imm i"4" $s0/1000
imm i"0b111" $s1/1000
imm i"0b1110" $s2/1000
imm i"6" $s3/1000

# + l1bid x 16
ilsl $l1bid $s0 $nowrite
iadd $aluf $s128v $s128v
# + (peid & 0b111) x 2
iand $peid $s1 $nowrite
ipackbit $aluf $n0 $nowrite
iadd $aluf $s128v $s128v
# + (mabid & 0b1110) x 64
iand $mabid $s2 $nowrite
ilsl $aluf $s3 $nowrite
iadd $aluf $s128v $s128v
ipassa $aluf $s132v
# $ls128v = offset (i32 x 8)

imm i"4096" $ls256v

imm i"1" $r0/1000
imm i"2" $r1/1000
imm i"1025" $r2/1000
imm i"1026" $r3/1000
imm i"2049" $r4/1000
imm i"2050" $r5/1000
imm i"3073" $r6/1000
imm i"3074" $r7/1000

# (4096/256/2).times { |i| puts "iadd $aluf $ls256v $lr#{8*i}v" }
iadd $lr0v $ls128v $lr0v
iadd $aluf $ls256v $lr8v
iadd $aluf $ls256v $lr16v
iadd $aluf $ls256v $lr24v
iadd $aluf $ls256v $lr32v
iadd $aluf $ls256v $lr40v
iadd $aluf $ls256v $lr48v
iadd $aluf $ls256v $lr56v

# 1 LW / pe / cycle
# 64 LW / cycle
# 256 LW / step
# (4096/256/2).times { |i| puts "l1bmd $lr#{8*i}v $lb#{256*i}" }
l1bmd $lr0v $lb0
l1bmd $lr8v $lb256
l1bmd $lr16v $lb512
l1bmd $lr24v $lb768
l1bmd $lr32v $lb1024
l1bmd $lr40v $lb1280
l1bmd $lr48v $lb1536
l1bmd $lr56v $lb1792

# 8 LW / l1b / cycle
# 64 LW / cycle
# 256 LW / step
# (32768/256/2).times { |i| puts "l2bmd $lb#{32*i} $lc#{256*i}" }
l2bmd $lb0 $lc0
l2bmd $lb32 $lc256
l2bmd $lb64 $lc512
l2bmd $lb96 $lc768
l2bmd $lb128 $lc1024
l2bmd $lb160 $lc1280
l2bmd $lb192 $lc1536
l2bmd $lb224 $lc1792
l2bmd $lb256 $lc2048
l2bmd $lb288 $lc2304
l2bmd $lb320 $lc2560
l2bmd $lb352 $lc2816
l2bmd $lb384 $lc3072
l2bmd $lb416 $lc3328
l2bmd $lb448 $lc3584
l2bmd $lb480 $lc3840
l2bmd $lb512 $lc4096
l2bmd $lb544 $lc4352
l2bmd $lb576 $lc4608
l2bmd $lb608 $lc4864
l2bmd $lb640 $lc5120
l2bmd $lb672 $lc5376
l2bmd $lb704 $lc5632
l2bmd $lb736 $lc5888
l2bmd $lb768 $lc6144
l2bmd $lb800 $lc6400
l2bmd $lb832 $lc6656
l2bmd $lb864 $lc6912
l2bmd $lb896 $lc7168
l2bmd $lb928 $lc7424
l2bmd $lb960 $lc7680
l2bmd $lb992 $lc7936
l2bmd $lb1024 $lc8192
l2bmd $lb1056 $lc8448
l2bmd $lb1088 $lc8704
l2bmd $lb1120 $lc8960
l2bmd $lb1152 $lc9216
l2bmd $lb1184 $lc9472
l2bmd $lb1216 $lc9728
l2bmd $lb1248 $lc9984
l2bmd $lb1280 $lc10240
l2bmd $lb1312 $lc10496
l2bmd $lb1344 $lc10752
l2bmd $lb1376 $lc11008
l2bmd $lb1408 $lc11264
l2bmd $lb1440 $lc11520
l2bmd $lb1472 $lc11776
l2bmd $lb1504 $lc12032
l2bmd $lb1536 $lc12288
l2bmd $lb1568 $lc12544
l2bmd $lb1600 $lc12800
l2bmd $lb1632 $lc13056
l2bmd $lb1664 $lc13312
l2bmd $lb1696 $lc13568
l2bmd $lb1728 $lc13824
l2bmd $lb1760 $lc14080
l2bmd $lb1792 $lc14336
l2bmd $lb1824 $lc14592
l2bmd $lb1856 $lc14848
l2bmd $lb1888 $lc15104
l2bmd $lb1920 $lc15360
l2bmd $lb1952 $lc15616
l2bmd $lb1984 $lc15872
l2bmd $lb2016 $lc16128

nop

# 16 LW / cycle
# 64 LW / step
# 2^15 W = 2^14 LW
mvp/n16384 $lc0@.0 $d0

# L1B 0 =   1 ...  16  129 ... 144  257 ... 272  385 ... 400
# L1B 1 =  17 ...  32  145 ... 160  273 ... 288  401 ... 416
# L1B 2 =  33 ...  48  161 ... 176  289 ... 304  417 ... 432
# L1B 3 =  49 ...  64  177 ... 192  305 ... 320  433 ... 448
# L1B 4 =  65 ...  80  193 ... 208  321 ... 336  449 ... 464
# L1B 5 =  81 ...  96  209 ... 224  337 ... 352  465 ... 480
# L1B 6 =  97 ... 112  225 ... 240  353 ... 368  481 ... 496
# L1B 7 = 113 ... 128  241 ... 256  369 ... 384  497 ... 512
# 
# L1B 0
#   PE 0.0 (0) =   1    2  | 1 + ($peid & 0b111)<<1
#   PE 0.1 (1) =   3    4  |
#   PE 0.2 (2) =   5    6  |
#   PE 0.3 (3) =   7    8  |
#   PE 1.0 (4) =   9   10  |
#   PE 1.1 (5) =  11   12  |
#   PE 1.2 (6) =  13   14  |
#   PE 1.3 (7) =  15   16  |
#   PE 2.0 (0) = 129  130  | 1 + ($peid & 0b111)<<1 + ($mabid & 0b10)<<6
#   PE 2.1 (1) = 131  132  |
#   PE 2.2 (2) = 133  134  |
#   PE 2.3 (3) = 135  136  |
#   PE 3.0 (4) = 137  138  |
#   PE 3.1 (5) = 139  140  |
#   PE 3.2 (6) = 141  142  |
#   PE 3.3 (7) = 143  144  |
#   PE 4.0 (0) = 257  258  | 1 + ($peid & 0b111)<<1 + ($mabid & 0b10)<<6
#   ...
#   PE 5.3 (7) = 271  272  |
#   PE 6.0 (0) = 385  386  | 1 + ($peid & 0b111)<<1 + ($mabid & 0b10)<<6
#   ...
#   PE 7.3 (7) = 399  400  |