moved replenish to tokenmanager
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Chr1Z93
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1bfd025100
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458da5d2c1
@ -109,11 +109,11 @@ do
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-- stateIDs for the multi-stated resource tokens
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local stateTable = {
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["Resource"] = 1,
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["Ammo"] = 2,
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["Charge"] = 3,
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["Secret"] = 4,
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["Supply"] = 5
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["resource"] = 1,
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["ammo"] = 2,
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["charge"] = 3,
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["secret"] = 4,
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["supply"] = 5
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}
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-- Source for tokens
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@ -232,7 +232,7 @@ do
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-- this is used to load the correct state for additional resource tokens (e.g. "Ammo")
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local callback = nil
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local stateID = stateTable[subType]
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local stateID = stateTable[string.lower(subType)]
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if tokenType == "resource" and stateID ~= nil and stateID ~= 1 then
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callback = function(spawned) spawned.setState(stateID) end
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end
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@ -281,6 +281,17 @@ do
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})
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end
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-- Checks a card for metadata to maybe replenish it
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---@param card Object Card object to be replenished
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---@param uses Table The already decoded metadata.uses (to avoid decoding again)
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---@param mat Object The playmat the card is placed on (for rotation and casting)
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TokenManager.maybeReplenishCard = function(card, uses, mat)
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-- TODO: support for cards with multiple uses AND replenish (as of yet, no official card needs that)
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if uses[1].count and uses[1].replenish then
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internal.replenishTokens(card, uses, mat)
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end
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end
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-- Delegate function to the token spawn tracker. Exists to avoid circular dependencies in some
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-- callers.
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---@param card Object Card object to reset the tokens for
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@ -462,5 +473,67 @@ do
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return cluePositions
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end
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---@param card Object Card object to be replenished
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---@param uses Table The already decoded metadata.uses (to avoid decoding again)
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---@param mat Object The playmat the card is placed on (for rotation and casting)
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internal.replenishTokens = function(card, uses, mat)
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local cardPos = card.getPosition()
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-- don't continue for cards on the deck (Norman) or in the discard pile
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if mat.positionToLocal(cardPos).x < -1 then return end
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-- get current amount of resource tokens on the card
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local search = internal.searchOnCard(cardPos, card.getRotation())
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local clickableResourceCounter = nil
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local foundTokens = 0
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for _, obj in ipairs(search) do
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local obj = obj.hit_object
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local memo = obj.getMemo()
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if (stateTable[memo] or 0) > 0 then
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foundTokens = foundTokens + math.abs(obj.getQuantity())
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obj.destruct()
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elseif memo == "resourceCounter" then
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foundTokens = obj.getVar("val")
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clickableResourceCounter = obj
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break
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end
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end
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-- this is the theoretical new amount of uses (to be checked below)
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local newCount = foundTokens + uses[1].replenish
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-- if there are already more uses than the replenish amount, keep them
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if foundTokens > uses[1].count then
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newCount = foundTokens
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-- only replenish up until the replenish amount
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elseif newCount > uses[1].count then
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newCount = uses[1].count
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end
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-- update the clickable counter or spawn a group of tokens
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if clickableResourceCounter then
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clickableResourceCounter.call("updateVal", newCount)
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else
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TokenManager.spawnTokenGroup(card, uses[1].token, newCount, _, uses[1].type)
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end
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end
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-- searches on a card (standard size) and returns the result
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---@param position Table Position of the card
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---@param rotation Table Rotation of the card
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internal.searchOnCard = function(position, rotation)
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return Physics.cast({
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origin = position,
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direction = {0, 1, 0},
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orientation = rotation,
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type = 3,
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size = { 2.5, 0.5, 3.5 },
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max_distance = 1,
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debug = false
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})
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end
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return TokenManager
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end
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@ -288,13 +288,7 @@ function doUpkeep(_, clickedByColor, isRightClick)
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forcedLearning = true
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end
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if cardMetadata.uses ~= nil then
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-- check for cards with 'replenish' in their metadata
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-- TODO: support for cards with multiple uses AND replenish (as of yet, no official card needs that)
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local count = cardMetadata.uses[1].count
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local replenish = cardMetadata.uses[1].replenish
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if count and replenish then
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replenishTokens(obj, count, replenish)
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end
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tokenManager.maybeReplenishCard(obj, cardMetadata.uses, self)
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end
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end
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end
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@ -539,63 +533,6 @@ end
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-- playmat token spawning
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---------------------------------------------------------
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-- replenish Tokens for specific cards (like 'Physical Training (4)')
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function replenishTokens(card, count, replenish)
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local cardPos = card.getPosition()
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-- don't continue for cards on your deck (Norman) or in your discard pile
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if self.positionToLocal(cardPos).x < -1 then return end
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-- resource token states
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local stateTable = {
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["resource"] = 1,
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["ammo"] = 2,
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["charge"] = 3,
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["secret"] = 4,
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["supply"] = 5
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}
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-- get current amount of resource tokens on the card
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local search = searchArea(cardPos, { 2.5, 0.5, 3.5 })
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local clickableResourceCounter = nil
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local foundTokens = 0
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for _, obj in ipairs(search) do
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local obj = obj.hit_object
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local memo = obj.getMemo()
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if (stateTable[memo] or 0) > 0 then
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foundTokens = foundTokens + math.abs(obj.getQuantity())
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obj.destruct()
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elseif memo == "resourceCounter" then
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foundTokens = obj.getVar("val")
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clickableResourceCounter = obj
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break
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end
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end
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-- this is the theoretical new amount of uses (to be checked below)
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local newCount = foundTokens + replenish
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-- if there are already more uses than the replenish amount, keep them
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if foundTokens > count then
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newCount = foundTokens
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-- only replenish up until the replenish amount
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elseif newCount > count then
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newCount = count
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end
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-- update the clickable counter or spawn a group of tokens
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if clickableResourceCounter then
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clickableResourceCounter.call("updateVal", newCount)
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else
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-- get type of resource to spawn
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local metadata = JSON.decode(card.getGMNotes()) or {}
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local uses = metadata.uses or {}
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tokenManager.spawnTokenGroup(card, "resource", newCount, _, uses[1].type)
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end
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end
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-- Finds all customizable cards in this play area and updates their metadata based on the selections
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-- on the matching upgrade sheet.
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-- This method is theoretically O(n^2), and should be used sparingly. In practice it will only be
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