327 lines
12 KiB
Haskell
327 lines
12 KiB
Haskell
-- {-# OPTIONS_GHC -fno-full-laziness #-}
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--{-# LANGUAGE TupleSections #-}
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{-# LANGUAGE LambdaCase #-}
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--{-# LANGUAGE BangPatterns #-}
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module Dodge.DisplayInventory (
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updateInventoryPositioning,
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updateCombinePositioning,
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toggleCombineInv,
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) where
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import Control.Applicative
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import Control.Lens
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import Control.Monad
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import Data.IntMap.Merge.Strict
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import qualified Data.IntMap.Strict as IM
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import Data.Maybe
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import Data.Monoid
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import Dodge.Base.You
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import Dodge.CharacterEnums
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import Dodge.Combine
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import Dodge.Data.Combine
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import Dodge.Data.Config
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import Dodge.Data.HUD
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import Dodge.Data.SelectionList
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import Dodge.Data.Universe
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import Dodge.Inventory
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import Dodge.Inventory.CheckSlots
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import Dodge.Inventory.SelectionList
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import Dodge.Item.Display
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import Dodge.Item.Grammar
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import Dodge.ListDisplayParams
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import Dodge.SelectionList
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import Dodge.SelectionSections
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import qualified ListHelp as List
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import NewInt
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import Picture.Base
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updateCombinePositioning :: Universe -> Universe
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updateCombinePositioning u =
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u
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& uvWorld . hud . subInventory . ciSections
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%~ updateCombineSections (_uvWorld u) (_uvConfig u)
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& uvWorld . hud . subInventory %~ checkCombineSelectionExists
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updateCombineSections
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:: World -> Config -> IM.IntMap (SelSection CombItem) -> IM.IntMap (SelSection CombItem)
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updateCombineSections w cfig =
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updateSectionsPositioning
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(const 0)
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(w ^? hud . subInventory . ciSelection . _Just)
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(getAvailableListLines secondColumnLDP cfig)
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(IM.fromDistinctAscList [(-1, sfclose), (0, sclose')])
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where
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filtcurs = w ^? hud . subInventory . ciSelection . _Just . slSec == Just (-1)
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(sfclose, sclose) =
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filterSectionsPair
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filtcurs
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(flip . andOrRegex $ regexCombs invitms)
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(IM.fromDistinctAscList . zip [0 ..] $ combineList w)
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"POSSIBLE COMBINATIONS"
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$ w ^? hud . subInventory . ciFilter . _Just
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invitms = _unNIntMap $ fmap (\k -> w ^?! cWorld . lWorld . items . ix k) $ fold $ w ^? cWorld . lWorld . creatures . ix 0 . crInv
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sclose'
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| null sclose =
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IM.singleton 0 $
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SelItem ["NONE"] 1 25 False white 2 Nothing
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| otherwise = sclose
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regexCombs :: IM.IntMap Item -> SelectionItem CombItem -> String -> Bool
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regexCombs inv ci = \case
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'#' : str -> any (g str) (_ciInvIDs $ fromJust $ _siPayload ci)
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str -> (regexList str . _siPictures) ci
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where
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g str i = maybe False (regexList str . basicItemDisplay) (inv ^? ix i)
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andOrRegex :: (a -> String -> Bool) -> a -> String -> Bool
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andOrRegex f x = all (orRegex f x) . List.wordsBy '&'
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orRegex :: (a -> String -> Bool) -> a -> String -> Bool
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orRegex f x str = case words str of
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[] -> True
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xs -> any (f x) xs
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updateInventoryPositioning :: Universe -> Universe
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updateInventoryPositioning u =
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u & uvWorld . hud . diSections
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%~ updateDisplaySections (_uvWorld u) (_uvConfig u)
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& uvWorld
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%~ checkInventorySelectionExists
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checkInventorySelectionExists :: World -> World
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checkInventorySelectionExists w
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| isJust $ w ^? hud . diSections . ix i . ssItems . ix j = w
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| otherwise = scrollAugNextInSection w
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where
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Sel i j _ = fromMaybe (Sel 1 (-1) mempty) $ w ^? hud . diSelection . _Just
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checkCombineSelectionExists :: SubInventory -> SubInventory
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checkCombineSelectionExists si
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| Just sss <- si ^? ciSections
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, Sel i j _ <- fromMaybe (Sel 0 0 mempty) $ si ^? ciSelection . _Just
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, isNothing $ si ^? ciSections . ix i . ssItems . ix j =
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si & ciSelection ?~ Sel 0 (-1) mempty
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& ciSelection
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%~ scrollSelectionSections (-1) sss
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| otherwise = si
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displayIndents :: Int -> Int
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displayIndents 0 = 2
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displayIndents 3 = 2
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displayIndents 5 = 2
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displayIndents _ = 0
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updateDisplaySections :: World -> Config -> IMSS () -> IMSS ()
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updateDisplaySections w cfig =
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updateSectionsPositioning
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displayIndents
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mselpos
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(getAvailableListLines invDP cfig)
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$ IM.fromDistinctAscList $
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zip [-1 .. 5]
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[ sfinv
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, sinv
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, IM.singleton 0 $
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SelItem [displayFreeSlots (crNumFreeSlots (w ^. cWorld . lWorld . items) cr)] 1 15 True invDimColor 2 Nothing
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, sfclose
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, sclose
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, interfaceshead
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, btitems
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]
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where
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mselpos = w ^? hud . diSelection . _Just
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invfiltcurs = mselpos ^? _Just . slSec == Just (-1)
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(sfinv, sinv) =
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filterSectionsPair invfiltcurs plainRegex invitems "INVENTORY" $
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w ^? hud . diInvFilter . _Just
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closefiltcurs = mselpos ^? _Just . slSec == Just 2
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(sfclose, sclose) =
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filterSectionsPair closefiltcurs plainRegex closeitms "NEARBY ITEMS" $
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w ^? hud . diCloseFilter . _Just
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interfaceshead = if null btitems then mempty else makehead "NEARBY INTERFACES"
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btitems =
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IM.fromDistinctAscList . zip [0 ..] $
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mapMaybe (closeButtonToSelectionItem w) (w ^. hud . closeButtons)
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makehead str = IM.singleton 0 $ SelItem [str] 1 15 False white 0 Nothing
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cr = you w
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closeitms =
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IM.fromDistinctAscList . zip [0 ..] $
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mapMaybe (closeItemToSelectionItem w . _unNInt) (w ^. hud . closeItems)
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invitems =
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IM.map
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(uncurry (invSelectionItem w))
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(invIndents $ (\k -> w ^?! cWorld . lWorld . items . ix k) <$> _crInv cr)
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filterSectionsPair ::
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Bool -> -- check for whether filter is in focus, changes string at the end
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(String -> SelectionItem a -> Bool) ->
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IM.IntMap (SelectionItem a) ->
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String ->
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Maybe String ->
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(IM.IntMap (SelectionItem a), IM.IntMap (SelectionItem a))
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filterSectionsPair infocus filtfn itms s mfilt = (x, itms')
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where
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filtcurs = if infocus then cFilledRect else cWireRect
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x = IM.singleton 0 $
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fromMaybe (SelItem [s] 1 (length s) False white 0 Nothing) $ do
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str <- mfilt
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return $
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SelItem
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[s ++ " FILTER/" ++ str ++ [filtcurs], numfiltitems]
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2
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(length (s ++ " FILTER/" ++ str ++ [filtcurs]))
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True
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white
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0
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Nothing
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f y = y
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-- | null y =
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-- IM.singleton 0 $ SelItem ["(NONE)"] 1 (length s) True (greyN 0.5) 0 Nothing
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-- | otherwise = y
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itms' = f $ maybe id (IM.filter . filtfn) mfilt itms
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numfiltitems = show (length itms - length itms') ++ " FILTERED"
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invDimColor :: Color
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invDimColor = greyN 0.7
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plainRegex :: String -> SelectionItem a -> Bool
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plainRegex = flip $ andOrRegex (\si str -> regexList str (_siPictures si))
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displayFreeSlots :: Int -> String
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displayFreeSlots x = case x of
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0 -> "INVENTORY FULL"
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1 -> "1 FREE SLOT"
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_ -> show x ++ " FREE SLOTS"
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sectionsDesiredLines :: IM.IntMap (IM.IntMap (SelectionItem a)) -> IM.IntMap Int
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sectionsDesiredLines = fmap $ alaf Sum foldMap _siHeight
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sectionsSizes ::
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Int -> -- total available lines
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[Int] -> -- ordering in which to consider sections (others to be done lowest to highest)
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IM.IntMap Int -> -- desired lines
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IM.IntMap Int
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sectionsSizes x is sss = doSectionSize extraavailable mintaken is sss mempty
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where
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mintaken = IM.mapWithKey (min . const 10) sss
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extraavailable = x - sum mintaken
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doSectionSize ::
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Int -> -- extra available lines
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IM.IntMap Int -> -- minimum line bounds for each section
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[Int] -> -- ordering in which to consider sections (others to be done lowest to highest)
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IM.IntMap Int -> -- desired lines in sections not yet considered
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IM.IntMap Int -> -- sections already sized
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IM.IntMap Int
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doSectionSize extraavailable mintaken is sss done = fromMaybe done $ do
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(v, others, k, ks) <- getsecusingis <|> getminsec
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minv <- mintaken ^? ix k
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let extradesired = v - minv
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linesgiven = min extraavailable extradesired
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return $
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doSectionSize (extraavailable - linesgiven) mintaken ks others $
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done
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& at k ?~ linesgiven + minv
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where
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getsecusingis = do
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(k, ks) <- List.uncons is
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let (my, s') = IM.updateLookupWithKey (\_ _ -> Nothing) k sss
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y <- my
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return (y, s', k, ks)
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getminsec = do
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((k, v), s') <- IM.minViewWithKey sss
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return (v, s', k, [])
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updateSectionsPositioning ::
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(Int -> Int) -> -- for determining each sections indent
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Maybe Selection ->
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Int ->
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IM.IntMap (IM.IntMap (SelectionItem a)) ->
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IM.IntMap (SelSection a) ->
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IM.IntMap (SelSection a)
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updateSectionsPositioning h mselpos allavailablelines lsss sss =
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IM.intersectionWithKey (\k -> updateSection (h k) (m k)) ls ssizes `g` offsets
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where
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offsets = fmap _ssOffset sss
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m k = do
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Sel k' i _ <- mselpos
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guard $ k == k'
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return i
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ls = lsss
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-- defaults non-existing offsets to 0
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g = merge (mapMissing (const ($ 0))) dropMissing (zipWithMatched (const ($)))
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lk = mselpos ^.. _Just . slSec
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ssizes = sectionsSizes allavailablelines lk $ sectionsDesiredLines ls
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updateSection ::
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Int ->
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Maybe Int ->
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IM.IntMap (SelectionItem a) ->
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Int ->
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Int ->
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SelSection a
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updateSection indent mcsel sis availablelines oldoffset =
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SelSection
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{ _ssItems = sis
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, _ssOffset = offset
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, _ssShownItems = shownitems
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, _ssShownLength = min aslength availablelines
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, _ssIndent = indent
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}
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where
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shownitems = tweakfirst . tweaklast $ take availablelines shownstrings
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oldoffsetbounded = max 0 . min oldoffset $ aslength - availablelines
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offset = fromMaybe oldoffsetbounded $ do
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csel <- mcsel
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maxcsel <- fst <$> IM.lookupMax sis
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xselsize <- sis ^? ix csel . siHeight
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return $ case sum $ fmap _siHeight . fst . IM.split csel $ sis of
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pos | pos == 0 || aslength <= availablelines -> 0
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pos | pos - 1 < oldoffset -> pos - 1
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pos | maxcsel == csel -> pos - availablelines + xselsize
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pos
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| pos + 1 + xselsize - availablelines > oldoffset ->
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pos - availablelines + 1 + xselsize
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_
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| aslength - availablelines < oldoffset ->
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aslength - availablelines
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_ -> oldoffsetbounded
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tweakfirst
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| offset > 0 = ix 0 .~ color white (text (replicate 15 (toEnum 30)))
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| otherwise = id
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tweaklast
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| aslength - offset > availablelines =
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ix (availablelines - 1)
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.~ color white (text . replicate 15 $ toEnum 31)
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| otherwise = id
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(allstrings, Sum aslength) = foldMap listSelectionColorPicture sis
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shownstrings = drop offset allstrings
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listSelectionColorPicture :: SelectionItem a -> ([Picture], Sum Int)
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listSelectionColorPicture si = (g <$> _siPictures si, Sum $ _siHeight si)
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where
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g = translate lindent 0 . color (_siColor si) . text
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lindent = 100 * fromIntegral (_siOffX si)
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regexList :: String -> [String] -> Bool
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regexList = any . List.isInfixOf
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toggleCombineInv :: Universe -> Universe
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toggleCombineInv uv =
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uv & case uv ^? uvWorld . hud . subInventory of
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Just CombineInventory{} -> uvWorld . hud . subInventory .~ NoSubInventory
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_ -> uvWorld %~ enterCombineInv (uv ^. uvConfig)
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enterCombineInv :: Config -> World -> World
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enterCombineInv cfig w =
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w & hud . subInventory
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.~ CombineInventory
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{ _ciSections = updateCombineSections w cfig mempty
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, _ciSelection = Just (Sel 0 0 mempty)
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, _ciFilter = Nothing
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}
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& hud . diInvFilter
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.~ Nothing
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