40   lanes = []
44       lanes.append(ZipLane(input_address, registers.DoubleRegister(),
48       lanes.append(ZipLane(address_register, registers.DoubleRegister(),
52   return lanes
64 def GenerateClearAggregators(emitter, lanes):  argument
65   for lane in lanes:
69 def GenerateLoadAggregateStore(emitter, lanes, output_address, alignment):  argument
74   for lane in lanes:
80   for lane in lanes:
88 def GenerateLeftoverLoadAggregateStore(emitter, leftovers, lanes,  argument
95   for lane in lanes:
100     for lane in lanes:
105     for lane in lanes:
110     for lane in lanes:
114     for lane in lanes:
119     for lane in lanes:
124     for lane in lanes:
128     for lane in lanes:
133     for lane in lanes:
137     for lane in lanes:
142     for lane in lanes:
146     for lane in lanes:
150     for lane in lanes:
158   for lane in lanes:
167 def GenerateAggregatorReduction(emitter, registers, lanes, output_address,  argument
179   for lane in lanes:
182   for lane in lanes:
192   if len(lanes) == 1:
194   elif len(lanes) == 2:
196   elif len(lanes) == 3:
199   elif len(lanes) == 4:
204                              len(lanes))
209   if len(lanes) == 1:
212   elif len(lanes) == 2:
214   elif len(lanes) == 3:
219   elif len(lanes) == 4:
253   lanes = GenerateZipLanes(emitter, registers, zip_lanes,
260   GenerateClearAggregators(emitter, lanes)
266   GenerateLoadAggregateStore(emitter, lanes, output_address, 64 if aligned else
273     GenerateLeftoverLoadAggregateStore(emitter, leftovers, lanes,
276   GenerateAggregatorReduction(emitter, registers, lanes, output_address,
287     for lanes in range(1, 5):
289         GenerateZipNx8(emitter, lanes, leftovers, aligned)