I've just done a compare against your most recent selection of ++ candidates - https://forums.parallax.com/discussion/comment/1468718/#Comment_1468718 - and note that, although the rankings differ, the pfreq/zfreq/nzfreq ChiSquare totals all match. Tony, I assume you've been ranking pfreq with higher priority.
Evan, I've changed the Chi-Square titles in that post to pchi/zchi/nzchi. I give equal weight to prank, zrank and nzrank. I sum the ranks (i.e. prank+zrank+nzrank) to get an overall ranking and the lowest one is given a rank of 1. I do not sum pchi+zchi+nzchi. If prank+zrank+nzrank is the same integer for two different [a,b,c,d] then I use prank as the tie-breaker.
Evan, I've checked my QuickBASIC code in xoro32r.bas (attached) and there is equal weighting, but it can be different if variables pw/zw/nzw are not all 1. Search for "paths" in xoro32r.bas to see where the files go. xoro32.abc lists the 84 full-length candidates as aabbcc. This file and the 84*3=252 binary files (aabbcc.pb, aabbcc.zb and aabbcc.nzb) are needed before xoro32r.bas can run.
Have you created the binary files for scramblers other than ++ yet?
Okay, I had started to write my own sorting and ranking routines while these reruns were underway, but then realised I wanted to put all ChiSquare totals from every algorithm variant in the one database so that they can be sorted as one big group. So, for the moment, I've just opted to merge into one large CSV file and use a spreadsheet to do the sorting. It's easy to make new spreadsheet columns with linear fills for making the ranking columns.
PS: I've adopted using sum of the rankings to make the final sort, thanks.
Done at last, all eight scrambler variations. I had some breaks in the process.
Here's the resulting concatenated CSV file, distscore-s16.csv, and sortable spreadsheet and also a post-sorted exported CSV for easy reading of the example sort: sumRank = 3 x pRank + zRank + nzRank.
Done at last, all eight scrambler variations. I had some breaks in the process.
Here's the resulting concatenated CSV file, distscore-s16.csv, and sortable spreadsheet and also a post-sorted exported CSV for easy reading of the example sort: sumRank = 3 x pRank + zRank + nzRank.
Many thanks, Evan. I think a weighting of 3 is somewhat excessive for prank and csv files with 1 and 2 would be useful to have. xoroshiro32[10,3,11,10]--+ would still be top for all three and the question is how does it perform in PractRand tests?
xoroshiro32[13,5,10,9]--- is slightly better than the ++ in P2 rev B, but the former would need a bit more logic than the latter probably as all as the signs are negative.
Done at last, all eight scrambler variations. I had some breaks in the process.
Here's the resulting concatenated CSV file, distscore-s16.csv, and sortable spreadsheet and also a post-sorted exported CSV for easy reading of the example sort: sumRank = 3 x pRank + zRank + nzRank.
Many thanks, Evan. I think a weighting of 3 is somewhat excessive for prank and csv files with 1 and 2 would be useful to have. xoroshiro32[10,3,11,10]--+ would still be top for all three and the question is how does it perform in PractRand tests?
xoroshiro32[13,5,10,9]--- is slightly better than the ++ in P2 rev B, but the former would need a bit more logic than the latter probably as all as the signs are negative.
Some more thoughts on distscore-s16.csv.txt:
1. As mentioned before, I prefer pchi/zchi/nzchi to pfchi/zfchi/nzfchi.
2. An overall rank orank (1,2,3,etc.) would be a helpful addition or change sumrank to orank.
3. The top 20 contain only seven different [a,b,c,d].
4. The similiarity in positive/negative pairs is obvious, especially [14,2,9,5]++-/--+ which are almost identical.
5. In the absence of a different algorithm with 32-bit state, a P3 could use one of the top three.
Yeah, both --+ and --- would be more logic. Maybe that's why they are slightly better scoring.
I would be curious if any of the those variants would respond even better to rotl(+/-s1 +/-s0, D ) +/- s0 * 5
It would seem that the best case would be a better pchi/zchi/nzchi scoring one that does not use --+ or ---, and yet also excels at PractRand scoring by >= 70% (which we have seen over the current ++).
Yeah, both --+ and --- would be more logic. Maybe that's why they are slightly better scoring.
I would be curious if any of the those variants would respond even better to rotl(+/-s1 +/-s0, D ) +/- s0 * 5
It would seem that the best case would be a better pchi/zchi/nzchi scoring one that does not use --+ or ---, and yet also excels at PractRand scoring by >= 70% (which we have seen over the current ++).
neg(x) = not(x)+1, therefore -s1-s0 = !s1+!s0+2, hence extra logic for carry input (into bit 1) not needed with ++.
I agree that s0 * 5 would be worth testing with full set of +/- scramblers, but I don't do the tests.
Also xoroshiro32[10,3,11,10]--+ might not have a very good PractRand score, despite very good distributions.
Hmm, the gridding scripts are oriented towards running a selection of candidates of a single algorithm at a time. Without rewriting things, I'll have to make a config file for each scrambler variation and run them independently ...
neg(x) = not(x)+1, therefore -s1-s0 = !s1+!s0+2, hence extra logic for carry input (into bit 1) not needed with ++.
I believe that may also be expressed as: 1 + !(s1+s0), if that helps.
Removing the constant sum would likely need to be characterized independently, though probably would have minimal impact.
Assuming the + 1 could be dropped, then just NOT gating the (+s1+s0) result before or after the ROTL.
Edit: Cannot drop constant sum in --+ or --- without bumping into the final output NOT/sum issue again discussed way back (required use of E constant):
Using s1=s0=0 in Tony's example, !0+!0<>0, so missing value in output would no longer be zero.
Ha! I've now got a script that can sort each distribution results. I've realised this is still useful independently of the single large spreadsheet sorting.
It runs quite smoothly. The slowest part is the built-in sort command. Took me a while to learn how to use it. In particular making [tab] as the sole field separator. The IFS variable wasn't playing ball for a while.
d=${#chirecords[*]}# Total number records. Note: @ and * perform the same job in most casesprintf"Sorting pRanking ... "
chirecords=($( sort -nt$'\t' -k3,3 -k4,4 <<<"${chirecords[*]}" )) # The entire array in one go!
a=0; echo$dwhile [ $a -lt $d ]; do
chirecords[$a]+=$'\t'$(($a + 1))
a=$(($a + 1))
doneprintf"Sorting zRanking ... "
chirecords=($( sort -nt$'\t' -k4,4 -k3,3 <<<"${chirecords[*]}" )) # The entire array in one go!
a=0; echo$dwhile [ $a -lt $d ]; do
chirecords[$a]+=$'\t'$(($a + 1))
a=$(($a + 1))
doneprintf"Sorting nzRanking ... "
chirecords=($( sort -nt$'\t' -k5,5 -k3,3 <<<"${chirecords[*]}" )) # The entire array in one go!
a=0; echo$dwhile [ $a -lt $d ]; do
chirecords[$a]+=$'\t'$(($a + 1))
a=$(($a + 1))
doneprintf"Sorting sumRanking ... "
a=0
while [ $a -lt $d ]; do
IFS=$'\t\n'read line line line line line prank zrank nzrank line <<<${chirecords[$a]}
chirecords[$a]+=$'\t'$(($prank * 2 + $zrank + $nzrank))
a=$(($a + 1))
done
chirecords=($( sort -nt$'\t' -k9,9 -k3,3 <<<"${chirecords[*]}" )) # The entire array in one go!echo$d
Doh! I made a tiny typo in the .cfg file so now have to redo two of the runs.
I didin't notice until comparing the sorted chi rankings and it kind of stood out when three files were byte for byte identical. The first of the three is correct, so not rerunning that one.
Thanks for the last lot of results, Evan. I'll wait to see what the error you found means. It seems there is little difference in PractRand scores for different +/- scrambler options with the same candidate.
I've been doing a lot of tiring demolition work lately but I had a day off today hence my return from lurkdom. I think it could be worthwhile calculating the distributions for the following:
Comments
Evan, I've checked my QuickBASIC code in xoro32r.bas (attached) and there is equal weighting, but it can be different if variables pw/zw/nzw are not all 1. Search for "paths" in xoro32r.bas to see where the files go. xoro32.abc lists the 84 full-length candidates as aabbcc. This file and the 84*3=252 binary files (aabbcc.pb, aabbcc.zb and aabbcc.nzb) are needed before xoro32r.bas can run.
Have you created the binary files for scramblers other than ++ yet?
I had but they're deleted again. I'm doing them over with ChiSquare totals included now.
I'll get back to you later.
PS: I've adopted using sum of the rankings to make the final sort, thanks.
Here's the resulting concatenated CSV file, distscore-s16.csv, and sortable spreadsheet and also a post-sorted exported CSV for easy reading of the example sort: sumRank = 3 x pRank + zRank + nzRank.
Many thanks, Evan. I think a weighting of 3 is somewhat excessive for prank and csv files with 1 and 2 would be useful to have. xoroshiro32[10,3,11,10]--+ would still be top for all three and the question is how does it perform in PractRand tests?
xoroshiro32[13,5,10,9]--- is slightly better than the ++ in P2 rev B, but the former would need a bit more logic than the latter probably as all as the signs are negative.
Some more thoughts on distscore-s16.csv.txt:
1. As mentioned before, I prefer pchi/zchi/nzchi to pfchi/zfchi/nzfchi.
2. An overall rank orank (1,2,3,etc.) would be a helpful addition or change sumrank to orank.
3. The top 20 contain only seven different [a,b,c,d].
4. The similiarity in positive/negative pairs is obvious, especially [14,2,9,5]++-/--+ which are almost identical.
5. In the absence of a different algorithm with 32-bit state, a P3 could use one of the top three.
sumRank = 3 x pRank + 2 x zRank + nzRank Algorithm Candidate pfChi zfChi nzfChi pRank zRank nzRank sumRank Xoroshiro32(16)-s1-s0+ [10 3 11 10] 10 123 483 13 8 18 73 Xoroshiro32(16)s1+s0- [10 3 11 10] 14 132 567 26 10 30 128 Xoroshiro32(16)-s1-s0- [13 5 10 9] 12 315 296 21 38 2 141 Xoroshiro32(16)-s1-s0+ [13 5 8 10] 6 433 549 3 59 28 155 Xoroshiro32(16)++ [13 5 10 9] 24 327 265 38 42 1 199 Xoroshiro32(16)s1+s0- [14 2 9 5] 47 115 418 63 4 10 207 Xoroshiro32(16)-s1-s0+ [14 2 9 5] 47 117 415 64 6 8 212 Xoroshiro32(16)-s1-s0+ [2 1 11 11] 6 505 763 4 70 73 225 Xoroshiro32(16)s1+s0- [13 5 8 10] 14 467 674 27 63 54 261 Xoroshiro32(16)s1+s0- [2 1 11 11] 33 399 631 52 53 41 303 Xoroshiro32(16)s1-s0- [14 2 7 10] 25 546 614 39 78 38 311 Xoroshiro32(16)++ [13 5 8 10] 50 337 567 66 44 31 317 Xoroshiro32(16)-s1+s0+ [14 2 7 10] 12 644 750 22 105 72 348 Xoroshiro32(16)-s1+s0- [13 5 8 13] 124 85 348 133 1 3 404 Xoroshiro32(16)-s1-s0- [13 5 8 10] 73 346 602 94 46 35 409 Xoroshiro32(16)s1-s0+ [14 2 9 5] 46 372 1159 60 47 149 423 Xoroshiro32(16)s1+s0- [8 1 7 5] 76 309 686 99 36 57 426 Xoroshiro32(16)s1-s0- [13 5 10 9] 59 595 430 77 93 11 428 Xoroshiro32(16)++ [14 2 9 9] 68 192 1119 89 18 139 442 Xoroshiro32(16)s1-s0+ [2 1 11 11] 12 803 938 23 136 103 444 Xoroshiro32(16)-s1+s0+ [13 5 10 9] 47 681 499 65 114 21 444 Xoroshiro32(16)-s1-s0+ [8 1 7 5] 79 314 701 103 37 61 444 Xoroshiro32(16)-s1+s0- [14 2 9 5] 52 373 1146 70 48 144 450 Xoroshiro32(16)-s1+s0- [8 1 7 5] 51 504 990 67 69 113 452 Xoroshiro32(16)s1-s0+ [8 1 7 5] 52 506 996 71 71 114 469 Xoroshiro32(16)-s1-s0- [14 2 9 9] 89 183 1112 109 17 138 499 Xoroshiro32(16)-s1+s0- [2 8 7 3] 10 839 1228 14 142 176 502 Xoroshiro32(16)s1-s0+ [2 8 7 3] 11 837 1229 18 140 178 512 Xoroshiro32(16)-s1-s0- [7 1 8 6] 99 528 605 116 73 36 530 Xoroshiro32(16)-s1-s0+ [6 2 3 6] 29 569 1472 43 86 236 537 Xoroshiro32(16)s1+s0- [6 2 3 6] 29 575 1483 44 88 238 546 Xoroshiro32(16)s1+s0- [14 11 3 12] 158 162 742 151 13 70 549 Xoroshiro32(16)++ [7 1 8 6] 109 532 597 123 74 34 551sumRank = 3 x pRank + zRank + 2 x nzRank Algorithm Candidate pfChi zfChi nzfChi pRank zRank nzRank sumRank Xoroshiro32(16)-s1-s0+ [10 3 11 10] 10 123 483 13 8 18 83 Xoroshiro32(16)-s1-s0- [13 5 10 9] 12 315 296 21 38 2 105 Xoroshiro32(16)-s1-s0+ [13 5 8 10] 6 433 549 3 59 28 124 Xoroshiro32(16)s1+s0- [10 3 11 10] 14 132 567 26 10 30 148 Xoroshiro32(16)++ [13 5 10 9] 24 327 265 38 42 1 158 Xoroshiro32(16)s1+s0- [14 2 9 5] 47 115 418 63 4 10 213 Xoroshiro32(16)-s1-s0+ [14 2 9 5] 47 117 415 64 6 8 214 Xoroshiro32(16)-s1-s0+ [2 1 11 11] 6 505 763 4 70 73 228 Xoroshiro32(16)s1+s0- [13 5 8 10] 14 467 674 27 63 54 252 Xoroshiro32(16)s1-s0- [14 2 7 10] 25 546 614 39 78 38 271 Xoroshiro32(16)s1+s0- [2 1 11 11] 33 399 631 52 53 41 291 Xoroshiro32(16)++ [13 5 8 10] 50 337 567 66 44 31 304 Xoroshiro32(16)-s1+s0+ [14 2 7 10] 12 644 750 22 105 72 315 Xoroshiro32(16)s1-s0- [13 5 10 9] 59 595 430 77 93 11 346 Xoroshiro32(16)-s1+s0+ [13 5 10 9] 47 681 499 65 114 21 351 Xoroshiro32(16)-s1-s0- [13 5 8 10] 73 346 602 94 46 35 398 Xoroshiro32(16)-s1+s0- [13 5 8 13] 124 85 348 133 1 3 406 Xoroshiro32(16)s1-s0+ [2 1 11 11] 12 803 938 23 136 103 411 Xoroshiro32(16)s1+s0- [8 1 7 5] 76 309 686 99 36 57 447 Xoroshiro32(16)-s1-s0+ [8 1 7 5] 79 314 701 103 37 61 468 Xoroshiro32(16)-s1-s0- [7 1 8 6] 99 528 605 116 73 36 493 Xoroshiro32(16)-s1+s0- [8 1 7 5] 51 504 990 67 69 113 496 Xoroshiro32(16)++ [7 1 8 6] 109 532 597 123 74 34 511 Xoroshiro32(16)s1-s0+ [8 1 7 5] 52 506 996 71 71 114 512 Xoroshiro32(16)s1-s0+ [14 2 9 5] 46 372 1159 60 47 149 525 Xoroshiro32(16)-s1+s0- [2 8 7 3] 10 839 1228 14 142 176 536 Xoroshiro32(16)-s1+s0- [14 2 9 5] 52 373 1146 70 48 144 546 Xoroshiro32(16)s1-s0+ [2 8 7 3] 11 837 1229 18 140 178 550 Xoroshiro32(16)++ [14 2 9 9] 68 192 1119 89 18 139 563sumRank = 2 x pRank + zRank + nzRank Algorithm Candidate pfChi zfChi nzfChi pRank zRank nzRank sumRank Xoroshiro32(16)-s1-s0+ [10 3 11 10] 10 123 483 13 8 18 52 Xoroshiro32(16)-s1-s0- [13 5 10 9] 12 315 296 21 38 2 82 Xoroshiro32(16)s1+s0- [10 3 11 10] 14 132 567 26 10 30 92 Xoroshiro32(16)-s1-s0+ [13 5 8 10] 6 433 549 3 59 28 93 Xoroshiro32(16)++ [13 5 10 9] 24 327 265 38 42 1 119 Xoroshiro32(16)s1+s0- [14 2 9 5] 47 115 418 63 4 10 140 Xoroshiro32(16)-s1-s0+ [14 2 9 5] 47 117 415 64 6 8 142 Xoroshiro32(16)-s1-s0+ [2 1 11 11] 6 505 763 4 70 73 151 Xoroshiro32(16)s1+s0- [13 5 8 10] 14 467 674 27 63 54 171 Xoroshiro32(16)s1-s0- [14 2 7 10] 25 546 614 39 78 38 194 Xoroshiro32(16)s1+s0- [2 1 11 11] 33 399 631 52 53 41 198 Xoroshiro32(16)++ [13 5 8 10] 50 337 567 66 44 31 207 Xoroshiro32(16)-s1+s0+ [14 2 7 10] 12 644 750 22 105 72 221 Xoroshiro32(16)s1-s0- [13 5 10 9] 59 595 430 77 93 11 258 Xoroshiro32(16)-s1+s0+ [13 5 10 9] 47 681 499 65 114 21 265 Xoroshiro32(16)-s1-s0- [13 5 8 10] 73 346 602 94 46 35 269 Xoroshiro32(16)-s1+s0- [13 5 8 13] 124 85 348 133 1 3 270 Xoroshiro32(16)s1-s0+ [2 1 11 11] 12 803 938 23 136 103 285 Xoroshiro32(16)s1+s0- [8 1 7 5] 76 309 686 99 36 57 291 Xoroshiro32(16)-s1-s0+ [8 1 7 5] 79 314 701 103 37 61 304 Xoroshiro32(16)s1-s0+ [14 2 9 5] 46 372 1159 60 47 149 316 Xoroshiro32(16)-s1+s0- [8 1 7 5] 51 504 990 67 69 113 316 Xoroshiro32(16)s1-s0+ [8 1 7 5] 52 506 996 71 71 114 327 Xoroshiro32(16)-s1+s0- [14 2 9 5] 52 373 1146 70 48 144 332 Xoroshiro32(16)++ [14 2 9 9] 68 192 1119 89 18 139 335 Xoroshiro32(16)-s1-s0- [7 1 8 6] 99 528 605 116 73 36 341 Xoroshiro32(16)-s1+s0- [2 8 7 3] 10 839 1228 14 142 176 346 Xoroshiro32(16)s1-s0+ [2 8 7 3] 11 837 1229 18 140 178 354 Xoroshiro32(16)++ [7 1 8 6] 109 532 597 123 74 34 354sumRank = pRank + zRank + nzRank Algorithm Candidate pfChi zfChi nzfChi pRank zRank nzRank sumRank Xoroshiro32(16)-s1-s0+ [10 3 11 10] 10 123 483 13 8 18 39 Xoroshiro32(16)-s1-s0- [13 5 10 9] 12 315 296 21 38 2 61 Xoroshiro32(16)s1+s0- [10 3 11 10] 14 132 567 26 10 30 66 Xoroshiro32(16)s1+s0- [14 2 9 5] 47 115 418 63 4 10 77 Xoroshiro32(16)-s1-s0+ [14 2 9 5] 47 117 415 64 6 8 78 Xoroshiro32(16)++ [13 5 10 9] 24 327 265 38 42 1 81 Xoroshiro32(16)-s1-s0+ [13 5 8 10] 6 433 549 3 59 28 90 Xoroshiro32(16)-s1+s0- [13 5 8 13] 124 85 348 133 1 3 137 Xoroshiro32(16)++ [13 5 8 10] 50 337 567 66 44 31 141 Xoroshiro32(16)s1+s0- [13 5 8 10] 14 467 674 27 63 54 144 Xoroshiro32(16)s1+s0- [2 1 11 11] 33 399 631 52 53 41 146 Xoroshiro32(16)-s1-s0+ [2 1 11 11] 6 505 763 4 70 73 147 Xoroshiro32(16)s1-s0- [14 2 7 10] 25 546 614 39 78 38 155 Xoroshiro32(16)-s1-s0- [13 5 8 10] 73 346 602 94 46 35 175 Xoroshiro32(16)s1-s0- [13 5 10 9] 59 595 430 77 93 11 181 Xoroshiro32(16)s1+s0- [8 1 7 5] 76 309 686 99 36 57 192 Xoroshiro32(16)-s1+s0+ [14 2 7 10] 12 644 750 22 105 72 199 Xoroshiro32(16)-s1+s0+ [13 5 10 9] 47 681 499 65 114 21 200 Xoroshiro32(16)-s1-s0+ [8 1 7 5] 79 314 701 103 37 61 201 Xoroshiro32(16)-s1-s0- [7 2 14 13] 253 88 392 206 2 7 215 Xoroshiro32(16)-s1-s0- [7 1 8 6] 99 528 605 116 73 36 225 Xoroshiro32(16)++ [7 1 8 6] 109 532 597 123 74 34 231 Xoroshiro32(16)s1+s0- [14 11 3 12] 158 162 742 151 13 70 234 Xoroshiro32(16)++ [14 2 9 9] 68 192 1119 89 18 139 246 Xoroshiro32(16)-s1+s0- [8 1 7 5] 51 504 990 67 69 113 249 Xoroshiro32(16)-s1+s0- [13 13 14 6] 213 122 704 184 7 62 253 Xoroshiro32(16)s1-s0+ [13 5 8 13] 264 139 555 213 11 29 253 Xoroshiro32(16)s1-s0+ [14 2 9 5] 46 372 1159 60 47 149 256 Xoroshiro32(16)s1-s0+ [8 1 7 5] 52 506 996 71 71 114 256 Xoroshiro32(16)s1-s0+ [2 1 11 11] 12 803 938 23 136 103 262 Xoroshiro32(16)-s1+s0- [14 2 9 5] 52 373 1146 70 48 144 262 Xoroshiro32(16)-s1-s0- [14 2 9 9] 89 183 1112 109 17 138 264It would seem that the best case would be a better pchi/zchi/nzchi scoring one that does not use --+ or ---, and yet also excels at PractRand scoring by >= 70% (which we have seen over the current ++).
Evan, thanks for these other weightings. zrank and nzrank should always be the same, I think.
neg(x) = not(x)+1, therefore -s1-s0 = !s1+!s0+2, hence extra logic for carry input (into bit 1) not needed with ++.
I agree that s0 * 5 would be worth testing with full set of +/- scramblers, but I don't do the tests.
Also xoroshiro32[10,3,11,10]--+ might not have a very good PractRand score, despite very good distributions.
Are PractRand scores for [13,5,10,9]--- and [13,5,8,10]--+ better or worse than ++ versions?
Removing the constant sum would likely need to be characterized independently, though probably would have minimal impact.
Edit: Cannot drop constant sum in --+ or --- without bumping into the final output NOT/sum issue again discussed way back (required use of E constant):
Using s1=s0=0 in Tony's example, !0+!0<>0, so missing value in output would no longer be zero.
chirecords[$a]=$( printf "${chirecords[$a]}\t$(($a + 1))" )and thischirecords[$a]+=$'\t'$(($a + 1))do the same job.__________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [13 5 10 9]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 1G 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 512M 512M 512M 512M 512M 512M 1G 1G 1G 512M 512M 512M 512M 512M 04 | 512M 512M 1G 1G 1G 1G 2G 512M 1G 1G 1G 1G 2G 1G 1G 1G Exponent Minimum = 29 Exponent Average = 29.395 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [13 5 8 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 512M 1G 1G 1G 1G 1G 512M 1G 1G 1G 1G 1G 1G 1G 04 | 512M 1G 512M 256M 256M 512M 512M 1G 256M 256M 1G 256M 512M 512M 2G 1G Exponent Minimum = 28 Exponent Average = 29.270 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [14 2 9 9]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 512M 512M 512M 512M 512M 512M 1G 512M 256M 512M 512M 512M 1G 512M 04 | 256M 512M 1G 1G 1G 2G 2G 1G 1G 512M 512M 1G 512M 1G 2G 256M Exponent Minimum = 28 Exponent Average = 29.250 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [7 1 8 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 32M 32M 128M 256M 128M 64M 32M 32M 32M 16M 16M 128M 64M 128M 64M 64M 08 | 512M 256M 64M 128M 256M 512M 512M 256M 512M 256M 64M 64M 128M 1G 1G 1G 04 | 256M 256M 256M 512M 256M 1G 512M 1G 1G 512M 512M 1G 512M 1G 1G 1G Exponent Minimum = 24 Exponent Average = 27.708 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [7 2 14 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 512M 512M 512M 512M 1G 512M 512M 512M 512M 1G 512M 512M 1G 1G 04 | 256M 256M 512M 512M 512M 512M 512M 1G 512M 512M 256M 512M 1G 2G 2G 1G Exponent Minimum = 28 Exponent Average = 29.166 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [7 2 14 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 1G 512M 1G 1G 1G 1G 128M 256M 128M 1G 1G 256M 08 | 32M 128M 512M 1G 1G 1G 512M 512M 512M 256M 512M 256M 256M 256M 128M 128M 04 | 256M 1G 256M 512M 1G 1G 512M 512M 512M 256M 32M 64M 32M 512M 256M 64M Exponent Minimum = 25 Exponent Average = 28.479 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [14 2 7 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 256M 256M 512M 512M 512M 512M 256M 256M 512M 256M 512M 08 | 128M 256M 256M 128M 256M 128M 128M 64M 32M 32M 32M 64M 64M 64M 64M 128M 04 | 256M 1G 512M 256M 512M 64M 64M 256M 128M 256M 512M 64M 64M 256M 64M 1G Exponent Minimum = 25 Exponent Average = 27.645 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [14 2 9 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 256M 512M 16M 8M 8M 16M 512M 512M 08 | 512M 512M 512M 512M 512M 512M 256M 64M 32M 16M 32M 64M 128M 256M 512M 512M 04 | 512M 512M 512M 256M 128M 256M 256M 256M 64M 1G 4M 2M 2M 4M 512M 4G Exponent Minimum = 21 Exponent Average = 27.312 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [11 1 2 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 16M 16M 16M 32M 16M 16M 32M 32M 16M 32M 16M 64M 16M 32M 32M 32M 04 | 256M 512M 512M 512M 512M 256M 512M 1G 512M 512M 512M 2G 256M 256M 512M 512M Exponent Minimum = 24 Exponent Average = 27.500 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [8 7 15 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 64M 32M 128M 256M 256M 512M 64M 64M 64M 64M 256M 512M 512M 128M 128M 128M 08 | 32M 128M 512M 512M 512M 512M 32M 32M 512M 256M 128M 512M 512M 64M 64M 128M 04 | 16M 8M 32M 64M 64M 512M 256M 32M 16M 16M 64M 256M 128M 64M 64M 32M Exponent Minimum = 23 Exponent Average = 26.770 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [8 1 7 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 32M 32M 32M 256M 128M 64M 32M 32M 16M 16M 64M 64M 64M 64M 64M 64M 08 | 1G 128M 128M 128M 256M 512M 256M 256M 512M 64M 64M 128M 512M 512M 1G 1G 04 | 256M 256M 256M 256M 512M 512M 32M 256M 1G 1G 256M 512M 1G 256M 2G 1G Exponent Minimum = 24 Exponent Average = 27.479 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [3 3 10 2]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 4M 32M 256M 1G 16M 2M 2M 2M 2M 16M 4M 4M 4M 2M 8M 2M 04 | 256M 256M 512M 512M 512M 512M 512M 256M 256M 512M 512M 512M 512M 512M 512M 512M Exponent Minimum = 21 Exponent Average = 26.916 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [13 13 14 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 1M 1M 2M 2M 2M 2M 2M 2M 2M 2M 4M 2M 4M 4M 4M 2M 04 | 128M 256M 256M 128M 128M 128M 256M 128M 256M 256M 128M 256M 512M 256M 256M 128M Exponent Minimum = 20 Exponent Average = 25.916 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [4 1 9 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 2M 2M 2M 2M 2M 2M 2M 2M 2M 2M 2M 2M 2M 2M 2M 2M 08 | 4M 2M 2M 4M 16M 1M 1M 1M 1M 64M 64M 64M 128M 128M 64M 256M 04 | 1G 1G 1G 512M 1G 512M 1G 1G 512M 1G 1G 1G 512M 1G 1G 2G Exponent Minimum = 20 Exponent Average = 24.770 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)++ candidate [14 12 13 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 256M 08 | 2M 4M 16M 16M 4M 4M 2M 4M 16M 512M 256M 256M 256M 512M 8M 4M 04 | 512M 256M 512M 256M 512M 512M 256M 256M 256M 256M 256M 512M 512M 1G 1G 64M Exponent Minimum = 21 Exponent Average = 27.250__________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [10 3 11 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 1G 512M 512M 1G 512M 512M 1G 512M 512M 512M 1G 1G 256M 512M 512M 1G 04 | 256M 512M 512M 256M 512M 1G 512M 1G 1G 2G 1G 1G 512M 512M 1G 1G Exponent Minimum = 28 Exponent Average = 29.250 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [13 5 8 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 1G 1G 1G 512M 1G 1G 512M 1G 1G 1G 1G 512M 1G 1G 04 | 512M 1G 512M 256M 512M 512M 512M 1G 256M 512M 1G 256M 512M 512M 2G 1G Exponent Minimum = 28 Exponent Average = 29.291 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [14 2 9 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 256M 512M 512M 512M 1G 256M 512M 512M 512M 512M 1G 1G 1G 512M 1G 512M 08 | 128M 1G 512M 1G 512M 256M 512M 1G 1G 1G 1G 1G 1G 1G 1G 1G 04 | 1G 128M 1G 1G 1G 1G 128M 512M 1G 256M 256M 256M 256M 1G 512M 128M Exponent Minimum = 27 Exponent Average = 29.166 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [2 1 11 11]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 256M 128M 256M 128M 128M 128M 256M 128M 128M 256M 256M 128M 256M 256M 256M 08 | 8M 8M 8M 8M 8M 8M 8M 8M 8M 64M 8M 16M 8M 8M 128M 32M 04 | 512M 256M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 256M 512M 512M Exponent Minimum = 23 Exponent Average = 26.708 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [8 1 7 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 32M 32M 32M 256M 128M 64M 32M 32M 16M 16M 64M 64M 32M 64M 64M 32M 08 | 1G 256M 128M 128M 256M 512M 256M 512M 512M 64M 32M 128M 512M 512M 512M 512M 04 | 256M 256M 512M 256M 512M 1G 32M 256M 1G 1G 256M 512M 1G 512M 2G 1G Exponent Minimum = 24 Exponent Average = 27.479 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [6 2 3 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 1G 512M 1G 1G 1G 1G 2G 1G 1G 1G 1G 1G 512M 1G 1G 1G 04 | 512M 512M 1G 1G 512M 1G 1G 1G 2G 2G 2G 4G 512M 1G 2G 2G Exponent Minimum = 29 Exponent Average = 29.708 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [14 11 3 12]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 256M 512M 128M 128M 256M 256M 512M 256M 512M 512M 512M 128M 64M 128M 128M 64M 08 | 32M 64M 256M 256M 256M 256M 256M 64M 64M 32M 32M 64M 64M 32M 64M 32M 04 | 64M 256M 32M 32M 64M 64M 256M 256M 256M 512M 128M 32M 16M 32M 32M 16M Exponent Minimum = 24 Exponent Average = 26.750 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [13 13 14 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 2M 2M 8M 32M 4M 2M 2M 2M 2M 2M 16M 64M 32M 16M 8M 4M 04 | 256M 256M 256M 256M 256M 256M 256M 256M 256M 256M 512M 256M 512M 512M 512M 512M Exponent Minimum = 21 Exponent Average = 26.625 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [8 7 15 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 64M 128M 512M 128M 128M 128M 32M 16M 128M 128M 64M 256M 256M 128M 128M 128M 08 | 64M 128M 256M 256M 512M 512M 16M 8M 128M 256M 32M 128M 256M 64M 64M 128M 04 | 16M 32M 128M 32M 32M 512M 64M 32M 32M 32M 32M 128M 64M 64M 32M 32M Exponent Minimum = 23 Exponent Average = 26.395 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [7 2 14 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 1G 512M 1G 512M 512M 512M 512M 512M 512M 1G 512M 512M 512M 512M 512M 512M 08 | 512M 512M 512M 512M 512M 1G 512M 512M 512M 512M 512M 1G 512M 512M 1G 1G 04 | 256M 512M 512M 512M 512M 512M 512M 512M 512M 512M 256M 512M 2G 1G 1G 1G Exponent Minimum = 28 Exponent Average = 29.208 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [13 5 8 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 256M 256M 512M 1G 256M 512M 512M 512M 1G 512M 512M 512M 512M 512M 512M 1G 04 | 128M 512M 512M 1G 1G 1G 512M 512M 512M 512M 512M 512M 512M 512M 1G 1G Exponent Minimum = 27 Exponent Average = 29.062 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [12 10 13 7]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 64M 16M 16M 32M 64M 32M 32M 256M 512M 512M 512M 1G 512M 512M 1G 1G 04 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 1G 512M 1G Exponent Minimum = 24 Exponent Average = 28.500 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [2 8 7 3]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 256M 512M 256M 512M 512M 256M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 1G 512M 512M 512M 512M 512M 512M 256M 256M 512M 512M 1G 512M 1G 512M 04 | 256M 64M 1G 512M 512M 512M 512M 1G 2G 512M 2G 2G 1G 512M 2G 1G Exponent Minimum = 26 Exponent Average = 29.125 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [9 2 14 12]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 128M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 256M 04 | 128M 128M 512M 512M 512M 256M 256M 256M 256M 512M 256M 1G 512M 512M 1G 512M Exponent Minimum = 27 Exponent Average = 28.791 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1+s0- candidate [13 3 14 12]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 256M 512M 08 | 8M 32M 64M 128M 256M 256M 256M 256M 256M 256M 32M 32M 128M 512M 8M 8M 04 | 128M 128M 512M 512M 512M 512M 512M 512M 512M 1G 1G 512M 512M 512M 64M 512M Exponent Minimum = 23 Exponent Average = 27.979__________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [2 1 11 11]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 256M 256M 128M 128M 128M 128M 128M 128M 128M 256M 256M 128M 256M 256M 512M 08 | 8M 8M 8M 8M 8M 8M 8M 8M 8M 64M 16M 16M 8M 8M 128M 32M 04 | 256M 256M 512M 512M 512M 512M 512M 1G 512M 512M 512M 512M 512M 128M 512M 512M Exponent Minimum = 23 Exponent Average = 26.708 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [14 2 9 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 1G 1G 512M 256M 512M 512M 512M 512M 512M 1G 512M 512M 512M 512M 08 | 256M 1G 512M 1G 512M 256M 512M 1G 1G 1G 1G 1G 1G 1G 1G 1G 04 | 512M 128M 1G 1G 1G 2G 128M 512M 1G 256M 256M 256M 256M 1G 512M 256M Exponent Minimum = 27 Exponent Average = 29.187 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [8 1 7 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 32M 32M 32M 512M 128M 64M 32M 32M 16M 16M 64M 64M 64M 64M 64M 32M 08 | 512M 128M 128M 256M 256M 256M 128M 256M 512M 128M 64M 128M 512M 512M 512M 1G 04 | 256M 512M 512M 256M 1G 1G 32M 256M 1G 1G 256M 512M 1G 256M 2G 1G Exponent Minimum = 24 Exponent Average = 27.520 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [2 8 7 3]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 256M 512M 256M 512M 256M 256M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 1G 1G 512M 512M 512M 512M 512M 256M 128M 128M 512M 256M 256M 512M 1G 512M 04 | 128M 64M 512M 512M 512M 512M 512M 2G 2G 1G 2G 2G 1G 512M 2G 1G Exponent Minimum = 26 Exponent Average = 29.000 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [13 5 8 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 32M 32M 32M 64M 64M 64M 128K 64K 64M 64M 64M 64M 64M 64M 64M 64M 08 | 256M 256M 512M 512M 64M 32M 64K 32K 256M 512M 1G 1G 512M 512M 512M 512M 04 | 128M 256M 256M 256M 512M 512M 1G 512M 2G 1G 1G 512M 1G 128M 512M 512M Exponent Minimum = 15 Exponent Average = 26.791 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [13 13 14 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 2M 2M 8M 16M 4M 2M 2M 2M 2M 2M 8M 64M 32M 16M 8M 2M 04 | 256M 256M 256M 256M 256M 256M 512M 256M 256M 256M 512M 256M 256M 512M 512M 512M Exponent Minimum = 21 Exponent Average = 26.562 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [14 2 9 9]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 1G 1G 512M 1G 1G 512M 1G 512M 512M 1G 1G 512M 08 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 1G 512M 512M 512M 512M 512M 04 | 256M 512M 1G 1G 1G 2G 512M 512M 2G 512M 512M 512M 512M 1G 2G 256M Exponent Minimum = 28 Exponent Average = 29.333 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [13 3 14 12]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 8M 32M 128M 128M 256M 512M 256M 256M 64K 256M 32M 32M 128M 256M 16M 8M 04 | 128M 128M 512M 1G 512M 256M 512M 512M 512M 1G 1G 256M 1G 256M 128M 512M Exponent Minimum = 16 Exponent Average = 27.791 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [10 3 11 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 1G 512M 512M 512M 512M 512M 512M 1G 512M 512M 1G 1G 512M 512M 1G 512M 04 | 512M 512M 512M 512M 512M 1G 1G 1G 1G 1G 1G 1G 512M 1G 1G 512M Exponent Minimum = 29 Exponent Average = 29.291 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [10 3 11 12]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 512M 1G 256M 128M 128M 128M 256M 128M 128M 512M 512M 512M 512M 1G 04 | 512M 256M 512M 1G 512M 512M 512M 1G 1G 1G 256M 128M 128M 2G 512M 512M Exponent Minimum = 27 Exponent Average = 28.791 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [13 5 8 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 1G 1G 1G 1G 1G 2G 512M 1G 1G 1G 1G 1G 1G 1G 04 | 512M 1G 512M 256M 512M 512M 512M 2G 256M 512M 1G 128M 512M 512M 2G 1G Exponent Minimum = 27 Exponent Average = 29.354 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [14 11 3 12]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 256M 256M 128M 256M 256M 256M 512M 128M 512M 512M 512M 256M 32M 128M 128M 64M 08 | 32M 64M 256M 256M 256M 512M 256M 64M 64M 32M 32M 64M 64M 64M 64M 64M 04 | 64M 128M 32M 64M 64M 64M 256M 256M 256M 512M 128M 64M 8M 32M 32M 16M Exponent Minimum = 23 Exponent Average = 26.791 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [3 3 10 2]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 256M 512M 512M 512M 512M 256M 256M 512M 256M 512M 512M 512M 512M 256M 256M 256M 08 | 4M 128M 512M 1G 2M 2M 2M 2M 2M 16M 4M 4M 2M 64M 2M 4M 04 | 256M 256M 256M 512M 256M 512M 512M 128M 128M 256M 512M 256M 256M 512M 512M 256M Exponent Minimum = 21 Exponent Average = 26.666 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [15 3 6 12]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 64M 128M 256M 512M 512M 512M 512M 08 | 256M 512M 512M 512M 512M 1G 512M 512M 512M 512M 512M 512M 512M 1G 512M 512M 04 | 256M 256M 256M 512M 512M 512M 512M 512M 512M 512M 256M 512M 512M 256M 512M 512M Exponent Minimum = 26 Exponent Average = 28.791 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [13 5 8 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 256M 512M 1G 1G 128M 512M 512M 512M 512M 1G 1G 512M 512M 512M 256M 512M 04 | 128M 512M 512M 512M 1G 2G 512M 1G 512M 512M 512M 512M 512M 512M 512M 1G Exponent Minimum = 27 Exponent Average = 29.062 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [9 2 14 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 256M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 1G 512M 08 | 1G 1G 1G 1G 1G 512M 1G 512M 1G 128M 128M 128M 512M 512M 512M 1G 04 | 256M 512M 512M 512M 1G 1G 512M 512M 512M 512M 512M 1G 256M 256M 512M 512M Exponent Minimum = 27 Exponent Average = 29.041 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [14 2 7 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 256M 512M 256M 256M 512M 512M 512M 512M 128M 64M 512M 256M 512M 08 | 128M 128M 128M 128M 128M 128M 64M 64M 32M 16M 32M 32M 128M 64M 64M 128M 04 | 256M 256M 128M 64M 512M 64M 64M 256M 256M 128M 512M 32M 16M 128M 64M 256M Exponent Minimum = 24 Exponent Average = 27.208 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0+ candidate [3 11 14 7]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 128M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 64M 64M 64M 128M 64M 128M 128M 256M 128M 128M 256M 512M 1G 512M 04 | 256M 512M 1G 1G 1G 512M 128M 32M 128M 2G 256M 128M 256M 256M 128M 512M Exponent Minimum = 25 Exponent Average = 28.250__________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [14 2 7 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 256M 256M 512M 512M 512M 512M 64M 512M 512M 256M 512M 08 | 128M 256M 256M 128M 256M 128M 64M 64M 32M 32M 32M 64M 128M 64M 64M 128M 04 | 256M 256M 256M 256M 512M 64M 64M 256M 128M 128M 512M 16M 128M 512M 64M 1G Exponent Minimum = 24 Exponent Average = 27.541 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [13 5 10 9]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 512M 512M 512M 512M 512M 1G 1G 1G 1G 512M 1G 512M 512M 512M 04 | 512M 512M 512M 1G 1G 1G 2G 512M 1G 1G 512M 1G 2G 1G 1G 1G Exponent Minimum = 29 Exponent Average = 29.375 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [7 1 8 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 32M 16M 128M 256M 128M 64M 64M 32M 32M 16M 16M 64M 128M 128M 64M 32M 08 | 512M 128M 64M 128M 256M 512M 256M 128M 256M 256M 64M 32M 128M 1G 1G 512M 04 | 512M 256M 256M 256M 256M 1G 512M 512M 1G 512M 512M 1G 1G 2G 1G 1G Exponent Minimum = 24 Exponent Average = 27.583 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [15 6 2 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 256M 512M 2M 1M 2M 1M 1M 1M 16M 256M 512M 512M 256M 512M 08 | 128M 64M 64M 64M 32M 64M 64M 128M 128M 128M 256M 512M 256M 256M 256M 512M 04 | 256M 128M 64M 256M 512K 256K 512K 256K 256K 256K 4M 64M 128M 256M 64M 1G Exponent Minimum = 18 Exponent Average = 25.312 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [7 2 14 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 512M 256M 512M 512M 1G 512M 512M 512M 512M 1G 512M 512M 512M 512M 04 | 256M 512M 512M 512M 512M 1G 512M 1G 512M 512M 256M 512M 1G 1G 1G 1G Exponent Minimum = 28 Exponent Average = 29.104 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [14 2 9 9]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 1G 512M 512M 512M 1G 512M 512M 1G 512M 08 | 512M 512M 512M 512M 512M 512M 512M 512M 1G 512M 512M 512M 512M 1G 1G 512M 04 | 256M 512M 1G 1G 512M 2G 2G 1G 2G 512M 512M 1G 512M 1G 2G 256M Exponent Minimum = 28 Exponent Average = 29.354 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [3 11 14 7]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 128M 256M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 64M 64M 64M 64M 64M 128M 128M 256M 128M 128M 256M 512M 1G 512M 04 | 256M 512M 1G 1G 1G 512M 128M 32M 64M 512M 256M 256M 512M 256M 128M 512M Exponent Minimum = 25 Exponent Average = 28.187 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [10 7 11 12]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 1G 512M 512M 512M 512M 512M 512M 512M 512M 512M 256M 256M 1G 1G 1G 04 | 512M 1G 1G 512M 512M 1G 1G 256M 512M 1G 512M 2G 512M 512M 1G 1G Exponent Minimum = 28 Exponent Average = 29.208 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [8 7 15 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 64M 64M 128M 256M 256M 512M 64M 128M 128M 128M 256M 512M 256M 256M 128M 128M 08 | 32M 128M 512M 256M 256M 512M 32M 64M 256M 512M 128M 512M 512M 128M 64M 128M 04 | 16M 16M 32M 64M 64M 512M 256M 32M 32M 32M 64M 256M 128M 64M 64M 32M Exponent Minimum = 24 Exponent Average = 26.916 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [8 1 7 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 32M 32M 64M 256M 128M 64M 32M 32M 16M 16M 64M 64M 64M 64M 64M 32M 08 | 1G 256M 128M 128M 256M 512M 128M 256M 512M 64M 64M 128M 1G 1G 512M 512M 04 | 256M 256M 512M 256M 1G 1G 32M 512M 1G 512M 256M 512M 1G 256M 2G 1G Exponent Minimum = 24 Exponent Average = 27.541 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [4 1 9 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 4M 4M 4M 4M 4M 2M 2M 4M 4M 4M 4M 4M 4M 4M 4M 4M 08 | 4M 2M 4M 4M 16M 1M 1M 2M 2M 64M 64M 64M 128M 128M 64M 256M 04 | 1G 1G 1G 1G 1G 512M 1G 1G 1G 512M 1G 1G 512M 512M 2G 2G Exponent Minimum = 20 Exponent Average = 25.145 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [7 2 14 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 1G 512M 512M 512M 512M 1G 1G 1G 1G 128M 256M 128M 1G 1G 256M 08 | 32M 128M 256M 512M 1G 1G 512M 512M 512M 256M 512M 512M 128M 128M 256M 128M 04 | 128M 512M 256M 512M 1G 1G 512M 512M 512M 256M 32M 64M 32M 512M 256M 64M Exponent Minimum = 25 Exponent Average = 28.395 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [8 9 13 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 256M 256M 256M 256M 512M 512M 512M 512M 08 | 128M 512M 1G 1G 512M 1G 1G 512M 1G 512M 256M 256M 128M 256M 256M 256M 04 | 256M 256M 512M 1G 1G 1G 1G 1G 512M 2G 512M 64M 256M 512M 512M 256M Exponent Minimum = 26 Exponent Average = 28.833 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)s1-s0- candidate [13 5 8 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 512M 1G 1G 1G 1G 2G 512M 1G 1G 1G 1G 1G 1G 1G 04 | 512M 1G 512M 512M 512M 1G 512M 2G 256M 512M 1G 512M 512M 512M 2G 1G Exponent Minimum = 28 Exponent Average = 29.416__________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0+ candidate [14 2 7 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 256M 256M 512M 512M 512M 512M 64M 512M 512M 256M 512M 08 | 128M 256M 256M 256M 256M 128M 128M 32M 32M 16M 32M 32M 64M 64M 64M 128M 04 | 256M 128M 256M 256M 1G 64M 64M 256M 128M 128M 512M 16M 128M 1G 64M 1G Exponent Minimum = 24 Exponent Average = 27.520 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0+ candidate [13 5 10 9]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 1G 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 512M 512M 512M 512M 512M 1G 1G 1G 1G 1G 1G 512M 512M 512M 04 | 512M 512M 512M 1G 1G 1G 2G 512M 1G 1G 512M 1G 1G 2G 1G 512M Exponent Minimum = 29 Exponent Average = 29.395 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0+ candidate [7 1 8 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 32M 16M 128M 128M 128M 64M 64M 32M 32M 16M 16M 64M 64M 128M 64M 64M 08 | 512M 128M 64M 64M 256M 1G 256M 128M 256M 256M 64M 32M 128M 512M 512M 512M 04 | 256M 512M 256M 512M 256M 1G 512M 1G 1G 1G 512M 1G 1G 2G 1G 1G Exponent Minimum = 24 Exponent Average = 27.583 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0+ candidate [15 6 2 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 2M 1M 2M 1M 1M 1M 16M 256M 256M 512M 256M 512M 08 | 64M 64M 64M 64M 32M 64M 64M 128M 128M 128M 256M 512M 512M 256M 256M 256M 04 | 512M 128M 128M 128M 512K 256K 512K 256K 256K 256K 4M 64M 64M 256M 64M 1G Exponent Minimum = 18 Exponent Average = 25.291 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0+ candidate [14 2 9 9]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 1G 1G 512M 512M 512M 512M 512M 1G 512M 08 | 512M 512M 512M 512M 512M 512M 512M 1G 1G 1G 512M 512M 512M 1G 512M 512M 04 | 128M 512M 1G 1G 1G 2G 2G 1G 2G 512M 512M 1G 1G 1G 2G 256M Exponent Minimum = 27 Exponent Average = 29.395 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0+ candidate [3 11 14 7]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 128M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 64M 64M 64M 128M 64M 128M 128M 128M 128M 128M 256M 256M 1G 512M 04 | 256M 512M 1G 1G 1G 512M 128M 32M 128M 2G 128M 256M 256M 128M 128M 512M Exponent Minimum = 25 Exponent Average = 28.187 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0+ candidate [8 1 7 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 32M 32M 32M 256M 128M 64M 32M 32M 16M 16M 64M 64M 32M 64M 64M 64M 08 | 1G 256M 128M 128M 256M 512M 128M 256M 256M 64M 32M 128M 512M 1G 512M 1G 04 | 256M 256M 512M 256M 1G 1G 32M 512M 1G 512M 256M 512M 1G 256M 2G 1G Exponent Minimum = 24 Exponent Average = 27.479 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0+ candidate [7 2 14 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 1G 1G 512M 1G 1G 128M 256M 128M 512M 1G 512M 08 | 64M 128M 256M 512M 1G 1G 512M 512M 1G 256M 512M 256M 256M 256M 256M 128M 04 | 256M 512M 256M 512M 1G 1G 512M 512M 512M 256M 32M 64M 32M 512M 1G 256M Exponent Minimum = 25 Exponent Average = 28.541 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0+ candidate [10 7 11 12]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 1G 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 1G 1G 1G 04 | 512M 2G 1G 512M 512M 1G 1G 256M 512M 1G 512M 2G 512M 1G 1G 1G Exponent Minimum = 28 Exponent Average = 29.291 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0+ candidate [11 1 2 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 32M 32M 32M 32M 32M 32M 64M 32M 16M 16M 16M 32M 32M 16M 32M 32M 04 | 256M 512M 256M 512M 512M 256M 1G 1G 512M 512M 512M 4G 256M 512M 512M 512M Exponent Minimum = 24 Exponent Average = 27.625 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0+ candidate [7 2 14 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 1G 512M 512M 256M 512M 512M 1G 512M 512M 512M 512M 1G 1G 1G 1G 1G 04 | 256M 512M 512M 512M 512M 512M 512M 1G 512M 512M 256M 512M 1G 1G 1G 1G Exponent Minimum = 28 Exponent Average = 29.187 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0+ candidate [13 13 14 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 256M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 1M 2M 2M 2M 2M 2M 2M 2M 2M 2M 4M 4M 2M 4M 2M 2M 04 | 128M 128M 256M 128M 128M 128M 256M 256M 256M 256M 128M 256M 256M 256M 256M 256M Exponent Minimum = 20 Exponent Average = 25.895 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0+ candidate [4 1 9 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 4M 4M 4M 4M 4M 4M 4M 4M 4M 4M 4M 4M 4M 4M 4M 4M 08 | 8M 4M 4M 4M 16M 2M 1M 2M 1M 64M 64M 64M 128M 128M 64M 512M 04 | 1G 1G 1G 1G 1G 512M 1G 1G 512M 1G 1G 1G 512M 512M 1G 2G Exponent Minimum = 20 Exponent Average = 25.229__________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [8 1 7 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 32M 32M 32M 256M 128M 64M 32M 32M 16M 16M 64M 64M 64M 64M 64M 64M 08 | 1G 128M 128M 128M 256M 512M 128M 256M 512M 128M 64M 128M 1G 512M 512M 1G 04 | 256M 512M 512M 256M 1G 1G 32M 256M 1G 1G 256M 512M 1G 512M 2G 1G Exponent Minimum = 24 Exponent Average = 27.583 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [13 5 8 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 64M 64M 32M 64M 64M 32M 64K 128K 64M 64M 64M 64M 64M 64M 64M 64M 08 | 256M 256M 256M 512M 64M 16M 32K 64K 256M 512M 512M 512M 512M 512M 1G 512M 04 | 128M 512M 128M 128M 1G 1G 1G 512M 256M 256M 2G 512M 2G 128M 512M 512M Exponent Minimum = 15 Exponent Average = 26.708 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [14 2 9 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 256M 512M 512M 512M 512M 256M 512M 512M 512M 512M 512M 1G 512M 512M 512M 512M 08 | 128M 1G 512M 1G 512M 512M 512M 512M 1G 1G 1G 1G 1G 1G 2G 1G 04 | 1G 128M 1G 2G 1G 2G 128M 512M 1G 256M 256M 256M 256M 1G 512M 128M Exponent Minimum = 27 Exponent Average = 29.145 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [2 8 7 3]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 256M 512M 512M 256M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 1G 512M 512M 512M 512M 256M 256M 128M 128M 512M 512M 1G 512M 1G 512M 04 | 256M 128M 1G 512M 512M 512M 512M 2G 2G 512M 2G 1G 1G 512M 2G 1G Exponent Minimum = 27 Exponent Average = 29.083 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [13 13 14 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 2M 2M 8M 16M 4M 2M 2M 2M 2M 2M 8M 64M 32M 32M 8M 4M 04 | 256M 256M 256M 256M 256M 256M 512M 256M 256M 256M 256M 512M 256M 512M 512M 512M Exponent Minimum = 21 Exponent Average = 26.604 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [2 1 11 11]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 128M 256M 128M 128M 128M 128M 128M 128M 128M 256M 256M 128M 256M 512M 512M 08 | 8M 8M 8M 8M 8M 8M 8M 8M 8M 128M 8M 16M 8M 8M 128M 32M 04 | 512M 256M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 128M 512M 512M Exponent Minimum = 23 Exponent Average = 26.708 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [13 5 8 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 1G 1G 1G 1G 1G 2G 512M 1G 1G 1G 1G 1G 1G 1G 04 | 512M 1G 512M 256M 512M 512M 512M 1G 256M 512M 1G 256M 512M 512M 2G 1G Exponent Minimum = 28 Exponent Average = 29.354 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [13 3 14 12]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 8M 32M 128M 256M 256M 512M 256M 256M 256M 256M 32M 32M 64M 128M 16M 8M 04 | 128M 256M 512M 512M 512M 512M 512M 512M 512M 1G 1G 512M 1G 256M 128M 512M Exponent Minimum = 23 Exponent Average = 28.062 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [14 2 9 9]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 1G 1G 512M 1G 1G 1G 512M 512M 1G 1G 1G 512M 08 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 04 | 256M 512M 1G 1G 1G 2G 512M 512M 2G 512M 1G 1G 512M 1G 1G 256M Exponent Minimum = 28 Exponent Average = 29.354 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [14 11 3 12]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 256M 512M 128M 256M 256M 256M 512M 128M 512M 512M 256M 128M 32M 64M 256M 64M 08 | 64M 64M 256M 256M 256M 512M 256M 64M 64M 32M 32M 64M 32M 64M 64M 64M 04 | 64M 128M 32M 64M 64M 64M 256M 256M 256M 512M 64M 32M 8M 16M 64M 16M Exponent Minimum = 23 Exponent Average = 26.729 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [10 3 11 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 1G 512M 512M 512M 512M 512M 512M 1G 512M 512M 1G 1G 1G 512M 1G 1G 04 | 256M 512M 512M 256M 512M 1G 512M 1G 1G 1G 1G 1G 512M 512M 512M 1G Exponent Minimum = 28 Exponent Average = 29.250 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [15 3 6 12]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 64M 64M 256M 512M 512M 512M 512M 08 | 256M 512M 512M 512M 512M 1G 512M 512M 256M 512M 256M 512M 512M 512M 512M 256M 04 | 256M 256M 256M 256M 512M 512M 512M 512M 512M 512M 256M 512M 512M 256M 512M 512M Exponent Minimum = 26 Exponent Average = 28.666 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [3 3 10 2]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 256M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 256M 512M 256M 512M 256M 08 | 4M 128M 512M 512M 2M 2M 2M 2M 2M 8M 4M 2M 2M 64M 2M 2M 04 | 256M 256M 256M 512M 256M 512M 512M 128M 128M 256M 512M 256M 256M 512M 512M 256M Exponent Minimum = 21 Exponent Average = 26.645 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [10 3 11 12]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 512M 1G 256M 128M 128M 128M 256M 128M 128M 512M 1G 1G 512M 1G 04 | 512M 256M 512M 1G 512M 512M 512M 1G 1G 1G 256M 128M 128M 2G 2G 512M Exponent Minimum = 27 Exponent Average = 28.875 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1+s0- candidate [13 5 8 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 1G 1G 128M 256M 512M 512M 1G 1G 1G 512M 512M 512M 512M 1G 04 | 128M 256M 512M 512M 1G 1G 512M 512M 1G 1G 512M 512M 512M 512M 512M 1G Exponent Minimum = 27 Exponent Average = 29.104__________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1-s0+ candidate [10 3 11 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 1G 1G 512M 512M 512M 512M 512M 512M 512M 512M 1G 1G 512M 512M 1G 1G 04 | 256M 512M 512M 256M 512M 1G 512M 1G 1G 1G 1G 1G 512M 512M 1G 512M Exponent Minimum = 28 Exponent Average = 29.229 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1-s0+ candidate [13 5 8 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 1G 1G 1G 512M 1G 1G 512M 1G 1G 1G 512M 512M 1G 1G 04 | 512M 2G 512M 256M 256M 512M 512M 1G 256M 256M 1G 256M 256M 256M 2G 1G Exponent Minimum = 28 Exponent Average = 29.208 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1-s0+ candidate [14 2 9 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 256M 512M 1G 512M 512M 256M 512M 512M 512M 1G 512M 1G 1G 1G 1G 512M 08 | 128M 1G 512M 512M 512M 512M 512M 1G 1G 1G 1G 1G 1G 1G 1G 1G 04 | 512M 128M 1G 1G 1G 1G 128M 512M 1G 256M 256M 256M 256M 1G 512M 128M Exponent Minimum = 27 Exponent Average = 29.166 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1-s0+ candidate [2 1 11 11]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 256M 128M 128M 128M 128M 128M 128M 128M 256M 256M 128M 256M 256M 256M 08 | 8M 8M 8M 8M 8M 8M 8M 8M 8M 64M 8M 16M 8M 8M 128M 32M 04 | 256M 512M 512M 512M 512M 256M 512M 1G 512M 512M 512M 512M 512M 2G 512M 512M Exponent Minimum = 23 Exponent Average = 26.770 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1-s0+ candidate [8 1 7 5]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 32M 32M 64M 256M 128M 64M 32M 32M 32M 16M 64M 64M 64M 64M 64M 32M 08 | 1G 128M 128M 128M 256M 256M 128M 256M 512M 128M 32M 128M 512M 512M 512M 512M 04 | 256M 256M 512M 256M 512M 1G 32M 256M 512M 512M 256M 512M 1G 512M 2G 512M Exponent Minimum = 24 Exponent Average = 27.416 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1-s0+ candidate [6 2 3 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 1G 1G 1G 1G 1G 1G 2G 1G 1G 1G 2G 1G 1G 1G 1G 512M 04 | 256M 1G 1G 1G 512M 1G 1G 1G 1G 2G 2G 2G 512M 1G 2G 2G Exponent Minimum = 28 Exponent Average = 29.708__________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1-s0- candidate [13 5 10 9]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 512M 512M 512M 512M 512M 512M 1G 1G 1G 1G 512M 512M 512M 512M 04 | 512M 512M 512M 1G 1G 1G 2G 512M 1G 1G 512M 1G 2G 1G 1G 1G Exponent Minimum = 29 Exponent Average = 29.354 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1-s0- candidate [13 5 8 10]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 08 | 512M 512M 1G 1G 1G 1G 1G 1G 512M 1G 1G 1G 1G 1G 1G 1G 04 | 512M 1G 512M 256M 256M 512M 512M 1G 256M 256M 1G 256M 256M 256M 2G 1G Exponent Minimum = 28 Exponent Average = 29.250 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1-s0- candidate [7 2 14 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 1G 1G 1G 1G 1G 128M 256M 128M 512M 512M 512M 08 | 32M 128M 512M 1G 1G 1G 512M 512M 512M 1G 512M 512M 128M 128M 256M 128M 04 | 128M 1G 256M 512M 1G 1G 512M 512M 512M 256M 32M 64M 32M 256M 1G 256M Exponent Minimum = 25 Exponent Average = 28.541 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1-s0- candidate [7 1 8 6]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 32M 32M 128M 256M 128M 64M 32M 32M 32M 16M 16M 128M 128M 128M 64M 32M 08 | 512M 128M 64M 128M 256M 1G 512M 128M 256M 256M 64M 64M 128M 1G 512M 512M 04 | 512M 256M 256M 256M 256M 1G 512M 1G 512M 512M 512M 1G 1G 2G 1G 1G Exponent Minimum = 24 Exponent Average = 27.645 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1-s0- candidate [14 2 9 9]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 512M 512M 512M 512M 512M 512M 512M 512M 512M 512M 1G 512M 512M 512M 512M 512M 08 | 512M 512M 1G 512M 512M 512M 512M 512M 1G 512M 512M 512M 512M 1G 1G 512M 04 | 256M 512M 1G 1G 1G 2G 2G 1G 1G 512M 512M 1G 512M 1G 2G 256M Exponent Minimum = 28 Exponent Average = 29.333 __________________________________________________________________________________________________________ Gridded scores of single iterated Xoroshiro32(16)-s1-s0- candidate [8 7 15 13]. Byte Sampled Double Full Period = 8 GB PractRand v0.93 options: stdin -multithreaded -te 1 -tf 2 -tlmin 1KB |===00====01====02====03====04====05====06====07====08====09====10====11====12====13====14====15== 16 | 64M 64M 128M 256M 128M 512M 64M 64M 64M 128M 256M 512M 256M 128M 128M 128M 08 | 64M 128M 512M 512M 512M 512M 32M 32M 256M 256M 128M 512M 512M 64M 64M 128M 04 | 16M 16M 32M 64M 32M 512M 256M 32M 16M 32M 64M 256M 64M 64M 64M 32M Exponent Minimum = 24 Exponent Average = 26.770It runs quite smoothly. The slowest part is the built-in sort command. Took me a while to learn how to use it. In particular making [tab] as the sole field separator. The IFS variable wasn't playing ball for a while.
d=${#chirecords[*]} # Total number records. Note: @ and * perform the same job in most cases printf "Sorting pRanking ... " chirecords=($( sort -nt$'\t' -k3,3 -k4,4 <<<"${chirecords[*]}" )) # The entire array in one go! a=0; echo $d while [ $a -lt $d ]; do chirecords[$a]+=$'\t'$(($a + 1)) a=$(($a + 1)) done printf "Sorting zRanking ... " chirecords=($( sort -nt$'\t' -k4,4 -k3,3 <<<"${chirecords[*]}" )) # The entire array in one go! a=0; echo $d while [ $a -lt $d ]; do chirecords[$a]+=$'\t'$(($a + 1)) a=$(($a + 1)) done printf "Sorting nzRanking ... " chirecords=($( sort -nt$'\t' -k5,5 -k3,3 <<<"${chirecords[*]}" )) # The entire array in one go! a=0; echo $d while [ $a -lt $d ]; do chirecords[$a]+=$'\t'$(($a + 1)) a=$(($a + 1)) done printf "Sorting sumRanking ... " a=0 while [ $a -lt $d ]; do IFS=$'\t\n' read line line line line line prank zrank nzrank line <<<${chirecords[$a]} chirecords[$a]+=$'\t'$(($prank * 2 + $zrank + $nzrank)) a=$(($a + 1)) done chirecords=($( sort -nt$'\t' -k9,9 -k3,3 <<<"${chirecords[*]}" )) # The entire array in one go! echo $dI didin't notice until comparing the sorted chi rankings and it kind of stood out when three files were byte for byte identical. The first of the three is correct, so not rerunning that one.
I've been doing a lot of tiring demolition work lately but I had a day off today hence my return from lurkdom. I think it could be worthwhile calculating the distributions for the following:
rotl (+/- s1 +/- s0, d) + (+/- s0 +/- s0*4) 0 rotl (+s1 + s0, d) + s0*5 1 rotl (-s1 + s0, d) + s0*5 2 rotl (+s1 - s0, d) + s0*5 3 rotl (-s1 - s0, d) + s0*5 4 rotl (+s1 + s0, d) + s0*3 5 rotl (-s1 + s0, d) + s0*3 6 rotl (+s1 - s0, d) + s0*3 7 rotl (-s1 - s0, d) + s0*3 8 rotl (+s1 + s0, d) - s0*3 9 rotl (-s1 + s0, d) - s0*3 10 rotl (+s1 - s0, d) - s0*3 11 rotl (-s1 - s0, d) - s0*3 12 rotl (+s1 + s0, d) - s0*5 13 rotl (-s1 + s0, d) - s0*5 14 rotl (+s1 - s0, d) - s0*5 15 rotl (-s1 - s0, d) - s0*5This is twice the work compared to previously, but it does include s0*3 as well as s0*5.