                         // ...(separate trees for different `posSlot` values)...
                         // ...and 'Reverse' scheme to get distance value.
                         dist += LZMABitTreeDecoder.bitTreeReverseDecode(probs: &posDecoders,
-                                                                    startIndex: dist - posSlot,
-                                                                    bits: numDirectBits,
-                                                                    rangeDecoder: &rangeDecoder)
+                                                                        startIndex: dist - posSlot,
+                                                                        bits: numDirectBits,
+                                                                        rangeDecoder: &rangeDecoder)
                     } else {
                         // Middle bits of distance are decoded as direct bits from RangeDecoder.
                         dist += rangeDecoder.decode(directBits: (numDirectBits - LZMAConstants.numAlignBits))

                        // SHORT REP MATCH CASE
                        state = state < 7 ? 9 : 11
                        let byte = self.byte(at: rep0 + 1)
                        self.put(byte, &out, &outIndex, &uncompressedSize)
                        continue
                    }
                } else { // REP MATCH CASE

        self.rangeDecoder = rD

        /// An array for storing output data
        var out: [UInt8] = []

        // Main decoding cycle.
        while true {
