Laboratory of Babel / Archive / grad-noise-175k

grad-noise-175k

Gradient noise, 175k (run of 2026-09-23) · A complete batch run over 175,797 lattice-noise expressions, with 32 texture diagnostics and a frame of each.

About this collection

This collection is complete and closed. Every expression in the space below was rendered and measured once, in a single batch run. Each row is one expression, and its coordinate links to it running live on uto.run.

The purpose is exploratory. There is no target texture and no attempt to resemble Perlin noise. A constant field, a strongly directional pattern or an odd value distribution is an observation, not a failure. The measurements describe textures so they can be sorted, filtered and compared. They are a lossy fingerprint, not a judgement of quality and not a substitute for looking.

The space

An ither formula with two layers:

  • topo: expression trees of up to 64 nodes, built from unary (o1), binary (o2) and leaf (x) slots
  • expr: fills those slots
    • leaves: P, D, R
    • unary: sqt log frc flr cil sgn nrm
    • binary: add sub mlt div pow mod lrg eql min dot dst

A coordinate t·x·u·b follows the formula's projection: t the topology, x the leaf choices, u the unary choices, b the binary choices. Points outside the space were omitted from the run. Two orderings ride along: ordinal is the point's position in ither's whole enumeration (gaps where points were omitted), and batch index is its place in the batch run's sequence, 0 to 175,796 (the run's inputs.expr, and the number in its frame's file name).

The apparatus

Each expression is evaluated at the corners of a rectangular lattice with quintic blending (LATT.RECT.QUINTIC), over coordinates mlt(C, 8), in a 256 × 256 field #A. One configuration per expression: the dimension and coordinate scale were fixed for the whole run.

Measurements are taken from #A's x channel, its stored values (not a screenshot), at step 7, after which the run moves to the next expression. The frame in each row is that field, remapped for display.

The measurements

Notation: f is the field value, E averages the whole field, and E_I averages the interior (C-space [-0.98, 0.98]², which keeps wrapped edges out of the spatial measures).

Value distribution

key meaning
value_mean, value_abs_mean E[f] and E[|f|]: signed offset, typical distance from zero
value_positive_fraction share of values above 0 (field tolerance 0.0001)
value_variance, value_stddev population variance and SD: contrast
value_min, value_max, value_range sampled extrema and their difference
histogram_entropy_bits entropy of a 32-bin histogram over [−1, 1], 0 (one bin) to 5 (uniform) bits
histogram_probability_sum consistency check, ≈ 1

Local roughness (one-pixel differences dx, dy, and g = √(dx² + dy²))

key meaning
gradient_energy_x, gradient_energy_y E_I[dx²], E_I[dy²]
gradient_magnitude_mean E_I[g]: roughness
gradient_magnitude_variance, _stddev, _max how unevenly that roughness is spread, and its peak
gradient_magnitude_cv SD / mean of g: uneven activity (quiet areas interrupted by edges), independent of amplitude
gradient_axis_bias (Ex − Ey) / (Ex + Ey), −1 to 1: horizontal vs vertical preference. Zero does not mean isotropic (diagonals balance too)
gradient_nonzero_flag 1 if there is any gradient energy at all

Change of slope (four-neighbour Laplacian L)

key meaning
laplacian_mean, laplacian_energy, laplacian_abs_mean E_I[L], E_I[L²], E_I[|L|]. Sharp or high-frequency structure responds; a linear ramp does not

Normalised by contrast (comparable across amplitudes)

key meaning
gradient_energy_over_variance (Ex + Ey) / variance
laplacian_energy_over_variance E_I[L²] / variance
variance_normalization_valid_flag, gradient_cv_valid_flag whether the denominators above are meaningful (> 10⁻¹²). Filter on these before trusting a ratio

Three spatial scales (mean squared difference at a distance, over the central [-0.74, 0.74]²: 2, 8 and 32 pixels at this resolution)

key meaning
scale_diff2_near, _mid, _far raw difference energy at each distance
scale_diff2_near_over_variance, _mid_…, _far_… the same, normalised. Low near and rising far suggests smooth structure; a dip at a longer distance can hint at repetition

Each record's json also holds value_histogram (the 32 bin probabilities) and scale_curve (the three scales with their distances).

Reading them, and their limits

  • Clipping. #A kept its default signed domain, so values outside [−1, 1] were clipped before measuring. The diagnostics describe the clipped texture.
  • Combinations say more than any one key. A large range with modest SD and a high gradient peak suggests a few strong excursions. A broad histogram with low normalised detail suggests smooth variation. Similar roughness with a different CV means the activity is concentrated differently.
  • Entropy is about values, not space. A smooth ramp can have high entropy, and shuffling the pixels would not change it.
  • Raw spatial measures depend on resolution and amplitude. Prefer the normalised keys for detail independent of contrast, after checking the validity flags.
  • Not measured: full orientation, spectra or periodicity, lacunarity, tileability, colour, novelty, aesthetic merit.
  • Validation. The suite compiled and ran on every expression. Systematic numerical controls (constants, ramps, stripes, checkerboards, random pixels) and a comparison against longer settling times were not done before this run. Treat the values as exploratory.

Provenance

  • Apparatus: noiseBatch/one.uto, project SHA-256 b6fc8f27…be04d0
  • Expression corpus: SHA-256 7d3ec029…d72266
  • Run files (canonical), in ~/lab/data/grad-noise-175k/: the enumeration (grad-noise-175k.jsonl), the measurements (grad-noise-175k-output.jsonl, joined on inputs.expr), the formula (grad-noise-175k.manifest.json) and the frames (png/)
175,797 records
coordinate ▲ t x u b expression batch index ordinal topo measured step globalStep value_mean value_positive_fraction value_abs_mean value_variance value_stddev value_min value_max value_range histogram_probability_sum histogram_entropy_bits gradient_energy_x gradient_energy_y gradient_magnitude_mean gradient_axis_bias gradient_nonzero_flag laplacian_mean laplacian_energy laplacian_abs_mean gradient_magnitude_variance gradient_magnitude_stddev gradient_magnitude_cv gradient_magnitude_max gradient_energy_over_variance laplacian_energy_over_variance variance_normalization_valid_flag gradient_cv_valid_flag scale_diff2_near scale_diff2_mid scale_diff2_far scale_diff2_near_over_variance scale_diff2_mid_over_variance scale_diff2_far_over_variance
t20_x58_u0_b126 20 58 0 126 sub(R,add(mod(P,D),D)) 171300 164755404 o2(x,o2(o2(x,x),x)) true 78807 78807 0.009236 0.4997 0.4276 0.2587 0.5086 -1 1 2 1 4.94 0.01152 0.003134 0.09988 0.5721 1 0.00002899 0.01797 0.1014 0.004673 0.06836 0.6844 0.4549 0.05662 0.06945 1 1 0.02 0.1865 0.3929 0.07731 0.7209 1.519 json
t20_x58_u0_b127 20 58 0 127 sub(R,add(lrg(P,D),D)) 171301 164755405 o2(x,o2(o2(x,x),x)) true 78815 78815 -0.3938 0.2578 0.602 0.3202 0.5659 -1 1 2 1 4.31 0.005441 0.002411 0.05975 0.3859 1 0.000145 0.005255 0.022 0.004282 0.06543 1.095 0.9532 0.02452 0.01641 1 1 0.0141 0.1345 0.316 0.04402 0.42 0.9867 json
t20_x58_u0_b128 20 58 0 128 sub(R,add(eql(P,D),D)) 171302 164755406 o2(x,o2(o2(x,x),x)) true 78823 78823 0.009165 0.4978 0.4005 0.2287 0.4782 -1 1 2 1 4.894 0.004393 0.003164 0.07461 0.1626 1 0.00003074 0.0006179 0.01902 0.001989 0.0446 0.5978 0.2561 0.03305 0.002702 1 1 0.01479 0.1717 0.3901 0.06468 0.751 1.706 json
t20_x58_u0_b129 20 58 0 129 sub(R,add(min(P,D),D)) 171303 164755407 o2(x,o2(o2(x,x),x)) true 78831 78831 0.4714 0.7359 0.685 0.3713 0.6094 -1 1 2 1 3.599 0.005187 0.001637 0.05364 0.5202 1 -0.0003128 0.000833 0.01659 0.003949 0.06284 1.172 0.2863 0.01838 0.002243 1 1 0.0135 0.1383 0.2827 0.03634 0.3724 0.7612 json
t20_x58_u0_b130 20 58 0 130 sub(R,add(dot(P,D),D)) 171304 164755408 o2(x,o2(o2(x,x),x)) true 78839 78839 0.2301 0.647 0.6017 0.4242 0.6513 -1 1 2 1 4.535 0.02743 0.02646 0.1798 0.01803 1 -0.002664 0.01806 0.08271 0.02158 0.1469 0.817 0.7964 0.1271 0.04257 1 1 0.07196 0.5364 0.3144 0.1696 1.264 0.7411 json
t20_x58_u0_b131 20 58 0 131 sub(R,add(dst(P,D),D)) 171305 164755409 o2(x,o2(o2(x,x),x)) true 78847 78847 -0.995 0.001495 0.9962 0.004223 0.06498 -1 0.8147 1.815 1 0.1257 0.0001702 0.0001407 0.001768 0.09492 1 -1.689e-11 0.0001004 0.0009546 0.0003082 0.01755 9.928 0.325 0.07364 0.02377 1 1 0.001025 0.009157 0.01518 0.2427 2.168 3.596 json
t20_x58_u0_b132 20 58 0 132 sub(R,sub(add(P,D),D)) 171306 164755410 o2(x,o2(o2(x,x),x)) true 78855 78855 0.004612 0.4968 0.9368 0.913 0.9555 -1 1 2 1 2.013 0.001147 0.000385 0.01159 0.4976 1 -0.00002051 0.0002745 0.003871 0.001399 0.0374 3.228 0.3332 0.001679 0.0003007 1 1 0.003782 0.0437 0.2627 0.004142 0.04787 0.2877 json
t20_x58_u0_b133 20 58 0 133 sub(R,sub(sub(P,D),D)) 171307 164755411 o2(x,o2(o2(x,x),x)) true 78863 78863 0.004561 0.4974 0.9367 0.9132 0.9556 -1 1 2 1 2.016 0.002785 0.0003881 0.01784 0.7554 1 -0.00001977 0.0008152 0.00829 0.002856 0.05344 2.996 0.442 0.003474 0.0008926 1 1 0.007775 0.06407 0.2632 0.008514 0.07016 0.2882 json
t20_x58_u0_b134 20 58 0 134 sub(R,sub(mlt(P,D),D)) 171308 164755412 o2(x,o2(o2(x,x),x)) true 78871 78871 0.1275 0.5835 0.5184 0.3581 0.5984 -1 1 2 1 4.816 0.03165 0.002738 0.1424 0.8408 1 -0.001289 0.008471 0.05967 0.01411 0.1188 0.8344 0.5898 0.09604 0.02366 1 1 0.04533 0.3665 0.3555 0.1266 1.024 0.9929 json
t20_x58_u0_b135 20 58 0 135 sub(R,sub(div(P,D),D)) 171309 164755413 o2(x,o2(o2(x,x),x)) true 78879 78879 0.1075 0.5527 0.9466 0.9172 0.9577 -1 1 2 1 1.84 0.3883 0.0002696 0.2327 0.9986 1 -0.00000876 0.7173 0.4029 0.3344 0.5783 2.485 2.001 0.4237 0.782 1 1 0.3976 1.67 0.2848 0.4335 1.82 0.3105 json
t20_x58_u0_b136 20 58 0 136 sub(R,sub(pow(P,D),D)) 171310 164755414 o2(x,o2(o2(x,x),x)) true 78887 78887 -0.8957 0.01331 0.9059 0.06478 0.2545 -1 0.9017 1.902 1 1.567 0.006032 0.000674 0.02297 0.799 1 0.0001121 0.009158 0.01503 0.006177 0.0786 3.422 1.86 0.1035 0.1414 1 1 0.01106 0.0676 0.1207 0.1707 1.043 1.864 json
t20_x58_u0_b137 20 58 0 137 sub(R,sub(mod(P,D),D)) 171311 164755415 o2(x,o2(o2(x,x),x)) true 78895 78895 0.009163 0.4998 0.4296 0.2615 0.5113 -1 1 2 1 4.943 0.01168 0.003135 0.1008 0.5767 1 0.00002444 0.01786 0.1017 0.004657 0.06824 0.6771 0.4681 0.05666 0.06833 1 1 0.02073 0.1892 0.392 0.07927 0.7235 1.499 json
t20_x58_u0_b138 20 58 0 138 sub(R,sub(lrg(P,D),D)) 171312 164755416 o2(x,o2(o2(x,x),x)) true 78903 78903 -0.3889 0.2604 0.6072 0.329 0.5736 -1 1 2 1 4.316 0.006662 0.002389 0.06165 0.472 1 -0.000006269 0.005557 0.0238 0.00525 0.07246 1.175 1.074 0.02751 0.01689 1 1 0.01712 0.1526 0.3113 0.05203 0.4638 0.9462 json
t20_x58_u0_b139 20 58 0 139 sub(R,sub(eql(P,D),D)) 171313 164755417 o2(x,o2(o2(x,x),x)) true 78911 78911 0.009078 0.4986 0.4013 0.2304 0.48 -1 1 2 1 4.899 0.004471 0.003165 0.07546 0.1709 1 0.00002869 0.0006263 0.01935 0.001942 0.04407 0.584 0.2845 0.03314 0.002718 1 1 0.01508 0.1746 0.3904 0.06546 0.7577 1.694 json
t20_x58_u0_b140 20 58 0 140 sub(R,sub(min(P,D),D)) 171314 164755418 o2(x,o2(o2(x,x),x)) true 78919 78919 0.4667 0.7268 0.6712 0.3567 0.5972 -0.9986 1 1.999 1 3.663 0.002378 0.001655 0.03893 0.1794 1 -0.00001834 0.0003927 0.01012 0.002517 0.05017 1.289 0.3626 0.01131 0.001101 1 1 0.008386 0.1011 0.2857 0.02351 0.2834 0.8011 json
t20_x58_u0_b141 20 58 0 141 sub(R,sub(dot(P,D),D)) 171315 164755419 o2(x,o2(o2(x,x),x)) true 78927 78927 0.2282 0.6419 0.6019 0.4247 0.6517 -1 1 2 1 4.537 0.02725 0.02664 0.1803 0.01138 1 -0.002606 0.018 0.08276 0.02139 0.1463 0.8113 0.7259 0.1269 0.04238 1 1 0.07095 0.526 0.3186 0.1671 1.239 0.7502 json
t20_x58_u0_b142 20 58 0 142 sub(R,sub(dst(P,D),D)) 171316 164755420 o2(x,o2(o2(x,x),x)) true 78935 78935 -0.9951 0.001511 0.9962 0.004216 0.06493 -1 0.8147 1.815 1 0.1245 0.0001706 0.0001381 0.001764 0.1052 1 9.011e-11 0.00009872 0.0009752 0.0003059 0.01749 9.918 0.3152 0.07323 0.02342 1 1 0.001018 0.009147 0.01519 0.2416 2.17 3.602 json
t20_x58_u0_b143 20 58 0 143 sub(R,mlt(add(P,D),D)) 171317 164755421 o2(x,o2(o2(x,x),x)) true 78943 78943 0.02601 0.5098 0.5049 0.357 0.5975 -1 1 2 1 4.871 0.0305 0.002792 0.141 0.8323 1 -0.001247 0.007848 0.0584 0.01341 0.1158 0.8214 0.5854 0.09324 0.02198 1 1 0.04284 0.3529 0.3625 0.12 0.9883 1.015 json
t20_x58_u0_b144 20 58 0 144 sub(R,mlt(sub(P,D),D)) 171318 164755422 o2(x,o2(o2(x,x),x)) true 78951 78951 0.2293 0.6501 0.5506 0.3582 0.5985 -1 1 2 1 4.701 0.03275 0.002686 0.146 0.8484 1 -0.001409 0.008695 0.06217 0.01411 0.1188 0.8134 0.5877 0.09893 0.02427 1 1 0.04841 0.389 0.3403 0.1351 1.086 0.95 json
t20_x58_u0_b145 20 58 0 145 sub(R,mlt(mlt(P,D),D)) 171319 164755423 o2(x,o2(o2(x,x),x)) true 78959 78959 0.002522 0.4965 0.5818 0.4477 0.6691 -1 1 2 1 4.72 0.01833 0.002624 0.1057 0.7496 1 0.00004253 0.00567 0.04825 0.009788 0.09894 0.9361 0.4952 0.04681 0.01266 1 1 0.0319 0.2703 0.3605 0.07124 0.6038 0.8051 json
t20_x58_u0_b146 20 58 0 146 sub(R,mlt(div(P,D),D)) 171320 164755424 o2(x,o2(o2(x,x),x)) true 78967 78967 0.004612 0.4968 0.9368 0.913 0.9555 -1 1 2 1 2.013 0.001147 0.000385 0.01159 0.4976 1 -0.00002051 0.0002745 0.003871 0.001399 0.0374 3.228 0.3332 0.001679 0.0003007 1 1 0.003782 0.0437 0.2627 0.004142 0.04787 0.2877 json
t20_x58_u0_b147 20 58 0 147 sub(R,mlt(pow(P,D),D)) 171321 164755425 o2(x,o2(o2(x,x),x)) true 78975 78975 -0.5715 0.185 0.7201 0.3082 0.5551 -1 1 2 1 3.296 0.007596 0.001456 0.04572 0.6784 1 0.0002352 0.008989 0.01917 0.006964 0.08345 1.825 1.829 0.02937 0.02917 1 1 0.01449 0.1232 0.306 0.04703 0.3998 0.9928 json
t20_x58_u0_b148 20 58 0 148 sub(R,mlt(mod(P,D),D)) 171322 164755426 o2(x,o2(o2(x,x),x)) true 78983 78983 0.01124 0.5001 0.3958 0.2208 0.4699 -1 0.9885 1.989 1 4.865 0.004989 0.00317 0.07232 0.223 1 0.0000282 0.006997 0.05626 0.002929 0.05412 0.7484 0.3671 0.03695 0.03169 1 1 0.01287 0.1532 0.393 0.05827 0.6938 1.78 json
t20_x58_u0_b149 20 58 0 149 sub(R,mlt(lrg(P,D),D)) 171323 164755427 o2(x,o2(o2(x,x),x)) true 78991 78991 0.02693 0.5095 0.4009 0.2276 0.4771 -1 1 2 1 4.89 0.003678 0.003168 0.06933 0.07455 1 -0.0001304 0.00049 0.01684 0.002039 0.04515 0.6512 0.2319 0.03008 0.002153 1 1 0.01348 0.164 0.397 0.05923 0.7204 1.744 json
t20_x58_u0_b150 20 58 0 150 sub(R,mlt(eql(P,D),D)) 171324 164755428 o2(x,o2(o2(x,x),x)) true 78999 78999 0.008979 0.4983 0.3946 0.2196 0.4686 -0.9989 0.9806 1.979 1 4.862 0.002813 0.00317 0.0632 -0.05957 1 0.00002651 0.0003508 0.01449 0.001989 0.0446 0.7057 0.2301 0.02725 0.001598 1 1 0.01182 0.1519 0.3914 0.05384 0.6917 1.782 json
t20_x58_u0_b151 20 58 0 151 sub(R,mlt(min(P,D),D)) 171325 164755429 o2(x,o2(o2(x,x),x)) true 79007 79007 0.00749 0.4844 0.4657 0.3066 0.5537 -1 1 2 1 4.912 0.01715 0.002946 0.1051 0.7069 1 -0.0004446 0.004346 0.03877 0.009065 0.09521 0.9063 0.5354 0.06555 0.01417 1 1 0.02788 0.2511 0.3779 0.09091 0.8191 1.233 json
t20_x58_u0_b152 20 58 0 152 sub(R,mlt(dot(P,D),D)) 171326 164755430 o2(x,o2(o2(x,x),x)) true 79015 79015 0.002465 0.4965 0.5824 0.4488 0.6699 -1 1 2 1 4.715 0.01867 0.002903 0.1084 0.7308 1 0.00006543 0.00601 0.05002 0.009823 0.09911 0.9145 0.4952 0.04807 0.01339 1 1 0.03263 0.2742 0.3601 0.07272 0.6109 0.8025 json
t20_x58_u0_b153 20 58 0 153 sub(R,mlt(dst(P,D),D)) 171327 164755431 o2(x,o2(o2(x,x),x)) true 79023 79023 0.009117 0.5108 0.5967 0.4711 0.6864 -1 1 2 1 4.63 0.05538 0.002441 0.1833 0.9156 1 0.0003054 0.0171 0.08822 0.02421 0.1556 0.8487 0.7373 0.1227 0.03629 1 1 0.07371 0.5303 0.3137 0.1565 1.126 0.6658 json
t20_x58_u0_b154 20 58 0 154 sub(R,div(add(P,D),D)) 171328 164755432 o2(x,o2(o2(x,x),x)) true 79031 79031 0.01402 0.5025 0.9603 0.9461 0.9727 -1 1 2 1 1.682 0.4193 0.0001947 0.2372 0.9991 1 -0.000006945 0.8015 0.4292 0.3634 0.6028 2.542 2.003 0.4434 0.8472 1 1 0.4229 1.785 0.2953 0.447 1.887 0.3121 json
t20_x58_u0_b155 20 58 0 155 sub(R,div(sub(P,D),D)) 171329 164755433 o2(x,o2(o2(x,x),x)) true 79039 79039 0.2036 0.6068 0.9575 0.9015 0.9495 -1 1 2 1 1.681 0.364 0.0002088 0.2254 0.9989 1 -0.000005032 0.6494 0.383 0.3134 0.5598 2.484 2.004 0.404 0.7203 1 1 0.3927 1.508 0.2815 0.4356 1.673 0.3123 json
t20_x58_u0_b156 20 58 0 156 sub(R,div(mlt(P,D),D)) 171330 164755434 o2(x,o2(o2(x,x),x)) true 79047 79047 0.004612 0.4968 0.9368 0.913 0.9555 -1 1 2 1 2.013 0.001147 0.000385 0.01159 0.4976 1 -0.00002051 0.0002745 0.003871 0.001399 0.0374 3.228 0.3332 0.001679 0.0003007 1 1 0.003782 0.0437 0.2627 0.004142 0.04787 0.2877 json
t20_x58_u0_b157 20 58 0 157 sub(R,div(div(P,D),D)) 171331 164755435 o2(x,o2(o2(x,x),x)) true 79055 79055 -0.005117 0.4969 0.975 0.9657 0.9827 -1 1 2 1 1.465 0.002528 0.0001426 0.008772 0.8932 1 -0.00000438 0.001367 0.005964 0.002593 0.05092 5.806 0.7055 0.002766 0.001415 1 1 0.006183 0.0511 0.3131 0.006403 0.05292 0.3242 json
t20_x58_u0_b158 20 58 0 158 sub(R,div(pow(P,D),D)) 171332 164755436 o2(x,o2(o2(x,x),x)) true 79063 79063 -0.5625 0.2186 0.9512 0.6181 0.7862 -1 1 2 1 1.528 0.1565 0.0002341 0.1197 0.997 1 -0.000003486 0.2585 0.1683 0.1424 0.3774 3.154 2 0.2536 0.4182 1 1 0.1855 0.7609 0.2757 0.3001 1.231 0.4459 json
t20_x58_u0_b159 20 58 0 159 sub(R,div(mod(P,D),D)) 171333 164755437 o2(x,o2(o2(x,x),x)) true 79071 79071 0.02598 0.5177 0.4879 0.3377 0.5811 -1 1 2 1 4.897 0.1275 0.00287 0.2738 0.956 1 0.0009712 0.3313 0.4466 0.05535 0.2353 0.8592 1.013 0.386 0.9809 1 1 0.09141 0.3698 0.4022 0.2707 1.095 1.191 json
t20_x58_u0_b160 20 58 0 160 sub(R,div(lrg(P,D),D)) 171334 164755438 o2(x,o2(o2(x,x),x)) true 79079 79079 0.09242 0.5551 0.6686 0.561 0.749 -1 1 2 1 4.139 0.1557 0.001833 0.1517 0.9767 1 0.00002652 0.2558 0.1719 0.1346 0.3668 2.418 2 0.2808 0.4559 1 1 0.1909 0.9095 0.3174 0.3403 1.621 0.5658 json
t20_x58_u0_b161 20 58 0 161 sub(R,div(eql(P,D),D)) 171335 164755439 o2(x,o2(o2(x,x),x)) true 79087 79087 0.008979 0.4983 0.3946 0.2196 0.4686 -0.9989 0.9806 1.979 1 4.862 0.002813 0.00317 0.0632 -0.05957 1 0.00002651 0.0003508 0.01449 0.001989 0.0446 0.7057 0.2301 0.02725 0.001598 1 1 0.01182 0.1519 0.3914 0.05384 0.6917 1.782 json
t20_x58_u0_b162 20 58 0 162 sub(R,div(min(P,D),D)) 171336 164755440 o2(x,o2(o2(x,x),x)) true 79095 79095 -0.3533 0.2742 0.8681 0.6906 0.831 -1 1 2 1 2.702 0.1984 0.0008792 0.139 0.9912 1 0.00003741 0.3624 0.2142 0.1801 0.4243 3.053 2 0.2886 0.5248 1 1 0.2042 0.8613 0.2314 0.2957 1.247 0.3351 json
t20_x58_u0_b163 20 58 0 163 sub(R,div(dot(P,D),D)) 171337 164755441 o2(x,o2(o2(x,x),x)) true 79103 79103 0.002066 0.5011 0.9439 0.925 0.9618 -1 1 2 1 1.901 0.3047 0.1002 0.2488 0.5051 1 -0.00002465 1.131 0.4312 0.343 0.5857 2.354 2.828 0.4378 1.223 1 1 0.3777 0.8989 0.2954 0.4083 0.9718 0.3193 json
t20_x58_u0_b164 20 58 0 164 sub(R,div(dst(P,D),D)) 171338 164755442 o2(x,o2(o2(x,x),x)) true 79111 79111 0.002717 0.5015 0.9826 0.977 0.9885 -1 1 2 1 1.324 0.4461 0.0002259 0.2463 0.999 1 3.004e-10 0.8482 0.457 0.3856 0.621 2.522 2.005 0.4568 0.8681 1 1 0.4606 1.876 0.0401 0.4714 1.92 0.04104 json
t20_x58_u0_b165 20 58 0 165 sub(R,pow(add(P,D),D)) 171339 164755443 o2(x,o2(o2(x,x),x)) true 79119 79119 -0.9245 0.001114 0.9246 0.03724 0.193 -1 0.1017 1.102 1 1.319 0.002184 0.0005847 0.01934 0.5777 1 0.00005763 0.001806 0.01057 0.002396 0.04895 2.531 0.9236 0.07435 0.04849 1 1 0.004726 0.03731 0.07053 0.1269 1.002 1.894 json
t20_x58_u0_b166 20 58 0 166 sub(R,pow(sub(P,D),D)) 171340 164755444 o2(x,o2(o2(x,x),x)) true 79127 79127 -0.9228 0.002853 0.9231 0.04086 0.2021 -1 0.1137 1.114 1 1.311 0.002485 0.0005777 0.01891 0.6227 1 0.000004777 0.00263 0.0109 0.002704 0.052 2.75 0.9444 0.07494 0.06436 1 1 0.004533 0.03755 0.07309 0.1109 0.9189 1.789 json
t20_x58_u0_b167 20 58 0 167 sub(R,pow(mlt(P,D),D)) 171341 164755445 o2(x,o2(o2(x,x),x)) true 79135 79135 -1 0 1 0 0 -1 -1 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 json
t20_x58_u0_b168 20 58 0 168 sub(R,pow(div(P,D),D)) 171342 164755446 o2(x,o2(o2(x,x),x)) true 79143 79143 -1 0 1 0 0 -1 -1 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 json
t20_x58_u0_b169 20 58 0 169 sub(R,pow(pow(P,D),D)) 171343 164755447 o2(x,o2(o2(x,x),x)) true 79151 79151 -0.9134 0.0119 0.9212 0.05367 0.2317 -1 0.8288 1.829 1 1.38 0.005702 0.0005727 0.02063 0.8175 1 0.0002136 0.00913 0.01461 0.00585 0.07649 3.708 1.829 0.1169 0.1701 1 1 0.009976 0.05816 0.102 0.1859 1.084 1.9 json
t20_x58_u0_b170 20 58 0 170 sub(R,pow(mod(P,D),D)) 171344 164755448 o2(x,o2(o2(x,x),x)) true 79159 79159 -0.897 0.02959 0.9158 0.07952 0.282 -1 0.9795 1.98 1 1.471 0.06587 0.0005901 0.08988 0.9822 1 0.0003092 0.1947 0.1624 0.05837 0.2416 2.688 1.953 0.8358 2.448 1 1 0.03931 0.106 0.09766 0.4944 1.333 1.228 json
t20_x58_u0_b171 20 58 0 171 sub(R,pow(lrg(P,D),D)) 171345 164755449 o2(x,o2(o2(x,x),x)) true 79167 79167 -0.8467 0.02576 0.8657 0.09518 0.3085 -1 0.8972 1.897 1 2.039 0.01007 0.0009086 0.02986 0.8345 1 0.0000343 0.01767 0.02225 0.01009 0.1004 3.364 1.897 0.1154 0.1857 1 1 0.01604 0.08694 0.1748 0.1685 0.9134 1.837 json
t20_x58_u0_b172 20 58 0 172 sub(R,pow(eql(P,D),D)) 171346 164755450 o2(x,o2(o2(x,x),x)) true 79175 79175 -1 0 1 0 0 -1 -1 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 json
t20_x58_u0_b173 20 58 0 173 sub(R,pow(min(P,D),D)) 171347 164755451 o2(x,o2(o2(x,x),x)) true 79183 79183 -1 0 1 0 0 -1 -1 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 json
t20_x58_u0_b174 20 58 0 174 sub(R,pow(dot(P,D),D)) 171348 164755452 o2(x,o2(o2(x,x),x)) true 79191 79191 -1 0 1 0 0 -1 -1 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 json
t20_x58_u0_b175 20 58 0 175 sub(R,pow(dst(P,D),D)) 171349 164755453 o2(x,o2(o2(x,x),x)) true 79199 79199 -0.8623 0.004593 0.8627 0.05932 0.2436 -1 0.1214 1.121 1 2.141 0.004153 0.001133 0.03979 0.5712 1 0.0003712 0.001933 0.02093 0.003703 0.06086 1.529 0.3174 0.0891 0.03259 1 1 0.008565 0.06884 0.1094 0.1444 1.16 1.844 json
t20_x58_u0_b176 20 58 0 176 sub(R,mod(add(P,D),D)) 171350 164755454 o2(x,o2(o2(x,x),x)) true 79207 79207 0.009364 0.4986 0.4255 0.255 0.505 -1 1 2 1 4.937 0.01285 0.00315 0.1012 0.6062 1 0.00002697 0.02457 0.1179 0.005767 0.07594 0.7508 0.629 0.06273 0.09634 1 1 0.02021 0.1717 0.3996 0.07926 0.6733 1.567 json
t20_x58_u0_b177 20 58 0 177 sub(R,mod(sub(P,D),D)) 171351 164755455 o2(x,o2(o2(x,x),x)) true 79215 79215 0.009315 0.4981 0.4235 0.2528 0.5028 -1 1 2 1 4.934 0.01112 0.003152 0.09826 0.5582 1 0.00002645 0.02063 0.1101 0.004616 0.06794 0.6915 0.4281 0.05645 0.08161 1 1 0.01821 0.1685 0.3961 0.07203 0.6667 1.567 json
t20_x58_u0_b178 20 58 0 178 sub(R,mod(mlt(P,D),D)) 171352 164755456 o2(x,o2(o2(x,x),x)) true 79223 79223 0.01587 0.506 0.4133 0.2409 0.4908 -1 1 2 1 4.917 0.03857 0.003158 0.1621 0.8486 1 0.0007639 0.08716 0.2639 0.01544 0.1243 0.7664 0.7536 0.1732 0.3618 1 1 0.03893 0.1783 0.3949 0.1616 0.74 1.639 json
t20_x58_u0_b179 20 58 0 179 sub(R,mod(div(P,D),D)) 171353 164755457 o2(x,o2(o2(x,x),x)) true 79231 79231 0.01675 0.5035 0.4006 0.2272 0.4767 -1 1 2 1 4.892 0.01106 0.003167 0.09799 0.5546 1 -0.0004867 0.02083 0.1086 0.004622 0.06798 0.6938 0.4783 0.06259 0.09168 1 1 0.01791 0.1628 0.3948 0.07881 0.7165 1.737 json
t20_x58_u0_b180 20 58 0 180 sub(R,mod(pow(P,D),D)) 171354 164755458 o2(x,o2(o2(x,x),x)) true 79239 79239 -0.5769 0.1823 0.7085 0.2888 0.5374 -1 0.9804 1.98 1 3.294 0.01055 0.001476 0.05399 0.7545 1 0.0000932 0.02091 0.06575 0.009117 0.09548 1.769 1.829 0.04165 0.07239 1 1 0.0151 0.1053 0.2758 0.05228 0.3647 0.9549 json
t20_x58_u0_b181 20 58 0 181 sub(R,mod(mod(P,D),D)) 171355 164755459 o2(x,o2(o2(x,x),x)) true 79247 79247 0.009314 0.498 0.4236 0.2526 0.5026 -1 1 2 1 4.934 0.0101 0.003152 0.09426 0.5244 1 0.00002679 0.01776 0.1013 0.00437 0.06611 0.7013 0.4281 0.05248 0.07032 1 1 0.01741 0.1679 0.3961 0.06894 0.6649 1.568 json
t20_x58_u0_b182 20 58 0 182 sub(R,mod(lrg(P,D),D)) 171356 164755460 o2(x,o2(o2(x,x),x)) true 79255 79255 -0.06828 0.4419 0.4107 0.2322 0.4819 -1 0.9806 1.981 1 4.887 0.005312 0.003159 0.07473 0.2542 1 0.00003984 0.005522 0.04682 0.002887 0.05373 0.7189 0.3672 0.03648 0.02378 1 1 0.01432 0.1614 0.3907 0.06166 0.695 1.682 json
t20_x58_u0_b183 20 58 0 183 sub(R,mod(eql(P,D),D)) 171357 164755461 o2(x,o2(o2(x,x),x)) true 79263 79263 0.008979 0.4983 0.3946 0.2196 0.4686 -0.9989 0.9806 1.979 1 4.862 0.002813 0.00317 0.0632 -0.05957 1 0.00002651 0.0003508 0.01449 0.001989 0.0446 0.7057 0.2301 0.02725 0.001598 1 1 0.01182 0.1519 0.3914 0.05384 0.6917 1.782 json
t20_x58_u0_b184 20 58 0 184 sub(R,mod(min(P,D),D)) 171358 164755462 o2(x,o2(o2(x,x),x)) true 79271 79271 0.08377 0.5553 0.42 0.2428 0.4928 -1 1 2 1 4.912 0.02577 0.003156 0.1321 0.7818 1 0.0003835 0.056 0.1913 0.01148 0.1072 0.8114 0.7011 0.1191 0.2307 1 1 0.0296 0.1752 0.3927 0.1219 0.7217 1.617 json
t20_x58_u0_b185 20 58 0 185 sub(R,mod(dot(P,D),D)) 171359 164755463 o2(x,o2(o2(x,x),x)) true 79279 79279 0.02205 0.5094 0.4011 0.2282 0.4777 -1 1 2 1 4.894 0.01254 0.01313 0.1338 -0.02293 1 0.00012 0.08423 0.2185 0.007766 0.08813 0.6585 0.7009 0.1125 0.3692 1 1 0.02392 0.1707 0.4001 0.1048 0.7483 1.754 json
t20_x58_u0_b186 20 58 0 186 sub(R,mod(dst(P,D),D)) 171360 164755464 o2(x,o2(o2(x,x),x)) true 79287 79287 -0.1317 0.3941 0.4165 0.2269 0.4763 -1 0.9723 1.972 1 4.85 0.01125 0.007554 0.1129 0.1964 1 0.0002895 0.05117 0.1654 0.006043 0.07773 0.6882 0.6924 0.08286 0.2255 1 1 0.02086 0.1707 0.3946 0.09196 0.7526 1.739 json
t20_x58_u0_b187 20 58 0 187 sub(R,lrg(add(P,D),D)) 171361 164755465 o2(x,o2(o2(x,x),x)) true 79295 79295 -0.3682 0.276 0.5938 0.3255 0.5705 -1 0.9693 1.969 1 4.374 0.002287 0.002443 0.0489 -0.03298 1 0.00006651 0.0005133 0.01339 0.002338 0.04835 0.9887 0.238 0.01453 0.001577 1 1 0.009677 0.1175 0.3327 0.02973 0.3611 1.022 json
t20_x58_u0_b188 20 58 0 188 sub(R,lrg(sub(P,D),D)) 171362 164755466 o2(x,o2(o2(x,x),x)) true 79303 79303 -0.3947 0.2566 0.6016 0.3162 0.5623 -1 0.9693 1.969 1 4.316 0.006426 0.002417 0.05596 0.4534 1 0.00007209 0.008563 0.02629 0.005711 0.07557 1.35 1.014 0.02796 0.02708 1 1 0.01521 0.1331 0.3158 0.0481 0.4208 0.9988 json
t20_x58_u0_b189 20 58 0 189 sub(R,lrg(mlt(P,D),D)) 171363 164755467 o2(x,o2(o2(x,x),x)) true 79311 79311 -0.3637 0.2458 0.55 0.2756 0.5249 -1 0.9802 1.98 1 4.506 0.04408 0.002594 0.112 0.8888 1 0.0002206 0.0773 0.1034 0.03414 0.1848 1.65 1.023 0.1694 0.2805 1 1 0.05363 0.2765 0.3533 0.1946 1.003 1.282 json
t20_x58_u0_b190 20 58 0 190 sub(R,lrg(div(P,D),D)) 171364 164755468 o2(x,o2(o2(x,x),x)) true 79319 79319 -0.3928 0.2221 0.5565 0.2617 0.5115 -1 0.9802 1.98 1 4.45 0.04744 0.002565 0.1148 0.8974 1 0.0002282 0.08401 0.1104 0.03681 0.1919 1.671 1.023 0.1911 0.321 1 1 0.05804 0.2859 0.3389 0.2218 1.093 1.295 json
t20_x58_u0_b191 20 58 0 191 sub(R,lrg(pow(P,D),D)) 171365 164755469 o2(x,o2(o2(x,x),x)) true 79327 79327 -0.7759 0.0119 0.7838 0.08964 0.2994 -1 0.8288 1.829 1 2.881 0.003873 0.001654 0.03724 0.4015 1 0.00008499 0.005205 0.01776 0.00414 0.06434 1.728 1.014 0.06165 0.05807 1 1 0.009804 0.0811 0.1752 0.1094 0.9047 1.954 json
t20_x58_u0_b192 20 58 0 192 sub(R,lrg(mod(P,D),D)) 171366 164755470 o2(x,o2(o2(x,x),x)) true 79335 79335 -0.4107 0.2078 0.5625 0.2542 0.5041 -1 0.9804 1.98 1 4.41 0.065 0.002554 0.1345 0.9244 1 0.0001125 0.1489 0.1498 0.04945 0.2224 1.653 1.023 0.2658 0.5859 1 1 0.05883 0.2856 0.293 0.2315 1.124 1.153 json
t20_x58_u0_b193 20 58 0 193 sub(R,lrg(lrg(P,D),D)) 171367 164755471 o2(x,o2(o2(x,x),x)) true 79343 79343 -0.5826 0.1237 0.6712 0.2172 0.466 -1 0.9685 1.969 1 3.798 0.02642 0.002117 0.07801 0.8516 1 0.0001673 0.04555 0.06495 0.02245 0.1498 1.921 1.023 0.1314 0.2097 1 1 0.0342 0.184 0.2492 0.1575 0.847 1.147 json
t20_x58_u0_b194 20 58 0 194 sub(R,lrg(eql(P,D),D)) 171368 164755472 o2(x,o2(o2(x,x),x)) true 79351 79351 -0.4204 0.201 0.5662 0.2506 0.5006 -1 0.9804 1.98 1 4.386 0.0477 0.002539 0.1158 0.8989 1 0.0001124 0.08414 0.1109 0.03684 0.1919 1.658 1.023 0.2005 0.3357 1 1 0.05898 0.2859 0.2878 0.2353 1.141 1.149 json
t20_x58_u0_b195 20 58 0 195 sub(R,lrg(min(P,D),D)) 171369 164755473 o2(x,o2(o2(x,x),x)) true 79359 79359 0.008979 0.4983 0.3946 0.2196 0.4686 -0.9989 0.9806 1.979 1 4.862 0.002813 0.00317 0.0632 -0.05957 1 0.00002651 0.0003508 0.01449 0.001989 0.0446 0.7057 0.2301 0.02725 0.001598 1 1 0.01182 0.1519 0.3914 0.05384 0.6917 1.782 json
t20_x58_u0_b196 20 58 0 196 sub(R,lrg(dot(P,D),D)) 171370 164755474 o2(x,o2(o2(x,x),x)) true 79367 79367 -0.388 0.2191 0.5361 0.241 0.4909 -1 0.9804 1.98 1 4.497 0.02681 0.02557 0.1268 0.02354 1 -0.0007775 0.1468 0.1474 0.03632 0.1906 1.503 1.414 0.2174 0.6092 1 1 0.05881 0.2778 0.3662 0.244 1.153 1.519 json
t20_x58_u0_b197 20 58 0 197 sub(R,lrg(dst(P,D),D)) 171371 164755475 o2(x,o2(o2(x,x),x)) true 79375 79375 -0.798 0 0.798 0.07268 0.2696 -1 -0.01936 0.9806 1 2.717 0.001511 0.001601 0.03317 -0.02909 1 0.0000876 0.0008213 0.01262 0.002011 0.04485 1.352 0.5429 0.04282 0.0113 1 1 0.006046 0.06162 0.1407 0.08319 0.8478 1.936 json
t20_x58_u0_b198 20 58 0 198 sub(R,eql(add(P,D),D)) 171372 164755476 o2(x,o2(o2(x,x),x)) true 79383 79383 -0.04116 0.4621 0.4134 0.2429 0.4929 -1 0.9806 1.981 1 4.887 0.003595 0.003089 0.0647 0.07576 1 0.00003624 0.0005259 0.01542 0.002498 0.04998 0.7724 0.3332 0.02751 0.002165 1 1 0.0133 0.1656 0.4074 0.05476 0.6817 1.677 json
t20_x58_u0_b199 20 58 0 199 sub(R,eql(sub(P,D),D)) 171373 164755477 o2(x,o2(o2(x,x),x)) true 79391 79391 0.008979 0.4983 0.3946 0.2196 0.4686 -0.9989 0.9806 1.979 1 4.862 0.002813 0.00317 0.0632 -0.05957 1 0.00002651 0.0003508 0.01449 0.001989 0.0446 0.7057 0.2301 0.02725 0.001598 1 1 0.01182 0.1519 0.3914 0.05384 0.6917 1.782 json
t20_x58_u0_b200 20 58 0 200 sub(R,eql(mlt(P,D),D)) 171374 164755478 o2(x,o2(o2(x,x),x)) true 79399 79399 -0.04899 0.4518 0.4081 0.2339 0.4836 -1 0.9806 1.981 1 4.886 0.002919 0.003107 0.06222 -0.03115 1 0.0000422 0.0004075 0.01453 0.002154 0.04641 0.7459 0.2864 0.02576 0.001742 1 1 0.01222 0.1552 0.4296 0.05225 0.6636 1.837 json
t20_x59_u0_b0 20 59 0 0 add(R,add(add(P,D),R)) 171375 164795679 o2(x,o2(o2(x,x),x)) true 79407 79407 0.01259 0.5069 0.946 0.9267 0.9626 -1 1 2 1 1.899 0.002237 0.001447 0.01791 0.2146 1 -0.00004005 0.0008783 0.006876 0.003363 0.05799 3.238 0.4527 0.003975 0.0009478 1 1 0.008681 0.09525 0.3716 0.009368 0.1028 0.4011 json
t20_x59_u0_b1 20 59 0 1 add(R,add(sub(P,D),R)) 171376 164795680 o2(x,o2(o2(x,x),x)) true 79415 79415 0.01253 0.5066 0.9468 0.9273 0.963 -1 1 2 1 1.914 0.003014 0.001449 0.01909 0.3506 1 -0.00004402 0.001295 0.008536 0.0041 0.06403 3.354 0.5615 0.004813 0.001397 1 1 0.01055 0.1017 0.3742 0.01137 0.1097 0.4036 json
t20_x59_u0_b2 20 59 0 2 add(R,add(mlt(P,D),R)) 171377 164795681 o2(x,o2(o2(x,x),x)) true 79423 79423 -0.08802 0.4469 0.6816 0.5685 0.754 -1 1 2 1 4.27 0.02712 0.008882 0.1331 0.5065 1 0.001719 0.01086 0.05915 0.0183 0.1353 1.017 0.7132 0.06333 0.0191 1 1 0.05489 0.5047 0.9213 0.09656 0.8878 1.621 json
t20_x59_u0_b3 20 59 0 3 add(R,add(div(P,D),R)) 171378 164795682 o2(x,o2(o2(x,x),x)) true 79431 79431 -0.117 0.442 0.962 0.9348 0.9668 -1 1 2 1 1.678 0.3897 0.000919 0.2316 0.9953 1 -0.00001036 0.7223 0.4056 0.3369 0.5804 2.506 2.014 0.4179 0.7727 1 1 0.4044 1.683 0.3888 0.4326 1.8 0.4159 json
t20_x59_u0_b4 20 59 0 4 add(R,add(pow(P,D),R)) 171379 164795683 o2(x,o2(o2(x,x),x)) true 79439 79439 -0.2005 0.4193 0.8713 0.789 0.8882 -1 1 2 1 2.626 0.01015 0.002853 0.0401 0.561 1 -0.00007852 0.01366 0.02173 0.01139 0.1067 2.662 2 0.01648 0.01732 1 1 0.02155 0.1675 0.465 0.02732 0.2123 0.5894 json
t20_x59_u0_b5 20 59 0 5 add(R,add(mod(P,D),R)) 171380 164795684 o2(x,o2(o2(x,x),x)) true 79447 79447 0.01512 0.5009 0.6576 0.5449 0.7382 -1 1 2 1 4.412 0.01377 0.009717 0.1071 0.1726 1 0.00002063 0.01593 0.08348 0.01201 0.1096 1.023 0.6047 0.0431 0.02923 1 1 0.03972 0.4145 0.9668 0.07288 0.7606 1.774 json
t20_x59_u0_b6 20 59 0 6 add(R,add(lrg(P,D),R)) 171381 164795685 o2(x,o2(o2(x,x),x)) true 79455 79455 0.3287 0.6869 0.6928 0.4836 0.6954 -1 1 2 1 4.046 0.008625 0.008071 0.07965 0.03318 1 -0.00005208 0.006357 0.03075 0.01035 0.1017 1.277 1.05 0.03452 0.01315 1 1 0.03136 0.3138 0.742 0.06484 0.649 1.534 json
t20_x59_u0_b7 20 59 0 7 add(R,add(eql(P,D),R)) 171382 164795686 o2(x,o2(o2(x,x),x)) true 79463 79463 0.01372 0.4984 0.659 0.5457 0.7387 -1 1 2 1 4.408 0.008726 0.009756 0.09338 -0.05568 1 0.00002908 0.003164 0.02873 0.009763 0.09881 1.058 0.4602 0.03387 0.005798 1 1 0.03624 0.4079 0.9797 0.06641 0.7475 1.795 json
t20_x59_u0_b8 20 59 0 8 add(R,add(min(P,D),R)) 171383 164795687 o2(x,o2(o2(x,x),x)) true 79471 79471 -0.4651 0.2562 0.7942 0.5103 0.7143 -1 1 2 1 3.181 0.006344 0.005425 0.05992 0.07808 1 0.00009415 0.00218 0.01954 0.008181 0.09045 1.509 0.4477 0.02306 0.004272 1 1 0.02403 0.2672 0.6683 0.0471 0.5237 1.31 json
t20_x59_u0_b9 20 59 0 9 add(R,add(dot(P,D),R)) 171384 164795688 o2(x,o2(o2(x,x),x)) true 79479 79479 -0.1621 0.4078 0.6993 0.5747 0.7581 -1 1 2 1 4.113 0.02538 0.02582 0.1586 -0.008674 1 0.002718 0.02006 0.08055 0.02605 0.1614 1.018 0.8742 0.08909 0.03491 1 1 0.07142 0.5829 0.8283 0.1243 1.014 1.441 json
t20_x59_u0_b10 20 59 0 10 add(R,add(dst(P,D),R)) 171385 164795689 o2(x,o2(o2(x,x),x)) true 79487 79487 0.9958 0.9991 0.9962 0.003107 0.05574 -0.3769 1 1.377 1 0.09862 0.0001937 0.0001522 0.001674 0.12 1 -3.379e-11 0.0001665 0.001135 0.0003428 0.01851 11.06 0.3879 0.1113 0.05359 1 1 0.001105 0.008623 0.01115 0.3558 2.775 3.588 json
t20_x59_u0_b11 20 59 0 11 add(R,sub(add(P,D),R)) 171386 164795690 o2(x,o2(o2(x,x),x)) true 79495 79495 0 0.5 0.9375 0.9165 0.9574 -1 1 2 1 1.979 0.0004883 0 0.007937 1 1 0 0.0000155 0.000496 0.0004253 0.02062 2.598 0.0625 0.0005327 0.00001691 1 1 0.001285 0.01928 0.2245 0.001402 0.02104 0.245 json
t20_x59_u0_b12 20 59 0 12 add(R,sub(sub(P,D),R)) 171387 164795691 o2(x,o2(o2(x,x),x)) true 79503 79503 0 0.5 0.9375 0.9252 0.9619 -1 1 2 1 1.774 0.001323 0 0.01101 1 1 0 0.0002527 0.005079 0.001202 0.03468 3.15 0.1713 0.00143 0.0002731 1 1 0.003342 0.0331 0.2361 0.003612 0.03578 0.2552 json
t20_x59_u0_b13 20 59 0 13 add(R,sub(mlt(P,D),R)) 171388 164795692 o2(x,o2(o2(x,x),x)) true 79511 79511 -0.1371 0.3594 0.4002 0.2253 0.4747 -1 0.9606 1.961 1 4.765 0.03261 0 0.1409 1 1 0.002385 0.006072 0.05811 0.01278 0.113 0.8025 0.4334 0.1447 0.02695 1 1 0.03817 0.2764 0.02108 0.1694 1.227 0.09354 json
t20_x59_u0_b14 20 59 0 14 add(R,sub(div(P,D),R)) 171389 164795693 o2(x,o2(o2(x,x),x)) true 79519 79519 -0.1114 0.4219 0.9298 0.9017 0.9496 -1 1 2 1 1.687 0.3848 0 0.2302 1 1 3.788e-9 0.7096 0.4006 0.3317 0.5759 2.502 2 0.4267 0.787 1 1 0.3921 1.648 0.2316 0.4349 1.828 0.2568 json
t20_x59_u0_b15 20 59 0 15 add(R,sub(pow(P,D),R)) 171390 164795694 o2(x,o2(o2(x,x),x)) true 79527 79527 -0.04929 0.5 0.9507 0.9255 0.962 -1 1 2 1 1.869 0.004731 0 0.0157 1 1 0.00001491 0.00822 0.01559 0.004484 0.06696 4.266 1 0.005112 0.008882 1 1 0.006841 0.04185 0.2717 0.007392 0.04522 0.2935 json
t20_x59_u0_b16 20 59 0 16 add(R,sub(mod(P,D),R)) 171391 164795695 o2(x,o2(o2(x,x),x)) true 79535 79535 -6.793e-12 0.4375 0.1373 0.02905 0.1704 -0.3853 0.3853 0.7705 1 3.434 0.007524 0 0.06604 1 1 0 0.01799 0.1023 0.003162 0.05623 0.8515 0.284 0.259 0.6191 1 1 0.005715 0.01626 0.008739 0.1967 0.5596 0.3008 json
t20_x59_u0_b17 20 59 0 17 add(R,sub(lrg(P,D),R)) 171392 164795696 o2(x,o2(o2(x,x),x)) true 79543 79543 0.5 0.5625 0.5 0.2365 0.4863 0 1 1 1 1.577 0.00467 0 0.0119 1 1 -4.731e-10 0.008068 0.009787 0.004528 0.06729 5.654 0.9994 0.01975 0.03412 1 1 0.007036 0.03244 0.06598 0.02976 0.1372 0.279 json
t20_x59_u0_b18 20 59 0 18 add(R,sub(eql(P,D),R)) 171393 164795697 o2(x,o2(o2(x,x),x)) true 79551 79551 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 json
t20_x59_u0_b19 20 59 0 19 add(R,sub(min(P,D),R)) 171394 164795698 o2(x,o2(o2(x,x),x)) true 79559 79559 -0.4866 0.2188 0.5279 0.2404 0.4903 -1 0.1454 1.145 1 2.671 0.00115 0 0.02195 1 1 0.0001582 0.000139 0.007881 0.0006688 0.02586 1.178 0.1105 0.004785 0.0005782 1 1 0.002476 0.02333 0.06805 0.0103 0.09702 0.283 json
t20_x59_u0_b20 20 59 0 20 add(R,sub(dot(P,D),R)) 171395 164795699 o2(x,o2(o2(x,x),x)) true 79567 79567 -0.2397 0.3389 0.5376 0.3418 0.5846 -1 1 2 1 4.686 0.02744 0.02744 0.1913 -0.00001704 1 0.002662 0.0158 0.08103 0.0183 0.1353 0.7073 0.613 0.1606 0.04621 1 1 0.06843 0.4811 0.03707 0.2002 1.408 0.1085 json
t20_x59_u0_b21 20 59 0 21 add(R,sub(dst(P,D),R)) 171396 164795700 o2(x,o2(o2(x,x),x)) true 79575 79575 0.9987 1 0.9987 0.0006951 0.02637 0.04531 1 0.9547 1 0.04216 0.00003371 0.00003371 0.0005271 1.079e-7 0 -1.314e-11 0.00002519 0.0003152 0.00006724 0.0082 15.56 0.1796 0.097 0.03624 1 1 0.0002218 0.001933 0.002533 0.3191 2.781 3.643 json
t20_x59_u0_b22 20 59 0 22 add(R,mlt(add(P,D),R)) 171397 164795701 o2(x,o2(o2(x,x),x)) true 79583 79583 -0.06452 0.4698 0.7231 0.6414 0.8009 -1 1 2 1 3.777 0.0176 0.01977 0.09482 -0.05808 1 -0.00004512 0.02102 0.05037 0.02839 0.1685 1.777 1.602 0.05827 0.03277 1 1 0.05358 0.4693 1.03 0.08354 0.7317 1.606 json
t20_x59_u0_b23 20 59 0 23 add(R,mlt(sub(P,D),R)) 171398 164795702 o2(x,o2(o2(x,x),x)) true 79591 79591 -0.06557 0.4699 0.7341 0.6515 0.8071 -1 1 2 1 3.768 0.01762 0.02004 0.09663 -0.06449 1 -0.00003698 0.02091 0.05159 0.02831 0.1683 1.741 1.674 0.05781 0.03209 1 1 0.0543 0.4786 1.053 0.08334 0.7346 1.616 json
t20_x59_u0_b24 20 59 0 24 add(R,mlt(mlt(P,D),R)) 171399 164795703 o2(x,o2(o2(x,x),x)) true 79599 79599 -0.01266 0.4786 0.4496 0.3071 0.5542 -1 1 2 1 4.806 0.01262 0.005508 0.1018 0.3923 1 0.0005126 0.004126 0.03477 0.007754 0.08806 0.8646 0.6203 0.05902 0.01344 1 1 0.02696 0.2805 0.503 0.08777 0.9132 1.638 json