pituicat/src/Types/Player.hs

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{-# LANGUAGE OverloadedStrings #-}
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module Types.Player where
import Affection as A
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import Linear
import qualified Data.Vector as V
import Data.String (fromString)
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-- internal imports
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import Util
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import Classes.Prop
import Classes.Actor
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import Classes.Collectable
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import Graphics.Classes.Drawable
import Graphics.Classes.Bindable
import Graphics.Types.VertexBuffer
import Graphics.Types.Texture
import Physics.Classes
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import Types.Subsystems
catMoveVelocity :: Double
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catMoveVelocity = 100
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data Pituicat = Pituicat
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{ pcPos :: V2 Double
, pcVel :: V2 Double
, pcMoveVel :: V2 Double
, pcTMoveVel :: V2 Double
, pcAcc :: V2 Double
, pcHealth :: Int
, pcTexture :: Texture
, pcGrounded :: Bool
, pcMoveState :: Maybe Action
, pcViewDirection :: ViewDirection
, pcEffects :: [EffectHolder]
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}
deriving (Eq, Show)
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data ViewDirection = ViewLeft | ViewRight
deriving (Eq, Show)
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instance Drawable Pituicat where
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toVertices (Pituicat (V2 x y) _ _ _ _ _ _ _ _ vd _) =
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( V.fromList [0, 1, 2, 2, 3, 0]
, V.fromList
[ newVertex
(V3 (realToFrac x - 25) (realToFrac y - 25) 0)
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(V4 1 1 1 1)
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(if vd == ViewRight
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then V2 0 (1 - 50 / 1024)
else V2 (50 / 1024) (1 - 50 / 1024)
)
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1
, newVertex
(V3 (realToFrac x + 25) (realToFrac y - 25) 0)
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(V4 1 1 1 1)
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(if vd == ViewRight
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then V2 (50 / 1024) (1 - 50 / 1024)
else V2 0 (1 - 50 / 1024)
)
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1
, newVertex
(V3 (realToFrac x + 25) (realToFrac y + 25) 0)
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(V4 1 1 1 1)
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(if vd == ViewRight
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then V2 (50 / 1024) 1
else V2 0 1
)
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1
, newVertex
(V3 (realToFrac x - 25) (realToFrac y + 25) 0)
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(V4 1 1 1 1)
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(if vd == ViewRight
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then V2 0 1
else V2 (50 / 1024) 1
)
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1
]
)
instance Prop Pituicat where
residentLayer _ = 0
bindPropTexture = bind . pcTexture
instance Actor Pituicat where
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perform dt p =
let (V2 _ dy) = velocity physCat
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moveFact =
if
null (filter ((SpeedUp ==) . effectReleased) (pcEffects p))
then 1
else 2
physCat = (accelerate dt . gravitate constG)
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(p
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{ pcAcc = V2 0 0
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, pcTMoveVel =
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case pcMoveState p of
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Just MoveRight -> V2 (catMoveVelocity * moveFact) 0
Just MoveLeft -> V2 ((-catMoveVelocity) * moveFact) 0
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_ -> V2 0 0
}
)
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finalCat = physCat
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{ pcMoveVel =
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lerp (min 0.95 (60 * dt)) (pcMoveVel physCat) (pcTMoveVel physCat)
, pcGrounded = if pcGrounded physCat
then not (abs dy * dt > 2)
else False
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, pcEffects =
foldl
(\acc eff ->
let nduration = effectDuration eff - dt
in
if nduration > 0
then
eff { effectDuration = nduration} : acc
else
acc
)
[]
(pcEffects p)
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}
in
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A.log A.Debug ("*meow* am at: " <> (fromString $ show $ pcPos finalCat))
(finalCat
{ pcViewDirection = if pcGrounded finalCat
then
case pcMoveState finalCat of
Just MoveRight -> ViewRight
Just MoveLeft -> ViewLeft
_ -> pcViewDirection finalCat
else
pcViewDirection finalCat
}
)
instance Mass Pituicat where
mass _ = 1
acceleration = pcAcc
accelerationUpdater cat =
(\accel -> cat
{ pcAcc = accel
}
)
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velocity cat = pcVel cat + pcMoveVel cat
velocityUpdater cat =
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(\vel@(V2 vx vy) ->
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let
(V2 mx my) = pcMoveVel cat
nvel = V2
(if abs mx > abs vx
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then 0
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else (signum vx) * (abs vx - abs mx)
)
(if abs my > abs vy
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then 0
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else (signum vy) * (abs vy - abs my)
)
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in
cat
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{ pcVel = nvel
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}
)
position = pcPos
positionUpdater cat =
(\pos -> cat
{ pcPos = pos
}
)
instance Collidible Pituicat where
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boundary cat =
if pcViewDirection cat == ViewRight
then
( V2 (-18) (-25)
, V2 25 15
)
else
( V2 (-25) (-25)
, V2 18 15
)
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collide cat _ NoCollision = cat
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collide cat other collr@(Collision ddt (V2 dirx diry)) =
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let ncat = (elasticCollision 0.3 cat other collr)
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vel@(V2 vx vy) = velocity ncat
moveVel@(V2 mx my) = pcMoveVel cat
nvel = V2
(if abs mx > abs vx
then 0
else (signum vx) * (abs vx - abs mx)
)
((\(V2 _ y) -> y) (if diry /= 0 then pcVel ncat else pcVel cat))
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grounded =
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vy >= 0 &&
vy < 200 &&
diry == -1
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in
ncat
{ pcGrounded = grounded
, pcMoveVel = pcMoveVel ncat *
if dirx /= 0
then V2 0 1
else V2 1 1
, pcVel = nvel *
if dirx /= 0
then V2 0 1
else V2 1 1
}