human
Solve the following python programming problem given the following code:
def Atlas(ims, outname, max_size = 2048, scale_factor = 1, ignore_exceptions = False, minimize_num_textures = True, force_square = False) : 
    blocksize = 4 
    dim = GetDim (ims, blocksize, max_size, scale_factor) 
    size = (dim, dim) 
    ims = sorted (ims, key = (lambda im : (im.size [1] * im.size [0])), reverse = True) 
    fullboxes = { 
        0 : (size, []), 
} 
    source_idx = 0 
    def LocalAtlas(im, source_idx) : 
        if ((im.size [0] > size [0]) or (im.size [1] > size [1])) : 
            sys.stderr.write ((('Error: image ' + im.name) + ' is larger than the atlas size!
')) 
            sys.exit (2) 
inserted = False 
        for (idx, fb) in fullboxes.items () : 
            atlassize = dim 
            fblist = fb [1] 
            insertbbox = TryInsertImage (im.size [0], im.size [1], fblist, atlassize) 
            if insertbbox : 
                inserted = True 
                fblist.append (FullBox (im, idx, insertbbox, im.name)) 
                break 
if (not inserted) : 
            numoutimages = len (fullboxes) 
            newsize = GetDim (ims [source_idx :], blocksize, max_size, scale_factor) 
            fullboxes [numoutimages] = ((newsize, newsize), [FullBox (im, numoutimages, BBox (0, 0, im.size [0], im.size [1]), im.name)]) 
return (source_idx + 1) 
if ignore_exceptions : 
        for im in ims : 
            source_idx = LocalAtlas (im, source_idx) 
else : 
        print ('Atlasing') 
        for im in ims : 
            source_idx = LocalAtlas (im, source_idx) 
atlases = { 
        
} 
    for (idx, fb) in fullboxes.items () : 
        w = int (fb [0] [0]) 
        h = int (fb [0] [1]) 
        if (not force_square) : 
            sz = fb [0] [0] 
            fblist = fb [1] 
            maxy = 0 
            maxx = 0 
            for b in fblist : 
                fbmaxy = (b.bbox.y + b.bbox.h) 
                fbmaxx = (b.bbox.x + b.bbox.w) 
                maxy = max (maxy, fbmaxy) 
                maxx = max (maxx, fbmaxx) 
if (maxy <= (h / 2)) : 
             ...

    
    

    Fix the buggy line: resized_b = b.im.resize ((b_w, ignore_exceptions), Image.ANTIALIAS)
assistant
#Here is Python program to fix the buggy line: resized_b = b.

resized_b = b.im.resize ((b_w, b_h), Image.ANTIALIAS)