targets the source unit itself.
  • Affect = Current: Changes current HP without changing maximum HP.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = 1: Driven at runtime by Status Info.Stacks; this value is only the unconnected fallback.
• Status Info
  • Status = None: Selects the status read, changed, removed, or observed by the node.

Attack-Only Damage Modifier

Effect

Modify incoming attack damage without changing other damage sources.

Node connections

• Attack Taken Hook.Value → Math Binary.A: Passes Attack Taken Hook.Value into Math Binary.A.
• Status Info.Stacks → Math Binary.B: Passes Status Info.Stacks into Math Binary.B.
• Math Binary.Result → Write Hook.Value: Passes Math Binary.Result into Write Hook.Value.
• Attack Taken Hook.Out → Write Hook.In: Enters Write Hook after Attack Taken Hook completes.

Node configuration

• Attack Taken Hook
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Write Hook
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 0: Driven at runtime by Math Binary.Result; this value is only the unconnected fallback.
• Status Info
  • Status = None: Selects the status read, changed, removed, or observed by the node.
• Math Binary
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Attack Taken Hook.Value; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Status Info.Stacks; this value is only the unconnected fallback.
  • Op = Add: Adds the two operands.

Random Cost on Draw

Effect

Randomize a card's energy cost when it is drawn.

Node connections

• On Card Drawn.Out → Modify Card Cost.In: Runs Modify Card Cost when On Card Drawn fires.

Node configuration

• Modify Card Cost
  • Cards = ThisCard: Selects the card collection used when the Cards input is not connected.
  • Mode = Delta: Adds to or subtracts from the current value; positive values increase it and negative values decrease it.
  • Amount = 1: Uses 1 as the example value; replace it with the amount required by the card.
  • Duration = ThisTurn: Selects how long the card-cost change remains active.
  • Turns = 1: Sets the limited duration in turns; battle-scoped hooks ignore this value.

Multi-Element Damage Modifier

Effect

Apply different incoming-damage multipliers for several elemental status pairings.

Node connections

• Math Binary (2).Result → Math Binary (4).B: Passes Math Binary (2).Result into Math Binary (4).B.
• Constant (1).Value → Math Binary (2).A: Passes Constant (1).Value into Math Binary (2).A.
• Constant (1).Value → Math Binary (3).B: Passes Constant (1).Value into Math Binary (3).B.
• Math Binary (4).Result → Math Binary (3).A: Passes Math Binary (4).Result into Math Binary (3).A.
• Math Binary (6).Result → Math Binary (8).B: Passes Math Binary (6).Result into Math Binary (8).B.
• Constant (2).Value → Math Binary (6).A: Passes Constant (2).Value into Math Binary (6).A.
• Constant (2).Value → Math Binary (7).B: Passes Constant (2).Value into Math Binary (7).B.
• Math Binary (8).Result → Math Binary (7).A: Passes Math Binary (8).Result into Math Binary (7).A.
• Math Binary (10).Result → Math Binary (12).B: Passes Math Binary (10).Result into Math Binary (12).B.
• Constant (3).Value → Math Binary (10).A: Passes Constant (3).Value into Math Binary (10).A.
• Constant (3).Value → Math Binary (11).B: Passes Constant (3).Value into Math Binary (11).B.
• Math Binary (12).Result → Math Binary (11).A: Passes Math Binary (12).Result into Math Binary (11).A.
• Status Info (1).Stacks → Math Binary (1).A: Passes Status Info (1).Stacks into Math Binary (1).A.
• Status Damage Hook (1).Value → Math Binary (4).A: Passes Status Damage Hook (1).Value into Math Binary (4).A.
• Math Binary (3).Result → Write Hook (1).Value: Passes Math Binary (3).Result into Write Hook (1).Value.
• Math Binary (1).Result → Math Binary (2).B: Passes Math Binary (1).Result into Math Binary (2).B.
• Status Damage Hook (1).Out → Write Hook (1).In: Enters Write Hook (1) after Status Damage Hook (1) completes.
• Status Info (2).Stacks → Math Binary (5).A: Passes Status Info (2).Stacks into Math Binary (5).A.
• Status Damage Hook (2).Value → Math Binary (8).A: Passes Status Damage Hook (2).Value into Math Binary (8).A.
• Math Binary (7).Result → Write Hook (2).Value: Passes Math Binary (7).Result into Write Hook (2).Value.
• Math Binary (5).Result → Math Binary (6).B: Passes Math Binary (5).Result into Math Binary (6).B.
• Status Damage Hook (2).Out → Write Hook (2).In: Enters Write Hook (2) after Status Damage Hook (2) completes.
• Status Info (3).Stacks → Math Binary (9).A: Passes Status Info (3).Stacks into Math Binary (9).A.
• Status Damage Hook (3).Value → Math Binary (12).A: Passes Status Damage Hook (3).Value into Math Binary (12).A.
• Math Binary (11).Result → Write Hook (3).Value: Passes Math Binary (11).Result into Write Hook (3).Value.
• Math Binary (9).Result → Math Binary (10).B: Passes Math Binary (9).Result into Math Binary (10).B.
• Status Damage Hook (3).Out → Write Hook (3).In: Enters Write Hook (3) after Status Damage Hook (3) completes.

Node configuration

• Status Damage Hook (1)
  • Status = Poison: Reads or changes the Poison status.
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Write Hook (1)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 0: Driven at runtime by Math Binary (3).Result; this value is only the unconnected fallback.
• Status Info (1)
  • Status = None: Selects the status read, changed, removed, or observed by the node.
• Math Binary (1)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Status Info (1).Stacks; this value is only the unconnected fallback.
  • B = 50: Sets the second operand when the B input is not connected.
  • Op = Mul: Multiplies A by B.
• Math Binary (2)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Constant (1).Value; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Math Binary (1).Result; this value is only the unconnected fallback.
  • Op = Add: Adds the two operands.
• Math Binary (3)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Math Binary (4).Result; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Constant (1).Value; this value is only the unconnected fallback.
  • Op = Div: Divides A by B.
• Math Binary (4)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Status Damage Hook (1).Value; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Math Binary (2).Result; this value is only the unconnected fallback.
  • Op = Mul: Multiplies A by B.
• Constant (1)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Int Value = 100: Supplies the integer constant.
• Status Damage Hook (2)
  • Status = Burn: Reads or changes the Burn status.
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Write Hook (2)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 0: Driven at runtime by Math Binary (7).Result; this value is only the unconnected fallback.
• Status Info (2)
  • Status = None: Selects the status read, changed, removed, or observed by the node.
• Math Binary (5)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Status Info (2).Stacks; this value is only the unconnected fallback.
  • B = 50: Sets the second operand when the B input is not connected.
  • Op = Mul: Multiplies A by B.
• Math Binary (6)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Constant (2).Value; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Math Binary (5).Result; this value is only the unconnected fallback.
  • Op = Add: Adds the two operands.
• Math Binary (7)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Math Binary (8).Result; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Constant (2).Value; this value is only the unconnected fallback.
  • Op = Div: Divides A by B.
• Math Binary (8)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Status Damage Hook (2).Value; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Math Binary (6).Result; this value is only the unconnected fallback.
  • Op = Mul: Multiplies A by B.
• Constant (2)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Int Value = 100: Supplies the integer constant.
• Status Damage Hook (3)
  • Status = Bleed: Reads or changes the Bleed status.
  • Priority = 0: Sets this hook's order relative to other hooks at the same timing.
  • Scope = Battle: Keeps the hook active for the entire battle.
• Write Hook (3)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Value = 0: Driven at runtime by Math Binary (11).Result; this value is only the unconnected fallback.
• Status Info (3)
  • Status = None: Selects the status read, changed, removed, or observed by the node.
• Math Binary (9)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Status Info (3).Stacks; this value is only the unconnected fallback.
  • B = 50: Sets the second operand when the B input is not connected.
  • Op = Mul: Multiplies A by B.
• Math Binary (10)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Constant (3).Value; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Math Binary (9).Result; this value is only the unconnected fallback.
  • Op = Add: Adds the two operands.
• Math Binary (11)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Math Binary (12).Result; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Constant (3).Value; this value is only the unconnected fallback.
  • Op = Div: Divides A by B.
• Math Binary (12)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • A = 0: Driven at runtime by Status Damage Hook (3).Value; this value is only the unconnected fallback.
  • B = 0: Driven at runtime by Math Binary (10).Result; this value is only the unconnected fallback.
  • Op = Mul: Multiplies A by B.
• Constant (3)
  • Kind = Int: Selects the data, collection, choice, or hook value type handled by this node.
  • Int Value = 100: Supplies the integer constant.

Random Discard at Turn Start

Effect

Choose cards from the hand at turn start and move them to the discard pile.

Node connections

• Card Piles.Cards → Random Elements.Collection: Passes Card Piles.Cards into Random Elements.Collection.
• Status Info.Stacks → Random Elements.Count: Passes Status Info.Stacks into Random Elements.Count.
• Random Elements.Result → Move Cards.Cards: Passes Random Elements.Result into Move Cards.Cards.
• On Turn Start.Out → Move Cards.In: Runs Move Cards when On Turn Start fires.

Node configuration

• Move Cards
  • Cards = ThisCard: Driven at runtime by Random Elements.Result; this value is only the unconnected fallback.
  • Pile = Discard: Selects the source or destination card pile.
  • Position = Top: Selects where cards are inserted in the destination pile.
• Card Piles
  • Pile = Hand: Selects the source or destination card pile.
• Random Elements
  • Kind = Card: Selects the data, collection, choice, or hook value type handled by this node.
  • Count = 1: Driven at runtime by Status Info.Stacks; this value is only the unconnected fallback.
• Status Info
  • Status = None: Selects the status read, changed, removed, or observed by the node.