Setting seed to: 5735

Creating and Configuring Population Object
Reading data from file: Exp2HighFreqPopulation.txt
  Reading user-specified header
  Reading user-specified formatting
Done reading in data
Creation of Population Object Complete


Creating and Configuring Population Object
Reading data from file: Exp2LowFreqPopulation.txt
  Reading user-specified header
  Reading user-specified formatting
Done reading in data
Creation of Population Object Complete


Creating and Configuring Sample Object

WARNING: File {./samples-hf/highFreqSample4.txt} already exists.  If you attempt to write to this file, the existing one will be overridden

Creation of Sample Object Complete


Creating and Configuring Sample Object

WARNING: File {./samples-lf/lowFreqSample4.txt} already exists.  If you attempt to write to this file, the existing one will be overridden

Creation of Sample Object Complete

Sample highFreqSample's population set to: highFreqPopulation
Sample lowFreqSample's population set to: lowFreqPopulation

Creating sos Object
    Defaulting to 10000 maximum iterations
    Defaulting to logistic pSwapFunction
    Defaulting to random targSample Candidate Selection Method
    Defaulting to randomPopulationAndSample feederdf Candidate Selection Method
    Defaulting to 10000 of same frozen cost before stopping
Random Sample Target Candidate Selection Ready
Random Population And Sample Feeder Candidate Selection Ready
    Defaulting to greedy annealing...
Creating greedy temperature annealing function...
Creation of sos object complete

Adding new Sample...
Adding new Sample...
Soft Distance Constraint has been created
Soft Distance Constraint has been created
Soft Distance Constraint has been created
Soft Distance Constraint has been created
Soft META Constraint has been created
Soft META Constraint has been created
Soft META Constraint has been created
Filling All Samples...
Normalizing Population and Sample Data
t-test added...
t-test added...
t-test added...
t-test added...
Creating exponential decay temperature annealing function...
Setting up optimization procedure...

Normalizing Population and Sample Data

Initializing Constraints

Hard Constraint Total: 0
   Soft Constraint #: 1 Cost: -3.51   freqConstraint
   Soft Constraint #: 2 Cost: 1.3534   AoAConstraint
   Soft Constraint #: 3 Cost: 65.3007   lengthConstraint
   Soft Constraint #: 4 Cost: 1.2959   imageConstraint
Soft Constraint Total: 64.44
   Meta Constraint #: 1 Cost: 658.2403   metaAoAAndFreqConstraint
   Meta Constraint #: 2 Cost: 449338.4109   metaLengthAndFreqConstraint
   Meta Constraint #: 3 Cost: 622.8194   metaImagAndFreqConstraint
Meta Constraint Total: 450619.4706

TOTAL COST (soft + meta): 450683.9106

Random Sample Target Candidate Selection Ready
Random Population And Sample Feeder Candidate Selection Ready
Optimizing for 1000 iterations

 Iteration              Cost  %Complete       Elapsed   Remaining
        1) 	    450683.91062 	  0.10% 	       1s 	      11s
     1000) 	   2821398.51481 	 100.00% 	       6s 	       1s
1000) Annealing Equation calibrated, changing temperature from Inf to 1126231.3205

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.6862, p = 1.0158e-008 p-des: 2.5e-008 m(1) = 246.0833; m(2) = 4.2083 (se=5.684) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.054139, p = 0.95729 p-des: 1 m(1) = 6.625; m(2) = 6.6667 (se=0.1571) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.2539, p = 0.22249 p-des: 0.5 m(1) = 3.9592; m(2) = 4.2883 (se=0.053587) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.5458, p = 0.13579 p-des: 0.5 m(1) = 4.4667; m(2) = 4.8592 (se=0.051828) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining

Optimization ended after reaching the maximum number of iterations

Writing all samples to disk...
Data written to file: ./samples-hf/highFreqSample4.txt
Data written to file: ./samples-lf/lowFreqSample4.txt

Displaying Constraint Costs

Hard Constraint Total: 0
   Soft Constraint #: 1 Cost: -3.3422   freqConstraint
   Soft Constraint #: 2 Cost: 0.75714   AoAConstraint
   Soft Constraint #: 3 Cost: 157.5316   lengthConstraint
   Soft Constraint #: 4 Cost: 0.86907   imageConstraint
Soft Constraint Total: 155.8156
   Meta Constraint #: 1 Cost: 310.3751   metaAoAAndFreqConstraint
   Meta Constraint #: 2 Cost: 2534269.2819   metaLengthAndFreqConstraint
   Meta Constraint #: 3 Cost: 365.9828   metaImagAndFreqConstraint
Meta Constraint Total: 2534945.6399

TOTAL COST (soft + meta): 2535101.4555

Setting seed to: 5735

Creating and Configuring Population Object
Reading data from file: Exp2HighFreqPopulation.txt
  Reading user-specified header
  Reading user-specified formatting
Done reading in data
Creation of Population Object Complete


Creating and Configuring Population Object
Reading data from file: Exp2LowFreqPopulation.txt
  Reading user-specified header
  Reading user-specified formatting
Done reading in data
Creation of Population Object Complete


Creating and Configuring Sample Object

WARNING: File {./samples-hf/highFreqSample4.txt} already exists.  If you attempt to write to this file, the existing one will be overridden

Creation of Sample Object Complete


Creating and Configuring Sample Object

WARNING: File {./samples-lf/lowFreqSample4.txt} already exists.  If you attempt to write to this file, the existing one will be overridden

Creation of Sample Object Complete

Sample highFreqSample's population set to: highFreqPopulation
Sample lowFreqSample's population set to: lowFreqPopulation

Creating sos Object
    Defaulting to 10000 maximum iterations
    Defaulting to logistic pSwapFunction
    Defaulting to random targSample Candidate Selection Method
    Defaulting to randomPopulationAndSample feederdf Candidate Selection Method
    Defaulting to 10000 of same frozen cost before stopping
Random Sample Target Candidate Selection Ready
Random Population And Sample Feeder Candidate Selection Ready
    Defaulting to greedy annealing...
Creating greedy temperature annealing function...
Creation of sos object complete

Adding new Sample...
Adding new Sample...
Soft Distance Constraint has been created
Soft Distance Constraint has been created
Soft Distance Constraint has been created
Soft Distance Constraint has been created
Soft META Constraint has been created
Soft META Constraint has been created
Soft META Constraint has been created
Filling All Samples...
Normalizing Population and Sample Data
t-test added...
t-test added...
t-test added...
t-test added...
Creating exponential decay temperature annealing function...
Setting up optimization procedure...

Normalizing Population and Sample Data

Initializing Constraints

Hard Constraint Total: 0
   Soft Constraint #: 1 Cost: -3.51   freqConstraint
   Soft Constraint #: 2 Cost: 1.3534   AoAConstraint
   Soft Constraint #: 3 Cost: 65.3007   lengthConstraint
   Soft Constraint #: 4 Cost: 1.2959   imageConstraint
Soft Constraint Total: 64.44
   Meta Constraint #: 1 Cost: 658.2403   metaAoAAndFreqConstraint
   Meta Constraint #: 2 Cost: 449338.4109   metaLengthAndFreqConstraint
   Meta Constraint #: 3 Cost: 622.8194   metaImagAndFreqConstraint
Meta Constraint Total: 450619.4706

TOTAL COST (soft + meta): 450683.9106

Random Sample Target Candidate Selection Ready
Random Population And Sample Feeder Candidate Selection Ready
Optimizing for 10000000 iterations

 Iteration              Cost  %Complete       Elapsed   Remaining
        1) 	    450683.91062 	  0.00% 	       1s 	 1d 9h 22m 52s
     1000) 	   2821398.51481 	  0.01% 	       7s 	 18h 19m 20s
1000) Annealing Equation calibrated, changing temperature from Inf to 1126231.3205

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.6862, p = 1.0158e-008 p-des: 2.5e-008 m(1) = 246.0833; m(2) = 4.2083 (se=5.684) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.054139, p = 0.95729 p-des: 1 m(1) = 6.625; m(2) = 6.6667 (se=0.1571) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.2539, p = 0.22249 p-des: 0.5 m(1) = 3.9592; m(2) = 4.2883 (se=0.053587) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.5458, p = 0.13579 p-des: 0.5 m(1) = 4.4667; m(2) = 4.8592 (se=0.051828) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
     2000) 	    409872.01048 	  0.02% 	      13s 	 18h 12m 8s
2000) p(thermEquil): 0.052008  prevBlock m = 1510585.816 (se = 962.8881) curBlock m = 1431008.0497 (se = 864.9308)
2000) Thermal Equilibrium Reached - Dropping temperature from 1126231.3205 to 473017.1546

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.5534, p = 1.3361e-008 p-des: 2.5e-008 m(1) = 224.4167; m(2) = 4.2917 (se=5.2532) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.9048, p = 0.06938 p-des: 1 m(1) = 6.0833; m(2) = 7 (se=0.098231) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.253, p = 0.00029975 p-des: 0.5 m(1) = 3.58; m(2) = 4.8721 (se=0.062015) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.4876, p = 0.15045 p-des: 0.5 m(1) = 4.7413; m(2) = 4.3079 (se=0.059462) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
     3000) 	    377384.03904 	  0.03% 	      19s 	 17h 21m 3s
3000) p(thermEquil): 2.6225e-107  prevBlock m = 1431008.0497 (se = 864.9308) curBlock m = 721199.2675 (se = 328.2921)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 6.8729, p = 5.2329e-007 p-des: 2.5e-008 m(1) = 218.3333; m(2) = 3.4583 (se=6.3817) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.72514, p = 0.47568 p-des: 1 m(1) = 6.375; m(2) = 6.75 (se=0.10556) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -5.463, p = 1.4903e-005 p-des: 0.5 m(1) = 3.5592; m(2) = 5.1525 (se=0.059535) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.3217, p = 0.19925 p-des: 0.5 m(1) = 4.6092; m(2) = 4.1825 (se=0.065893) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
     4000) 	    771984.47240 	  0.04% 	      25s 	 17h 11m 1s
4000) p(thermEquil): 1.1984e-039  prevBlock m = 721199.2675 (se = 328.2921) curBlock m = 968207.5618 (se = 476.0537)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.4667, p = 1.3721e-007 p-des: 2.5e-008 m(1) = 236.6667; m(2) = 3.9167 (se=6.3629) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.7095, p = 0.10082 p-des: 1 m(1) = 5.75; m(2) = 6.7917 (se=0.12438) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.2223, p = 0.00032354 p-des: 0.5 m(1) = 3.5512; m(2) = 4.8429 (se=0.062445) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.5384, p = 0.1376 p-des: 0.5 m(1) = 4.8104; m(2) = 4.3292 (se=0.063855) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
     5000) 	    660748.48622 	  0.05% 	      30s 	 16h 42m 24s
5000) p(thermEquil): 1.0953e-036  prevBlock m = 968207.5618 (se = 476.0537) curBlock m = 737467.4729 (se = 300.601)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.1114, p = 4.2929e-009 p-des: 2.5e-008 m(1) = 225.0833; m(2) = 4.2083 (se=4.9483) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.0142, p = 0.32103 p-des: 1 m(1) = 5.8333; m(2) = 6.4583 (se=0.12579) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.7258, p = 0.012052 p-des: 0.5 m(1) = 3.5867; m(2) = 4.5429 (se=0.07161) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.341, p = 0.19302 p-des: 0.5 m(1) = 4.8683; m(2) = 4.4408 (se=0.065075) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
     6000) 	    769824.82868 	  0.06% 	      35s 	 16h 16m 52s
6000) p(thermEquil): 0.0035623  prevBlock m = 737467.4729 (se = 300.601) curBlock m = 779635.5665 (se = 344.1847)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.2611, p = 3.1878e-009 p-des: 2.5e-008 m(1) = 230.375; m(2) = 4.0833 (se=4.9877) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.85676, p = 0.40041 p-des: 1 m(1) = 6.2917; m(2) = 6.7917 (se=0.11913) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.2815, p = 0.0032725 p-des: 0.5 m(1) = 3.5233; m(2) = 4.6313 (se=0.068917) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.78108, p = 0.44272 p-des: 0.5 m(1) = 4.6325; m(2) = 4.3712 (se=0.068274) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
     7000) 	    410608.02612 	  0.07% 	      40s 	 15h 57m 27s
7000) p(thermEquil): 2.0619e-009  prevBlock m = 779635.5665 (se = 344.1847) curBlock m = 886805.9162 (se = 445.2053)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.8268, p = 7.6214e-009 p-des: 2.5e-008 m(1) = 232.25; m(2) = 4 (se=5.2784) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.0336, p = 0.31209 p-des: 1 m(1) = 6.6667; m(2) = 7.25 (se=0.11521) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.9852, p = 0.0066154 p-des: 0.5 m(1) = 3.8333; m(2) = 4.7017 (se=0.059375) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.0045987, p = 0.99637 p-des: 0.5 m(1) = 4.6158; m(2) = 4.6171 (se=0.055484) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
     8000) 	    241583.53979 	  0.08% 	      45s 	 15h 43m 26s
8000) p(thermEquil): 1.8488e-018  prevBlock m = 886805.9162 (se = 445.2053) curBlock m = 712233.6734 (se = 436.6861)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.3619, p = 1.9911e-008 p-des: 2.5e-008 m(1) = 247.5; m(2) = 3.625 (se=5.9533) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.1644, p = 0.87085 p-des: 1 m(1) = 6.25; m(2) = 6.3333 (se=0.10347) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.4838, p = 0.0020057 p-des: 0.5 m(1) = 3.5917; m(2) = 4.7571 (se=0.068285) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.20026, p = 0.84304 p-des: 0.5 m(1) = 4.5554; m(2) = 4.6217 (se=0.067529) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
     9000) 	    372753.19387 	  0.09% 	      50s 	 15h 30m 19s
9000) p(thermEquil): 5.5134e-006  prevBlock m = 712233.6734 (se = 436.6861) curBlock m = 629436.548 (se = 373.4212)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.5954, p = 1.2248e-008 p-des: 2.5e-008 m(1) = 202.75; m(2) = 3.75 (se=4.7259) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.088283, p = 0.93042 p-des: 1 m(1) = 6.3333; m(2) = 6.2917 (se=0.096339) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.3519, p = 0.02761 p-des: 0.5 m(1) = 3.7196; m(2) = 4.4692 (se=0.065056) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.24942, p = 0.80525 p-des: 0.5 m(1) = 4.6837; m(2) = 4.7562 (se=0.059333) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    10000) 	    630499.24940 	  0.10% 	      55s 	 15h 21m 30s
10000) p(thermEquil): 8.6254e-079  prevBlock m = 629436.548 (se = 373.4212) curBlock m = 940487.3516 (se = 332.6225)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 4.4367, p = 0.00018955 p-des: 2.5e-008 m(1) = 297.125; m(2) = 4.4583 (se=13.465) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.89551, p = 0.37979 p-des: 1 m(1) = 6.625; m(2) = 7.1667 (se=0.12347) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.7309, p = 0.0010948 p-des: 0.5 m(1) = 3.6325; m(2) = 4.7188 (se=0.059431) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.64246, p = 0.52693 p-des: 0.5 m(1) = 4.6433; m(2) = 4.4383 (se=0.065133) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    11000) 	   1170932.45150 	  0.11% 	       1m 	 15h 13m 39s
11000) p(thermEquil): 9.364e-122  prevBlock m = 940487.3516 (se = 332.6225) curBlock m = 572993.5347 (se = 319.8345)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.3, p = 1.9884e-007 p-des: 2.5e-008 m(1) = 250.4167; m(2) = 3.2083 (se=6.9125) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.7746, p = 0.44647 p-des: 1 m(1) = 7.0417; m(2) = 6.5417 (se=0.13176) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.449, p = 0.022362 p-des: 0.5 m(1) = 3.865; m(2) = 4.5371 (se=0.056017) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.76244, p = 0.45355 p-des: 0.5 m(1) = 4.535; m(2) = 4.2771 (se=0.069051) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    12000) 	   1403793.50276 	  0.12% 	    1m 5s 	 15h 6m 33s
12000) p(thermEquil): 9.6948e-092  prevBlock m = 572993.5347 (se = 319.8345) curBlock m = 977297.4699 (se = 497.6788)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.5544, p = 1.3333e-008 p-des: 2.5e-008 m(1) = 201.3333; m(2) = 3.625 (se=4.7177) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.059037, p = 0.95343 p-des: 1 m(1) = 6.5417; m(2) = 6.5833 (se=0.14406) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.2534, p = 0.034071 p-des: 0.5 m(1) = 3.5054; m(2) = 4.2625 (se=0.068581) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.10502, p = 0.91727 p-des: 0.5 m(1) = 4.7892; m(2) = 4.755 (se=0.066406) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    13000) 	   1116071.56688 	  0.13% 	   1m 10s 	  15h 42s
13000) p(thermEquil): 6.805e-007  prevBlock m = 977297.4699 (se = 497.6788) curBlock m = 882388.677 (se = 338.8129)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 4.6272, p = 0.00011786 p-des: 2.5e-008 m(1) = 309.625; m(2) = 4.6667 (se=13.4528) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -2.5615, p = 0.017448 p-des: 1 m(1) = 5.75; m(2) = 7.2917 (se=0.12286) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.737, p = 0.0010784 p-des: 0.5 m(1) = 3.5517; m(2) = 4.7787 (se=0.067026) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.28926, p = 0.77498 p-des: 0.5 m(1) = 4.5471; m(2) = 4.6579 (se=0.078214) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    14000) 	    709689.18321 	  0.14% 	   1m 15s 	 14h 56m 23s
14000) p(thermEquil): 1.3121e-038  prevBlock m = 882388.677 (se = 338.8129) curBlock m = 693632.2697 (se = 295.2901)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.5503, p = 1.1404e-007 p-des: 2.5e-008 m(1) = 201.9583; m(2) = 3.5417 (se=5.3642) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.96489, p = 0.34464 p-des: 1 m(1) = 6.125; m(2) = 6.6667 (se=0.11459) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.67, p = 0.0012717 p-des: 0.5 m(1) = 3.6254; m(2) = 4.8688 (se=0.069154) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 2.0567, p = 0.051235 p-des: 0.5 m(1) = 4.7512; m(2) = 4.1308 (se=0.061577) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    15000) 	    486115.26059 	  0.15% 	   1m 20s 	 14h 52m 42s
15000) p(thermEquil): 0.00014041  prevBlock m = 693632.2697 (se = 295.2901) curBlock m = 762044.3227 (se = 483.8803)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 6.7759, p = 6.5406e-007 p-des: 2.5e-008 m(1) = 237.9167; m(2) = 3.375 (se=7.0656) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1.1428, p = 0.26489 p-des: 1 m(1) = 6.4167; m(2) = 5.8333 (se=0.1042) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.7509, p = 0.0010421 p-des: 0.5 m(1) = 3.575; m(2) = 4.4663 (se=0.048502) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.11288, p = 0.91111 p-des: 0.5 m(1) = 4.8379; m(2) = 4.8042 (se=0.061033) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    16000) 	    450042.50801 	  0.16% 	   1m 25s 	 14h 48m 59s
16000) p(thermEquil): 2.1998e-008  prevBlock m = 762044.3227 (se = 483.8803) curBlock m = 872665.1567 (se = 391.6736)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.4964, p = 1.2846e-007 p-des: 2.5e-008 m(1) = 249.4167; m(2) = 4 (se=6.6826) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.51225, p = 0.61336 p-des: 1 m(1) = 5.875; m(2) = 5.5833 (se=0.11623) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.4504, p = 0.022295 p-des: 0.5 m(1) = 3.3008; m(2) = 4.0825 (se=0.065114) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.63456, p = 0.53198 p-des: 0.5 m(1) = 4.9492; m(2) = 4.745 (se=0.065676) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    17000) 	    340140.20595 	  0.17% 	   1m 31s 	  14h 46m
17000) p(thermEquil): 2.0724e-037  prevBlock m = 872665.1567 (se = 391.6736) curBlock m = 662744.4833 (se = 324.0329)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 13.1696, p = 3.38e-012 p-des: 2.5e-008 m(1) = 194.0417; m(2) = 4.5 (se=2.9378) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1.8326, p = 0.079847 p-des: 1 m(1) = 6.6667; m(2) = 5.7083 (se=0.10675) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.7205, p = 0.0011231 p-des: 0.5 m(1) = 3.785; m(2) = 4.8062 (se=0.05603) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.65047, p = 0.52184 p-des: 0.5 m(1) = 4.5325; m(2) = 4.3529 (se=0.056355) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    18000) 	    685250.43936 	  0.18% 	   1m 36s 	 14h 42m 51s
18000) p(thermEquil): 2.2666e-008  prevBlock m = 662744.4833 (se = 324.0329) curBlock m = 753777.2845 (se = 397.4306)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 4.8499, p = 6.771e-005 p-des: 2.5e-008 m(1) = 315.5417; m(2) = 4.4167 (se=13.0948) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1.6707, p = 0.10833 p-des: 1 m(1) = 6.3333; m(2) = 5.5 (se=0.10182) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.7751, p = 0.089116 p-des: 0.5 m(1) = 3.6571; m(2) = 4.3425 (se=0.078817) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.72832, p = 0.47377 p-des: 0.5 m(1) = 4.4646; m(2) = 4.7133 (se=0.069716) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    19000) 	    479210.44943 	  0.19% 	   1m 41s 	 14h 40m 35s
19000) p(thermEquil): 2.9583e-028  prevBlock m = 753777.2845 (se = 397.4306) curBlock m = 975317.6912 (se = 482.977)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.139, p = 5.8882e-010 p-des: 2.5e-008 m(1) = 197.5; m(2) = 4.9167 (se=3.8772) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.1847, p = 0.24822 p-des: 1 m(1) = 5.9583; m(2) = 6.5833 (se=0.10769) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.5698, p = 0.001626 p-des: 0.5 m(1) = 3.6204; m(2) = 4.6792 (se=0.060541) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.92309, p = 0.36554 p-des: 0.5 m(1) = 4.7342; m(2) = 4.4358 (se=0.065971) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    20000) 	    618845.19045 	  0.20% 	   1m 46s 	  14h 38m
20000) p(thermEquil): 8.9591e-028  prevBlock m = 975317.6912 (se = 482.977) curBlock m = 764982.4209 (se = 354.261)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 6.9902, p = 4.0022e-007 p-des: 2.5e-008 m(1) = 246.2917; m(2) = 4.4583 (se=7.0619) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.071982, p = 0.94324 p-des: 1 m(1) = 6.2083; m(2) = 6.25 (se=0.11816) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.6142, p = 0.0014583 p-des: 0.5 m(1) = 3.4396; m(2) = 4.6954 (se=0.070927) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.8079, p = 0.083723 p-des: 0.5 m(1) = 5.0563; m(2) = 4.4412 (se=0.069439) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    21000) 	   1274878.28904 	  0.21% 	   1m 51s 	 14h 36m 46s
21000) p(thermEquil): 0.017574  prevBlock m = 764982.4209 (se = 354.261) curBlock m = 814398.5295 (se = 553.868)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 4.8221, p = 7.2556e-005 p-des: 2.5e-008 m(1) = 321.2083; m(2) = 3.9583 (se=13.4296) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.33016, p = 0.74427 p-des: 1 m(1) = 6.0833; m(2) = 6.3333 (se=0.15457) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.4218, p = 0.023732 p-des: 0.5 m(1) = 3.6683; m(2) = 4.5137 (se=0.071256) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.2813, p = 0.21286 p-des: 0.5 m(1) = 4.8808; m(2) = 4.5204 (se=0.057419) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    22000) 	    454109.60927 	  0.22% 	   1m 56s 	 14h 37m 39s
22000) p(thermEquil): 0.00085225  prevBlock m = 814398.5295 (se = 553.868) curBlock m = 744531.9481 (se = 361.2509)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.0082, p = 7.527e-010 p-des: 2.5e-008 m(1) = 262.9167; m(2) = 5.125 (se=5.2578) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.27, p = 0.21677 p-des: 1 m(1) = 5.9167; m(2) = 6.6667 (se=0.12054) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.7312, p = 9.0974e-005 p-des: 0.5 m(1) = 3.4133; m(2) = 4.7096 (se=0.055926) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.78013, p = 0.44327 p-des: 0.5 m(1) = 4.8275; m(2) = 4.6012 (se=0.059199) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    23000) 	    446311.06464 	  0.23% 	    2m 2s 	 14h 41m 41s
23000) p(thermEquil): 2.5562e-009  prevBlock m = 744531.9481 (se = 361.2509) curBlock m = 655415.2644 (se = 301.8872)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.1966, p = 3.6226e-009 p-des: 2.5e-008 m(1) = 233.125; m(2) = 3.875 (se=5.0883) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.9788, p = 0.059929 p-des: 1 m(1) = 6.125; m(2) = 7.1667 (se=0.10745) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.1112, p = 0.0049152 p-des: 0.5 m(1) = 3.6325; m(2) = 4.82 (se=0.077911) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.0004, p = 0.32753 p-des: 0.5 m(1) = 4.7683; m(2) = 4.42 (se=0.071075) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    24000) 	    640954.87665 	  0.24% 	    2m 7s 	 14h 41m 25s
24000) p(thermEquil): 1.8585e-008  prevBlock m = 655415.2644 (se = 301.8872) curBlock m = 570556.8202 (se = 366.8144)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 4.8677, p = 6.4776e-005 p-des: 2.5e-008 m(1) = 332.5833; m(2) = 3.6667 (se=13.7929) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.2861, p = 0.77737 p-des: 1 m(1) = 6.7083; m(2) = 6.875 (se=0.11891) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.1013, p = 0.0050315 p-des: 0.5 m(1) = 3.7421; m(2) = 4.77 (se=0.067655) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.16412, p = 0.87107 p-des: 0.5 m(1) = 4.3558; m(2) = 4.4104 (se=0.067887) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    25000) 	    717441.99830 	  0.25% 	   2m 12s 	 14h 39m 38s
25000) p(thermEquil): 3.1184e-023  prevBlock m = 570556.8202 (se = 366.8144) curBlock m = 721022.9241 (se = 298.6582)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.2577, p = 2.4788e-008 p-des: 2.5e-008 m(1) = 242.2083; m(2) = 4 (se=5.8883) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.5241, p = 0.60523 p-des: 1 m(1) = 6.125; m(2) = 6.4167 (se=0.1136) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.6645, p = 0.0012891 p-des: 0.5 m(1) = 3.3979; m(2) = 4.6 (se=0.06696) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.95168, p = 0.35116 p-des: 0.5 m(1) = 4.9475; m(2) = 4.7279 (se=0.047098) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    26000) 	    566892.45187 	  0.26% 	   2m 18s 	 14h 44m 10s
26000) p(thermEquil): 1.1657e-015  prevBlock m = 721022.9241 (se = 298.6582) curBlock m = 878573.0948 (se = 538.3775)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.9442, p = 8.4948e-010 p-des: 2.5e-008 m(1) = 221.6667; m(2) = 4.625 (se=4.4552) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.31022, p = 0.75919 p-des: 1 m(1) = 6; m(2) = 5.8333 (se=0.10967) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.051, p = 0.0056671 p-des: 0.5 m(1) = 3.6204; m(2) = 4.4671 (se=0.056645) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.59405, p = 0.55828 p-des: 0.5 m(1) = 4.6021; m(2) = 4.7567 (se=0.053117) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    27000) 	   1030404.70560 	  0.27% 	   2m 24s 	 14h 46m 40s
27000) p(thermEquil): 0.002099  prevBlock m = 878573.0948 (se = 538.3775) curBlock m = 817176.8329 (se = 327.5945)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.9031, p = 6.5275e-009 p-des: 2.5e-008 m(1) = 267.75; m(2) = 3.7917 (se=6.0518) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.5286, p = 0.14 p-des: 1 m(1) = 5.375; m(2) = 6.3333 (se=0.12797) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.832, p = 7.0792e-005 p-des: 0.5 m(1) = 3.3996; m(2) = 4.8925 (se=0.063068) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 2.5525, p = 0.017801 p-des: 0.5 m(1) = 4.8671; m(2) = 4.0796 (se=0.062977) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    28000) 	    950049.87516 	  0.28% 	   2m 29s 	 14h 45m 11s
28000) p(thermEquil): 2.9838e-038  prevBlock m = 817176.8329 (se = 327.5945) curBlock m = 1048247.9846 (se = 444.4913)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.2721, p = 4.595e-010 p-des: 2.5e-008 m(1) = 225.5417; m(2) = 4.7917 (se=4.3867) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.32562, p = 0.74765 p-des: 1 m(1) = 6.375; m(2) = 6.5833 (se=0.1306) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.7563, p = 0.011241 p-des: 0.5 m(1) = 3.93; m(2) = 4.6833 (se=0.05579) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.3076, p = 0.20395 p-des: 0.5 m(1) = 4.8308; m(2) = 4.4375 (se=0.061404) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    29000) 	    175954.43757 	  0.29% 	   2m 35s 	 14h 50m 9s
29000) p(thermEquil): 4.2455e-010  prevBlock m = 1048247.9846 (se = 444.4913) curBlock m = 927283.6012 (se = 417.0024)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.019, p = 5.1669e-009 p-des: 2.5e-008 m(1) = 226.0833; m(2) = 4.2917 (se=5.0198) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.2603, p = 0.22018 p-des: 1 m(1) = 6; m(2) = 6.5417 (se=0.087728) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.043, p = 0.0057751 p-des: 0.5 m(1) = 3.645; m(2) = 4.5362 (se=0.059784) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.15454, p = 0.87853 p-des: 0.5 m(1) = 4.5583; m(2) = 4.6029 (se=0.058888) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    30000) 	    942552.24581 	  0.30% 	   2m 41s 	 14h 50m 58s
30000) p(thermEquil): 1.4639e-091  prevBlock m = 927283.6012 (se = 417.0024) curBlock m = 587134.0002 (se = 273.4068)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.6646, p = 1.4495e-009 p-des: 2.5e-008 m(1) = 190.5417; m(2) = 4.375 (se=3.932) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.64321, p = 0.52645 p-des: 1 m(1) = 6.375; m(2) = 6.75 (se=0.11901) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.7451, p = 0.001057 p-des: 0.5 m(1) = 3.7617; m(2) = 4.8075 (se=0.057002) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.95019, p = 0.3519 p-des: 0.5 m(1) = 4.8525; m(2) = 4.5321 (se=0.068834) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    31000) 	   1019082.61773 	  0.31% 	   2m 46s 	 14h 48m 45s
31000) p(thermEquil): 2.0151e-036  prevBlock m = 587134.0002 (se = 273.4068) curBlock m = 779021.1436 (se = 383.32)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 11.6255, p = 4.1504e-011 p-des: 2.5e-008 m(1) = 229.875; m(2) = 4.4583 (se=3.9579) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.9086, p = 0.068865 p-des: 1 m(1) = 6.625; m(2) = 7.7083 (se=0.11586) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.6983, p = 0.0011861 p-des: 0.5 m(1) = 3.5467; m(2) = 4.6196 (se=0.059218) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.48159, p = 0.63465 p-des: 0.5 m(1) = 4.64; m(2) = 4.4787 (se=0.068346) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    32000) 	    311131.16142 	  0.32% 	   2m 51s 	 14h 47m 24s
32000) p(thermEquil): 0.40864  prevBlock m = 779021.1436 (se = 383.32) curBlock m = 763005.7369 (se = 478.1028)
32000) Thermal Equilibrium Reached - Dropping temperature from 473017.1546 to 198667.2049

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.6129, p = 9.9372e-008 p-des: 2.5e-008 m(1) = 197.4167; m(2) = 4.0417 (se=5.185) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.9341, p = 0.35996 p-des: 1 m(1) = 6.7083; m(2) = 6.2917 (se=0.091053) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.7904, p = 0.086561 p-des: 0.5 m(1) = 3.6375; m(2) = 4.1763 (se=0.061423) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.82794, p = 0.41621 p-des: 0.5 m(1) = 4.8192; m(2) = 4.5579 (se=0.06441) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    33000) 	   1013574.15276 	  0.33% 	   2m 56s 	 14h 45m 53s
33000) p(thermEquil): 1.0425e-059  prevBlock m = 763005.7369 (se = 478.1028) curBlock m = 477956.573 (se = 222.1982)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 12.7699, p = 6.3263e-012 p-des: 2.5e-008 m(1) = 205.4167; m(2) = 4.2917 (se=3.2149) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.3362, p = 0.73976 p-des: 1 m(1) = 6.0417; m(2) = 6.25 (se=0.12649) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.0015, p = 0.057273 p-des: 0.5 m(1) = 3.8179; m(2) = 4.5292 (se=0.072538) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.57913, p = 0.56813 p-des: 0.5 m(1) = 4.5217; m(2) = 4.6883 (se=0.058744) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    34000) 	    534122.23807 	  0.34% 	    3m 1s 	 14h 44m 36s
34000) p(thermEquil): 0.384  prevBlock m = 477956.573 (se = 222.1982) curBlock m = 488433.7985 (se = 308.8791)
34000) Thermal Equilibrium Reached - Dropping temperature from 198667.2049 to 83440.2261

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.5564, p = 1.1253e-007 p-des: 2.5e-008 m(1) = 269.1667; m(2) = 4 (se=7.1631) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.5296, p = 0.13974 p-des: 1 m(1) = 5.875; m(2) = 6.75 (se=0.11677) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.5095, p = 0.0018841 p-des: 0.5 m(1) = 3.5179; m(2) = 4.7017 (se=0.068852) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.49412, p = 0.62591 p-des: 0.5 m(1) = 4.7488; m(2) = 4.5879 (se=0.066441) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    35000) 	    439486.90411 	  0.35% 	    3m 6s 	 14h 43m 1s
35000) p(thermEquil): 1.918e-071  prevBlock m = 488433.7985 (se = 308.8791) curBlock m = 279222.5982 (se = 166.7728)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 11.3333, p = 6.8552e-011 p-des: 2.5e-008 m(1) = 183.9583; m(2) = 3.7083 (se=3.2465) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.35146, p = 0.72844 p-des: 1 m(1) = 6.4167; m(2) = 6.625 (se=0.121) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.3093, p = 0.0030606 p-des: 0.5 m(1) = 3.8725; m(2) = 4.7767 (se=0.05577) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.12892, p = 0.89854 p-des: 0.5 m(1) = 4.3446; m(2) = 4.2996 (se=0.071252) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    36000) 	    119697.69968 	  0.36% 	   3m 11s 	 14h 41m 45s
36000) p(thermEquil): 2.4984e-008  prevBlock m = 279222.5982 (se = 166.7728) curBlock m = 244175.1112 (se = 106.575)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.7137, p = 9.6012e-009 p-des: 2.5e-008 m(1) = 283.25; m(2) = 3.4583 (se=6.5543) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.4167; m(2) = 5.9167 (se=0.10206) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.4181, p = 0.0023527 p-des: 0.5 m(1) = 3.5662; m(2) = 4.7742 (se=0.072134) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.2685, p = 0.2173 p-des: 0.5 m(1) = 4.6796; m(2) = 4.2875 (se=0.063092) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    37000) 	    484418.64517 	  0.37% 	   3m 16s 	 14h 39m 50s
37000) p(thermEquil): 0.00018173  prevBlock m = 244175.1112 (se = 106.575) curBlock m = 264100.3326 (se = 129.8732)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.8729, p = 5.639e-008 p-des: 2.5e-008 m(1) = 237.0417; m(2) = 4.4167 (se=6.0314) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.47866, p = 0.6367 p-des: 1 m(1) = 5.9167; m(2) = 5.625 (se=0.12438) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.8432, p = 0.0092058 p-des: 0.5 m(1) = 3.3138; m(2) = 4.4092 (se=0.078643) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.6284, p = 0.11707 p-des: 0.5 m(1) = 5.21; m(2) = 4.7125 (se=0.062364) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    38000) 	    178466.18975 	  0.38% 	   3m 21s 	 14h 38m 15s
38000) p(thermEquil): 0.005523  prevBlock m = 264100.3326 (se = 129.8732) curBlock m = 280240.7547 (se = 129.9754)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.5894, p = 1.2401e-008 p-des: 2.5e-008 m(1) = 247.2083; m(2) = 4.625 (se=5.7649) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1.5869, p = 0.12619 p-des: 1 m(1) = 6.3333; m(2) = 5.7083 (se=0.080394) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.6843, p = 0.10566 p-des: 0.5 m(1) = 3.8712; m(2) = 4.3804 (se=0.061709) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.54969, p = 0.58783 p-des: 0.5 m(1) = 4.5675; m(2) = 4.7296 (se=0.060188) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    39000) 	    180607.74451 	  0.39% 	   3m 26s 	 14h 36m 50s
39000) p(thermEquil): 0.0072626  prevBlock m = 280240.7547 (se = 129.9754) curBlock m = 297863.9426 (se = 161.5814)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.5892, p = 1.0467e-007 p-des: 2.5e-008 m(1) = 264.875; m(2) = 3.2083 (se=7.0379) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.3271, p = 0.1975 p-des: 1 m(1) = 5.75; m(2) = 6.2917 (se=0.083314) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.6047, p = 0.015842 p-des: 0.5 m(1) = 3.8017; m(2) = 4.5737 (se=0.060506) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.099815, p = 0.92136 p-des: 0.5 m(1) = 4.5683; m(2) = 4.5933 (se=0.051125) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    40000) 	    195576.71738 	  0.40% 	   3m 31s 	 14h 35m 23s
40000) p(thermEquil): 0.010313  prevBlock m = 297863.9426 (se = 161.5814) curBlock m = 314339.5482 (se = 122.7218)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.012, p = 4.1806e-008 p-des: 2.5e-008 m(1) = 223.7083; m(2) = 4.1667 (se=5.5934) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.91754, p = 0.36838 p-des: 1 m(1) = 6.375; m(2) = 6.7917 (se=0.092696) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.7311, p = 0.011907 p-des: 0.5 m(1) = 3.5617; m(2) = 4.3942 (se=0.062222) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.057438, p = 0.95469 p-des: 0.5 m(1) = 4.7092; m(2) = 4.7308 (se=0.076999) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    41000) 	    178292.83377 	  0.41% 	   3m 36s 	 14h 33m 47s
41000) p(thermEquil): 1.7707e-009  prevBlock m = 314339.5482 (se = 122.7218) curBlock m = 280781.3678 (se = 125.4997)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.4107, p = 1.7978e-008 p-des: 2.5e-008 m(1) = 239.1667; m(2) = 2.7917 (se=5.7367) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -2.5948, p = 0.016197 p-des: 1 m(1) = 5.7917; m(2) = 6.8333 (se=0.081944) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.5112, p = 0.0018761 p-des: 0.5 m(1) = 3.5067; m(2) = 4.7179 (se=0.070416) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.2864, p = 0.21109 p-des: 0.5 m(1) = 4.7083; m(2) = 4.2837 (se=0.06737) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    42000) 	    449628.85988 	  0.42% 	   3m 41s 	 14h 32m 3s
42000) p(thermEquil): 0.20006  prevBlock m = 280781.3678 (se = 125.4997) curBlock m = 273774.1654 (se = 118.8881)
42000) Thermal Equilibrium Reached - Dropping temperature from 83440.2261 to 35044.8949

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.9959, p = 5.4123e-009 p-des: 2.5e-008 m(1) = 242.5833; m(2) = 3.3333 (se=5.4288) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.88528, p = 0.38517 p-des: 1 m(1) = 5.9583; m(2) = 6.4167 (se=0.10568) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.7334, p = 0.001088 p-des: 0.5 m(1) = 3.5042; m(2) = 4.6304 (se=0.061578) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.156, p = 0.87739 p-des: 0.5 m(1) = 4.7088; m(2) = 4.6475 (se=0.080145) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    43000) 	     63861.78394 	  0.43% 	   3m 45s 	 14h 30m 7s
43000) p(thermEquil): 4.2209e-137  prevBlock m = 273774.1654 (se = 118.8881) curBlock m = 153402.8834 (se = 70.857)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.5722, p = 1.0868e-007 p-des: 2.5e-008 m(1) = 253.2917; m(2) = 3.2083 (se=6.7415) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.25311, p = 0.80243 p-des: 1 m(1) = 5.7083; m(2) = 5.625 (se=0.067204) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.9229, p = 0.0076528 p-des: 0.5 m(1) = 3.4371; m(2) = 4.6517 (se=0.084822) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.48668, p = 0.63109 p-des: 0.5 m(1) = 4.6821; m(2) = 4.5325 (se=0.062738) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    44000) 	     98450.18138 	  0.44% 	   3m 51s 	 14h 31m 10s
44000) p(thermEquil): 8.6581e-008  prevBlock m = 153402.8834 (se = 70.857) curBlock m = 171930.731 (se = 82.8801)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.9461, p = 1.3525e-010 p-des: 2.5e-008 m(1) = 188.875; m(2) = 3.6667 (se=3.4538) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.57458, p = 0.57115 p-des: 1 m(1) = 6.3333; m(2) = 6.5833 (se=0.088814) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.6634, p = 0.0012926 p-des: 0.5 m(1) = 3.5329; m(2) = 4.5825 (se=0.058483) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.91438, p = 0.37001 p-des: 0.5 m(1) = 4.705; m(2) = 4.4287 (se=0.06167) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    45000) 	     78659.23050 	  0.45% 	   3m 56s 	 14h 31m 33s
45000) p(thermEquil): 9.4038e-038  prevBlock m = 171930.731 (se = 82.8801) curBlock m = 129074.9546 (se = 61.4125)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.716, p = 9.5564e-009 p-des: 2.5e-008 m(1) = 225.25; m(2) = 4.0417 (se=5.1806) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.13205, p = 0.89609 p-des: 1 m(1) = 6.7083; m(2) = 6.6667 (se=0.064408) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -5.2806, p = 2.332e-005 p-des: 0.5 m(1) = 3.7537; m(2) = 4.9392 (se=0.045823) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.090244, p = 0.92887 p-des: 0.5 m(1) = 4.4246; m(2) = 4.4037 (se=0.047123) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    46000) 	    146625.89322 	  0.46% 	    4m 2s 	 14h 34m 18s
46000) p(thermEquil): 5.5655e-013  prevBlock m = 129074.9546 (se = 61.4125) curBlock m = 151839.1852 (se = 77.8231)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.5122, p = 1.9471e-009 p-des: 2.5e-008 m(1) = 269; m(2) = 3.6667 (se=5.6938) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.78114, p = 0.44269 p-des: 1 m(1) = 5.625; m(2) = 5.9167 (se=0.076217) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.5289, p = 0.018755 p-des: 0.5 m(1) = 3.4521; m(2) = 4.0621 (se=0.049236) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.81231, p = 0.42494 p-des: 0.5 m(1) = 4.8433; m(2) = 5.0554 (se=0.053294) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    47000) 	    111751.96499 	  0.47% 	    4m 7s 	 14h 32m 50s
47000) p(thermEquil): 7.3048e-008  prevBlock m = 151839.1852 (se = 77.8231) curBlock m = 134450.0821 (se = 65.5481)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.2216, p = 5.0476e-010 p-des: 2.5e-008 m(1) = 202; m(2) = 4.0833 (se=3.9524) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.3598, p = 0.72228 p-des: 1 m(1) = 6.2083; m(2) = 6.0833 (se=0.070916) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.4657, p = 0.021559 p-des: 0.5 m(1) = 3.7033; m(2) = 4.3442 (se=0.053051) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.43232, p = 0.66953 p-des: 0.5 m(1) = 4.46; m(2) = 4.6079 (se=0.06984) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    48000) 	     88053.56174 	  0.48% 	   4m 12s 	 14h 31m 22s
48000) p(thermEquil): 0.95814  prevBlock m = 134450.0821 (se = 65.5481) curBlock m = 134304.5421 (se = 58.2213)
48000) Thermal Equilibrium Reached - Dropping temperature from 35044.8949 to 14718.8559

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.1876, p = 3.688e-009 p-des: 2.5e-008 m(1) = 206.875; m(2) = 3.875 (se=4.5101) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.82654, p = 0.41699 p-des: 1 m(1) = 5.9167; m(2) = 6.2917 (se=0.092611) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.4767, p = 0.0020408 p-des: 0.5 m(1) = 3.3946; m(2) = 4.4196 (se=0.060181) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.72996, p = 0.47278 p-des: 0.5 m(1) = 4.7696; m(2) = 4.5671 (se=0.056626) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    49000) 	     23815.82159 	  0.49% 	   4m 17s 	 14h 29m 58s
49000) p(thermEquil): 1.035e-150  prevBlock m = 134304.5421 (se = 58.2213) curBlock m = 72406.3037 (se = 32.9694)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 4.1234, p = 0.00041396 p-des: 2.5e-008 m(1) = 289.5417; m(2) = 4.3333 (se=14.1191) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.83995, p = 0.40958 p-des: 1 m(1) = 5.875; m(2) = 6.0833 (se=0.050629) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.7521, p = 0.0010389 p-des: 0.5 m(1) = 3.5867; m(2) = 4.4208 (se=0.04538) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.34486, p = 0.73333 p-des: 0.5 m(1) = 4.9371; m(2) = 4.8629 (se=0.043899) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    50000) 	     59086.49138 	  0.50% 	   4m 22s 	 14h 28m 23s
50000) p(thermEquil): 7.8613e-021  prevBlock m = 72406.3037 (se = 32.9694) curBlock m = 58936.3432 (se = 30.619)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.9523, p = 5.9092e-009 p-des: 2.5e-008 m(1) = 192.7917; m(2) = 3.9583 (se=4.3056) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.375; m(2) = 6.375 (se=0.081502) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.8403, p = 0.009268 p-des: 0.5 m(1) = 3.4142; m(2) = 4.2521 (se=0.060218) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.35573, p = 0.72528 p-des: 0.5 m(1) = 4.9317; m(2) = 4.8613 (se=0.040406) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    51000) 	     84976.88485 	  0.51% 	   4m 27s 	 14h 26m 36s
51000) p(thermEquil): 0.00058908  prevBlock m = 58936.3432 (se = 30.619) curBlock m = 63142.5265 (se = 23.5667)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.8654, p = 5.7316e-008 p-des: 2.5e-008 m(1) = 238.375; m(2) = 3.625 (se=6.0923) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 5.9583; m(2) = 5.9583 (se=0.071644) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.6957, p = 0.0011937 p-des: 0.5 m(1) = 3.5246; m(2) = 4.7237 (se=0.066233) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.1144, p = 0.27661 p-des: 0.5 m(1) = 4.795; m(2) = 4.4158 (se=0.06945) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    52000) 	    100534.15469 	  0.52% 	   4m 31s 	 14h 25m 6s
52000) p(thermEquil): 5.4502e-022  prevBlock m = 63142.5265 (se = 23.5667) curBlock m = 53155.0163 (se = 22.2039)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.1296, p = 5.9921e-010 p-des: 2.5e-008 m(1) = 219.0833; m(2) = 4.2083 (se=4.33) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1.1752, p = 0.25193 p-des: 1 m(1) = 6.1667; m(2) = 5.7083 (se=0.079608) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -5.8378, p = 5.9928e-006 p-des: 0.5 m(1) = 3.5671; m(2) = 4.9613 (se=0.048749) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 2.6509, p = 0.014279 p-des: 0.5 m(1) = 4.8571; m(2) = 4.1825 (se=0.051944) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    53000) 	     79202.50914 	  0.53% 	   4m 36s 	 14h 23m 37s
53000) p(thermEquil): 1.4341e-030  prevBlock m = 53155.0163 (se = 22.2039) curBlock m = 68402.7824 (se = 34.63)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.5291, p = 1.8841e-009 p-des: 2.5e-008 m(1) = 224.5417; m(2) = 3.7917 (se=4.7287) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.37718, p = 0.70949 p-des: 1 m(1) = 6.125; m(2) = 6 (se=0.067647) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.184, p = 0.039418 p-des: 0.5 m(1) = 3.6817; m(2) = 4.3467 (se=0.062153) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.1308, p = 0.2698 p-des: 0.5 m(1) = 4.9121; m(2) = 4.6046 (se=0.055509) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    54000) 	    108163.27217 	  0.54% 	   4m 41s 	 14h 22m 11s
54000) p(thermEquil): 0.65386  prevBlock m = 68402.7824 (se = 34.63) curBlock m = 69051.7167 (se = 29.9082)
54000) Thermal Equilibrium Reached - Dropping temperature from 14718.8559 to 6181.9195

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.8431, p = 6.0152e-008 p-des: 2.5e-008 m(1) = 298.375; m(2) = 3.625 (se=7.6712) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.56916, p = 0.57476 p-des: 1 m(1) = 6.0833; m(2) = 6.3333 (se=0.08966) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.7479, p = 0.0010499 p-des: 0.5 m(1) = 3.6104; m(2) = 4.6804 (se=0.058276) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.53569, p = 0.59732 p-des: 0.5 m(1) = 4.5233; m(2) = 4.6858 (se=0.061921) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    55000) 	     18439.46631 	  0.55% 	   4m 46s 	 14h 22m 50s
55000) p(thermEquil): 2.3911e-210  prevBlock m = 69051.7167 (se = 29.9082) curBlock m = 29940.6362 (se = 15.8259)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.0948, p = 3.156e-007 p-des: 2.5e-008 m(1) = 223.9167; m(2) = 4.0833 (se=6.3248) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.67823, p = 0.50439 p-des: 1 m(1) = 6.2083; m(2) = 6.0417 (se=0.050161) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.5368, p = 0.0017624 p-des: 0.5 m(1) = 3.5942; m(2) = 4.7496 (se=0.066684) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.0098, p = 0.32312 p-des: 0.5 m(1) = 4.8671; m(2) = 4.5563 (se=0.062836) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    56000) 	     51432.98827 	  0.56% 	   4m 51s 	 14h 22m 33s
56000) p(thermEquil): 1.0752e-005  prevBlock m = 29940.6362 (se = 15.8259) curBlock m = 27341.972 (se = 9.7977)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.107, p = 3.4124e-008 p-des: 2.5e-008 m(1) = 192.4167; m(2) = 4.5 (se=4.7315) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.1223, p = 0.2733 p-des: 1 m(1) = 6.0833; m(2) = 6.4583 (se=0.068203) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.3419, p = 0.0028295 p-des: 0.5 m(1) = 3.7908; m(2) = 4.72 (se=0.056754) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.7104, p = 0.10064 p-des: 0.5 m(1) = 4.7721; m(2) = 4.3475 (se=0.05067) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    57000) 	     78525.09709 	  0.57% 	   4m 56s 	 14h 20m 48s
57000) p(thermEquil): 1.2989e-043  prevBlock m = 27341.972 (se = 9.7977) curBlock m = 34369.745 (se = 12.1964)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.0134, p = 5.2249e-009 p-des: 2.5e-008 m(1) = 218.6667; m(2) = 3.5417 (se=4.8719) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.36532, p = 0.71821 p-des: 1 m(1) = 6.2917; m(2) = 6.1667 (se=0.069843) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.4481, p = 0.16109 p-des: 0.5 m(1) = 3.8863; m(2) = 4.3242 (se=0.06173) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.4465, p = 0.16152 p-des: 0.5 m(1) = 4.4525; m(2) = 4.8304 (se=0.053328) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    58000) 	     18173.31378 	  0.58% 	    5m 1s 	 14h 19m 6s
58000) p(thermEquil): 7.0712e-034  prevBlock m = 34369.745 (se = 12.1964) curBlock m = 27548.8797 (se = 12.4784)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.4134, p = 1.7877e-008 p-des: 2.5e-008 m(1) = 226.1667; m(2) = 4.8333 (se=5.3699) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 5.7917; m(2) = 5.5417 (se=0.051031) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.5758, p = 0.0169 p-des: 0.5 m(1) = 3.5408; m(2) = 4.2733 (se=0.058049) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.584, p = 0.12686 p-des: 0.5 m(1) = 4.5979; m(2) = 5.0588 (se=0.059388) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    59000) 	     15206.10083 	  0.59% 	    5m 5s 	 14h 17m 32s
59000) p(thermEquil): 1.675e-008  prevBlock m = 27548.8797 (se = 12.4784) curBlock m = 30670.5632 (se = 12.1593)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.7309, p = 1.2758e-009 p-des: 2.5e-008 m(1) = 209.125; m(2) = 3.3333 (se=4.3169) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.0636, p = 0.29857 p-des: 1 m(1) = 5.6667; m(2) = 5.9167 (se=0.047982) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.3082, p = 0.0030689 p-des: 0.5 m(1) = 3.4371; m(2) = 4.4883 (se=0.064864) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 2.1156, p = 0.04542 p-des: 0.5 m(1) = 4.9879; m(2) = 4.32 (se=0.064445) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    60000) 	     30811.52430 	  0.60% 	   5m 10s 	 14h 16m 42s
60000) p(thermEquil): 0.00016736  prevBlock m = 30670.5632 (se = 12.1593) curBlock m = 32590.2823 (se = 10.5498)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 11.4502, p = 5.6027e-011 p-des: 2.5e-008 m(1) = 250.875; m(2) = 4.0417 (se=4.4003) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.13452, p = 0.89416 p-des: 1 m(1) = 6.25; m(2) = 6.2917 (se=0.063225) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.7327, p = 9.0629e-005 p-des: 0.5 m(1) = 3.435; m(2) = 4.4812 (se=0.045125) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.14823, p = 0.88346 p-des: 0.5 m(1) = 4.7283; m(2) = 4.6842 (se=0.060823) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    61000) 	     22504.06447 	  0.61% 	   5m 15s 	 14h 15m 18s
61000) p(thermEquil): 2.4104e-027  prevBlock m = 32590.2823 (se = 10.5498) curBlock m = 27400.1197 (se = 10.5607)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.9017, p = 5.2991e-008 p-des: 2.5e-008 m(1) = 258.8333; m(2) = 4.5417 (se=6.5691) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.1606, p = 0.2577 p-des: 1 m(1) = 6.2083; m(2) = 6.5833 (se=0.065952) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.3984, p = 0.00020856 p-des: 0.5 m(1) = 3.5108; m(2) = 4.5217 (se=0.046912) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.3315, p = 0.19609 p-des: 0.5 m(1) = 4.8804; m(2) = 4.5612 (se=0.048931) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    62000) 	     60299.04280 	  0.62% 	   5m 20s 	 14h 13m 54s
62000) p(thermEquil): 8.1341e-005  prevBlock m = 27400.1197 (se = 10.5607) curBlock m = 25620.7632 (se = 9.5673)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 6.8431, p = 5.6035e-007 p-des: 2.5e-008 m(1) = 221.5417; m(2) = 4.0833 (se=6.4866) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.52641, p = 0.60364 p-des: 1 m(1) = 6.3333; m(2) = 6.5 (se=0.064628) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.7412, p = 0.0010673 p-des: 0.5 m(1) = 3.6833; m(2) = 4.7667 (se=0.059108) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.48496, p = 0.63229 p-des: 0.5 m(1) = 4.3838; m(2) = 4.5454 (se=0.068048) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    63000) 	     25572.08995 	  0.63% 	   5m 24s 	 14h 12m 34s
63000) p(thermEquil): 8.7194e-007  prevBlock m = 25620.7632 (se = 9.5673) curBlock m = 27868.7784 (se = 10.7717)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.7406, p = 7.5142e-008 p-des: 2.5e-008 m(1) = 230.25; m(2) = 4.0833 (se=5.9641) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.3366, p = 0.73947 p-des: 1 m(1) = 5.375; m(2) = 5.2917 (se=0.050536) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.6833, p = 0.10585 p-des: 0.5 m(1) = 3.4979; m(2) = 4.0508 (se=0.067051) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.40581, p = 0.68863 p-des: 0.5 m(1) = 5.0254; m(2) = 5.14 (se=0.057636) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    64000) 	     21070.45790 	  0.64% 	   5m 30s 	 14h 13m 21s
64000) p(thermEquil): 0.97045  prevBlock m = 27868.7784 (se = 10.7717) curBlock m = 27850.1566 (se = 11.6858)
64000) Thermal Equilibrium Reached - Dropping temperature from 6181.9195 to 2596.4062

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.4157, p = 2.3511e-009 p-des: 2.5e-008 m(1) = 219.2917; m(2) = 4.2917 (se=4.661) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1.1897, p = 0.2463 p-des: 1 m(1) = 5.5417; m(2) = 5.2083 (se=0.057192) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.4723, p = 0.021249 p-des: 0.5 m(1) = 3.6483; m(2) = 4.3512 (se=0.058035) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.2086, p = 0.8366 p-des: 0.5 m(1) = 4.5237; m(2) = 4.5792 (se=0.054227) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    65000) 	     10656.37001 	  0.65% 	   5m 35s 	 14h 13m 9s
65000) p(thermEquil): 8.064e-141  prevBlock m = 27850.1566 (se = 11.6858) curBlock m = 16239.4792 (se = 5.5618)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 11.88, p = 2.7003e-011 p-des: 2.5e-008 m(1) = 230.0833; m(2) = 3.2917 (se=3.8968) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.4991, p = 0.62245 p-des: 1 m(1) = 6.0417; m(2) = 5.9167 (se=0.051123) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.3582, p = 0.027238 p-des: 0.5 m(1) = 3.6533; m(2) = 4.3683 (se=0.061889) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.49099, p = 0.62809 p-des: 0.5 m(1) = 4.4513; m(2) = 4.5954 (se=0.059936) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    66000) 	      6231.92613 	  0.66% 	   5m 40s 	 14h 12m 17s
66000) p(thermEquil): 1.7898e-033  prevBlock m = 16239.4792 (se = 5.5618) curBlock m = 13231.0528 (se = 5.392)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.3461, p = 2.058e-008 p-des: 2.5e-008 m(1) = 248.25; m(2) = 3.75 (se=5.9798) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6; m(2) = 6 (se=0.040751) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.5499, p = 0.017901 p-des: 0.5 m(1) = 3.635; m(2) = 4.3375 (se=0.056235) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.2462, p = 0.22522 p-des: 0.5 m(1) = 5.0171; m(2) = 4.6454 (se=0.060876) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    67000) 	     14217.26641 	  0.67% 	   5m 44s 	 14h 10m 57s
67000) p(thermEquil): 0.12077  prevBlock m = 13231.0528 (se = 5.392) curBlock m = 13594.1537 (se = 5.0642)
67000) Thermal Equilibrium Reached - Dropping temperature from 2596.4062 to 1090.4906

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.2643, p = 4.662e-010 p-des: 2.5e-008 m(1) = 197.3333; m(2) = 4.1667 (se=3.8415) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.48528, p = 0.63207 p-des: 1 m(1) = 5.7083; m(2) = 5.8333 (se=0.052579) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.8314, p = 0.0094605 p-des: 0.5 m(1) = 3.5263; m(2) = 4.2462 (se=0.051907) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.2342, p = 0.2296 p-des: 0.5 m(1) = 4.6304; m(2) = 4.9863 (se=0.058853) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    68000) 	      3645.27934 	  0.68% 	   5m 49s 	 14h 9m 21s
68000) p(thermEquil): 2.7741e-262  prevBlock m = 13594.1537 (se = 5.0642) curBlock m = 5896.3677 (se = 2.5167)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.9831, p = 5.5536e-009 p-des: 2.5e-008 m(1) = 205.2917; m(2) = 3.9167 (se=4.5759) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.4968, p = 0.14803 p-des: 1 m(1) = 6.3333; m(2) = 6.625 (se=0.039774) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.957, p = 5.189e-005 p-des: 0.5 m(1) = 3.7242; m(2) = 4.8908 (se=0.048042) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.16999, p = 0.8665 p-des: 0.5 m(1) = 4.4842; m(2) = 4.4317 (se=0.063042) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    69000) 	      7280.66600 	  0.69% 	   5m 53s 	 14h 7m 43s
69000) p(thermEquil): 2.5975e-005  prevBlock m = 5896.3677 (se = 2.5167) curBlock m = 6359.3395 (se = 2.3926)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 12.5212, p = 9.4169e-012 p-des: 2.5e-008 m(1) = 237; m(2) = 4.6667 (se=3.7876) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 2.4104, p = 0.024329 p-des: 1 m(1) = 6.2917; m(2) = 5.8333 (se=0.038814) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.4707, p = 0.021327 p-des: 0.5 m(1) = 3.6008; m(2) = 4.3521 (se=0.062068) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.38932, p = 0.70062 p-des: 0.5 m(1) = 4.6817; m(2) = 4.8025 (se=0.063353) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    70000) 	      3194.70826 	  0.70% 	   5m 58s 	 14h 6m 16s
70000) p(thermEquil): 0.010275  prevBlock m = 6359.3395 (se = 2.3926) curBlock m = 6098.4046 (se = 2.1431)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.1128, p = 3.3706e-008 p-des: 2.5e-008 m(1) = 192.9583; m(2) = 4.4167 (se=4.7439) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.89056, p = 0.38238 p-des: 1 m(1) = 5.9167; m(2) = 6.0833 (se=0.038201) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.2624, p = 0.0034265 p-des: 0.5 m(1) = 3.5842; m(2) = 4.4029 (se=0.051228) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.35546, p = 0.72549 p-des: 0.5 m(1) = 4.8062; m(2) = 4.6958 (se=0.063408) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    71000) 	     10675.17261 	  0.71% 	    6m 3s 	 14h 6m 17s
71000) p(thermEquil): 0.8116  prevBlock m = 6098.4046 (se = 2.1431) curBlock m = 6119.1785 (se = 1.7322)
71000) Thermal Equilibrium Reached - Dropping temperature from 1090.4906 to 458.006

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.6935, p = 1.0008e-008 p-des: 2.5e-008 m(1) = 224; m(2) = 4.625 (se=5.1509) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.16557, p = 0.86994 p-des: 1 m(1) = 6.2917; m(2) = 6.3333 (se=0.051369) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.561, p = 0.0016612 p-des: 0.5 m(1) = 3.7133; m(2) = 4.7938 (se=0.061931) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.4442, p = 0.16216 p-des: 0.5 m(1) = 4.6608; m(2) = 4.2358 (se=0.060069) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    72000) 	      2747.43580 	  0.72% 	    6m 8s 	 14h 4m 42s
72000) p(thermEquil): 2.0815e-134  prevBlock m = 6119.1785 (se = 1.7322) curBlock m = 3808.4685 (se = 2.1105)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.849, p = 5.9387e-008 p-des: 2.5e-008 m(1) = 236.1667; m(2) = 4.9167 (se=6.014) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.52641, p = 0.60364 p-des: 1 m(1) = 5.9167; m(2) = 6 (se=0.032314) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.2014, p = 0.038013 p-des: 0.5 m(1) = 3.4462; m(2) = 4.2004 (se=0.069931) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.18577, p = 0.85425 p-des: 0.5 m(1) = 4.9204; m(2) = 4.8642 (se=0.061807) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    73000) 	      4551.33515 	  0.73% 	   6m 13s 	 14h 5m 30s
73000) p(thermEquil): 0.0002384  prevBlock m = 3808.4685 (se = 2.1105) curBlock m = 3532.1966 (se = 1.0824)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.1841, p = 2.8964e-008 p-des: 2.5e-008 m(1) = 222.375; m(2) = 3.4583 (se=5.4601) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.23772, p = 0.8142 p-des: 1 m(1) = 6.0417; m(2) = 6.0833 (se=0.035778) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.3749, p = 0.0026128 p-des: 0.5 m(1) = 3.4488; m(2) = 4.1987 (se=0.045363) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.0103, p = 0.32287 p-des: 0.5 m(1) = 4.7442; m(2) = 5.0417 (se=0.060109) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    74000) 	      3911.41564 	  0.74% 	   6m 18s 	 14h 4m 1s
74000) p(thermEquil): 1.0191e-025  prevBlock m = 3532.1966 (se = 1.0824) curBlock m = 3032.9373 (se = 1.0166)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.7006, p = 9.8642e-009 p-des: 2.5e-008 m(1) = 216; m(2) = 3.125 (se=4.9943) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.41901, p = 0.67909 p-des: 1 m(1) = 6.9583; m(2) = 7.0417 (se=0.040596) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.6949, p = 9.9566e-005 p-des: 0.5 m(1) = 3.7004; m(2) = 4.845 (se=0.049764) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.62464, p = 0.53836 p-des: 0.5 m(1) = 4.5525; m(2) = 4.3608 (se=0.062634) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    75000) 	      2774.62558 	  0.75% 	   6m 22s 	 14h 2m 29s
75000) p(thermEquil): 1.7628e-047  prevBlock m = 3032.9373 (se = 1.0166) curBlock m = 2397.4431 (se = 0.89034)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.9959, p = 7.7041e-010 p-des: 2.5e-008 m(1) = 196.3333; m(2) = 3.4167 (se=3.9395) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1.3101, p = 0.20309 p-des: 1 m(1) = 6.625; m(2) = 6.4167 (se=0.032459) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.0107, p = 0.00054778 p-des: 0.5 m(1) = 3.7625; m(2) = 4.8608 (se=0.055899) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.7704, p = 0.08991 p-des: 0.5 m(1) = 4.5583; m(2) = 4.1121 (se=0.051451) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    76000) 	      4444.51572 	  0.76% 	   6m 26s 	  14h 57s
76000) p(thermEquil): 1.4769e-024  prevBlock m = 2397.4431 (se = 0.89034) curBlock m = 2799.335 (se = 0.84292)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 6.7353, p = 7.1827e-007 p-des: 2.5e-008 m(1) = 220.1667; m(2) = 4.0417 (se=6.55) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.25311, p = 0.80243 p-des: 1 m(1) = 6.0417; m(2) = 6.0833 (se=0.033602) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.3917, p = 0.0025083 p-des: 0.5 m(1) = 3.6196; m(2) = 4.4646 (se=0.050855) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.87222, p = 0.3921 p-des: 0.5 m(1) = 4.8967; m(2) = 4.6887 (se=0.048658) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    77000) 	      2153.90552 	  0.77% 	   6m 31s 	 13h 59m 33s
77000) p(thermEquil): 0.0001632  prevBlock m = 2799.335 (se = 0.84292) curBlock m = 2658.6538 (se = 0.82257)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.9727, p = 8.0495e-010 p-des: 2.5e-008 m(1) = 190.5417; m(2) = 4.2917 (se=3.8122) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.1632, p = 0.25669 p-des: 1 m(1) = 5.9167; m(2) = 6.0833 (se=0.029249) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.7688, p = 0.090192 p-des: 0.5 m(1) = 3.9425; m(2) = 4.47 (se=0.060875) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.95777, p = 0.34814 p-des: 0.5 m(1) = 4.5921; m(2) = 4.9046 (se=0.066601) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    78000) 	      2260.95810 	  0.78% 	   6m 36s 	 13h 59m 12s
78000) p(thermEquil): 2.3913e-010  prevBlock m = 2658.6538 (se = 0.82257) curBlock m = 2901.5443 (se = 0.88249)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.0505, p = 4.8502e-009 p-des: 2.5e-008 m(1) = 264.3333; m(2) = 4.2917 (se=5.865) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.32707, p = 0.74657 p-des: 1 m(1) = 6.1667; m(2) = 6.2083 (se=0.026004) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.8544, p = 0.00080705 p-des: 0.5 m(1) = 3.5796; m(2) = 4.4729 (se=0.04731) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.1621, p = 0.25713 p-des: 0.5 m(1) = 4.6883; m(2) = 4.4029 (se=0.050135) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    79000) 	      2363.88274 	  0.79% 	   6m 41s 	 13h 59m 52s
79000) p(thermEquil): 0.096752  prevBlock m = 2901.5443 (se = 0.88249) curBlock m = 2973.8006 (se = 1.0546)
79000) Thermal Equilibrium Reached - Dropping temperature from 458.006 to 192.3625

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.4298, p = 3.4354e-010 p-des: 2.5e-008 m(1) = 199.4167; m(2) = 4.2083 (se=3.8205) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.2083; m(2) = 6.375 (se=0.034021) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.1883, p = 0.0040915 p-des: 0.5 m(1) = 3.4542; m(2) = 4.4333 (se=0.062689) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.54037, p = 0.59414 p-des: 0.5 m(1) = 4.5596; m(2) = 4.7229 (se=0.061699) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    80000) 	       927.26177 	  0.80% 	   6m 46s 	 13h 59m 30s
80000) p(thermEquil): 3.1044e-217  prevBlock m = 2973.8006 (se = 1.0546) curBlock m = 1592.5377 (se = 0.42121)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 16.5368, p = 2.9147e-014 p-des: 2.5e-008 m(1) = 158.5; m(2) = 4.2083 (se=1.9045) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1.446, p = 0.16167 p-des: 1 m(1) = 6.7917; m(2) = 6.625 (se=0.023527) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.3604, p = 0.18688 p-des: 0.5 m(1) = 4.1204; m(2) = 4.6017 (se=0.072209) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.21071, p = 0.83497 p-des: 0.5 m(1) = 4.4017; m(2) = 4.4733 (se=0.069428) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    81000) 	       734.77443 	  0.81% 	   6m 51s 	 13h 57m 58s
81000) p(thermEquil): 1.5134e-010  prevBlock m = 1592.5377 (se = 0.42121) curBlock m = 1467.4542 (se = 0.4473)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.4682, p = 3.2018e-010 p-des: 2.5e-008 m(1) = 193.75; m(2) = 3.7083 (se=3.7057) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.37111, p = 0.71395 p-des: 1 m(1) = 6.3333; m(2) = 6.2917 (se=0.022918) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.8275, p = 0.00086254 p-des: 0.5 m(1) = 3.7508; m(2) = 4.5512 (se=0.042687) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.96163, p = 0.34624 p-des: 0.5 m(1) = 4.7475; m(2) = 4.9117 (se=0.034848) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    82000) 	      1116.59439 	  0.82% 	   6m 56s 	 13h 57m 45s
82000) p(thermEquil): 3.6589e-015  prevBlock m = 1467.4542 (se = 0.4473) curBlock m = 1323.7443 (se = 0.35809)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.9496, p = 4.7797e-008 p-des: 2.5e-008 m(1) = 212.125; m(2) = 3.875 (se=5.3473) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.5833; m(2) = 6.4583 (se=0.025516) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.3378, p = 0.0028575 p-des: 0.5 m(1) = 3.55; m(2) = 4.4658 (se=0.056008) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.37386, p = 0.71193 p-des: 0.5 m(1) = 4.9621; m(2) = 4.8667 (se=0.052096) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    83000) 	      1902.37372 	  0.83% 	       7m 	 13h 56m 17s
83000) p(thermEquil): 0.77705  prevBlock m = 1323.7443 (se = 0.35809) curBlock m = 1319.6038 (se = 0.29244)
83000) Thermal Equilibrium Reached - Dropping temperature from 192.3625 to 80.7923

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 11.2281, p = 8.2321e-011 p-des: 2.5e-008 m(1) = 198.9167; m(2) = 3.6667 (se=3.5496) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.90098, p = 0.37694 p-des: 1 m(1) = 6.6667; m(2) = 6.7917 (se=0.02832) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.155, p = 0.0044298 p-des: 0.5 m(1) = 3.9442; m(2) = 4.8771 (se=0.060359) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.30517, p = 0.76298 p-des: 0.5 m(1) = 4.2775; m(2) = 4.3613 (se=0.056018) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    84000) 	       845.77918 	  0.84% 	    7m 4s 	 13h 54m 40s
84000) p(thermEquil): 3.0383e-224  prevBlock m = 1319.6038 (se = 0.29244) curBlock m = 870.7469 (se = 0.25422)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.7724, p = 8.5152e-009 p-des: 2.5e-008 m(1) = 183.2917; m(2) = 3.5833 (se=4.1816) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.37111, p = 0.71395 p-des: 1 m(1) = 6.5417; m(2) = 6.5 (se=0.022918) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.5407, p = 0.00014624 p-des: 0.5 m(1) = 3.8746; m(2) = 4.8158 (se=0.042313) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.11137, p = 0.91229 p-des: 0.5 m(1) = 4.2167; m(2) = 4.2421 (se=0.046584) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    85000) 	       938.86007 	  0.85% 	    7m 9s 	 13h 53m 16s
85000) p(thermEquil): 8.3297e-015  prevBlock m = 870.7469 (se = 0.25422) curBlock m = 790.9737 (se = 0.19819)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.3534, p = 2.027e-008 p-des: 2.5e-008 m(1) = 186.75; m(2) = 3.5833 (se=4.4759) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1.6956, p = 0.10346 p-des: 1 m(1) = 6.4167; m(2) = 6.25 (se=0.020064) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.4027, p = 0.0024427 p-des: 0.5 m(1) = 3.845; m(2) = 4.7392 (se=0.053641) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.016301, p = 0.98713 p-des: 0.5 m(1) = 4.4983; m(2) = 4.4933 (se=0.062609) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    86000) 	       873.60621 	  0.86% 	   7m 13s 	 13h 51m 49s
86000) p(thermEquil): 5.5882e-026  prevBlock m = 790.9737 (se = 0.19819) curBlock m = 693.2646 (se = 0.21035)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.8344, p = 1.0466e-009 p-des: 2.5e-008 m(1) = 213.375; m(2) = 4.125 (se=4.3432) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.375; m(2) = 6.375 (se=0.021281) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.9825, p = 0.0066575 p-des: 0.5 m(1) = 3.4992; m(2) = 4.3154 (se=0.055864) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.31888, p = 0.75269 p-des: 0.5 m(1) = 4.6992; m(2) = 4.7725 (se=0.046942) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    87000) 	       688.95039 	  0.87% 	   7m 18s 	 13h 51m 25s
87000) p(thermEquil): 0.58162  prevBlock m = 693.2646 (se = 0.21035) curBlock m = 688.766 (se = 0.14962)
87000) Thermal Equilibrium Reached - Dropping temperature from 80.7923 to 33.9328

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.4185, p = 3.5071e-010 p-des: 2.5e-008 m(1) = 209.625; m(2) = 4.6667 (se=4.0156) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.43963, p = 0.66431 p-des: 1 m(1) = 6.4583; m(2) = 6.5 (se=0.019346) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.1389, p = 0.043291 p-des: 0.5 m(1) = 3.6429; m(2) = 4.1883 (se=0.052052) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.301, p = 0.20613 p-des: 0.5 m(1) = 4.4729; m(2) = 4.7975 (se=0.050925) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    88000) 	       334.22378 	  0.88% 	   7m 22s 	 13h 49m 50s
88000) p(thermEquil): 1.1704e-293  prevBlock m = 688.766 (se = 0.14962) curBlock m = 426.5967 (se = 0.11172)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 11.184, p = 8.8911e-011 p-des: 2.5e-008 m(1) = 186.125; m(2) = 3.9583 (se=3.3248) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.1667; m(2) = 6.25 (se=0.01701) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.8394, p = 0.078807 p-des: 0.5 m(1) = 3.59; m(2) = 3.9871 (se=0.044066) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -2.3076, p = 0.030364 p-des: 0.5 m(1) = 4.5092; m(2) = 4.9833 (se=0.041944) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    89000) 	       407.00409 	  0.89% 	   7m 26s 	 13h 48m 17s
89000) p(thermEquil): 5.7797e-118  prevBlock m = 426.5967 (se = 0.11172) curBlock m = 324.5504 (se = 0.062557)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 14.0461, p = 8.9878e-013 p-des: 2.5e-008 m(1) = 179.5833; m(2) = 4.25 (se=2.548) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1.141, p = 0.26561 p-des: 1 m(1) = 6.2917; m(2) = 6.1667 (se=0.022362) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.0871, p = 0.0052041 p-des: 0.5 m(1) = 3.8175; m(2) = 4.4133 (se=0.039397) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.29116, p = 0.77354 p-des: 0.5 m(1) = 4.5458; m(2) = 4.6033 (se=0.040311) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    90000) 	       376.20709 	  0.90% 	   7m 31s 	 13h 46m 46s
90000) p(thermEquil): 1.181e-308  prevBlock m = 324.5504 (se = 0.062557) curBlock m = 471.2223 (se = 0.079685)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 8.0495, p = 3.8579e-008 p-des: 2.5e-008 m(1) = 236.4167; m(2) = 4.1667 (se=5.8895) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.56916, p = 0.57476 p-des: 1 m(1) = 6.1667; m(2) = 6.2083 (se=0.014943) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.5625, p = 0.017409 p-des: 0.5 m(1) = 3.8663; m(2) = 4.3167 (se=0.03588) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.44019, p = 0.66391 p-des: 0.5 m(1) = 4.6279; m(2) = 4.7175 (se=0.041541) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    91000) 	       376.04674 	  0.91% 	   7m 35s 	 13h 45m 28s
91000) p(thermEquil): 3.7263e-105  prevBlock m = 471.2223 (se = 0.079685) curBlock m = 396.5381 (se = 0.06325)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 17.7633, p = 6.3068e-015 p-des: 2.5e-008 m(1) = 148.1667; m(2) = 4.4583 (se=1.6514) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.43963, p = 0.66431 p-des: 1 m(1) = 6.125; m(2) = 6.0833 (se=0.019346) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.2651, p = 0.0034039 p-des: 0.5 m(1) = 3.4721; m(2) = 4.2533 (se=0.048841) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.1877, p = 0.24707 p-des: 0.5 m(1) = 4.8858; m(2) = 4.6308 (se=0.043825) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    92000) 	       383.29792 	  0.92% 	   7m 39s 	 13h 44m 6s
92000) p(thermEquil): 0.048433  prevBlock m = 396.5381 (se = 0.06325) curBlock m = 389.9977 (se = 0.083474)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 11.2904, p = 7.3856e-011 p-des: 2.5e-008 m(1) = 176.0417; m(2) = 3.9167 (se=3.1119) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.81064, p = 0.42588 p-des: 1 m(1) = 5.9583; m(2) = 6.0417 (se=0.020984) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.1509, p = 0.0044727 p-des: 0.5 m(1) = 3.4908; m(2) = 4.1904 (se=0.045321) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 3.3739, p = 0.0026187 p-des: 0.5 m(1) = 5.0946; m(2) = 4.3762 (se=0.043459) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    93000) 	       408.71231 	  0.93% 	   7m 43s 	 13h 42m 47s
93000) p(thermEquil): 1.3522e-022  prevBlock m = 389.9977 (se = 0.083474) curBlock m = 357.3985 (se = 0.062054)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.5197, p = 2.9141e-010 p-des: 2.5e-008 m(1) = 205; m(2) = 4.4167 (se=3.8921) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -2.1448, p = 0.042766 p-des: 1 m(1) = 6.0417; m(2) = 6.2083 (se=0.015862) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.8481, p = 0.0091034 p-des: 0.5 m(1) = 3.6112; m(2) = 4.2354 (se=0.044734) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.22819, p = 0.82151 p-des: 0.5 m(1) = 4.7696; m(2) = 4.8187 (se=0.043981) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    94000) 	       670.56560 	  0.94% 	   7m 48s 	 13h 41m 22s
94000) p(thermEquil): 5.385e-054  prevBlock m = 357.3985 (se = 0.062054) curBlock m = 413.7049 (se = 0.092222)

Running all stat tests:
 UserHyp: FAIL; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 7.9939, p = 4.3459e-008 p-des: 2.5e-008 m(1) = 221.0833; m(2) = 3.75 (se=5.5496) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.375; m(2) = 6.2917 (se=0.01701) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.0458, p = 0.00050207 p-des: 0.5 m(1) = 3.5629; m(2) = 4.5379 (se=0.049192) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.2331, p = 0.23 p-des: 0.5 m(1) = 4.7646; m(2) = 4.4579 (se=0.050765) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    95000) 	       212.93792 	  0.95% 	   7m 52s 	 13h 40m 42s
95000) p(thermEquil): 2.4907e-076  prevBlock m = 413.7049 (se = 0.092222) curBlock m = 325.6128 (se = 0.11065)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 13.6925, p = 1.5214e-012 p-des: 2.5e-008 m(1) = 178.8333; m(2) = 3.875 (se=2.6082) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.625; m(2) = 6.625 (se=0.012287) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.4276, p = 0.00019391 p-des: 0.5 m(1) = 3.8521; m(2) = 4.5604 (se=0.032656) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.22353, p = 0.8251 p-des: 0.5 m(1) = 4.6121; m(2) = 4.6504 (se=0.035006) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    96000) 	       334.62519 	  0.96% 	   7m 58s 	 13h 41m 26s
96000) p(thermEquil): 2.2352e-027  prevBlock m = 325.6128 (se = 0.11065) curBlock m = 373.158 (se = 0.079853)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 18.9808, p = 1.5075e-015 p-des: 2.5e-008 m(1) = 157.2083; m(2) = 4.2917 (se=1.6445) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.43963, p = 0.66431 p-des: 1 m(1) = 6.75; m(2) = 6.7083 (se=0.019346) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.3673, p = 0.002661 p-des: 0.5 m(1) = 3.925; m(2) = 4.6146 (se=0.041802) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.26072, p = 0.79663 p-des: 0.5 m(1) = 4.6604; m(2) = 4.6138 (se=0.036536) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    97000) 	       268.34402 	  0.97% 	    8m 2s 	 13h 40m 13s
97000) p(thermEquil): 3.4532e-010  prevBlock m = 373.158 (se = 0.079853) curBlock m = 349.108 (se = 0.090297)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 15.0519, p = 2.1281e-013 p-des: 2.5e-008 m(1) = 156.125; m(2) = 4.1667 (se=2.0608) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.81064, p = 0.42588 p-des: 1 m(1) = 6.625; m(2) = 6.7083 (se=0.020984) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.5153, p = 0.00015581 p-des: 0.5 m(1) = 3.8158; m(2) = 4.6517 (se=0.037786) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.76811, p = 0.45023 p-des: 0.5 m(1) = 4.67; m(2) = 4.51 (se=0.04252) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    98000) 	       346.77078 	  0.98% 	    8m 7s 	 13h 40m 19s
98000) p(thermEquil): 0.052892  prevBlock m = 349.108 (se = 0.090297) curBlock m = 357.3357 (se = 0.099446)
98000) Thermal Equilibrium Reached - Dropping temperature from 33.9328 to 14.2518

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 13.5969, p = 1.7572e-012 p-des: 2.5e-008 m(1) = 168.875; m(2) = 3 (se=2.4902) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.81064, p = 0.42588 p-des: 1 m(1) = 6.5417; m(2) = 6.625 (se=0.020984) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.3148, p = 0.0030209 p-des: 0.5 m(1) = 3.9554; m(2) = 4.64 (se=0.042157) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.0447, p = 0.30701 p-des: 0.5 m(1) = 4.6729; m(2) = 4.4575 (se=0.042089) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
    99000) 	       197.74441 	  0.99% 	   8m 11s 	 13h 38m 52s
99000) p(thermEquil): 6.5063e-171  prevBlock m = 357.3357 (se = 0.099446) curBlock m = 247.75 (se = 0.035387)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.2848, p = 4.4887e-010 p-des: 2.5e-008 m(1) = 175.0417; m(2) = 4.0833 (se=3.393) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.446, p = 0.16167 p-des: 1 m(1) = 6.5; m(2) = 6.5833 (se=0.011764) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.1079, p = 0.0049544 p-des: 0.5 m(1) = 3.9558; m(2) = 4.4938 (se=0.03533) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.45056, p = 0.65652 p-des: 0.5 m(1) = 4.5354; m(2) = 4.4379 (se=0.044171) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   100000) 	       168.84994 	  1.00% 	   8m 15s 	 13h 37m 31s
100000) p(thermEquil): 7.9409e-113  prevBlock m = 247.75 (se = 0.035387) curBlock m = 206.6589 (se = 0.040605)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 11.4498, p = 5.6057e-011 p-des: 2.5e-008 m(1) = 168.875; m(2) = 4.5 (se=2.9304) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.625; m(2) = 6.6667 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.4566, p = 0.15875 p-des: 0.5 m(1) = 4.0433; m(2) = 4.35 (se=0.042976) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.44253, p = 0.66224 p-des: 0.5 m(1) = 4.4817; m(2) = 4.5629 (se=0.037478) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   101000) 	       175.50639 	  1.01% 	   8m 20s 	 13h 36m 10s
101000) p(thermEquil): 8.3636e-010  prevBlock m = 206.6589 (se = 0.040605) curBlock m = 218.9066 (se = 0.047891)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 13.0425, p = 4.1186e-012 p-des: 2.5e-008 m(1) = 164.2917; m(2) = 4.5 (se=2.5008) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.375; m(2) = 6.4167 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.1821, p = 0.039574 p-des: 0.5 m(1) = 3.7621; m(2) = 4.2242 (se=0.043226) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.2283, p = 0.23175 p-des: 0.5 m(1) = 4.5287; m(2) = 4.7612 (se=0.038638) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   102000) 	       233.25456 	  1.02% 	   8m 24s 	 13h 35m 47s
102000) p(thermEquil): 0.022018  prevBlock m = 218.9066 (se = 0.047891) curBlock m = 214.291 (se = 0.041979)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 12.1495, p = 1.7257e-011 p-des: 2.5e-008 m(1) = 163.8333; m(2) = 4.5833 (se=2.6756) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.56916, p = 0.57476 p-des: 1 m(1) = 6.4167; m(2) = 6.375 (se=0.014943) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.2858, p = 0.031806 p-des: 0.5 m(1) = 3.8021; m(2) = 4.2858 (se=0.043199) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.48684, p = 0.63098 p-des: 0.5 m(1) = 4.6517; m(2) = 4.745 (se=0.039133) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   103000) 	       237.01996 	  1.03% 	   8m 29s 	 13h 34m 32s
103000) p(thermEquil): 0.00011619  prevBlock m = 214.291 (se = 0.041979) curBlock m = 221.1423 (se = 0.03722)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 11.8566, p = 2.8085e-011 p-des: 2.5e-008 m(1) = 169.375; m(2) = 4.125 (se=2.845) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -2.1448, p = 0.042766 p-des: 1 m(1) = 6.25; m(2) = 6.4167 (se=0.015862) thresh = NaN
 UserHyp: PASS; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -0.59784, p = 0.55579 p-des: 0.5 m(1) = 4.0367; m(2) = 4.1425 (se=0.036136) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -2.2399, p = 0.035054 p-des: 0.5 m(1) = 4.3787; m(2) = 4.7542 (se=0.034212) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   104000) 	       235.19736 	  1.04% 	   8m 33s 	 13h 33m 13s
104000) p(thermEquil): 6.5317e-088  prevBlock m = 221.1423 (se = 0.03722) curBlock m = 190.9015 (se = 0.026135)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.7668, p = 1.191e-009 p-des: 2.5e-008 m(1) = 170.625; m(2) = 4.3333 (se=3.4755) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.3333; m(2) = 6.25 (se=0.01701) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.967, p = 0.061363 p-des: 0.5 m(1) = 3.8512; m(2) = 4.2204 (se=0.03831) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.31632, p = 0.75461 p-des: 0.5 m(1) = 4.5817; m(2) = 4.6396 (se=0.037374) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   105000) 	       163.46691 	  1.05% 	   8m 37s 	 13h 32m 45s
105000) p(thermEquil): 0.52923  prevBlock m = 190.9015 (se = 0.026135) curBlock m = 190.0814 (se = 0.031864)
105000) Thermal Equilibrium Reached - Dropping temperature from 14.2518 to 5.9857

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.727, p = 2.0011e-010 p-des: 2.5e-008 m(1) = 189.25; m(2) = 4.875 (se=3.5085) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.2917; m(2) = 6.2917 (se=0.012287) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.4963, p = 0.00016339 p-des: 0.5 m(1) = 3.8775; m(2) = 4.5554 (se=0.030776) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.6461, p = 0.11335 p-des: 0.5 m(1) = 4.7979; m(2) = 4.5646 (se=0.028935) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   106000) 	       118.98130 	  1.06% 	   8m 42s 	 13h 31m 27s
106000) p(thermEquil): 1.8792e-156  prevBlock m = 190.0814 (se = 0.031864) curBlock m = 154.1546 (se = 0.021388)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 16.5235, p = 2.9652e-014 p-des: 2.5e-008 m(1) = 165.5833; m(2) = 4.4167 (se=1.991) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1.446, p = 0.16167 p-des: 1 m(1) = 6.375; m(2) = 6.2917 (se=0.011764) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.0522, p = 0.0056517 p-des: 0.5 m(1) = 3.9821; m(2) = 4.4467 (se=0.03107) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.8766, p = 0.073312 p-des: 0.5 m(1) = 4.46; m(2) = 4.7213 (se=0.028416) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   107000) 	       143.42619 	  1.07% 	   8m 46s 	 13h 30m 15s
107000) p(thermEquil): 0  prevBlock m = 154.1546 (se = 0.021388) curBlock m = 107.6146 (se = 0.020305)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 13.8939, p = 1.1259e-012 p-des: 2.5e-008 m(1) = 173.75; m(2) = 5.0417 (se=2.4786) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -0.56916, p = 0.57476 p-des: 1 m(1) = 6.2083; m(2) = 6.25 (se=0.014943) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.7468, p = 0.0010527 p-des: 0.5 m(1) = 3.86; m(2) = 4.2637 (se=0.021996) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -2.7024, p = 0.012709 p-des: 0.5 m(1) = 4.4821; m(2) = 4.8446 (se=0.027381) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   108000) 	       129.81430 	  1.08% 	   8m 50s 	 13h 28m 59s
108000) p(thermEquil): 0.00016763  prevBlock m = 107.6146 (se = 0.020305) curBlock m = 110.3916 (se = 0.011382)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 16.4324, p = 3.3354e-014 p-des: 2.5e-008 m(1) = 163.7917; m(2) = 4.25 (se=1.9818) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.1667; m(2) = 6.1667 (se=0.012287) thresh = NaN
 UserHyp: PASS; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -0.48442, p = 0.63267 p-des: 0.5 m(1) = 3.9917; m(2) = 4.0875 (se=0.040382) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.87093, p = 0.39279 p-des: 0.5 m(1) = 4.7833; m(2) = 4.8996 (se=0.027246) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   109000) 	       133.39759 	  1.09% 	   8m 54s 	 13h 27m 43s
109000) p(thermEquil): 2.1009e-012  prevBlock m = 110.3916 (se = 0.011382) curBlock m = 105.4505 (se = 0.0189)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 16.9471, p = 1.7282e-014 p-des: 2.5e-008 m(1) = 164.4167; m(2) = 3.8333 (se=1.9342) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.446, p = 0.16167 p-des: 1 m(1) = 6.2917; m(2) = 6.375 (se=0.011764) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.3119, p = 0.030087 p-des: 0.5 m(1) = 3.8275; m(2) = 4.2454 (se=0.036899) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.6959, p = 0.1034 p-des: 0.5 m(1) = 4.6658; m(2) = 4.8779 (se=0.025527) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   110000) 	        96.04286 	  1.10% 	   8m 58s 	 13h 26m 33s
110000) p(thermEquil): 1.0356e-013  prevBlock m = 105.4505 (se = 0.0189) curBlock m = 111.9799 (se = 0.020072)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 22.6952, p = 3.0218e-017 p-des: 2.5e-008 m(1) = 147.2083; m(2) = 4.4583 (se=1.2839) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.2917; m(2) = 6.2917 (se=0.012287) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.6959, p = 0.012897 p-des: 0.5 m(1) = 3.8933; m(2) = 4.235 (se=0.025869) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.86278, p = 0.39717 p-des: 0.5 m(1) = 4.7362; m(2) = 4.8812 (se=0.034305) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   111000) 	       104.18821 	  1.11% 	    9m 2s 	 13h 25m 22s
111000) p(thermEquil): 1.6394e-021  prevBlock m = 111.9799 (se = 0.020072) curBlock m = 104.6638 (se = 0.013092)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 11.6904, p = 3.717e-011 p-des: 2.5e-008 m(1) = 161.6667; m(2) = 3.5417 (se=2.761) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.2917; m(2) = 6.2917 (se=0.012287) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.721, p = 0.012182 p-des: 0.5 m(1) = 3.78; m(2) = 4.1667 (se=0.029006) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.50463, p = 0.61862 p-des: 0.5 m(1) = 4.8279; m(2) = 4.9046 (se=0.031012) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   112000) 	        75.64089 	  1.12% 	    9m 7s 	 13h 24m 13s
112000) p(thermEquil): 2.9386e-008  prevBlock m = 104.6638 (se = 0.013092) curBlock m = 109.1065 (se = 0.02155)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 20.1073, p = 4.3033e-016 p-des: 2.5e-008 m(1) = 171.4583; m(2) = 3.75 (se=1.7025) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.375; m(2) = 6.3333 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.8872, p = 0.00074407 p-des: 0.5 m(1) = 3.7283; m(2) = 4.1638 (se=0.022864) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.37646, p = 0.71003 p-des: 0.5 m(1) = 4.7179; m(2) = 4.765 (se=0.02553) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   113000) 	       110.34502 	  1.13% 	   9m 11s 	 13h 23m 7s
113000) p(thermEquil): 1.2833e-121  prevBlock m = 109.1065 (se = 0.02155) curBlock m = 89.154 (se = 0.011749)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 17.2917, p = 1.1236e-014 p-des: 2.5e-008 m(1) = 174.5833; m(2) = 4.3333 (se=2.0098) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.4583; m(2) = 6.4583 (se=0.012287) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.4761, p = 0.021073 p-des: 0.5 m(1) = 3.8633; m(2) = 4.1725 (se=0.025487) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.30848, p = 0.76049 p-des: 0.5 m(1) = 4.6733; m(2) = 4.7183 (se=0.029777) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   114000) 	       107.73578 	  1.14% 	   9m 15s 	 13h 21m 59s
114000) p(thermEquil): 2.3542e-146  prevBlock m = 89.154 (se = 0.011749) curBlock m = 114.9463 (se = 0.025419)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 11.6604, p = 3.9113e-011 p-des: 2.5e-008 m(1) = 169.9583; m(2) = 3.1667 (se=2.9198) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.3333; m(2) = 6.3333 (se=0.012287) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -4.6956, p = 9.94e-005 p-des: 0.5 m(1) = 3.8129; m(2) = 4.4387 (se=0.027206) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.667, p = 0.10907 p-des: 0.5 m(1) = 4.5254; m(2) = 4.3275 (se=0.024234) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   115000) 	       129.24531 	  1.15% 	   9m 19s 	 13h 20m 52s
115000) p(thermEquil): 9.1531e-034  prevBlock m = 114.9463 (se = 0.025419) curBlock m = 127.1665 (se = 0.018191)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.8133, p = 1.714e-010 p-des: 2.5e-008 m(1) = 165.875; m(2) = 5.0417 (se=3.0361) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.3333; m(2) = 6.3333 (se=0.012287) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.5987, p = 0.12353 p-des: 0.5 m(1) = 3.7979; m(2) = 4.0846 (se=0.036602) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.61255, p = 0.54618 p-des: 0.5 m(1) = 4.5192; m(2) = 4.6163 (se=0.032352) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   116000) 	        78.60906 	  1.16% 	   9m 23s 	 13h 19m 46s
116000) p(thermEquil): 2.0151e-038  prevBlock m = 127.1665 (se = 0.018191) curBlock m = 113.3995 (se = 0.027264)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 14.8811, p = 2.7027e-013 p-des: 2.5e-008 m(1) = 147.5833; m(2) = 4.375 (se=1.9644) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.446, p = 0.16167 p-des: 1 m(1) = 6.25; m(2) = 6.3333 (se=0.011764) thresh = NaN
 UserHyp: PASS; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -0.48283, p = 0.63378 p-des: 0.5 m(1) = 4.0792; m(2) = 4.1479 (se=0.029065) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.026582, p = 0.97902 p-des: 0.5 m(1) = 4.5079; m(2) = 4.5121 (se=0.031996) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   117000) 	       160.26950 	  1.17% 	   9m 28s 	 13h 19m 28s
117000) p(thermEquil): 0.0068905  prevBlock m = 113.3995 (se = 0.027264) curBlock m = 116.4763 (se = 0.023464)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.5153, p = 2.9376e-010 p-des: 2.5e-008 m(1) = 170.4583; m(2) = 3.8333 (se=3.2345) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1.3656, p = 0.18527 p-des: 1 m(1) = 6.5; m(2) = 6.375 (se=0.018684) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.1196, p = 0.27446 p-des: 0.5 m(1) = 4.0237; m(2) = 4.22 (se=0.035782) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.67753, p = 0.50483 p-des: 0.5 m(1) = 4.7417; m(2) = 4.6367 (se=0.031634) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   118000) 	       127.16735 	  1.18% 	   9m 32s 	 13h 18m 25s
118000) p(thermEquil): 1.9087e-042  prevBlock m = 116.4763 (se = 0.023464) curBlock m = 130.1327 (se = 0.020063)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 12.4572, p = 1.0442e-011 p-des: 2.5e-008 m(1) = 164.0417; m(2) = 3.4167 (se=2.632) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1.446, p = 0.16167 p-des: 1 m(1) = 6.3333; m(2) = 6.25 (se=0.011764) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.3617, p = 0.18647 p-des: 0.5 m(1) = 4.0292; m(2) = 4.2346 (se=0.030792) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -2.7971, p = 0.010238 p-des: 0.5 m(1) = 4.5163; m(2) = 5.0021 (se=0.035454) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   119000) 	        98.90357 	  1.19% 	   9m 36s 	 13h 17m 22s
119000) p(thermEquil): 7.2985e-219  prevBlock m = 130.1327 (se = 0.020063) curBlock m = 101.4315 (se = 0.014816)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.5355, p = 1.8609e-009 p-des: 2.5e-008 m(1) = 161.7917; m(2) = 4.8333 (se=3.36) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.3333; m(2) = 6.3333 (se=0.012287) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.8142, p = 0.0098427 p-des: 0.5 m(1) = 3.79; m(2) = 4.2083 (se=0.030343) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -2.9531, p = 0.0071324 p-des: 0.5 m(1) = 4.83; m(2) = 5.2121 (se=0.02641) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   120000) 	        70.48991 	  1.20% 	   9m 40s 	 13h 16m 34s
120000) p(thermEquil): 7.8805e-179  prevBlock m = 101.4315 (se = 0.014816) curBlock m = 77.892 (se = 0.018107)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 15.813, p = 7.5325e-014 p-des: 2.5e-008 m(1) = 166.25; m(2) = 4.0417 (se=2.0939) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.4167; m(2) = 6.375 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.3159, p = 0.029827 p-des: 0.5 m(1) = 3.9567; m(2) = 4.2283 (se=0.023944) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -2.8411, p = 0.0092513 p-des: 0.5 m(1) = 4.5804; m(2) = 4.9963 (se=0.029876) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   121000) 	        77.73260 	  1.21% 	   9m 45s 	 13h 15m 43s
121000) p(thermEquil): 1.0424e-013  prevBlock m = 77.892 (se = 0.018107) curBlock m = 83.2219 (se = 0.013347)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 13.9296, p = 1.0677e-012 p-des: 2.5e-008 m(1) = 158.8333; m(2) = 3.875 (se=2.2708) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.5833; m(2) = 6.625 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.0787, p = 0.048982 p-des: 0.5 m(1) = 3.9829; m(2) = 4.3004 (se=0.031177) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -2.1334, p = 0.043785 p-des: 0.5 m(1) = 4.6262; m(2) = 4.8854 (se=0.024797) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   122000) 	       147.28939 	  1.22% 	   9m 49s 	 13h 14m 43s
122000) p(thermEquil): 0  prevBlock m = 83.2219 (se = 0.013347) curBlock m = 125.3297 (se = 0.020828)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 14.4961, p = 4.6707e-013 p-des: 2.5e-008 m(1) = 164.3333; m(2) = 4.25 (se=2.2542) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0.56916, p = 0.57476 p-des: 1 m(1) = 6.7083; m(2) = 6.6667 (se=0.014943) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.4202, p = 0.023814 p-des: 0.5 m(1) = 3.8779; m(2) = 4.2729 (se=0.033315) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.2634, p = 0.2191 p-des: 0.5 m(1) = 4.5704; m(2) = 4.77 (se=0.032246) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   123000) 	       145.01001 	  1.23% 	   9m 53s 	 13h 13m 45s
123000) p(thermEquil): 0.044228  prevBlock m = 125.3297 (se = 0.020828) curBlock m = 123.3375 (se = 0.023353)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 14.9911, p = 2.3162e-013 p-des: 2.5e-008 m(1) = 166.4583; m(2) = 4.2083 (se=2.2092) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.446, p = 0.16167 p-des: 1 m(1) = 6.5833; m(2) = 6.6667 (se=0.011764) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.3457, p = 0.0028036 p-des: 0.5 m(1) = 3.9767; m(2) = 4.4521 (se=0.029006) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.030151, p = 0.97621 p-des: 0.5 m(1) = 4.4646; m(2) = 4.4592 (se=0.036671) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   124000) 	        95.56792 	  1.24% 	   9m 58s 	 13h 13m 22s
124000) p(thermEquil): 1.0362e-046  prevBlock m = 123.3375 (se = 0.023353) curBlock m = 110.7463 (se = 0.013229)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 13.3826, p = 2.4342e-012 p-des: 2.5e-008 m(1) = 164.5; m(2) = 4.0417 (se=2.4475) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.7917; m(2) = 6.7083 (se=0.01701) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.385, p = 0.17933 p-des: 0.5 m(1) = 4.1475; m(2) = 4.3571 (se=0.030888) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -2.3233, p = 0.02936 p-des: 0.5 m(1) = 4.405; m(2) = 4.7021 (se=0.026101) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   125000) 	        95.97987 	  1.25% 	   10m 2s 	 13h 12m 36s
125000) p(thermEquil): 0.87944  prevBlock m = 110.7463 (se = 0.013229) curBlock m = 110.8374 (se = 0.013608)
125000) Thermal Equilibrium Reached - Dropping temperature from 5.9857 to 2.514

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 12.2125, p = 1.5558e-011 p-des: 2.5e-008 m(1) = 167.25; m(2) = 3.125 (se=2.7432) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.75; m(2) = 6.7083 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -0.69878, p = 0.49169 p-des: 0.5 m(1) = 4.0888; m(2) = 4.1846 (se=0.027994) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.8297, p = 0.080286 p-des: 0.5 m(1) = 4.5092; m(2) = 4.7917 (se=0.031516) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   126000) 	        45.87344 	  1.26% 	   10m 6s 	 13h 11m 33s
126000) p(thermEquil): 0  prevBlock m = 110.8374 (se = 0.013608) curBlock m = 60.7099 (se = 0.0099472)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 12.7256, p = 6.7881e-012 p-des: 2.5e-008 m(1) = 154; m(2) = 3.9167 (se=2.4074) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.75; m(2) = 6.7083 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.5062, p = 0.14562 p-des: 0.5 m(1) = 4.1633; m(2) = 4.3708 (se=0.02812) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.713, p = 0.10017 p-des: 0.5 m(1) = 4.5946; m(2) = 4.7704 (se=0.020953) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   127000) 	        47.88574 	  1.27% 	  10m 10s 	 13h 10m 31s
127000) p(thermEquil): 0  prevBlock m = 60.7099 (se = 0.0099472) curBlock m = 37.0678 (se = 0.0048429)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 13.0655, p = 3.9734e-012 p-des: 2.5e-008 m(1) = 152.5; m(2) = 4 (se=2.32) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.7083; m(2) = 6.75 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.7736, p = 0.010805 p-des: 0.5 m(1) = 4.1479; m(2) = 4.4583 (se=0.022845) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.2513, p = 0.2234 p-des: 0.5 m(1) = 4.5367; m(2) = 4.7208 (se=0.030043) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   128000) 	        25.67000 	  1.28% 	  10m 14s 	 13h 9m 30s
128000) p(thermEquil): 9.4375e-081  prevBlock m = 37.0678 (se = 0.0048429) curBlock m = 43.7595 (se = 0.0092671)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.7269, p = 2.0018e-010 p-des: 2.5e-008 m(1) = 160.75; m(2) = 4.25 (se=2.9781) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = NaN, p = 1 p-des: 1 m(1) = 6.7083; m(2) = 6.7083 (se=0) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.3086, p = 0.20361 p-des: 0.5 m(1) = 4.0025; m(2) = 4.1338 (se=0.020474) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.7063, p = 0.10142 p-des: 0.5 m(1) = 4.5958; m(2) = 4.7554 (se=0.019091) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   129000) 	        50.51772 	  1.29% 	  10m 18s 	 13h 8m 33s
129000) p(thermEquil): 5.3785e-037  prevBlock m = 43.7595 (se = 0.0092671) curBlock m = 38.6169 (se = 0.0084423)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 18.2375, p = 3.5759e-015 p-des: 2.5e-008 m(1) = 147.5417; m(2) = 4.1667 (se=1.6047) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1.446, p = 0.16167 p-des: 1 m(1) = 6.7083; m(2) = 6.7917 (se=0.011764) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.791, p = 0.086462 p-des: 0.5 m(1) = 3.9483; m(2) = 4.1667 (se=0.024884) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.7038, p = 0.1019 p-des: 0.5 m(1) = 4.4592; m(2) = 4.6433 (se=0.022065) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   130000) 	        27.44367 	  1.30% 	  10m 22s 	 13h 7m 35s
130000) p(thermEquil): 6.6168e-038  prevBlock m = 38.6169 (se = 0.0084423) curBlock m = 43.6821 (se = 0.0087884)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 16.9138, p = 1.8024e-014 p-des: 2.5e-008 m(1) = 147.375; m(2) = 5.125 (se=1.7167) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.75; m(2) = 6.7917 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.2811, p = 0.21292 p-des: 0.5 m(1) = 4.1362; m(2) = 4.2346 (se=0.015668) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.4433, p = 0.16241 p-des: 0.5 m(1) = 4.5021; m(2) = 4.6546 (se=0.021568) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   131000) 	        37.90857 	  1.31% 	  10m 27s 	 13h 6m 39s
131000) p(thermEquil): 0.021331  prevBlock m = 43.6821 (se = 0.0087884) curBlock m = 44.4783 (se = 0.0064934)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 13.0778, p = 3.8982e-012 p-des: 2.5e-008 m(1) = 159.5833; m(2) = 4.25 (se=2.4245) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.7083; m(2) = 6.75 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.1494, p = 0.042355 p-des: 0.5 m(1) = 3.9671; m(2) = 4.2438 (se=0.026274) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.5233, p = 0.14131 p-des: 0.5 m(1) = 4.6029; m(2) = 4.7317 (se=0.017253) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   132000) 	        38.51040 	  1.32% 	  10m 31s 	 13h 5m 42s
132000) p(thermEquil): 1.1138e-129  prevBlock m = 44.4783 (se = 0.0064934) curBlock m = 38.5417 (se = 0.0021026)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 16.7469, p = 2.2272e-014 p-des: 2.5e-008 m(1) = 153.0833; m(2) = 4.5 (se=1.811) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.7083; m(2) = 6.75 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.5644, p = 0.017335 p-des: 0.5 m(1) = 4.0542; m(2) = 4.3621 (se=0.02451) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.54534, p = 0.59077 p-des: 0.5 m(1) = 4.6437; m(2) = 4.7062 (se=0.023394) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   133000) 	        34.99079 	  1.33% 	  10m 35s 	 13h 4m 56s
133000) p(thermEquil): 3.1508e-044  prevBlock m = 38.5417 (se = 0.0021026) curBlock m = 40.7877 (se = 0.0044455)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 15.9799, p = 6.0322e-014 p-des: 2.5e-008 m(1) = 153.125; m(2) = 4.75 (se=1.8953) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.8333; m(2) = 6.7917 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.0376, p = 0.31024 p-des: 0.5 m(1) = 4.0933; m(2) = 4.2046 (se=0.021886) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.68331, p = 0.50123 p-des: 0.5 m(1) = 4.7046; m(2) = 4.6321 (se=0.021658) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   134000) 	        60.52960 	  1.34% 	  10m 40s 	 13h 4m 53s
134000) p(thermEquil): 8.3832e-007  prevBlock m = 40.7877 (se = 0.0044455) curBlock m = 42.0866 (se = 0.007017)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 19.7804, p = 6.1509e-016 p-des: 2.5e-008 m(1) = 152.0417; m(2) = 5.25 (se=1.5148) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.875; m(2) = 6.8333 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.2586, p = 0.033698 p-des: 0.5 m(1) = 4.0558; m(2) = 4.3987 (se=0.030992) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.77084, p = 0.44865 p-des: 0.5 m(1) = 4.7033; m(2) = 4.6117 (se=0.024274) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   135000) 	        55.77226 	  1.35% 	  10m 44s 	 13h 3m 59s
135000) p(thermEquil): 0  prevBlock m = 42.0866 (se = 0.007017) curBlock m = 56.6934 (se = 0.0038147)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.6838, p = 2.1634e-010 p-des: 2.5e-008 m(1) = 167.5; m(2) = 4.4167 (se=3.1159) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.875; m(2) = 6.9167 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -0.98626, p = 0.33427 p-des: 0.5 m(1) = 4.14; m(2) = 4.2608 (se=0.025009) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.95584, p = 0.34909 p-des: 0.5 m(1) = 4.5242; m(2) = 4.6525 (se=0.027406) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   136000) 	        48.52177 	  1.36% 	  10m 48s 	 13h 3m 3s
136000) p(thermEquil): 1.3849e-106  prevBlock m = 56.6934 (se = 0.0038147) curBlock m = 51.4029 (se = 0.0059814)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 16.4923, p = 3.0867e-014 p-des: 2.5e-008 m(1) = 153.125; m(2) = 4.5417 (se=1.839) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.875; m(2) = 6.8333 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.7266, p = 0.097651 p-des: 0.5 m(1) = 3.925; m(2) = 4.1508 (se=0.026699) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.73358, p = 0.47062 p-des: 0.5 m(1) = 4.7567; m(2) = 4.8367 (se=0.022261) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   137000) 	        42.27876 	  1.37% 	  10m 53s 	 13h 3m 3s
137000) p(thermEquil): 1.7295e-229  prevBlock m = 51.4029 (se = 0.0059814) curBlock m = 42.6575 (se = 0.0042631)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 24.3016, p = 6.6594e-018 p-des: 2.5e-008 m(1) = 148.0417; m(2) = 3.8333 (se=1.2113) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.7917; m(2) = 6.8333 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.0665, p = 0.29727 p-des: 0.5 m(1) = 3.96; m(2) = 4.1267 (se=0.0319) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.18262, p = 0.8567 p-des: 0.5 m(1) = 4.9108; m(2) = 4.9288 (se=0.020027) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   138000) 	        44.18261 	  1.38% 	  10m 57s 	 13h 2m 12s
138000) p(thermEquil): 1.2292e-098  prevBlock m = 42.6575 (se = 0.0042631) curBlock m = 48.4031 (se = 0.0068321)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.2274, p = 4.9934e-010 p-des: 2.5e-008 m(1) = 161.0833; m(2) = 4.125 (se=3.1327) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.7917; m(2) = 6.8333 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.4115, p = 0.17149 p-des: 0.5 m(1) = 4.0104; m(2) = 4.1383 (se=0.018499) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.35913, p = 0.72277 p-des: 0.5 m(1) = 4.7204; m(2) = 4.7625 (se=0.023919) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   139000) 	        45.02499 	  1.39% 	   11m 1s 	 13h 1m 16s
139000) p(thermEquil): 5.8793e-023  prevBlock m = 48.4031 (se = 0.0068321) curBlock m = 45.6167 (se = 0.0055744)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.0673, p = 6.7342e-010 p-des: 2.5e-008 m(1) = 170.1667; m(2) = 3.7917 (se=3.3734) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = NaN, p = 1 p-des: 1 m(1) = 6.8333; m(2) = 6.8333 (se=0) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.3097, p = 0.030229 p-des: 0.5 m(1) = 3.9367; m(2) = 4.2171 (se=0.024783) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.53189, p = 0.59991 p-des: 0.5 m(1) = 4.7104; m(2) = 4.7671 (se=0.021747) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   140000) 	        37.13037 	  1.40% 	   11m 5s 	  13h 26s
140000) p(thermEquil): 1.7428e-020  prevBlock m = 45.6167 (se = 0.0055744) curBlock m = 43.6352 (se = 0.0036615)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 11.361, p = 6.5344e-011 p-des: 2.5e-008 m(1) = 154.875; m(2) = 4.4167 (se=2.7033) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.7917; m(2) = 6.75 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.6974, p = 0.012854 p-des: 0.5 m(1) = 3.8413; m(2) = 4.1329 (se=0.022071) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.0711, p = 0.29526 p-des: 0.5 m(1) = 4.765; m(2) = 4.8867 (se=0.023188) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   141000) 	        43.43496 	  1.41% 	   11m 9s 	 12h 59m 54s
141000) p(thermEquil): 6.1269e-170  prevBlock m = 43.6352 (se = 0.0036615) curBlock m = 38.4833 (se = 0.0038381)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 13.3863, p = 2.4208e-012 p-des: 2.5e-008 m(1) = 144.875; m(2) = 4.5 (se=2.1405) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.7917; m(2) = 6.7917 (se=0.012287) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.5567, p = 0.13319 p-des: 0.5 m(1) = 3.8275; m(2) = 4.005 (se=0.023274) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.2008, p = 0.84262 p-des: 0.5 m(1) = 4.8113; m(2) = 4.7883 (se=0.023296) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   142000) 	        55.67811 	  1.42% 	  11m 14s 	 12h 59m 38s
142000) p(thermEquil): 9.0594e-017  prevBlock m = 38.4833 (se = 0.0038381) curBlock m = 41.7436 (se = 0.0116)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 9.7385, p = 1.2574e-009 p-des: 2.5e-008 m(1) = 171.25; m(2) = 4.5 (se=3.4952) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.875; m(2) = 6.875 (se=0.012287) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -0.81266, p = 0.42474 p-des: 0.5 m(1) = 4.0071; m(2) = 4.0917 (se=0.021246) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.2916, p = 0.20934 p-des: 0.5 m(1) = 4.8475; m(2) = 4.985 (se=0.021731) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   143000) 	        34.88443 	  1.43% 	  11m 18s 	 12h 58m 51s
143000) p(thermEquil): 1.267e-015  prevBlock m = 41.7436 (se = 0.0116) curBlock m = 45.0475 (se = 0.0056846)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.1824, p = 5.4295e-010 p-des: 2.5e-008 m(1) = 158.1667; m(2) = 5 (se=3.0705) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.875; m(2) = 6.8333 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.2239, p = 0.23337 p-des: 0.5 m(1) = 4.0625; m(2) = 4.2029 (se=0.023418) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.35636, p = 0.72482 p-des: 0.5 m(1) = 4.7929; m(2) = 4.8283 (se=0.020287) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   144000) 	        59.60459 	  1.44% 	  11m 22s 	 12h 58m 31s
144000) p(thermEquil): 1.8341e-049  prevBlock m = 45.0475 (se = 0.0056846) curBlock m = 40.4287 (se = 0.0077176)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 14.2659, p = 6.5144e-013 p-des: 2.5e-008 m(1) = 149.2917; m(2) = 4.25 (se=2.0753) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.875; m(2) = 6.8333 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.2784, p = 0.03231 p-des: 0.5 m(1) = 3.9571; m(2) = 4.2975 (se=0.030498) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.35407, p = 0.72651 p-des: 0.5 m(1) = 4.7504; m(2) = 4.7025 (se=0.027624) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   145000) 	        31.48171 	  1.45% 	  11m 27s 	 12h 57m 46s
145000) p(thermEquil): 0.010182  prevBlock m = 40.4287 (se = 0.0077176) curBlock m = 41.3602 (se = 0.0084624)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.5248, p = 2.8873e-010 p-des: 2.5e-008 m(1) = 155.0833; m(2) = 4.5833 (se=2.9189) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.875; m(2) = 6.8333 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.4039, p = 0.0024354 p-des: 0.5 m(1) = 3.9921; m(2) = 4.3279 (se=0.020139) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.46845, p = 0.64387 p-des: 0.5 m(1) = 4.705; m(2) = 4.6592 (se=0.019972) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   146000) 	        60.98773 	  1.46% 	  11m 31s 	 12h 56m 59s
146000) p(thermEquil): 0.0001899  prevBlock m = 41.3602 (se = 0.0084624) curBlock m = 39.8818 (se = 0.0092047)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 17.9702, p = 4.9158e-015 p-des: 2.5e-008 m(1) = 147.875; m(2) = 4.3333 (se=1.6305) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.9583; m(2) = 6.9167 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.5624, p = 0.0016556 p-des: 0.5 m(1) = 3.9004; m(2) = 4.3433 (se=0.025379) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.3805, p = 0.18069 p-des: 0.5 m(1) = 4.8613; m(2) = 4.6529 (se=0.030804) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   147000) 	        44.75013 	  1.47% 	  11m 35s 	 12h 56m 12s
147000) p(thermEquil): 6.146e-267  prevBlock m = 39.8818 (se = 0.0092047) curBlock m = 54.1606 (se = 0.0050115)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 18.4919, p = 2.6517e-015 p-des: 2.5e-008 m(1) = 149.5; m(2) = 4.375 (se=1.602) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.9167; m(2) = 6.875 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.475, p = 0.021127 p-des: 0.5 m(1) = 3.9663; m(2) = 4.2663 (se=0.024743) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.94546, p = 0.35425 p-des: 0.5 m(1) = 4.7896; m(2) = 4.6896 (se=0.02159) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   148000) 	        55.67729 	  1.48% 	  11m 39s 	 12h 55m 26s
148000) p(thermEquil): 9.3431e-089  prevBlock m = 54.1606 (se = 0.0050115) curBlock m = 48.6644 (se = 0.0065421)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 14.8367, p = 2.8768e-013 p-des: 2.5e-008 m(1) = 159.5833; m(2) = 4.25 (se=2.1371) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.875; m(2) = 6.9167 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.2533, p = 0.22269 p-des: 0.5 m(1) = 4.0371; m(2) = 4.2062 (se=0.027552) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.5496, p = 0.58789 p-des: 0.5 m(1) = 4.705; m(2) = 4.6308 (se=0.027546) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   149000) 	        37.35062 	  1.49% 	  11m 44s 	 12h 56m 3s
149000) p(thermEquil): 6.1068e-136  prevBlock m = 48.6644 (se = 0.0065421) curBlock m = 40.4079 (se = 0.0071803)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 21.6139, p = 8.8495e-017 p-des: 2.5e-008 m(1) = 144.0417; m(2) = 4.375 (se=1.319) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.9167; m(2) = 6.875 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.3008, p = 0.030805 p-des: 0.5 m(1) = 3.95; m(2) = 4.2025 (se=0.022401) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.183, p = 0.24889 p-des: 0.5 m(1) = 4.5925; m(2) = 4.455 (se=0.023725) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   150000) 	        37.70698 	  1.50% 	  11m 49s 	 12h 55m 29s
150000) p(thermEquil): 5.0324e-099  prevBlock m = 40.4079 (se = 0.0071803) curBlock m = 46.6963 (se = 0.0051574)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 14.1341, p = 7.8974e-013 p-des: 2.5e-008 m(1) = 170.25; m(2) = 5.5 (se=2.3793) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.9167; m(2) = 6.875 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.1311, p = 0.043995 p-des: 0.5 m(1) = 3.9492; m(2) = 4.1892 (se=0.022989) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.5288, p = 0.13996 p-des: 0.5 m(1) = 4.6717; m(2) = 4.5217 (se=0.020028) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   151000) 	        40.48254 	  1.51% 	  11m 53s 	 12h 54m 46s
151000) p(thermEquil): 7.5552e-038  prevBlock m = 46.6963 (se = 0.0051574) curBlock m = 50.0675 (se = 0.0062608)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 13.8385, p = 1.2226e-012 p-des: 2.5e-008 m(1) = 177.8333; m(2) = 5.8333 (se=2.5371) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = NaN, p = 1 p-des: 1 m(1) = 6.875; m(2) = 6.875 (se=0) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.17, p = 0.25398 p-des: 0.5 m(1) = 3.8071; m(2) = 3.9521 (se=0.025297) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.31767, p = 0.7536 p-des: 0.5 m(1) = 4.6783; m(2) = 4.7092 (se=0.019812) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   152000) 	        41.96733 	  1.52% 	  11m 57s 	 12h 54m 2s
152000) p(thermEquil): 6.3148e-275  prevBlock m = 50.0675 (se = 0.0062608) curBlock m = 39.8579 (se = 0.0041797)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 16.0193, p = 5.7256e-014 p-des: 2.5e-008 m(1) = 169.75; m(2) = 4.7917 (se=2.102) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.9167; m(2) = 6.875 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.6912, p = 0.10431 p-des: 0.5 m(1) = 3.8233; m(2) = 4.0221 (se=0.023989) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.070014, p = 0.94479 p-des: 0.5 m(1) = 4.6637; m(2) = 4.6713 (se=0.021866) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   153000) 	        69.52871 	  1.53% 	   12m 1s 	 12h 53m 20s
153000) p(thermEquil): 0  prevBlock m = 39.8579 (se = 0.0041797) curBlock m = 56.8235 (se = 0.0086646)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 10.9307, p = 1.39e-010 p-des: 2.5e-008 m(1) = 184.875; m(2) = 5.3333 (se=3.3528) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.8333; m(2) = 6.875 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.1752, p = 0.25194 p-des: 0.5 m(1) = 3.8588; m(2) = 3.9917 (se=0.023087) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.28322, p = 0.77954 p-des: 0.5 m(1) = 4.6258; m(2) = 4.6671 (se=0.02973) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   154000) 	        39.19978 	  1.54% 	   12m 5s 	 12h 52m 40s
154000) p(thermEquil): 1.6004e-100  prevBlock m = 56.8235 (se = 0.0086646) curBlock m = 48.3625 (se = 0.0080995)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 15.1565, p = 1.8402e-013 p-des: 2.5e-008 m(1) = 159.0417; m(2) = 5.375 (se=2.0695) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.8333; m(2) = 6.875 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.0965, p = 0.28422 p-des: 0.5 m(1) = 3.9117; m(2) = 4.0171 (se=0.019625) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.071352, p = 0.94373 p-des: 0.5 m(1) = 4.6554; m(2) = 4.6483 (se=0.020264) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   155000) 	        37.01613 	  1.55% 	   12m 9s 	 12h 51m 57s
155000) p(thermEquil): 5.0656e-166  prevBlock m = 48.3625 (se = 0.0080995) curBlock m = 39.356 (se = 0.0041045)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 15.6005, p = 1.0024e-013 p-des: 2.5e-008 m(1) = 157.2083; m(2) = 6 (se=1.9785) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.9167; m(2) = 6.875 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.3716, p = 0.18343 p-des: 0.5 m(1) = 3.9883; m(2) = 4.16 (se=0.025549) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -1.051, p = 0.30418 p-des: 0.5 m(1) = 4.7592; m(2) = 4.8517 (se=0.017965) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   156000) 	        50.34567 	  1.56% 	  12m 13s 	 12h 51m 16s
156000) p(thermEquil): 6.8891e-009  prevBlock m = 39.356 (se = 0.0041045) curBlock m = 41.0175 (se = 0.0080278)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 15.2375, p = 1.6453e-013 p-des: 2.5e-008 m(1) = 155.7917; m(2) = 6 (se=2.0066) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = -1, p = 0.32772 p-des: 1 m(1) = 6.8333; m(2) = 6.875 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -3.4915, p = 0.0019683 p-des: 0.5 m(1) = 3.7979; m(2) = 4.2408 (se=0.025894) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.7014, p = 0.10234 p-des: 0.5 m(1) = 4.8379; m(2) = 4.6629 (se=0.020995) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   157000) 	        54.66618 	  1.57% 	  12m 17s 	 12h 50m 37s
157000) p(thermEquil): 0.13272  prevBlock m = 41.0175 (se = 0.0080278) curBlock m = 40.5216 (se = 0.0066523)
157000) Thermal Equilibrium Reached - Dropping temperature from 2.514 to 1.0559

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 12.5775, p = 8.6019e-012 p-des: 2.5e-008 m(1) = 157.5; m(2) = 5.75 (se=2.4628) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 0, p = 1 p-des: 1 m(1) = 6.8333; m(2) = 6.8333 (se=0.012287) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -2.6116, p = 0.015598 p-des: 0.5 m(1) = 3.8842; m(2) = 4.1667 (se=0.02208) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.7151, p = 0.099771 p-des: 0.5 m(1) = 4.6867; m(2) = 4.5108 (se=0.020927) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   158000) 	        38.09721 	  1.58% 	  12m 22s 	 12h 49m 54s
158000) p(thermEquil): 2.6423e-053  prevBlock m = 40.5216 (se = 0.0066523) curBlock m = 45.235 (se = 0.0066579)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 16.7672, p = 2.1706e-014 p-des: 2.5e-008 m(1) = 146.9167; m(2) = 5.25 (se=1.7247) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.8333; m(2) = 6.7917 (se=0.0085052) thresh = NaN
 UserHyp: FAIL; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -1.1077, p = 0.27944 p-des: 0.5 m(1) = 3.925; m(2) = 4.0613 (se=0.025108) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 1.9083, p = 0.068914 p-des: 0.5 m(1) = 4.6937; m(2) = 4.4954 (se=0.021215) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   159000) 	        26.66526 	  1.59% 	  12m 26s 	 12h 50m 2s
159000) p(thermEquil): 0  prevBlock m = 45.235 (se = 0.0066579) curBlock m = 29.6177 (se = 0.0035941)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 14.8115, p = 2.9809e-013 p-des: 2.5e-008 m(1) = 152.8333; m(2) = 6.0417 (se=2.023) thresh = NaN
 UserHyp: FAIL; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = 1, p = 0.32772 p-des: 1 m(1) = 6.875; m(2) = 6.8333 (se=0.0085052) thresh = NaN
 UserHyp: PASS; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = 0.4901, p = 0.62871 p-des: 0.5 m(1) = 3.9525; m(2) = 3.8962 (se=0.023428) thresh = NaN
 UserHyp: FAIL; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = 0.71242, p = 0.48337 p-des: 0.5 m(1) = 4.6942; m(2) = 4.6313 (se=0.018027) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining
   160000) 	        22.77175 	  1.60% 	  12m 31s 	 12h 49m 39s
160000) p(thermEquil): 4.821e-231  prevBlock m = 29.6177 (se = 0.0035941) curBlock m = 24.7015 (se = 0.0013733)

Running all stat tests:
 UserHyp: PASS; highFreqSample{KFfrequency}-lowFreqSample{KFfrequency}: t[paired](23) = 19.3995, p = 9.3888e-016 p-des: 2.5e-008 m(1) = 150.25; m(2) = 5.7083 (se=1.5209) thresh = NaN
 UserHyp: PASS; highFreqSample{letters}-lowFreqSample{letters}: t[paired](23) = NaN, p = 1 p-des: 1 m(1) = 6.8333; m(2) = 6.8333 (se=0) thresh = NaN
 UserHyp: PASS; highFreqSample{AoA}-lowFreqSample{AoA}: t[paired](23) = -0.48827, p = 0.62998 p-des: 0.5 m(1) = 3.8871; m(2) = 3.9446 (se=0.024038) thresh = NaN
 UserHyp: PASS; highFreqSample{imagery}-lowFreqSample{imagery}: t[paired](23) = -0.48539, p = 0.63199 p-des: 0.5 m(1) = 4.6483; m(2) = 4.6925 (se=0.018574) thresh = NaN

 Iteration              Cost  %Complete       Elapsed   Remaining

Optimization ended after all statistical tests passed defined criteria


Writing all samples to disk...
Data written to file: ./samples-hf/highFreqSample4.txt
Data written to file: ./samples-lf/lowFreqSample4.txt

Displaying Constraint Costs

Hard Constraint Total: 0
   Soft Constraint #: 1 Cost: -1.1935   freqConstraint
   Soft Constraint #: 2 Cost: 0.092088   AoAConstraint
   Soft Constraint #: 3 Cost: 3.5984e-027   lengthConstraint
   Soft Constraint #: 4 Cost: 0.092831   imageConstraint
Soft Constraint Total: -1.0086
   Meta Constraint #: 1 Cost: 11.839   metaAoAAndFreqConstraint
   Meta Constraint #: 2 Cost: 4.2948e-025   metaLengthAndFreqConstraint
   Meta Constraint #: 3 Cost: 11.9414   metaImagAndFreqConstraint
Meta Constraint Total: 23.7803

TOTAL COST (soft + meta): 22.7717

