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crush-lcg32-rev.txt
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crush-lcg32-rev.txt
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xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
Starting Crush
Version: TestU01 1.2.3
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
***********************************************************
Test smarsa_SerialOver calling smultin_MultinomialOver
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smultin_MultinomialOver test:
-----------------------------------------------
N = 1, n = 500000000, r = 0, d = 4096, t = 2,
Sparse = FALSE
GenerCell = smultin_GenerCellSerial
Number of cells = d^t = 16777216
Expected number per cell = 29.802322
Hashing = FALSE
For Delta > -1, we use the ChiSquare approximation
Correction factor of the ChiSquare:
Delta = 1, Mu = 0.01677312, Sigma = 1
-----------------------------------------------
Test Results for Delta = 1.0000
Number of degrees of freedom : 16773120
Value of the statistic :2.05e+12
p-value of test : eps *****
-----------------------------------------------
CPU time used : 00:00:58.53
Generator state:
***********************************************************
Test smarsa_SerialOver calling smultin_MultinomialOver
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smultin_MultinomialOver test:
-----------------------------------------------
N = 1, n = 300000000, r = 0, d = 64, t = 4,
Sparse = FALSE
GenerCell = smultin_GenerCellSerial
Number of cells = d^t = 16777216
Expected number per cell = 17.881393
Hashing = FALSE
For Delta > -1, we use the ChiSquare approximation
Correction factor of the ChiSquare:
Delta = 1, Mu = 0.027525119, Sigma = 1
-----------------------------------------------
Test Results for Delta = 1.0000
Number of degrees of freedom : 16515072
Value of the statistic :7.74e+13
p-value of test : eps *****
-----------------------------------------------
CPU time used : 00:00:16.28
Generator state:
***********************************************************
Test smarsa_CollisionOver calling smultin_MultinomialOver
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smultin_MultinomialOver test:
-----------------------------------------------
N = 10, n = 10000000, r = 0, d = 1048576, t = 2,
Sparse = TRUE
GenerCell = smultin_GenerCellSerial
Number of cells = d^t = 1099511627776
Expected number per cell = 1 / 109951.16
EColl = n^2 / (2k) = 45.47473509
Hashing = TRUE
Collision test
CollisionOver: density = n / k = 1 / 109951.16
Expected number of collisions = Mu = 45.47
-----------------------------------------------
Results of CollisionOver test:
POISSON approximation :
Expected number of collisions = N*Mu : 454.75
Observed number of collisions : 89514230
p-value of test : eps *****
-----------------------------
Total number of cells containing j balls
j = 0 : 10995105791990
j = 1 : 10
j = 2 : 0
j = 3 : 0
j = 4 : 0
j = 5 : 0
-----------------------------------------------
CPU time used : 00:00:58.33
Generator state:
***********************************************************
Test smarsa_CollisionOver calling smultin_MultinomialOver
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smultin_MultinomialOver test:
-----------------------------------------------
N = 10, n = 10000000, r = 10, d = 1048576, t = 2,
Sparse = TRUE
GenerCell = smultin_GenerCellSerial
Number of cells = d^t = 1099511627776
Expected number per cell = 1 / 109951.16
EColl = n^2 / (2k) = 45.47473509
Hashing = TRUE
Collision test
CollisionOver: density = n / k = 1 / 109951.16
Expected number of collisions = Mu = 45.47
-----------------------------------------------
Results of CollisionOver test:
POISSON approximation :
Expected number of collisions = N*Mu : 454.75
Observed number of collisions : 0
p-value of test : 1 - eps1 *****
-----------------------------
Total number of cells containing j balls
j = 0 : 10995016277760
j = 1 : 100000000
j = 2 : 0
j = 3 : 0
j = 4 : 0
j = 5 : 0
-----------------------------------------------
CPU time used : 00:01:16.21
Generator state:
***********************************************************
Test smarsa_CollisionOver calling smultin_MultinomialOver
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smultin_MultinomialOver test:
-----------------------------------------------
N = 10, n = 10000000, r = 0, d = 1024, t = 4,
Sparse = TRUE
GenerCell = smultin_GenerCellSerial
Number of cells = d^t = 1099511627776
Expected number per cell = 1 / 109951.16
EColl = n^2 / (2k) = 45.47473509
Hashing = TRUE
Collision test
CollisionOver: density = n / k = 1 / 109951.16
Expected number of collisions = Mu = 45.47
-----------------------------------------------
Results of CollisionOver test:
POISSON approximation :
Expected number of collisions = N*Mu : 454.75
Observed number of collisions : 99989730
p-value of test : eps *****
-----------------------------
Total number of cells containing j balls
j = 0 : 10995116267490
j = 1 : 30
j = 2 : 0
j = 3 : 0
j = 4 : 0
j = 5 : 0
-----------------------------------------------
CPU time used : 00:00:37.99
Generator state:
***********************************************************
Test smarsa_CollisionOver calling smultin_MultinomialOver
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smultin_MultinomialOver test:
-----------------------------------------------
N = 10, n = 10000000, r = 20, d = 1024, t = 4,
Sparse = TRUE
GenerCell = smultin_GenerCellSerial
Number of cells = d^t = 1099511627776
Expected number per cell = 1 / 109951.16
EColl = n^2 / (2k) = 45.47473509
Hashing = TRUE
Collision test
CollisionOver: density = n / k = 1 / 109951.16
Expected number of collisions = Mu = 45.47
-----------------------------------------------
Results of CollisionOver test:
POISSON approximation :
Expected number of collisions = N*Mu : 454.75
Observed number of collisions : 0
p-value of test : 1 - eps1 *****
-----------------------------
Total number of cells containing j balls
j = 0 : 10995016277760
j = 1 : 100000000
j = 2 : 0
j = 3 : 0
j = 4 : 0
j = 5 : 0
-----------------------------------------------
CPU time used : 00:01:46.45
Generator state:
***********************************************************
Test smarsa_CollisionOver calling smultin_MultinomialOver
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smultin_MultinomialOver test:
-----------------------------------------------
N = 10, n = 10000000, r = 0, d = 32, t = 8,
Sparse = TRUE
GenerCell = smultin_GenerCellSerial
Number of cells = d^t = 1099511627776
Expected number per cell = 1 / 109951.16
EColl = n^2 / (2k) = 45.47473509
Hashing = TRUE
Collision test
CollisionOver: density = n / k = 1 / 109951.16
Expected number of collisions = Mu = 45.47
-----------------------------------------------
Results of CollisionOver test:
POISSON approximation :
Expected number of collisions = N*Mu : 454.75
Observed number of collisions : 99999680
p-value of test : eps *****
-----------------------------
Total number of cells containing j balls
j = 0 : 10995116277440
j = 1 : 0
j = 2 : 0
j = 3 : 0
j = 4 : 0
j = 5 : 0
-----------------------------------------------
CPU time used : 00:00:15.18
Generator state:
***********************************************************
Test smarsa_CollisionOver calling smultin_MultinomialOver
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smultin_MultinomialOver test:
-----------------------------------------------
N = 10, n = 10000000, r = 25, d = 32, t = 8,
Sparse = TRUE
GenerCell = smultin_GenerCellSerial
Number of cells = d^t = 1099511627776
Expected number per cell = 1 / 109951.16
EColl = n^2 / (2k) = 45.47473509
Hashing = TRUE
Collision test
CollisionOver: density = n / k = 1 / 109951.16
Expected number of collisions = Mu = 45.47
-----------------------------------------------
Results of CollisionOver test:
POISSON approximation :
Expected number of collisions = N*Mu : 454.75
Observed number of collisions : 0
p-value of test : 1 - eps1 *****
-----------------------------
Total number of cells containing j balls
j = 0 : 10995016277760
j = 1 : 100000000
j = 2 : 0
j = 3 : 0
j = 4 : 0
j = 5 : 0
-----------------------------------------------
CPU time used : 00:01:52.92
Generator state:
***********************************************************
Test smarsa_CollisionOver calling smultin_MultinomialOver
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smultin_MultinomialOver test:
-----------------------------------------------
N = 10, n = 10000000, r = 0, d = 4, t = 20,
Sparse = TRUE
GenerCell = smultin_GenerCellSerial
Number of cells = d^t = 1099511627776
Expected number per cell = 1 / 109951.16
EColl = n^2 / (2k) = 45.47473509
Hashing = TRUE
Collision test
CollisionOver: density = n / k = 1 / 109951.16
Expected number of collisions = Mu = 45.47
-----------------------------------------------
Results of CollisionOver test:
POISSON approximation :
Expected number of collisions = N*Mu : 454.74
Observed number of collisions : 99999960
p-value of test : eps *****
-----------------------------
Total number of cells containing j balls
j = 0 : 10995116277720
j = 1 : 0
j = 2 : 0
j = 3 : 0
j = 4 : 0
j = 5 : 0
-----------------------------------------------
CPU time used : 00:00:15.16
Generator state:
***********************************************************
Test smarsa_CollisionOver calling smultin_MultinomialOver
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smultin_MultinomialOver test:
-----------------------------------------------
N = 10, n = 10000000, r = 28, d = 4, t = 20,
Sparse = TRUE
GenerCell = smultin_GenerCellSerial
Number of cells = d^t = 1099511627776
Expected number per cell = 1 / 109951.16
EColl = n^2 / (2k) = 45.47473509
Hashing = TRUE
Collision test
CollisionOver: density = n / k = 1 / 109951.16
Expected number of collisions = Mu = 45.47
-----------------------------------------------
Results of CollisionOver test:
POISSON approximation :
Expected number of collisions = N*Mu : 454.74
Observed number of collisions : 910
p-value of test : 9.5e-79 *****
-----------------------------
Total number of cells containing j balls
j = 0 : 10995016278670
j = 1 : 99998180
j = 2 : 910
j = 3 : 0
j = 4 : 0
j = 5 : 0
-----------------------------------------------
CPU time used : 00:01:47.36
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smarsa_BirthdaySpacings test:
-----------------------------------------------
N = 5, n = 20000000, r = 0, d = 2147483648, t = 2, p = 1
Number of cells = d^t = 4611686018427387904
Lambda = Poisson mean = 433.6809
----------------------------------------------------
Total expected number = N*Lambda : 2168.40
Total observed number : 98739666
p-value of test : eps *****
-----------------------------------------------
CPU time used : 00:00:50.83
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smarsa_BirthdaySpacings test:
-----------------------------------------------
N = 5, n = 20000000, r = 0, d = 2097152, t = 3, p = 1
Number of cells = d^t = 9223372036854775808
Lambda = Poisson mean = 216.8404
----------------------------------------------------
Total expected number = N*Lambda : 1084.20
Total observed number : 99971050
p-value of test : eps *****
-----------------------------------------------
CPU time used : 00:00:36.72
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smarsa_BirthdaySpacings test:
-----------------------------------------------
N = 5, n = 20000000, r = 0, d = 65536, t = 4, p = 1
Number of cells = d^t = 18446744073709551616
Lambda = Poisson mean = 108.4202
----------------------------------------------------
Total expected number = N*Lambda : 542.10
Total observed number : 99994470
p-value of test : eps *****
-----------------------------------------------
CPU time used : 00:00:27.61
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smarsa_BirthdaySpacings test:
-----------------------------------------------
N = 3, n = 20000000, r = 0, d = 512, t = 7, p = 1
Number of cells = d^t = 9223372036854775808
Lambda = Poisson mean = 216.8404
----------------------------------------------------
Total expected number = N*Lambda : 650.52
Total observed number : 59999079
p-value of test : eps *****
-----------------------------------------------
CPU time used : 00:00:18.15
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smarsa_BirthdaySpacings test:
-----------------------------------------------
N = 3, n = 20000000, r = 7, d = 512, t = 7, p = 1
Number of cells = d^t = 9223372036854775808
Lambda = Poisson mean = 216.8404
----------------------------------------------------
Total expected number = N*Lambda : 650.52
Total observed number : 59804388
p-value of test : eps *****
-----------------------------------------------
CPU time used : 00:00:24.79
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smarsa_BirthdaySpacings test:
-----------------------------------------------
N = 3, n = 20000000, r = 14, d = 256, t = 8, p = 1
Number of cells = d^t = 18446744073709551616
Lambda = Poisson mean = 108.4202
----------------------------------------------------
Total expected number = N*Lambda : 325.26
Total observed number : 58441689
p-value of test : eps *****
-----------------------------------------------
CPU time used : 00:00:29.95
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
smarsa_BirthdaySpacings test:
-----------------------------------------------
N = 3, n = 20000000, r = 22, d = 256, t = 8, p = 1
Number of cells = d^t = 18446744073709551616
Lambda = Poisson mean = 108.4202
----------------------------------------------------
Total expected number = N*Lambda : 325.26
Total observed number : 3932632
p-value of test : eps *****
-----------------------------------------------
CPU time used : 00:00:43.72
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
snpair_ClosePairs test:
-----------------------------------------------
N = 10, n = 2000000, r = 0, t = 2, p = 0, m = 30, Torus = TRUE
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
---------------------------------------
Test based on the 2 nearest points (NP):
Stat. AD on the N values (NP) : 25.79
p-value of test : 1.2e-12 *****
A2 test based on the spacings between the
successive jump times of process Y_n(t):
A2 test on the values of A2 (m-NP) : 357.37
p-value of test :3.2e-157 *****
Test on the Nm values of W_{n,i}(mNP1): 5130.19
p-value of test : eps *****
Test on the jump times of Y
(superposition of Yn):
Expected number of jumps of Y = mN : 300
Number of jumps of Y > 500000 *****
p-value of test : eps *****
Stat. AD (mNP2) : 2.11e+6
p-value of test : eps *****
-----------------------------------------------
CPU time used : 00:02:36.37
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
snpair_ClosePairs test:
-----------------------------------------------
N = 10, n = 2000000, r = 0, t = 3, p = 0, m = 30, Torus = TRUE
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
---------------------------------------
Test based on the 2 nearest points (NP):
Stat. AD on the N values (NP) : 162.54
p-value of test : 2.0e-72 *****
A2 test based on the spacings between the
successive jump times of process Y_n(t):
A2 test on the values of A2 (m-NP) : 357.37
p-value of test :3.2e-157 *****
Test on the Nm values of W_{n,i}(mNP1): 5988.92
p-value of test : eps *****
Test on the jump times of Y
(superposition of Yn):
Expected number of jumps of Y = mN : 300
Number of jumps of Y > 500000 *****
p-value of test : eps *****
Stat. AD (mNP2) : 8.17e+6
p-value of test : eps *****
Stat. AD after spacings (mNP2-S) : 1.78e+7
p-value of test : eps *****
-----------------------------------------------
CPU time used : 00:04:07.03
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
snpair_ClosePairs test:
-----------------------------------------------
N = 5, n = 2000000, r = 0, t = 7, p = 0, m = 30, Torus = TRUE
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
********* WARNING in file snpair.c on line 280
********* res->NumClose > 50000
---------------------------------------
Test based on the 2 nearest points (NP):
Stat. AD on the N values (NP) : 178.68
p-value of test : 1.8e-79 *****
A2 test based on the spacings between the
successive jump times of process Y_n(t):
A2 test on the values of A2 (m-NP) : 178.68
p-value of test : 1.8e-79 *****
Test on the Nm values of W_{n,i}(mNP1): 5360.52
p-value of test : eps *****
Test on the jump times of Y
(superposition of Yn):
Expected number of jumps of Y = mN : 150
Number of jumps of Y > 250000 *****
p-value of test : eps *****
Stat. AD (mNP2) : 8.93e+6
p-value of test : eps *****
Stat. AD after spacings (mNP2-S) : 8.93e+6
p-value of test : eps *****
-----------------------------------------------
CPU time used : 01:40:07.98
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
snpair_ClosePairsBitMatch test:
-----------------------------------------------
N = 4, n = 4000000, r = 0, t = 2
-----------------------------------------------
Max of all bit distances : 22.00
p-value of test : 0.37
-----------------------------------------------
CPU time used : 00:00:17.21
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
snpair_ClosePairsBitMatch test:
-----------------------------------------------
N = 2, n = 4000000, r = 0, t = 4
-----------------------------------------------
Max of all bit distances : 23.00
p-value of test : 2.0e-16 *****
-----------------------------------------------
CPU time used : 00:00:13.86
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
sknuth_SimpPoker test:
-----------------------------------------------
N = 1, n = 40000000, r = 0, d = 16, k = 16
-----------------------------------------------
Number of degrees of freedom : 12
Chi-square statistic :3.53e+13
p-value of test : eps *****
-----------------------------------------------
CPU time used : 00:00:11.19
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
sknuth_SimpPoker test:
-----------------------------------------------
N = 1, n = 40000000, r = 26, d = 16, k = 16
-----------------------------------------------
Number of degrees of freedom : 12
Chi-square statistic : 37.05
p-value of test : 2.2e-4 *****
-----------------------------------------------
CPU time used : 00:00:17.72
Generator state:
***********************************************************
HOST = fluffc-al, Linux
32-bit stdin
sknuth_SimpPoker test:
-----------------------------------------------
N = 1, n = 10000000, r = 0, d = 64, k = 64
-----------------------------------------------