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Account for jokers that add consumables (all created consumables are …
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…ignored).
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@DivvyCr
DivvyCr committed Mar 24, 2024
1 parent aae4af4 commit 6ea3983
Showing 1 changed file with 38 additions and 26 deletions.
64 changes: 38 additions & 26 deletions Mods/DVSimulate.lua
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Original file line number Diff line number Diff line change
Expand Up @@ -9,8 +9,8 @@ if not DV then DV = {} end
DV.SIM = {
-- Table for saving and restoring game state:
ORIG = {},
-- The following jokers have side-effects that should not be simulated, such as creating consumables.
IGNORED = {"8 Ball", "Sixth Sense", "Seance", "Vagabond", "Midas Mask", "Superposition"}
-- Any joker names in the following array will be ignored by the simulation:
IGNORED = {--[["Vagabond"]]}
}

--
Expand Down Expand Up @@ -70,7 +70,7 @@ function DV.SIM.eval_scoring_hand()
local reps = {1}

-- Collect repetitions from red seals:
local eval = DV.SIM.eval_card(scoring_card, DV.SIM.get_context(G.play, {repetition = true, repetition_only = true}))
local eval = eval_card(scoring_card, DV.SIM.get_context(G.play, {repetition = true, repetition_only = true}))
if next(eval) then
for h = 1, eval.seals.repetitions do
reps[#reps+1] = eval
Expand All @@ -79,7 +79,7 @@ function DV.SIM.eval_scoring_hand()

-- Collect repetitions from jokers:
for _, joker in ipairs(G.jokers.cards) do
local eval = DV.SIM.eval_card(joker, DV.SIM.get_context(G.play, {other_card = scoring_card, repetition = true}))
local eval = eval_card(joker, DV.SIM.get_context(G.play, {other_card = scoring_card, repetition = true}))
if next(eval) and eval.jokers then
for h = 1, eval.jokers.repetitions do
reps[#reps+1] = eval
Expand All @@ -91,9 +91,9 @@ function DV.SIM.eval_scoring_hand()
for j=1, #reps do
-- Evaluation:
local context = {cardarea = G.play, full_hand = DV.SIM.data.played_cards, scoring_hand = DV.SIM.data.scoring_hand, poker_hand = DV.SIM.data.scoring_name}
local effects = {DV.SIM.eval_card(scoring_card, context)}
local effects = {eval_card(scoring_card, context)}
for _, joker in ipairs(G.jokers.cards) do
local eval = DV.SIM.eval_joker(joker, DV.SIM.get_context(G.play, {other_card = scoring_card, individual = true}))
local eval = joker:calculate_joker(DV.SIM.get_context(G.play, {other_card = scoring_card, individual = true}))
if eval then table.insert(effects, eval) end
end
scoring_card.lucky_trigger = nil
Expand Down Expand Up @@ -131,18 +131,18 @@ function DV.SIM.eval_inhand_effects()
local reps = {1}
local j = 1
while j <= #reps do
local effects = {DV.SIM.eval_card(held_card, DV.SIM.get_context(G.hand, {}))}
local effects = {eval_card(held_card, DV.SIM.get_context(G.hand, {}))}

-- Collect effects on this card from current jokers:
for _, joker in ipairs(G.jokers.cards) do
local eval = DV.SIM.eval_joker(joker, DV.SIM.get_context(G.hand, {other_card = held_card, individual = true}))
local eval = joker:calculate_joker(DV.SIM.get_context(G.hand, {other_card = held_card, individual = true}))
if eval then table.insert(effects, eval) end
end

-- Collect repetitions:
if reps[j] == 1 then
-- Collect repetitions from red seal (in-hand):
local eval = DV.SIM.eval_card(held_card, DV.SIM.get_context(G.hand, {repetition = true, repetition_only = true, card_effects = effects}))
local eval = eval_card(held_card, DV.SIM.get_context(G.hand, {repetition = true, repetition_only = true, card_effects = effects}))
if next(eval) and (next(effects[1]) or #effects > 1) then
for h = 1, eval.seals.repetitions do
reps[#reps+1] = eval
Expand All @@ -151,7 +151,7 @@ function DV.SIM.eval_inhand_effects()

-- Collect repetitions from jokers (in-hand):
for _, joker in ipairs(G.jokers.cards) do
local eval = DV.SIM.eval_card(joker, DV.SIM.get_context(G.hand, {other_card = held_card, repetition = true, card_effects = effects}))
local eval = eval_card(joker, DV.SIM.get_context(G.hand, {other_card = held_card, repetition = true, card_effects = effects}))
if next(eval) then
for h = 1, eval.jokers.repetitions do
reps[#reps+1] = eval
Expand All @@ -175,15 +175,15 @@ function DV.SIM.eval_joker_effects()
local _card = G.jokers.cards[i] or G.consumeables.cards[i - #G.jokers.cards]

-- Apply EDITION EFFECTS of current jokers (ie. foil, holographic):
local edition_effects = DV.SIM.eval_card(_card, DV.SIM.get_context(G.jokers, {edition = true}))
local edition_effects = eval_card(_card, DV.SIM.get_context(G.jokers, {edition = true}))
if edition_effects.jokers then
edition_effects.jokers.edition = true
if edition_effects.jokers.chip_mod then DV.SIM.add_chips(edition_effects.jokers.chip_mod) end
if edition_effects.jokers.mult_mod then DV.SIM.add_mult(edition_effects.jokers.mult_mod) end
end

-- Evaluate overarching effects of current jokers (not tied to individual cards):
local effects = DV.SIM.eval_card(_card, DV.SIM.get_context(G.jokers, {joker_main = true}))
local effects = eval_card(_card, DV.SIM.get_context(G.jokers, {joker_main = true}))
if effects.jokers then
if effects.jokers.chip_mod then DV.SIM.add_chips(effects.jokers.chip_mod) end
if effects.jokers.mult_mod then DV.SIM.add_mult(effects.jokers.mult_mod) end
Expand All @@ -192,7 +192,7 @@ function DV.SIM.eval_joker_effects()

-- Evaluate joker-on-joker effects of current jokers:
for _, joker in ipairs(G.jokers.cards) do
local effect = joker:calculate_joker{full_hand = DV.SIM.data.played_cards, scoring_hand = DV.SIM.data.scoring_hand, scoring_name = DV.SIM.data.scoring_name, poker_hands = DV.SIM.data.poker_hands, other_joker = _card}
local effect = joker:calculate_joker({full_hand = DV.SIM.data.played_cards, scoring_hand = DV.SIM.data.scoring_hand, scoring_name = DV.SIM.data.scoring_name, poker_hands = DV.SIM.data.poker_hands, other_joker = _card})
if effect then
if effect.chip_mod then DV.SIM.add_chips(effect.chip_mod) end
if effect.mult_mod then DV.SIM.add_mult(effect.mult_mod) end
Expand Down Expand Up @@ -225,7 +225,7 @@ end

function DV.SIM.eval_before_effects()
for _, joker in ipairs(G.jokers.cards) do
DV.SIM.eval_card(joker, DV.SIM.get_context(G.jokers, {before = true}))
eval_card(joker, DV.SIM.get_context(G.jokers, {before = true}))
end
end

Expand Down Expand Up @@ -334,6 +334,9 @@ function DV.SIM.save_state(played_cards, held_cards, jokers, deck)
DVSO.hands_played_round = hand_info.played_this_round

DVSO.hands_left = G.GAME.current_round.hands_left

-- Prevent consumeables from being created:
G.GAME.consumeable_buffer = math.huge
end

function DV.SIM.restore_state()
Expand All @@ -347,6 +350,9 @@ function DV.SIM.restore_state()
G.GAME.hands[hand_name].played = DVSO.hands_played
G.GAME.hands[hand_name].played_this_round = DVSO.hands_played_round
G.GAME.current_round.hands_left = DVSO.hands_left

-- Any bugs with consumable-creation might be solved by placing this in an after-event:
G.GAME.consumeable_buffer = 0
end

function DV.SIM.add_chips(chips)
Expand All @@ -361,20 +367,26 @@ function DV.SIM.x_mult(x)
DV.SIM.mult = mod_mult(DV.SIM.mult * x)
end

-- Evaluates all cards except IGNORED jokers:
function DV.SIM.eval_card(card, context)
if (card.ability.set == "Joker") and DV.contains(card.ability.name, DV.SIM.IGNORED) then
return {}
end
return eval_card(card, context)
--
-- CARD EVALUATION ADVICE:
--

local orig_eval_card = eval_card
function eval_card(card, context)
-- Breaks with joker-on-joker effects:
-- if (card.ability.set == "Joker") and DV.contains(card.ability.name, DV.SIM.IGNORED) then
-- return {}
-- end
return orig_eval_card(card, context)
end

-- Evaluates jokers via Card:calculate_joker(..) except IGNORED jokers:
function DV.SIM.eval_joker(joker, context)
if DV.contains(joker.ability.name, DV.SIM.IGNORED) then
return {}
end
return joker:calculate_joker(context)
local orig_eval_joker = Card.calculate_joker
function Card:calculate_joker(context)
-- Breaks with joker-on-joker effects:
-- if DV.contains(self.ability.name, DV.SIM.IGNORED) then
-- return {}
-- end
return orig_eval_joker(self, context)
end

--
Expand Down

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