Added test with PBC versus openQCDv1.4.

Configuration by configuration, plaquette and flow quantities agree. Only Wilson flow test.

data/oqcd/.gitignore

+/test_8x8x8x8_pbcn1
+/test_8x8x8x8_pbcn2
+/test_8x8x8x8_pbcn3
+/test_8x8x8x8_pbcn4
+/test_8x8x8x8_pbcn5
+/test_8x8x8x8_pbcn6

data/oqcd/results_test_8x8x8x8_pbc1.txt

+ ## Analizing configuration: ../test_latticegpu.jl/data/oqcd/test_8x8x8x8_pbcn1
+Lattice dimensions:       4
+Lattice size:             8 x 8 x 8 x 8
+Time boundary conditions: PERIODIC
+Thread block size:        4 x 4 x 4 x 4     [256] (Number of blocks: [16])
+Twist tensor: (0, 0, 0, 0, 0, 0)
+
+# [import_cern64] Read from conf file: Int32[8, 8, 8, 8] (plaq: [1.7645057538668225])
+Group:  SU3{Float64}
+ - beta:              6.7
+ - c0:                1.0
+ - cG:                (0.0, 0.0)
+
+ ## 
+ # Plaquette: 1.764505753866823
+ ## 
+WILSON flow integrator
+ * Two stage scheme. Coefficients:
+    stg 1: -0.4722222222222222 0.8888888888888888
+    stg 2: -1.0 0.75
+ * Fixed step size parameters: eps = 0.01
+ * Adaptive step size parameters: tol = 1.0e-7
+    - max eps:      0.1
+    - initial eps:  0.005
+    - safety scale: 0.9
+
+     FLOW   t=  0.0000:    6.072701318594e+04    8.299111952286e+03      -3.5641e-01 
+     FLOW   t=  0.1000:    2.696800852783e+04    6.248496650711e+03      -2.0608e-01 
+     FLOW   t=  0.2000:    1.239540151463e+04    4.191989937192e+03      -1.1837e-01 
+     FLOW   t=  0.3000:    6.413816837002e+03    2.842185878412e+03      -5.4384e-02 
+     FLOW   t=  0.4000:    3.771650885132e+03    2.030980134745e+03      -1.6921e-02 
+     FLOW   t=  0.5000:    2.479724505225e+03    1.534889881813e+03      -4.6510e-04 
+     FLOW   t=  0.6000:    1.781725295142e+03    1.217104411029e+03      5.7373e-03 
+     FLOW   t=  0.7000:    1.369799138861e+03    1.003178248542e+03      7.8046e-03 
+     FLOW   t=  0.8000:    1.107802510521e+03    8.525263351689e+02      8.1348e-03 
+     FLOW   t=  0.9000:    9.305189165151e+02    7.422439205604e+02      7.7102e-03 
+     FLOW   t=  1.0000:    8.043600230473e+02    6.588450541048e+02      7.0451e-03 
+ZEUTHEN flow integrator
+ * Two stage scheme. Coefficients:
+    stg 1: -0.4722222222222222 0.8888888888888888
+    stg 2: -1.0 0.75
+ * Fixed step size parameters: eps = 0.01
+ * Adaptive step size parameters: tol = 1.0e-7
+    - max eps:      0.1
+    - initial eps:  0.005
+    - safety scale: 0.9
+
+     FLOW   t=  0.0000:    6.072701318594e+04    8.299111952286e+03      -3.5641e-01 
+     FLOW   t=  0.1000:    2.259679032835e+04    5.816301369376e+03      -1.9766e-01 
+     FLOW   t=  0.2000:    9.426226325504e+03    3.665287549401e+03      -1.0505e-01 
+     FLOW   t=  0.3000:    4.765164770131e+03    2.433474404298e+03      -3.8468e-02 
+     FLOW   t=  0.4000:    2.858690139619e+03    1.744906423102e+03      -7.0399e-03 
+     FLOW   t=  0.5000:    1.950237464948e+03    1.335990705046e+03      3.8704e-03 
+     FLOW   t=  0.6000:    1.456217650745e+03    1.075665578135e+03      6.8437e-03 
+     FLOW   t=  0.7000:    1.157657027273e+03    8.995341549546e+02      6.9643e-03 
+     FLOW   t=  0.8000:    9.619061239446e+02    7.742671655112e+02      6.0700e-03 
+     FLOW   t=  0.9000:    8.253504797880e+02    6.815255497291e+02      4.9597e-03 
+     FLOW   t=  1.0000:    7.254775811847e+02    6.106144875796e+02      4.0249e-03 
+ # Plaquette: 1.764505753866823

data/oqcd/results_test_8x8x8x8_pbc2.txt

+ ## Analizing configuration: ../test_latticegpu.jl/data/oqcd/test_8x8x8x8_pbcn2
+Lattice dimensions:       4
+Lattice size:             8 x 8 x 8 x 8
+Time boundary conditions: PERIODIC
+Thread block size:        4 x 4 x 4 x 4     [256] (Number of blocks: [16])
+Twist tensor: (0, 0, 0, 0, 0, 0)
+
+# [import_cern64] Read from conf file: Int32[8, 8, 8, 8] (plaq: [1.770069921558924])
+Group:  SU3{Float64}
+ - beta:              6.7
+ - c0:                1.0
+ - cG:                (0.0, 0.0)
+
+ ## 
+ # Plaquette: 1.770069921558924
+ ## 
+WILSON flow integrator
+ * Two stage scheme. Coefficients:
+    stg 1: -0.4722222222222222 0.8888888888888888
+    stg 2: -1.0 0.75
+ * Fixed step size parameters: eps = 0.01
+ * Adaptive step size parameters: tol = 1.0e-7
+    - max eps:      0.1
+    - initial eps:  0.005
+    - safety scale: 0.9
+
+     FLOW   t=  0.0000:    6.045352321554e+04    8.361052041056e+03      -3.6852e-01 
+     FLOW   t=  0.1000:    2.672729605197e+04    6.248462176585e+03      -2.2753e-01 
+     FLOW   t=  0.2000:    1.221783495047e+04    4.147904254069e+03      -1.5571e-01 
+     FLOW   t=  0.3000:    6.293795491842e+03    2.790680900285e+03      -1.2800e-01 
+     FLOW   t=  0.4000:    3.696042514745e+03    1.988356776660e+03      -9.5814e-02 
+     FLOW   t=  0.5000:    2.435031662979e+03    1.504772310342e+03      -6.2204e-02 
+     FLOW   t=  0.6000:    1.757791223073e+03    1.198333506631e+03      -3.6810e-02 
+     FLOW   t=  0.7000:    1.359990889456e+03    9.935119405604e+02      -2.0771e-02 
+     FLOW   t=  0.8000:    1.107906613390e+03    8.498602298459e+02      -1.0800e-02 
+     FLOW   t=  0.9000:    9.377549064903e+02    7.448648648767e+02      -3.8494e-03 
+     FLOW   t=  1.0000:    8.167956501505e+02    6.654114042570e+02      1.7923e-03 
+ZEUTHEN flow integrator
+ * Two stage scheme. Coefficients:
+    stg 1: -0.4722222222222222 0.8888888888888888
+    stg 2: -1.0 0.75
+ * Fixed step size parameters: eps = 0.01
+ * Adaptive step size parameters: tol = 1.0e-7
+    - max eps:      0.1
+    - initial eps:  0.005
+    - safety scale: 0.9
+
+     FLOW   t=  0.0000:    6.045352321554e+04    8.361052041056e+03      -3.6852e-01 
+     FLOW   t=  0.1000:    2.240951045804e+04    5.807423070936e+03      -1.9460e-01 
+     FLOW   t=  0.2000:    9.301649676976e+03    3.619804081107e+03      -1.3780e-01 
+     FLOW   t=  0.3000:    4.685618161693e+03    2.388619158456e+03      -1.1061e-01 
+     FLOW   t=  0.4000:    2.811535288892e+03    1.711812963406e+03      -7.2317e-02 
+     FLOW   t=  0.5000:    1.924613685513e+03    1.315159627648e+03      -4.0673e-02 
+     FLOW   t=  0.6000:    1.444978736189e+03    1.064934052536e+03      -2.2724e-02 
+     FLOW   t=  0.7000:    1.156552124174e+03    8.966222025632e+02      -1.3771e-02 
+     FLOW   t=  0.8000:    9.682350899019e+02    7.772913605634e+02      -8.5760e-03 
+     FLOW   t=  0.9000:    8.372170943376e+02    6.890023509708e+02      -4.5169e-03 
+     FLOW   t=  1.0000:    7.414584807706e+02    6.213848149343e+02      -7.0195e-04 
+ # Plaquette: 1.770069921558924

data/oqcd/results_test_8x8x8x8_pbc3.txt

+ ## Analizing configuration: ../test_latticegpu.jl/data/oqcd/test_8x8x8x8_pbcn3
+Lattice dimensions:       4
+Lattice size:             8 x 8 x 8 x 8
+Time boundary conditions: PERIODIC
+Thread block size:        4 x 4 x 4 x 4     [256] (Number of blocks: [16])
+Twist tensor: (0, 0, 0, 0, 0, 0)
+
+# [import_cern64] Read from conf file: Int32[8, 8, 8, 8] (plaq: [1.7719223933627775])
+Group:  SU3{Float64}
+ - beta:              6.7
+ - c0:                1.0
+ - cG:                (0.0, 0.0)
+
+ ## 
+ # Plaquette: 1.7719223933627781
+ ## 
+WILSON flow integrator
+ * Two stage scheme. Coefficients:
+    stg 1: -0.4722222222222222 0.8888888888888888
+    stg 2: -1.0 0.75
+ * Fixed step size parameters: eps = 0.01
+ * Adaptive step size parameters: tol = 1.0e-7
+    - max eps:      0.1
+    - initial eps:  0.005
+    - safety scale: 0.9
+
+     FLOW   t=  0.0000:    6.036247052143e+04    8.317450538809e+03      -9.2311e-02 
+     FLOW   t=  0.1000:    2.671123241501e+04    6.232079713525e+03      1.5113e-02 
+     FLOW   t=  0.2000:    1.222649549272e+04    4.156333726860e+03      1.4383e-01 
+     FLOW   t=  0.3000:    6.310135066964e+03    2.810175254096e+03      2.8959e-01 
+     FLOW   t=  0.4000:    3.720023022216e+03    2.012347486370e+03      3.8652e-01 
+     FLOW   t=  0.5000:    2.465767738517e+03    1.529419891005e+03      4.3160e-01 
+     FLOW   t=  0.6000:    1.792720433848e+03    1.221432383515e+03      4.4075e-01 
+     FLOW   t=  0.7000:    1.396034675169e+03    1.013772054205e+03      4.2614e-01 
+     FLOW   t=  0.8000:    1.142348891538e+03    8.664826201643e+02      3.9445e-01 
+     FLOW   t=  0.9000:    9.683837673297e+02    7.573376901642e+02      3.4925e-01 
+     FLOW   t=  1.0000:    8.416559938891e+02    6.734156311370e+02      2.9369e-01 
+ZEUTHEN flow integrator
+ * Two stage scheme. Coefficients:
+    stg 1: -0.4722222222222222 0.8888888888888888
+    stg 2: -1.0 0.75
+ * Fixed step size parameters: eps = 0.01
+ * Adaptive step size parameters: tol = 1.0e-7
+    - max eps:      0.1
+    - initial eps:  0.005
+    - safety scale: 0.9
+
+     FLOW   t=  0.0000:    6.036247052143e+04    8.317450538809e+03      -9.2311e-02 
+     FLOW   t=  0.1000:    2.237709450210e+04    5.790667763964e+03      4.5541e-02 
+     FLOW   t=  0.2000:    9.284503272851e+03    3.624635335016e+03      2.1604e-01 
+     FLOW   t=  0.3000:    4.684602667873e+03    2.404279346739e+03      3.5964e-01 
+     FLOW   t=  0.4000:    2.827328909690e+03    1.732893278887e+03      4.3226e-01 
+     FLOW   t=  0.5000:    1.952524268660e+03    1.337765260232e+03      4.5571e-01 
+     FLOW   t=  0.6000:    1.479072655158e+03    1.086536028572e+03      4.5115e-01 
+     FLOW   t=  0.7000:    1.192004913656e+03    9.156648660747e+02      4.2931e-01 
+     FLOW   t=  0.8000:    1.001803189615e+03    7.928649706151e+02      3.9441e-01 
+     FLOW   t=  0.9000:    8.667102246049e+02    7.005605360990e+02      3.4754e-01 
+     FLOW   t=  1.0000:    7.650736999840e+02    6.285520108934e+02      2.8963e-01 
+ # Plaquette: 1.7719223933627781

data/oqcd/results_test_8x8x8x8_pbc4.txt

+ ## Analizing configuration: ../test_latticegpu.jl/data/oqcd/test_8x8x8x8_pbcn4
+Lattice dimensions:       4
+Lattice size:             8 x 8 x 8 x 8
+Time boundary conditions: PERIODIC
+Thread block size:        4 x 4 x 4 x 4     [256] (Number of blocks: [16])
+Twist tensor: (0, 0, 0, 0, 0, 0)
+
+# [import_cern64] Read from conf file: Int32[8, 8, 8, 8] (plaq: [1.7831158860841207])
+Group:  SU3{Float64}
+ - beta:              6.7
+ - c0:                1.0
+ - cG:                (0.0, 0.0)
+
+ ## 
+ # Plaquette: 1.783115886084121
+ ## 
+WILSON flow integrator
+ * Two stage scheme. Coefficients:
+    stg 1: -0.4722222222222222 0.8888888888888888
+    stg 2: -1.0 0.75
+ * Fixed step size parameters: eps = 0.01
+ * Adaptive step size parameters: tol = 1.0e-7
+    - max eps:      0.1
+    - initial eps:  0.005
+    - safety scale: 0.9
+
+     FLOW   t=  0.0000:    5.981228796719e+04    8.206896897426e+03      6.4145e-01 
+     FLOW   t=  0.1000:    2.618793671953e+04    6.080231213520e+03      4.5618e-01 
+     FLOW   t=  0.2000:    1.184705116005e+04    4.020519796232e+03      3.5589e-01 
+     FLOW   t=  0.3000:    6.056601401496e+03    2.702104994797e+03      2.9190e-01 
+     FLOW   t=  0.4000:    3.544853132890e+03    1.923763406828e+03      2.5036e-01 
+     FLOW   t=  0.5000:    2.333170281506e+03    1.452130241817e+03      2.2361e-01 
+     FLOW   t=  0.6000:    1.681673424791e+03    1.150329266305e+03      2.0569e-01 
+     FLOW   t=  0.7000:    1.295757730765e+03    9.461825688065e+02      1.9315e-01 
+     FLOW   t=  0.8000:    1.047954281270e+03    8.012315613920e+02      1.8411e-01 
+     FLOW   t=  0.9000:    8.781791722237e+02    6.940772407916e+02      1.7744e-01 
+     FLOW   t=  1.0000:    7.557485359812e+02    6.122061366901e+02      1.7248e-01 
+ZEUTHEN flow integrator
+ * Two stage scheme. Coefficients:
+    stg 1: -0.4722222222222222 0.8888888888888888
+    stg 2: -1.0 0.75
+ * Fixed step size parameters: eps = 0.01
+ * Adaptive step size parameters: tol = 1.0e-7
+    - max eps:      0.1
+    - initial eps:  0.005
+    - safety scale: 0.9
+
+     FLOW   t=  0.0000:    5.981228796719e+04    8.206896897426e+03      6.4145e-01 
+     FLOW   t=  0.1000:    2.191786832857e+04    5.645786597962e+03      4.1532e-01 
+     FLOW   t=  0.2000:    8.989267075909e+03    3.506872789349e+03      3.1815e-01 
+     FLOW   t=  0.3000:    4.497510480960e+03    2.312367398510e+03      2.5579e-01 
+     FLOW   t=  0.4000:    2.694777884814e+03    1.655104230097e+03      2.1272e-01 
+     FLOW   t=  0.5000:    1.844404316094e+03    1.266843928281e+03      1.8275e-01 
+     FLOW   t=  0.6000:    1.381355901700e+03    1.018966953121e+03      1.6136e-01 
+     FLOW   t=  0.7000:    1.098926621665e+03    8.500021968479e+02      1.4586e-01 
+     FLOW   t=  0.8000:    9.113978193993e+02    7.286860256025e+02      1.3454e-01 
+     FLOW   t=  0.9000:    7.788206889041e+02    6.379514169334e+02      1.2625e-01 
+     FLOW   t=  1.0000:    6.806033119694e+02    5.678635800796e+02      1.2018e-01 
+ # Plaquette: 1.783115886084121

data/oqcd/results_test_8x8x8x8_pbc5.txt

+ ## Analizing configuration: ../test_latticegpu.jl/data/oqcd/test_8x8x8x8_pbcn5
+Lattice dimensions:       4
+Lattice size:             8 x 8 x 8 x 8
+Time boundary conditions: PERIODIC
+Thread block size:        4 x 4 x 4 x 4     [256] (Number of blocks: [16])
+Twist tensor: (0, 0, 0, 0, 0, 0)
+
+# [import_cern64] Read from conf file: Int32[8, 8, 8, 8] (plaq: [1.7832622160667955])
+Group:  SU3{Float64}
+ - beta:              6.7
+ - c0:                1.0
+ - cG:                (0.0, 0.0)
+
+ ## 
+ # Plaquette: 1.783262216066796
+ ## 
+WILSON flow integrator
+ * Two stage scheme. Coefficients:
+    stg 1: -0.4722222222222222 0.8888888888888888
+    stg 2: -1.0 0.75
+ * Fixed step size parameters: eps = 0.01
+ * Adaptive step size parameters: tol = 1.0e-7
+    - max eps:      0.1
+    - initial eps:  0.005
+    - safety scale: 0.9
+
+     FLOW   t=  0.0000:    5.980509555588e+04    8.267340828997e+03      -1.6406e-01 
+     FLOW   t=  0.1000:    2.619863041001e+04    6.101521687271e+03      -3.0522e-01 
+     FLOW   t=  0.2000:    1.185128423349e+04    4.002644469193e+03      -3.4597e-01 
+     FLOW   t=  0.3000:    6.030359080849e+03    2.664209244588e+03      -3.1621e-01 
+     FLOW   t=  0.4000:    3.495470736038e+03    1.879791216778e+03      -2.5997e-01 
+     FLOW   t=  0.5000:    2.275274806416e+03    1.409167906590e+03      -2.0129e-01 
+     FLOW   t=  0.6000:    1.625204489761e+03    1.111616864864e+03      -1.4771e-01 
+     FLOW   t=  0.7000:    1.244980925966e+03    9.128188512094e+02      -1.0096e-01 
+     FLOW   t=  0.8000:    1.003839292166e+03    7.732447337406e+02      -6.1977e-02 
+     FLOW   t=  0.9000:    8.403396773773e+02    6.710512526669e+02      -3.1312e-02 
+     FLOW   t=  1.0000:    7.234363733399e+02    5.935913144102e+02      -8.6617e-03 
+ZEUTHEN flow integrator
+ * Two stage scheme. Coefficients:
+    stg 1: -0.4722222222222222 0.8888888888888888
+    stg 2: -1.0 0.75
+ * Fixed step size parameters: eps = 0.01
+ * Adaptive step size parameters: tol = 1.0e-7
+    - max eps:      0.1
+    - initial eps:  0.005
+    - safety scale: 0.9
+
+     FLOW   t=  0.0000:    5.980509555588e+04    8.267340828997e+03      -1.6406e-01 
+     FLOW   t=  0.1000:    2.192499048723e+04    5.655322891571e+03      -3.3437e-01 
+     FLOW   t=  0.2000:    8.977553326939e+03    3.477956675540e+03      -3.5690e-01 
+     FLOW   t=  0.3000:    4.456327567230e+03    2.269282154889e+03      -3.0255e-01 
+     FLOW   t=  0.4000:    2.638560554054e+03    1.610206420733e+03      -2.3468e-01 
+     FLOW   t=  0.5000:    1.787139242546e+03    1.225425236545e+03      -1.7289e-01 
+     FLOW   t=  0.6000:    1.329514721082e+03    9.828710372006e+02      -1.1934e-01 
+     FLOW   t=  0.7000:    1.054032165129e+03    8.194197074573e+02      -7.4518e-02 
+     FLOW   t=  0.8000:    8.730079365077e+02    7.031652876452e+02      -3.9386e-02 
+     FLOW   t=  0.9000:    7.460544254898e+02    6.168792035205e+02      -1.3967e-02 
+     FLOW   t=  1.0000:    6.526573690672e+02    5.506470887769e+02      3.1956e-03 
+ # Plaquette: 1.783262216066796

data/oqcd/results_test_8x8x8x8_pbc6.txt

+ ## Analizing configuration: ../test_latticegpu.jl/data/oqcd/test_8x8x8x8_pbcn6
+Lattice dimensions:       4
+Lattice size:             8 x 8 x 8 x 8
+Time boundary conditions: PERIODIC
+Thread block size:        4 x 4 x 4 x 4     [256] (Number of blocks: [16])
+Twist tensor: (0, 0, 0, 0, 0, 0)
+
+# [import_cern64] Read from conf file: Int32[8, 8, 8, 8] (plaq: [1.7692470621887875])
+Group:  SU3{Float64}
+ - beta:              6.7
+ - c0:                1.0
+ - cG:                (0.0, 0.0)
+
+ ## 
+ # Plaquette: 1.7692470621887881
+ ## 
+WILSON flow integrator
+ * Two stage scheme. Coefficients:
+    stg 1: -0.4722222222222222 0.8888888888888888
+    stg 2: -1.0 0.75
+ * Fixed step size parameters: eps = 0.01
+ * Adaptive step size parameters: tol = 1.0e-7
+    - max eps:      0.1
+    - initial eps:  0.005
+    - safety scale: 0.9
+
+     FLOW   t=  0.0000:    6.049396839930e+04    8.281335062674e+03      -5.0065e-01 
+     FLOW   t=  0.1000:    2.655350824435e+04    6.121890680597e+03      -3.9752e-01 
+     FLOW   t=  0.2000:    1.195410651869e+04    4.009933912216e+03      -3.5729e-01 
+     FLOW   t=  0.3000:    6.049909987017e+03    2.661438850855e+03      -3.7203e-01 
+     FLOW   t=  0.4000:    3.497484721732e+03    1.872961405761e+03      -3.9045e-01 
+     FLOW   t=  0.5000:    2.274703494487e+03    1.401499276245e+03      -3.9764e-01 
+     FLOW   t=  0.6000:    1.624778084650e+03    1.104374579423e+03      -3.9458e-01 
+     FLOW   t=  0.7000:    1.245654541917e+03    9.064630090836e+02      -3.8322e-01 
+     FLOW   t=  0.8000:    1.006151882834e+03    7.678488363144e+02      -3.6437e-01 
+     FLOW   t=  0.9000:    8.443739191603e+02    6.664675747937e+02      -3.3837e-01 
+     FLOW   t=  1.0000:    7.288178202177e+02    5.895449418836e+02      -3.0546e-01 
+ZEUTHEN flow integrator
+ * Two stage scheme. Coefficients:
+    stg 1: -0.4722222222222222 0.8888888888888888
+    stg 2: -1.0 0.75
+ * Fixed step size parameters: eps = 0.01
+ * Adaptive step size parameters: tol = 1.0e-7
+    - max eps:      0.1
+    - initial eps:  0.005
+    - safety scale: 0.9
+
+     FLOW   t=  0.0000:    6.049396839930e+04    8.281335062674e+03      -5.0065e-01 
+     FLOW   t=  0.1000:    2.221656070697e+04    5.674213409011e+03      -3.8369e-01 
+     FLOW   t=  0.2000:    9.044999266070e+03    3.481986616790e+03      -3.7010e-01 
+     FLOW   t=  0.3000:    4.469147213774e+03    2.264827499965e+03      -4.0703e-01 
+     FLOW   t=  0.4000:    2.640992808225e+03    1.603155377117e+03      -4.3459e-01 
+     FLOW   t=  0.5000:    1.787098746283e+03    1.218232166988e+03      -4.4814e-01 
+     FLOW   t=  0.6000:    1.329585896788e+03    9.765945105931e+02      -4.5336e-01 
+     FLOW   t=  0.7000:    1.055819626747e+03    8.144953492628e+02      -4.5301e-01 
+     FLOW   t=  0.8000:    8.772977318168e+02    6.996595435318e+02      -4.4811e-01 
+     FLOW   t=  0.9000:    7.529331877800e+02    6.146447143835e+02      -4.3899e-01 
+     FLOW   t=  1.0000:    6.617744095468e+02    5.494287997869e+02      -4.2555e-01 
+ # Plaquette: 1.7692470621887881

data/oqcd/test_8x8x8x8_pbc.log

+
+Simulation of the SU(3) gauge theory
+------------------------------------
+
+New run, start from random configuration
+
+Using the HMC algorithm
+Program version openQCD-1.4
+The machine is little endian
+The local disks are not used
+
+8x8x8x8 lattice, 8x8x8x8 local lattice
+1x1x1x1 process grid, 1x1x1x1 process block size
+
+beta = 6.0
+c0 = 1.0, c1 = 0.0
+
+Periodic boundary conditions
+
+Random number generator:
+level = 0, seed = 73099
+
+Trajectories:
+tau = 3.0
+4th order OMF integrator
+Number of steps = 16
+
+nth = 20, ntr = 25
+dtr_log = 1, dtr_ms = 1, dtr_cnfg = 1
+
+Online measurement of Wilson flow observables
+
+Wilson flow:
+3rd order RK integrator
+eps = 0.01
+nstep = 100
+dnms = 1
+
+Trajectory no 1
+dH = -1.7e-01, iac = 1
+Average plaquette = 0.728286
+Acceptance rate = 1.00
+Time per trajectory = 4.44e-01 sec (average = 4.44e-01 sec)
+
+Trajectory no 2
+dH = -7.6e-02, iac = 1
+Average plaquette = 1.048312
+Acceptance rate = 1.00
+Time per trajectory = 4.56e-01 sec (average = 4.50e-01 sec)
+
+Trajectory no 3
+dH = -5.0e-02, iac = 1
+Average plaquette = 1.231304
+Acceptance rate = 1.00
+Time per trajectory = 4.53e-01 sec (average = 4.51e-01 sec)
+
+Trajectory no 4
+dH = -3.9e-02, iac = 1
+Average plaquette = 1.360813
+Acceptance rate = 1.00
+Time per trajectory = 4.46e-01 sec (average = 4.50e-01 sec)
+
+Trajectory no 5
+dH = -3.1e-02, iac = 1
+Average plaquette = 1.463168
+Acceptance rate = 1.00
+Time per trajectory = 4.54e-01 sec (average = 4.51e-01 sec)
+
+Trajectory no 6
+dH = -2.2e-02, iac = 1
+Average plaquette = 1.527618
+Acceptance rate = 1.00
+Time per trajectory = 4.60e-01 sec (average = 4.52e-01 sec)
+
+Trajectory no 7
+dH = -1.7e-02, iac = 1
+Average plaquette = 1.585975
+Acceptance rate = 1.00
+Time per trajectory = 4.39e-01 sec (average = 4.50e-01 sec)
+
+Trajectory no 8
+dH = -1.9e-02, iac = 1
+Average plaquette = 1.639902
+Acceptance rate = 1.00
+Time per trajectory = 4.44e-01 sec (average = 4.50e-01 sec)
+
+Trajectory no 9
+dH = -8.4e-03, iac = 1
+Average plaquette = 1.668981
+Acceptance rate = 1.00
+Time per trajectory = 4.34e-01 sec (average = 4.48e-01 sec)
+
+Trajectory no 10
+dH = -7.4e-03, iac = 1
+Average plaquette = 1.686680
+Acceptance rate = 1.00
+Time per trajectory = 4.47e-01 sec (average = 4.48e-01 sec)
+
+Trajectory no 11
+dH = -4.0e-03, iac = 1
+Average plaquette = 1.700958
+Acceptance rate = 1.00
+Time per trajectory = 4.36e-01 sec (average = 4.47e-01 sec)
+
+Trajectory no 12
+dH = -3.1e-03, iac = 1
+Average plaquette = 1.715324
+Acceptance rate = 1.00
+Time per trajectory = 4.39e-01 sec (average = 4.46e-01 sec)
+
+Trajectory no 13
+dH = -4.8e-03, iac = 1
+Average plaquette = 1.728776
+Acceptance rate = 1.00
+Time per trajectory = 4.35e-01 sec (average = 4.45e-01 sec)
+
+Trajectory no 14
+dH = -5.3e-03, iac = 1
+Average plaquette = 1.749415
+Acceptance rate = 1.00
+Time per trajectory = 4.35e-01 sec (average = 4.45e-01 sec)
+
+Trajectory no 15
+dH = +1.8e-04, iac = 1
+Average plaquette = 1.752291
+Acceptance rate = 1.00
+Time per trajectory = 4.38e-01 sec (average = 4.44e-01 sec)
+
+Trajectory no 16
+dH = -3.8e-03, iac = 1
+Average plaquette = 1.764002
+Acceptance rate = 1.00
+Time per trajectory = 4.30e-01 sec (average = 4.43e-01 sec)
+
+Trajectory no 17
+dH = -1.4e-03, iac = 1
+Average plaquette = 1.764669
+Acceptance rate = 1.00
+Time per trajectory = 4.34e-01 sec (average = 4.43e-01 sec)
+
+Trajectory no 18
+dH = -1.7e-03, iac = 1
+Average plaquette = 1.768557
+Acceptance rate = 1.00
+Time per trajectory = 4.45e-01 sec (average = 4.43e-01 sec)
+
+Trajectory no 19
+dH = +5.2e-04, iac = 1
+Average plaquette = 1.763300
+Acceptance rate = 1.00
+Time per trajectory = 4.33e-01 sec (average = 4.42e-01 sec)
+
+Trajectory no 20
+dH = +7.9e-05, iac = 1
+Average plaquette = 1.764506
+Acceptance rate = 1.00
+Time per trajectory = 4.40e-01 sec (average = 4.42e-01 sec)
+
+Measurement run:
+
+n =   0, t = 0.00e+00, Wact = 6.072701e+04, Yact = 8.299112e+03, Q = -3.56e-01
+n =  10, t = 1.00e-01, Wact = 2.696801e+04, Yact = 6.248497e+03, Q = -2.06e-01
+n =  20, t = 2.00e-01, Wact = 1.239540e+04, Yact = 4.191990e+03, Q = -1.18e-01
+n =  30, t = 3.00e-01, Wact = 6.413817e+03, Yact = 2.842186e+03, Q = -5.44e-02
+n =  40, t = 4.00e-01, Wact = 3.771651e+03, Yact = 2.030980e+03, Q = -1.69e-02
+n =  50, t = 5.00e-01, Wact = 2.479725e+03, Yact = 1.534890e+03, Q = -4.65e-04
+n =  60, t = 6.00e-01, Wact = 1.781725e+03, Yact = 1.217104e+03, Q =  5.74e-03
+n =  70, t = 7.00e-01, Wact = 1.369799e+03, Yact = 1.003178e+03, Q =  7.80e-03
+n =  80, t = 8.00e-01, Wact = 1.107803e+03, Yact = 8.525263e+02, Q =  8.13e-03
+n =  90, t = 9.00e-01, Wact = 9.305189e+02, Yact = 7.422439e+02, Q =  7.71e-03
+n = 100, t = 1.00e+00, Wact = 8.043600e+02, Yact = 6.588451e+02, Q =  7.05e-03
+
+Configuration fully processed in 2.29e+00 sec (average = 2.29e+00 sec)
+Measured data saved
+
+Configuration no 1 exported
+
+Trajectory no 21
+dH = -1.1e-03, iac = 1
+Average plaquette = 1.770070
+Acceptance rate = 1.00
+Time per trajectory = 4.62e-01 sec (average = 4.43e-01 sec)
+
+Measurement run:
+
+n =   0, t = 0.00e+00, Wact = 6.045352e+04, Yact = 8.361052e+03, Q = -3.69e-01
+n =  10, t = 1.00e-01, Wact = 2.672730e+04, Yact = 6.248462e+03, Q = -2.28e-01
+n =  20, t = 2.00e-01, Wact = 1.221783e+04, Yact = 4.147904e+03, Q = -1.56e-01
+n =  30, t = 3.00e-01, Wact = 6.293795e+03, Yact = 2.790681e+03, Q = -1.28e-01
+n =  40, t = 4.00e-01, Wact = 3.696043e+03, Yact = 1.988357e+03, Q = -9.58e-02
+n =  50, t = 5.00e-01, Wact = 2.435032e+03, Yact = 1.504772e+03, Q = -6.22e-02
+n =  60, t = 6.00e-01, Wact = 1.757791e+03, Yact = 1.198334e+03, Q = -3.68e-02
+n =  70, t = 7.00e-01, Wact = 1.359991e+03, Yact = 9.935119e+02, Q = -2.08e-02
+n =  80, t = 8.00e-01, Wact = 1.107907e+03, Yact = 8.498602e+02, Q = -1.08e-02
+n =  90, t = 9.00e-01, Wact = 9.377549e+02, Yact = 7.448649e+02, Q = -3.85e-03
+n = 100, t = 1.00e+00, Wact = 8.167957e+02, Yact = 6.654114e+02, Q =  1.79e-03
+
+Configuration fully processed in 2.25e+00 sec (average = 2.27e+00 sec)
+Measured data saved
+
+Configuration no 2 exported
+
+Trajectory no 22
+dH = +1.5e-03, iac = 1
+Average plaquette = 1.771922
+Acceptance rate = 1.00
+Time per trajectory = 4.22e-01 sec (average = 4.42e-01 sec)
+
+Measurement run:
+
+n =   0, t = 0.00e+00, Wact = 6.036247e+04, Yact = 8.317451e+03, Q = -9.23e-02
+n =  10, t = 1.00e-01, Wact = 2.671123e+04, Yact = 6.232080e+03, Q =  1.51e-02
+n =  20, t = 2.00e-01, Wact = 1.222650e+04, Yact = 4.156334e+03, Q =  1.44e-01
+n =  30, t = 3.00e-01, Wact = 6.310135e+03, Yact = 2.810175e+03, Q =  2.90e-01
+n =  40, t = 4.00e-01, Wact = 3.720023e+03, Yact = 2.012347e+03, Q =  3.87e-01
+n =  50, t = 5.00e-01, Wact = 2.465768e+03, Yact = 1.529420e+03, Q =  4.32e-01
+n =  60, t = 6.00e-01, Wact = 1.792720e+03, Yact = 1.221432e+03, Q =  4.41e-01
+n =  70, t = 7.00e-01, Wact = 1.396035e+03, Yact = 1.013772e+03, Q =  4.26e-01
+n =  80, t = 8.00e-01, Wact = 1.142349e+03, Yact = 8.664826e+02, Q =  3.94e-01
+n =  90, t = 9.00e-01, Wact = 9.683838e+02, Yact = 7.573377e+02, Q =  3.49e-01
+n = 100, t = 1.00e+00, Wact = 8.416560e+02, Yact = 6.734156e+02, Q =  2.94e-01
+
+Configuration fully processed in 2.24e+00 sec (average = 2.26e+00 sec)
+Measured data saved
+
+Configuration no 3 exported
+
+Trajectory no 23
+dH = -3.2e-03, iac = 1
+Average plaquette = 1.783116
+Acceptance rate = 1.00
+Time per trajectory = 4.47e-01 sec (average = 4.42e-01 sec)
+
+Measurement run:
+
+n =   0, t = 0.00e+00, Wact = 5.981229e+04, Yact = 8.206897e+03, Q =  6.41e-01
+n =  10, t = 1.00e-01, Wact = 2.618794e+04, Yact = 6.080231e+03, Q =  4.56e-01
+n =  20, t = 2.00e-01, Wact = 1.184705e+04, Yact = 4.020520e+03, Q =  3.56e-01
+n =  30, t = 3.00e-01, Wact = 6.056601e+03, Yact = 2.702105e+03, Q =  2.92e-01
+n =  40, t = 4.00e-01, Wact = 3.544853e+03, Yact = 1.923763e+03, Q =  2.50e-01
+n =  50, t = 5.00e-01, Wact = 2.333170e+03, Yact = 1.452130e+03, Q =  2.24e-01
+n =  60, t = 6.00e-01, Wact = 1.681673e+03, Yact = 1.150329e+03, Q =  2.06e-01
+n =  70, t = 7.00e-01, Wact = 1.295758e+03, Yact = 9.461826e+02, Q =  1.93e-01
+n =  80, t = 8.00e-01, Wact = 1.047954e+03, Yact = 8.012316e+02, Q =  1.84e-01
+n =  90, t = 9.00e-01, Wact = 8.781792e+02, Yact = 6.940772e+02, Q =  1.77e-01
+n = 100, t = 1.00e+00, Wact = 7.557485e+02, Yact = 6.122061e+02, Q =  1.72e-01
+
+Configuration fully processed in 2.32e+00 sec (average = 2.27e+00 sec)
+Measured data saved
+
+Configuration no 4 exported
+
+Trajectory no 24
+dH = +6.1e-04, iac = 1
+Average plaquette = 1.783262
+Acceptance rate = 1.00
+Time per trajectory = 4.52e-01 sec (average = 4.43e-01 sec)
+
+Measurement run:
+
+n =   0, t = 0.00e+00, Wact = 5.980510e+04, Yact = 8.267341e+03, Q = -1.64e-01
+n =  10, t = 1.00e-01, Wact = 2.619863e+04, Yact = 6.101522e+03, Q = -3.05e-01
+n =  20, t = 2.00e-01, Wact = 1.185128e+04, Yact = 4.002644e+03, Q = -3.46e-01
+n =  30, t = 3.00e-01, Wact = 6.030359e+03, Yact = 2.664209e+03, Q = -3.16e-01
+n =  40, t = 4.00e-01, Wact = 3.495471e+03, Yact = 1.879791e+03, Q = -2.60e-01
+n =  50, t = 5.00e-01, Wact = 2.275275e+03, Yact = 1.409168e+03, Q = -2.01e-01
+n =  60, t = 6.00e-01, Wact = 1.625204e+03, Yact = 1.111617e+03, Q = -1.48e-01
+n =  70, t = 7.00e-01, Wact = 1.244981e+03, Yact = 9.128189e+02, Q = -1.01e-01
+n =  80, t = 8.00e-01, Wact = 1.003839e+03, Yact = 7.732447e+02, Q = -6.20e-02
+n =  90, t = 9.00e-01, Wact = 8.403397e+02, Yact = 6.710513e+02, Q = -3.13e-02
+n = 100, t = 1.00e+00, Wact = 7.234364e+02, Yact = 5.935913e+02, Q = -8.66e-03
+
+Configuration fully processed in 2.32e+00 sec (average = 2.28e+00 sec)
+Measured data saved
+
+Configuration no 5 exported
+
+Trajectory no 25
+dH = +3.0e-03, iac = 1
+Average plaquette = 1.769247
+Acceptance rate = 1.00
+Time per trajectory = 4.37e-01 sec (average = 4.42e-01 sec)
+
+Measurement run:
+
+n =   0, t = 0.00e+00, Wact = 6.049397e+04, Yact = 8.281335e+03, Q = -5.01e-01
+n =  10, t = 1.00e-01, Wact = 2.655351e+04, Yact = 6.121891e+03, Q = -3.98e-01
+n =  20, t = 2.00e-01, Wact = 1.195411e+04, Yact = 4.009934e+03, Q = -3.57e-01
+n =  30, t = 3.00e-01, Wact = 6.049910e+03, Yact = 2.661439e+03, Q = -3.72e-01
+n =  40, t = 4.00e-01, Wact = 3.497485e+03, Yact = 1.872961e+03, Q = -3.90e-01
+n =  50, t = 5.00e-01, Wact = 2.274703e+03, Yact = 1.401499e+03, Q = -3.98e-01
+n =  60, t = 6.00e-01, Wact = 1.624778e+03, Yact = 1.104375e+03, Q = -3.95e-01
+n =  70, t = 7.00e-01, Wact = 1.245655e+03, Yact = 9.064630e+02, Q = -3.83e-01
+n =  80, t = 8.00e-01, Wact = 1.006152e+03, Yact = 7.678488e+02, Q = -3.64e-01
+n =  90, t = 9.00e-01, Wact = 8.443739e+02, Yact = 6.664676e+02, Q = -3.38e-01
+n = 100, t = 1.00e+00, Wact = 7.288178e+02, Yact = 5.895449e+02, Q = -3.05e-01
+
+Configuration fully processed in 2.17e+00 sec (average = 2.26e+00 sec)
+Measured data saved
+
+Configuration no 6 exported
+

data/oqcd/test_8x8x8x8_pbcn1.dvc

+outs:
+- md5: 4183e5670bcf35830d662d56eadae372
+  size: 2359320
+  path: test_8x8x8x8_pbcn1

data/oqcd/test_8x8x8x8_pbcn2.dvc

+outs:
+- md5: e469631bec0b1f7b3b387d313a0aa7fc
+  size: 2359320
+  path: test_8x8x8x8_pbcn2

data/oqcd/test_8x8x8x8_pbcn3.dvc

+outs:
+- md5: 7f3548ad5a9b1ab0a66ad3a31707ed43
+  size: 2359320
+  path: test_8x8x8x8_pbcn3

data/oqcd/test_8x8x8x8_pbcn4.dvc

+outs:
+- md5: aeea1307101c1bc35c59d0d545a8c555
+  size: 2359320
+  path: test_8x8x8x8_pbcn4

data/oqcd/test_8x8x8x8_pbcn5.dvc

+outs:
+- md5: 30c8135fc52b60eee7463eeded870b92
+  size: 2359320
+  path: test_8x8x8x8_pbcn5

data/oqcd/test_8x8x8x8_pbcn6.dvc

+outs:
+- md5: 76a69bb7d9ee07d7c489902dc8cbaa66
+  size: 2359320
+  path: test_8x8x8x8_pbcn6