auto animation script

 FPS = 
 FRAME_FOLDER = 
 WHITE_AS_TRANSPARENT = 
 WHITE_THRESHOLD = 
 ALPHA_THRESHOLD = 
 PIXEL_BLOCK = 
 STABLE_FRAMES = 
 MAX_FRAMES = 

 WIDTH = 
 HEIGHT = 
 MAX_ENCODED_BYTES = 

 AssetService = :()
 Players = :()
 ReplicatedStorage = :()

 allowedFps = {
    [] = ,
    [] = ,
    [] = ,
    [] = ,
    [] = ,
    [] = ,
}

(allowedFps[FPS], )

  (FRAME_FOLDER) 
    (FRAME_FOLDER)
    (():(FRAME_FOLDER))


 framePaths = {}
 highestFrame = 
 hasFramesAboveLimit = 

 _, path  ((FRAME_FOLDER)) 
     fileName = path:()
     digits = fileName  fileName:():()
     index = digits  (digits)  

     index  index >=  
         index <= MAX_FRAMES 
             framePaths[index] 
                (():(index, framePaths[index], path))
            
            framePaths[index] = path
            highestFrame = .(highestFrame, index)
        
            hasFramesAboveLimit = 
        
    


(highestFrame > , ():(FRAME_FOLDER))

 index = , highestFrame 
    (framePaths[index], ():(index))


 frameCount = highestFrame

 hasFramesAboveLimit 
    (():(MAX_FRAMES))


 palette = {}
 stableOutput = {}
 pendingOutput = {}
 pendingCounts = {}
 processedFrameCount = 

  (red, green, blue)
    
    
     quantizedRed = .(.(red /  + ) * , , )
     quantizedGreen = .(.(green /  + ) * , , )
     quantizedBlue = .(.(blue /  + ) * , , )
    quantizedBlue = .(quantizedBlue + )

     key = quantizedRed *  + quantizedGreen *  + quantizedBlue
     color = palette[key]
      color 
        color = .(quantizedRed, quantizedGreen, quantizedBlue)
        palette[key] = color
    
     color


  (path)
     assetId = (path, )
     ok, imageOrError = (
        AssetService.CreateEditableImageAsync,
        AssetService,
        Content.(assetId)
    )
    (ok, ():(path, (imageOrError)))

     image = imageOrError
     imageWidth = .(image.Size.X + )
     imageHeight = .(image.Size.Y + )

     imageWidth ~= WIDTH  imageHeight ~= HEIGHT 
        image:()
        (():(
            path,
            imageWidth,
            imageHeight,
            WIDTH,
            HEIGHT
        ))
    

     pixelBuffer = image:(.zero, image.Size)
     grid = {}
    processedFrameCount += 

     blockY = , HEIGHT - , PIXEL_BLOCK 
         blockX = , WIDTH - , PIXEL_BLOCK 
             redTotal = 
             greenTotal = 
             blueTotal = 
             alphaTotal = 
             sampleCount = 

             sampleY = blockY, .(blockY + PIXEL_BLOCK - , HEIGHT - ) 
                 sampleX = blockX, .(blockX + PIXEL_BLOCK - , WIDTH - ) 
                     offset = (sampleY * WIDTH + sampleX) * 
                    redTotal += buffer.(pixelBuffer, offset)
                    greenTotal += buffer.(pixelBuffer, offset + )
                    blueTotal += buffer.(pixelBuffer, offset + )
                    alphaTotal += buffer.(pixelBuffer, offset + )
                    sampleCount += 
                
            

             red = .(redTotal / sampleCount + )
             green = .(greenTotal / sampleCount + )
             blue = .(blueTotal / sampleCount + )
             alpha = .(alphaTotal / sampleCount + )

             transparent = alpha < ALPHA_THRESHOLD
             WHITE_AS_TRANSPARENT  red >= WHITE_THRESHOLD  green >= WHITE_THRESHOLD  blue >= WHITE_THRESHOLD 
                transparent = 
            

             desired =  transparent  (red, green, blue)  
             outputY = blockY, .(blockY + PIXEL_BLOCK - , HEIGHT - ) 
                 outputX = blockX, .(blockX + PIXEL_BLOCK - , WIDTH - ) 
                     outputIndex = outputY * WIDTH + outputX + 
                     output = desired

                     processedFrameCount >  
                        output = stableOutput[outputIndex]
                         desired == output 
                            pendingOutput[outputIndex] = 
                            pendingCounts[outputIndex] = 
                         desired == pendingOutput[outputIndex] 
                             count = (pendingCounts[outputIndex]  ) + 
                            pendingCounts[outputIndex] = count
                             count >= STABLE_FRAMES 
                                output = desired
                                pendingOutput[outputIndex] = 
                                pendingCounts[outputIndex] = 
                            
                        
                            pendingOutput[outputIndex] = desired
                            pendingCounts[outputIndex] = 
                        
                    

                    stableOutput[outputIndex] = output
                     output 
                        grid[outputIndex] = output
                    
                
            
        
    

    image:()
     grid


(():(frameCount, WIDTH, HEIGHT))

 importedFrames = .(frameCount)
 index = , frameCount 
    importedFrames[index] = (framePaths[index])
     index %  ==   index == frameCount 
        (():(index, frameCount))
        .()
    


 AnimData = ( :: any)(ReplicatedStorage:():())
 encoded = AnimData.(importedFrames, FPS, )
(encoded, )
(#encoded <= MAX_ENCODED_BYTES, ():(
    .(#encoded / ),
    .(MAX_ENCODED_BYTES / )
))

 playerGui = Players.LocalPlayer:()
 webTown = playerGui:()
 blocker = webTown  webTown:()
 studio = blocker  blocker:()
(studio, )

 plusButton
 speedButton

 _, child  (studio:()) 
     child:() 
         label = child:()
         text = label  label:()  label.Text  child.Text
         text ==  
            plusButton = child
         text:(, , ) 
            speedButton = child
        
    


(plusButton, )

 plusConnections = (plusButton.MouseButton1Click)
(#plusConnections >   (plusConnections[].Function) == , )

 plusUpvalues = debug.(plusConnections[].Function)
 currentFrames = plusUpvalues[]
 undoStack = plusUpvalues[]
 rebuildTimeline = plusUpvalues[]
 showFrame = plusUpvalues[]

((currentFrames) == , )
((rebuildTimeline) ==   (showFrame) == , )


.(currentFrames)
 index, grid  (importedFrames) 
    currentFrames[index] = grid


 (undoStack) ==  
    .(undoStack)


 speedButton 
     speedConnections = (speedButton.MouseButton1Click)
     #speedConnections >   (speedConnections[].Function) ==  
        
        debug.(speedConnections[].Function, , FPS)
         label = speedButton:()
         label  label:() 
            label.Text = ():(FPS)
        
    


()
()

(():(
    frameCount,
    .(#encoded / ),
    FPS
))