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_b26 20 58 0 26 add(R,mlt(pow(P,D),D)) 171200 164755304 o2(x,o2(o2(x,x),x)) true 78007 78007 -0.441 0.2878 0.7105 0.4328 0.6579 -1 1 2 1 3.416 0.007683 0.001476 0.04686 0.6776 1 -0.0002361 0.009057 0.0195 0.006964 0.08345 1.781 1.829 0.02116 0.02093 1 1 0.0147 0.1187 0.2896 0.03397 0.2743 0.669 json
t20_x58_u0_b27 20 58 0 27 add(R,mlt(mod(P,D),D)) 171201 164755305 o2(x,o2(o2(x,x),x)) true 78015 78015 0.006726 0.4967 0.3952 0.2206 0.4697 -1 0.9886 1.989 1 4.868 0.004979 0.00317 0.07253 0.222 1 0.00002501 0.006998 0.05642 0.002887 0.05373 0.7408 0.3339 0.03693 0.03172 1 1 0.01284 0.1529 0.3918 0.05819 0.6931 1.776 json
t20_x58_u0_b28 20 58 0 28 add(R,mlt(lrg(P,D),D)) 171202 164755306 o2(x,o2(o2(x,x),x)) true 78023 78023 -0.008726 0.4885 0.3995 0.2269 0.4764 -1 1 2 1 4.891 0.003741 0.003167 0.06978 0.08312 1 0.000186 0.0004991 0.01713 0.002039 0.04515 0.6471 0.2511 0.03044 0.002199 1 1 0.01378 0.1668 0.3947 0.0607 0.7349 1.739 json
t20_x58_u0_b29 20 58 0 29 add(R,mlt(eql(P,D),D)) 171203 164755307 o2(x,o2(o2(x,x),x)) true 78031 78031 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_b30 20 58 0 30 add(R,mlt(min(P,D),D)) 171204 164755308 o2(x,o2(o2(x,x),x)) true 78039 78039 0.002251 0.4949 0.4557 0.2961 0.5442 -1 1 2 1 4.946 0.01699 0.002978 0.1062 0.7018 1 0.0008797 0.004107 0.03887 0.0087 0.09328 0.8786 0.5403 0.06744 0.01387 1 1 0.02747 0.2467 0.3783 0.09276 0.8331 1.278 json
t20_x58_u0_b31 20 58 0 31 add(R,mlt(dot(P,D),D)) 171205 164755309 o2(x,o2(o2(x,x),x)) true 78047 78047 0.005577 0.5048 0.5618 0.4237 0.651 -1 1 2 1 4.776 0.02048 0.002997 0.1151 0.7447 1 0.0001179 0.006021 0.05128 0.01024 0.1012 0.8794 0.4988 0.05539 0.01421 1 1 0.03342 0.2762 0.3585 0.07887 0.6519 0.8461 json
t20_x58_u0_b32 20 58 0 32 add(R,mlt(dst(P,D),D)) 171206 164755310 o2(x,o2(o2(x,x),x)) true 78055 78055 0.01023 0.5102 0.5974 0.4745 0.6888 -1 1 2 1 4.602 0.05494 0.002401 0.1815 0.9162 1 0.0002755 0.01721 0.08792 0.02439 0.1562 0.8603 0.7009 0.1208 0.03627 1 1 0.07367 0.5339 0.3127 0.1553 1.125 0.6591 json
t20_x58_u0_b33 20 58 0 33 add(R,div(add(P,D),D)) 171207 164755311 o2(x,o2(o2(x,x),x)) true 78063 78063 -0.01703 0.4991 0.9527 0.9374 0.9682 -1 1 2 1 1.741 0.419 0.0002173 0.2364 0.999 1 -0.000008609 0.8021 0.4296 0.3634 0.6028 2.55 2.001 0.4472 0.8557 1 1 0.4223 1.772 0.2872 0.4505 1.89 0.3064 json
t20_x58_u0_b34 20 58 0 34 add(R,div(sub(P,D),D)) 171208 164755312 o2(x,o2(o2(x,x),x)) true 78071 78071 -0.2057 0.3945 0.9636 0.9083 0.953 -1 1 2 1 1.617 0.3665 0.0001843 0.2243 0.999 1 -8.603e-7 0.6571 0.3856 0.3166 0.5627 2.509 2.001 0.4038 0.7235 1 1 0.3903 1.505 0.2845 0.4297 1.657 0.3133 json
t20_x58_u0_b35 20 58 0 35 add(R,div(mlt(P,D),D)) 171209 164755313 o2(x,o2(o2(x,x),x)) true 78079 78079 0.003757 0.4974 0.9428 0.9208 0.9596 -1 1 2 1 1.952 0.001169 0.000358 0.0111 0.5311 1 -0.00002042 0.0002765 0.003741 0.001403 0.03746 3.374 0.312 0.001658 0.0003002 1 1 0.003726 0.04331 0.2691 0.004046 0.04703 0.2923 json
t20_x58_u0_b36 20 58 0 36 add(R,div(div(P,D),D)) 171210 164755314 o2(x,o2(o2(x,x),x)) true 78087 78087 -0.004986 0.4971 0.9753 0.966 0.9828 -1 1 2 1 1.466 0.002486 0.0001449 0.008777 0.8899 1 -0.000004284 0.001266 0.005808 0.002553 0.05053 5.757 0.705 0.002724 0.00131 1 1 0.006165 0.05126 0.3136 0.006382 0.05306 0.3246 json
t20_x58_u0_b37 20 58 0 37 add(R,div(pow(P,D),D)) 171211 164755315 o2(x,o2(o2(x,x),x)) true 78095 78095 -0.4447 0.2768 0.9521 0.7378 0.859 -1 1 2 1 1.635 0.1566 0.0002304 0.1187 0.9971 1 -0.000001254 0.2591 0.1681 0.1428 0.3778 3.182 2 0.2126 0.3512 1 1 0.1857 0.7457 0.1856 0.2517 1.011 0.2516 json
t20_x58_u0_b38 20 58 0 38 add(R,div(mod(P,D),D)) 171212 164755316 o2(x,o2(o2(x,x),x)) true 78103 78103 -0.01146 0.4896 0.4831 0.331 0.5753 -1 1 2 1 4.902 0.1266 0.002862 0.2727 0.9558 1 -0.00103 0.3302 0.446 0.0551 0.2347 0.8609 1.015 0.3911 0.9975 1 1 0.09031 0.367 0.397 0.2729 1.109 1.199 json
t20_x58_u0_b39 20 58 0 39 add(R,div(lrg(P,D),D)) 171213 164755317 o2(x,o2(o2(x,x),x)) true 78111 78111 -0.06186 0.4723 0.6678 0.5645 0.7513 -1 1 2 1 4.147 0.1541 0.001823 0.1509 0.9766 1 0.00003268 0.2521 0.1705 0.1331 0.3649 2.417 2 0.2761 0.4465 1 1 0.1901 0.9114 0.3153 0.3367 1.614 0.5586 json
t20_x58_u0_b40 20 58 0 40 add(R,div(eql(P,D),D)) 171214 164755318 o2(x,o2(o2(x,x),x)) true 78119 78119 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_b41 20 58 0 41 add(R,div(min(P,D),D)) 171215 164755319 o2(x,o2(o2(x,x),x)) true 78127 78127 0.3419 0.7222 0.8613 0.6873 0.829 -1 1 2 1 2.856 0.2001 0.0009099 0.1401 0.9909 1 -0.00004611 0.3673 0.2166 0.1814 0.4259 3.04 2 0.2925 0.5344 1 1 0.2047 0.8602 0.2213 0.2978 1.252 0.322 json
t20_x58_u0_b42 20 58 0 42 add(R,div(dot(P,D),D)) 171216 164755320 o2(x,o2(o2(x,x),x)) true 78135 78135 0.003383 0.5008 0.9444 0.9256 0.9621 -1 1 2 1 1.905 0.3064 0.1014 0.2498 0.5026 1 -0.00001867 1.146 0.4333 0.3455 0.5878 2.353 2.828 0.4407 1.238 1 1 0.3801 0.908 0.2956 0.4106 0.981 0.3194 json
t20_x58_u0_b43 20 58 0 43 add(R,div(dst(P,D),D)) 171217 164755321 o2(x,o2(o2(x,x),x)) true 78143 78143 0.003048 0.5025 0.9818 0.976 0.9879 -1 1 2 1 1.335 0.4441 0.000213 0.2463 0.999 1 -6.758e-11 0.8421 0.4554 0.3836 0.6194 2.515 2.039 0.4552 0.8628 1 1 0.4595 1.873 0.04056 0.4708 1.919 0.04156 json
t20_x58_u0_b44 20 58 0 44 add(R,pow(add(P,D),D)) 171218 164755322 o2(x,o2(o2(x,x),x)) true 78151 78151 -0.08008 0.4972 0.9201 0.8771 0.9366 -1 1 2 1 2.223 0.01259 0.0006062 0.02632 0.9081 1 -0.00006282 0.02295 0.02261 0.0125 0.1118 4.248 2 0.01504 0.02616 1 1 0.01853 0.09792 0.3327 0.02112 0.1116 0.3793 json
t20_x58_u0_b45 20 58 0 45 add(R,pow(sub(P,D),D)) 171219 164755323 o2(x,o2(o2(x,x),x)) true 78159 78159 -0.2112 0.4333 0.9142 0.8316 0.9119 -1 1 2 1 2.192 0.01581 0.0006096 0.02685 0.9258 1 7.406e-7 0.02935 0.02384 0.01571 0.1253 4.668 2 0.01975 0.03529 1 1 0.02237 0.1035 0.3086 0.02691 0.1244 0.3711 json
t20_x58_u0_b46 20 58 0 46 add(R,pow(mlt(P,D),D)) 171220 164755324 o2(x,o2(o2(x,x),x)) true 78167 78167 -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_b47 20 58 0 47 add(R,pow(div(P,D),D)) 171221 164755325 o2(x,o2(o2(x,x),x)) true 78175 78175 -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_b48 20 58 0 48 add(R,pow(pow(P,D),D)) 171222 164755326 o2(x,o2(o2(x,x),x)) true 78183 78183 -0.08867 0.4858 0.9235 0.8795 0.9378 -1 1 2 1 2.26 0.006033 0.0005772 0.02283 0.8254 1 -0.0002104 0.009128 0.01583 0.006088 0.07803 3.418 1.829 0.007516 0.01038 1 1 0.01043 0.07283 0.3103 0.01186 0.08281 0.3528 json
t20_x58_u0_b49 20 58 0 49 add(R,pow(mod(P,D),D)) 171223 164755327 o2(x,o2(o2(x,x),x)) true 78191 78191 -0.1817 0.4296 0.9129 0.8464 0.92 -1 1 2 1 2.265 0.1968 0.0006004 0.1578 0.9939 1 -0.0001893 0.5373 0.2627 0.1724 0.4152 2.632 2.006 0.2332 0.6349 1 1 0.1355 0.2522 0.3388 0.1601 0.298 0.4003 json
t20_x58_u0_b50 20 58 0 50 add(R,pow(lrg(P,D),D)) 171224 164755328 o2(x,o2(o2(x,x),x)) true 78199 78199 -0.03345 0.5376 0.8595 0.7997 0.8943 -1 1 2 1 2.852 0.01056 0.0009459 0.03034 0.8356 1 -0.0000536 0.01874 0.0234 0.01058 0.1029 3.391 1.898 0.01439 0.02344 1 1 0.01634 0.09681 0.3063 0.02044 0.1211 0.383 json
t20_x58_u0_b51 20 58 0 51 add(R,pow(eql(P,D),D)) 171225 164755329 o2(x,o2(o2(x,x),x)) true 78207 78207 -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_b52 20 58 0 52 add(R,pow(min(P,D),D)) 171226 164755330 o2(x,o2(o2(x,x),x)) true 78215 78215 -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_b53 20 58 0 53 add(R,pow(dot(P,D),D)) 171227 164755331 o2(x,o2(o2(x,x),x)) true 78223 78223 -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_b54 20 58 0 54 add(R,pow(dst(P,D),D)) 171228 164755332 o2(x,o2(o2(x,x),x)) true 78231 78231 0.8722 0.9946 0.8727 0.05427 0.233 -0.1338 1 1.134 1 2.072 0.004148 0.001021 0.03924 0.6049 1 -0.0001496 0.001983 0.0216 0.00363 0.06025 1.535 0.3323 0.09525 0.03655 1 1 0.008822 0.06625 0.07963 0.1626 1.221 1.467 json
t20_x58_u0_b55 20 58 0 55 add(R,mod(add(P,D),D)) 171229 164755333 o2(x,o2(o2(x,x),x)) true 78239 78239 0.009823 0.5056 0.4108 0.2418 0.4917 -1 1 2 1 4.919 0.01293 0.003155 0.1022 0.6078 1 0.00002812 0.02488 0.119 0.005634 0.07506 0.7342 0.6502 0.06652 0.1029 1 1 0.02014 0.1701 0.4016 0.08329 0.7035 1.661 json
t20_x58_u0_b56 20 58 0 56 add(R,mod(sub(P,D),D)) 171230 164755334 o2(x,o2(o2(x,x),x)) true 78247 78247 0.009789 0.5048 0.4083 0.2388 0.4887 -1 1 2 1 4.914 0.01122 0.003156 0.09933 0.561 1 0.00002751 0.02091 0.1111 0.004509 0.06715 0.676 0.456 0.0602 0.08757 1 1 0.01817 0.1672 0.3963 0.07609 0.7 1.66 json
t20_x58_u0_b57 20 58 0 57 add(R,mod(mlt(P,D),D)) 171231 164755335 o2(x,o2(o2(x,x),x)) true 78255 78255 0.003007 0.4945 0.411 0.2386 0.4885 -1 1 2 1 4.913 0.03845 0.003156 0.1616 0.8483 1 -0.0007118 0.08704 0.2636 0.01548 0.1244 0.7698 0.7252 0.1744 0.3648 1 1 0.03893 0.1784 0.3939 0.1632 0.7476 1.651 json
t20_x58_u0_b58 20 58 0 58 add(R,mod(div(P,D),D)) 171232 164755336 o2(x,o2(o2(x,x),x)) true 78263 78263 0.001411 0.4937 0.4004 0.2273 0.4768 -1 1 2 1 4.891 0.01101 0.003166 0.09747 0.5533 1 0.0005457 0.02079 0.1085 0.004674 0.06837 0.7015 0.5024 0.06235 0.09143 1 1 0.01791 0.1632 0.3965 0.0788 0.718 1.744 json
t20_x58_u0_b59 20 58 0 59 add(R,mod(pow(P,D),D)) 171233 164755337 o2(x,o2(o2(x,x),x)) true 78271 78271 -0.4373 0.294 0.7023 0.4277 0.654 -1 1 2 1 3.419 0.0107 0.001485 0.05482 0.7563 1 -0.00009315 0.0213 0.06699 0.009173 0.09578 1.747 1.829 0.02849 0.04981 1 1 0.01512 0.1103 0.3192 0.03536 0.2579 0.7465 json
t20_x58_u0_b60 20 58 0 60 add(R,mod(mod(P,D),D)) 171234 164755338 o2(x,o2(o2(x,x),x)) true 78279 78279 0.009769 0.5056 0.4087 0.239 0.4888 -1 1 2 1 4.914 0.0102 0.003156 0.09528 0.5273 1 0.0000271 0.01806 0.1024 0.004275 0.06538 0.6862 0.456 0.05588 0.07559 1 1 0.01735 0.1664 0.3971 0.07261 0.6964 1.662 json
t20_x58_u0_b61 20 58 0 61 add(R,mod(lrg(P,D),D)) 171235 164755339 o2(x,o2(o2(x,x),x)) true 78287 78287 0.08721 0.5639 0.4045 0.2259 0.4753 -0.9989 1 1.999 1 4.877 0.00538 0.003168 0.07526 0.2588 1 0.00001419 0.005621 0.04746 0.002884 0.0537 0.7136 0.3884 0.03783 0.02488 1 1 0.01438 0.1621 0.3924 0.06363 0.7175 1.737 json
t20_x58_u0_b62 20 58 0 62 add(R,mod(eql(P,D),D)) 171236 164755340 o2(x,o2(o2(x,x),x)) true 78295 78295 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_b63 20 58 0 63 add(R,mod(min(P,D),D)) 171237 164755341 o2(x,o2(o2(x,x),x)) true 78303 78303 -0.06478 0.4462 0.41 0.2342 0.484 -1 1 2 1 4.893 0.02573 0.003151 0.1321 0.7818 1 -0.0003288 0.056 0.1912 0.01144 0.107 0.8101 0.7202 0.1233 0.2391 1 1 0.02955 0.174 0.391 0.1262 0.7428 1.669 json
t20_x58_u0_b64 20 58 0 64 add(R,mod(dot(P,D),D)) 171238 164755342 o2(x,o2(o2(x,x),x)) true 78311 78311 -0.003779 0.4882 0.402 0.2284 0.4779 -1 1 2 1 4.892 0.01253 0.01319 0.1338 -0.02571 1 -0.00006193 0.08405 0.2181 0.007823 0.08845 0.6611 0.7014 0.1127 0.3681 1 1 0.02401 0.171 0.3985 0.1051 0.7488 1.745 json
t20_x58_u0_b65 20 58 0 65 add(R,mod(dst(P,D),D)) 171239 164755343 o2(x,o2(o2(x,x),x)) true 78319 78319 0.1507 0.607 0.4187 0.228 0.4775 -0.9978 1 1.998 1 4.86 0.01134 0.00759 0.1145 0.1982 1 -0.0002145 0.05173 0.1672 0.005819 0.07628 0.6662 0.5849 0.08301 0.2268 1 1 0.02099 0.1724 0.3947 0.09204 0.7561 1.731 json
t20_x58_u0_b66 20 58 0 66 add(R,lrg(add(P,D),D)) 171240 164755344 o2(x,o2(o2(x,x),x)) true 78327 78327 0.3927 0.7499 0.5896 0.2984 0.5462 -0.9989 1 1.999 1 4.441 0.0025 0.002467 0.04992 0.006636 1 -0.00001599 0.0005757 0.01393 0.002476 0.04976 0.9968 0.312 0.01665 0.00193 1 1 0.009889 0.1188 0.3167 0.03314 0.3982 1.061 json
t20_x58_u0_b67 20 58 0 67 add(R,lrg(sub(P,D),D)) 171241 164755345 o2(x,o2(o2(x,x),x)) true 78335 78335 0.4219 0.7739 0.5945 0.282 0.5311 -0.9986 1 1.999 1 4.383 0.006721 0.002456 0.05633 0.4647 1 -0.0000161 0.009362 0.02679 0.006004 0.07749 1.375 1.012 0.03254 0.0332 1 1 0.01535 0.1278 0.2975 0.05443 0.453 1.055 json
t20_x58_u0_b68 20 58 0 68 add(R,lrg(mlt(P,D),D)) 171242 164755346 o2(x,o2(o2(x,x),x)) true 78343 78343 0.3869 0.7682 0.5468 0.2533 0.5032 -0.9986 1 1.999 1 4.52 0.04497 0.002581 0.1113 0.8914 1 -0.0001723 0.08028 0.105 0.03517 0.1875 1.685 1.023 0.1878 0.317 1 1 0.05481 0.2702 0.3328 0.2164 1.067 1.314 json
t20_x58_u0_b69 20 58 0 69 add(R,lrg(div(P,D),D)) 171243 164755347 o2(x,o2(o2(x,x),x)) true 78351 78351 0.4112 0.7827 0.5612 0.2514 0.5014 -0.9986 1 1.999 1 4.458 0.04737 0.002525 0.114 0.8988 1 -0.0001723 0.08452 0.1103 0.03689 0.1921 1.684 1.023 0.1985 0.3362 1 1 0.05871 0.283 0.3193 0.2335 1.126 1.27 json
t20_x58_u0_b70 20 58 0 70 add(R,lrg(pow(P,D),D)) 171244 164755348 o2(x,o2(o2(x,x),x)) true 78359 78359 0.7839 0.9858 0.796 0.09164 0.3027 -0.9523 1 1.952 1 2.894 0.004601 0.001511 0.03629 0.5057 1 -0.00006109 0.006417 0.01893 0.004794 0.06924 1.908 1.013 0.06669 0.07003 1 1 0.01003 0.07759 0.1476 0.1094 0.8467 1.61 json
t20_x58_u0_b71 20 58 0 71 add(R,lrg(mod(P,D),D)) 171245 164755349 o2(x,o2(o2(x,x),x)) true 78367 78367 0.4289 0.7938 0.5695 0.2463 0.4963 -0.9986 1 1.999 1 4.419 0.06222 0.002522 0.1309 0.9221 1 -0.00006252 0.1393 0.1452 0.04761 0.2182 1.667 1.023 0.2628 0.5654 1 1 0.05848 0.2746 0.2791 0.2374 1.115 1.133 json
t20_x58_u0_b72 20 58 0 72 add(R,lrg(lrg(P,D),D)) 171246 164755350 o2(x,o2(o2(x,x),x)) true 78375 78375 0.6048 0.8934 0.6791 0.1968 0.4436 -0.9986 1 1.999 1 3.821 0.02558 0.002088 0.07604 0.8491 1 -0.000117 0.04449 0.06436 0.02188 0.1479 1.945 1.023 0.1406 0.2261 1 1 0.03376 0.1762 0.2265 0.1715 0.8954 1.151 json
t20_x58_u0_b73 20 58 0 73 add(R,lrg(eql(P,D),D)) 171247 164755351 o2(x,o2(o2(x,x),x)) true 78383 78383 0.4375 0.7988 0.5744 0.2449 0.4949 -0.9986 1 1.999 1 4.395 0.04755 0.0025 0.114 0.9001 1 -0.000063 0.08465 0.1105 0.03705 0.1925 1.688 1.023 0.2044 0.3456 1 1 0.05856 0.2751 0.2764 0.2391 1.123 1.129 json
t20_x58_u0_b74 20 58 0 74 add(R,lrg(min(P,D),D)) 171248 164755352 o2(x,o2(o2(x,x),x)) true 78391 78391 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_b75 20 58 0 75 add(R,lrg(dot(P,D),D)) 171249 164755353 o2(x,o2(o2(x,x),x)) true 78399 78399 0.4042 0.7885 0.5384 0.2331 0.4828 -0.9983 1 1.998 1 4.485 0.02561 0.02684 0.1276 -0.02344 1 0.0006968 0.1497 0.1475 0.03616 0.1901 1.49 1.416 0.225 0.6423 1 1 0.05974 0.2753 0.3449 0.2563 1.181 1.48 json
t20_x58_u0_b76 20 58 0 76 add(R,lrg(dst(P,D),D)) 171250 164755354 o2(x,o2(o2(x,x),x)) true 78407 78407 0.8071 1 0.8071 0.06917 0.263 0.001146 1 0.9989 1 2.722 0.001249 0.001465 0.0304 -0.07972 1 -0.00006109 0.0007027 0.01219 0.00179 0.04231 1.392 0.223 0.03924 0.01016 1 1 0.004985 0.05072 0.1131 0.07206 0.7332 1.635 json
t20_x58_u0_b77 20 58 0 77 add(R,eql(add(P,D),D)) 171251 164755355 o2(x,o2(o2(x,x),x)) true 78415 78415 0.06362 0.5381 0.4117 0.2377 0.4875 -0.9989 1 1.999 1 4.893 0.002859 0.003117 0.06218 -0.04315 1 0.00002651 0.0004132 0.01463 0.00211 0.04593 0.7386 0.2534 0.02514 0.001738 1 1 0.012 0.1511 0.4183 0.05051 0.6358 1.76 json
t20_x58_u0_b78 20 58 0 78 add(R,eql(sub(P,D),D)) 171252 164755356 o2(x,o2(o2(x,x),x)) true 78423 78423 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_b79 20 58 0 79 add(R,eql(mlt(P,D),D)) 171253 164755357 o2(x,o2(o2(x,x),x)) true 78431 78431 0.05762 0.5264 0.4228 0.2508 0.5008 -0.9989 1 1.999 1 4.905 0.003573 0.00306 0.06401 0.07736 1 0.00002651 0.0005387 0.01537 0.002536 0.05036 0.7867 0.3135 0.02645 0.002148 1 1 0.01344 0.1678 0.4281 0.0536 0.6692 1.707 json
t20_x58_u0_b80 20 58 0 80 add(R,eql(div(P,D),D)) 171254 164755358 o2(x,o2(o2(x,x),x)) true 78439 78439 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_b81 20 58 0 81 add(R,eql(pow(P,D),D)) 171255 164755359 o2(x,o2(o2(x,x),x)) true 78447 78447 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_b82 20 58 0 82 add(R,eql(mod(P,D),D)) 171256 164755360 o2(x,o2(o2(x,x),x)) true 78455 78455 0.02691 0.5099 0.4031 0.2294 0.4789 -0.9989 1 1.999 1 4.887 0.03443 0.003129 0.09743 0.8334 1 0.00002513 0.09574 0.08635 0.02807 0.1675 1.719 1.021 0.1637 0.4174 1 1 0.01875 0.1595 0.3989 0.08175 0.6954 1.739 json
t20_x58_u0_b83 20 58 0 83 add(R,eql(lrg(P,D),D)) 171257 164755361 o2(x,o2(o2(x,x),x)) true 78463 78463 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_b84 20 58 0 84 add(R,eql(eql(P,D),D)) 171258 164755362 o2(x,o2(o2(x,x),x)) true 78471 78471 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_b85 20 58 0 85 add(R,eql(min(P,D),D)) 171259 164755363 o2(x,o2(o2(x,x),x)) true 78479 78479 0.4201 0.7705 0.5972 0.2865 0.5352 -0.9989 1 1.999 1 4.38 0.005368 0.002441 0.0528 0.3749 1 -0.00001599 0.006315 0.02037 0.005021 0.07086 1.342 1.012 0.02726 0.02205 1 1 0.01363 0.1248 0.2967 0.04758 0.4358 1.036 json
t20_x58_u0_b86 20 58 0 86 add(R,eql(dot(P,D),D)) 171260 164755364 o2(x,o2(o2(x,x),x)) true 78487 78487 0.01949 0.5052 0.4011 0.226 0.4754 -0.9989 1 1.999 1 4.877 0.01154 0.01188 0.08196 -0.01465 1 0.00001758 0.09839 0.06606 0.01671 0.1293 1.577 1.419 0.1036 0.4353 1 1 0.02159 0.1602 0.4028 0.0955 0.7087 1.782 json
t20_x58_u0_b87 20 58 0 87 add(R,eql(dst(P,D),D)) 171261 164755365 o2(x,o2(o2(x,x),x)) true 78495 78495 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_b88 20 58 0 88 add(R,min(add(P,D),D)) 171262 164755366 o2(x,o2(o2(x,x),x)) true 78503 78503 -0.4689 0.2465 0.6634 0.3465 0.5887 -1 1 2 1 3.679 0.002673 0.001679 0.04361 0.2285 1 0.0001542 0.0003968 0.01116 0.00245 0.0495 1.135 0.2511 0.01256 0.001145 1 1 0.008979 0.1068 0.3089 0.02591 0.3083 0.8913 json
t20_x58_u0_b89 20 58 0 89 add(R,min(sub(P,D),D)) 171263 164755367 o2(x,o2(o2(x,x),x)) true 78511 78511 -0.4972 0.23 0.6754 0.3338 0.5778 -1 1 2 1 3.61 0.003302 0.001651 0.04542 0.3333 1 0.0001576 0.0005901 0.01308 0.00289 0.05376 1.184 0.2879 0.01484 0.001768 1 1 0.01044 0.1161 0.29 0.03128 0.3477 0.8688 json
t20_x58_u0_b90 20 58 0 90 add(R,min(mlt(P,D),D)) 171264 164755368 o2(x,o2(o2(x,x),x)) true 78519 78519 -0.4805 0.2094 0.6311 0.2815 0.5306 -1 1 2 1 4.094 0.02259 0.002347 0.1129 0.8117 1 0.002272 0.008649 0.05598 0.01218 0.1104 0.9773 0.5058 0.08856 0.03072 1 1 0.03777 0.2818 0.323 0.1341 1.001 1.147 json
t20_x58_u0_b91 20 58 0 91 add(R,min(div(P,D),D)) 171265 164755369 o2(x,o2(o2(x,x),x)) true 78527 78527 -0.7529 0.1066 0.8373 0.2179 0.4668 -1 1 2 1 2.309 0.09405 0.001108 0.1242 0.9767 1 0.000002022 0.1613 0.1635 0.07974 0.2824 2.273 1.986 0.4367 0.7403 1 1 0.1072 0.3173 0.2017 0.4917 1.456 0.9255 json
t20_x58_u0_b92 20 58 0 92 add(R,min(pow(P,D),D)) 171266 164755370 o2(x,o2(o2(x,x),x)) true 78535 78535 0.00019 0.4923 0.4023 0.2314 0.481 -1 1 2 1 4.902 0.004498 0.003164 0.07538 0.174 1 0.00003115 0.0006316 0.01953 0.001981 0.0445 0.5904 0.2845 0.03312 0.00273 1 1 0.01512 0.1755 0.3915 0.06536 0.7587 1.692 json
t20_x58_u0_b93 20 58 0 93 add(R,min(mod(P,D),D)) 171267 164755371 o2(x,o2(o2(x,x),x)) true 78543 78543 -0.1342 0.3953 0.4167 0.2296 0.4791 -1 1 2 1 4.855 0.008698 0.003135 0.09116 0.4701 1 0.0003241 0.0124 0.08079 0.003523 0.05936 0.6512 0.4156 0.05154 0.054 1 1 0.01754 0.1754 0.3878 0.0764 0.7638 1.689 json
t20_x58_u0_b94 20 58 0 94 add(R,min(lrg(P,D),D)) 171268 164755372 o2(x,o2(o2(x,x),x)) true 78551 78551 -0.07048 0.4427 0.4046 0.2289 0.4785 -1 1 2 1 4.881 0.004375 0.003156 0.07437 0.1618 1 0.0002634 0.0006324 0.01969 0.001999 0.04472 0.6012 0.2626 0.0329 0.002762 1 1 0.01489 0.1727 0.3905 0.06503 0.7545 1.706 json
t20_x58_u0_b95 20 58 0 95 add(R,min(eql(P,D),D)) 171269 164755373 o2(x,o2(o2(x,x),x)) true 78559 78559 -0.1322 0.395 0.4148 0.2257 0.4751 -1 0.9804 1.98 1 4.848 0.004249 0.003149 0.07322 0.1487 1 0.0003326 0.000644 0.02011 0.002036 0.04512 0.6162 0.2626 0.03277 0.002853 1 1 0.01458 0.1689 0.3866 0.06461 0.7481 1.713 json
t20_x58_u0_b96 20 58 0 96 add(R,min(min(P,D),D)) 171270 164755374 o2(x,o2(o2(x,x),x)) true 78567 78567 -0.4834 0.237 0.6688 0.3386 0.5819 -1 1 2 1 3.647 0.002787 0.001668 0.04351 0.251 1 0.000157 0.0004356 0.01163 0.002562 0.05062 1.163 0.2511 0.01316 0.001286 1 1 0.009232 0.1083 0.2967 0.02727 0.3199 0.8764 json
t20_x58_u0_b97 20 58 0 97 add(R,min(dot(P,D),D)) 171271 164755375 o2(x,o2(o2(x,x),x)) true 78575 78575 -0.6654 0.1214 0.747 0.2206 0.4697 -1 1 2 1 3.199 0.0145 0.01302 0.1056 0.05354 1 0.002006 0.01508 0.06339 0.01639 0.128 1.213 0.6759 0.1247 0.06834 1 1 0.04193 0.2817 0.2596 0.19 1.277 1.177 json
t20_x58_u0_b98 20 58 0 98 add(R,min(dst(P,D),D)) 171272 164755376 o2(x,o2(o2(x,x),x)) true 78583 78583 0.009029 0.4986 0.4013 0.2304 0.48 -1 1 2 1 4.899 0.004472 0.003164 0.07546 0.1712 1 0.00002869 0.0006267 0.01936 0.001943 0.04408 0.5841 0.2845 0.03315 0.00272 1 1 0.01508 0.1746 0.3903 0.06548 0.7577 1.694 json
t20_x58_u0_b99 20 58 0 99 add(R,dot(add(P,D),D)) 171273 164755377 o2(x,o2(o2(x,x),x)) true 78591 78591 -0.0238 0.4879 0.568 0.4367 0.6609 -1 1 2 1 4.703 0.02669 0.02723 0.1843 -0.01019 1 0.002895 0.01706 0.08234 0.01994 0.1412 0.766 0.6928 0.1235 0.03906 1 1 0.06947 0.5194 0.3345 0.1591 1.189 0.7659 json
t20_x58_u0_b100 20 58 0 100 add(R,dot(sub(P,D),D)) 171274 164755378 o2(x,o2(o2(x,x),x)) true 78599 78599 -0.3759 0.2746 0.6435 0.3887 0.6234 -1 1 2 1 4.226 0.02654 0.02633 0.1749 0.004001 1 0.002431 0.01883 0.08403 0.02228 0.1492 0.8533 0.6973 0.136 0.04845 1 1 0.06998 0.5048 0.2855 0.18 1.299 0.7346 json
t20_x58_u0_b101 20 58 0 101 add(R,dot(mlt(P,D),D)) 171275 164755379 o2(x,o2(o2(x,x),x)) true 78607 78607 0.002481 0.5013 0.6553 0.5442 0.7377 -1 1 2 1 4.383 0.01696 0.01687 0.132 0.002468 1 0.0001207 0.01142 0.06469 0.01641 0.1281 0.9709 0.6147 0.06216 0.02099 1 1 0.04847 0.3563 0.3394 0.08906 0.6547 0.6236 json
t20_x58_u0_b102 20 58 0 102 add(R,dot(div(P,D),D)) 171276 164755380 o2(x,o2(o2(x,x),x)) true 78615 78615 -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_b103 20 58 0 103 add(R,dot(pow(P,D),D)) 171277 164755381 o2(x,o2(o2(x,x),x)) true 78623 78623 -0.6694 0.1836 0.8692 0.3825 0.6185 -1 1 2 1 1.97 0.00456 0.00584 0.02959 -0.1231 1 -0.0002335 0.0152 0.0175 0.009525 0.0976 3.298 2 0.02719 0.03974 1 1 0.0141 0.08596 0.218 0.03687 0.2247 0.5698 json
t20_x58_u0_b104 20 58 0 104 add(R,dot(mod(P,D),D)) 171278 164755382 o2(x,o2(o2(x,x),x)) true 78631 78631 -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_b105 20 58 0 105 add(R,dot(lrg(P,D),D)) 171279 164755383 o2(x,o2(o2(x,x),x)) true 78639 78639 -0.02653 0.4678 0.399 0.2278 0.4773 -1 1 2 1 4.89 0.003735 0.004093 0.07567 -0.04572 1 0.0003435 0.0006553 0.01962 0.002102 0.04584 0.6058 0.2656 0.03436 0.002877 1 1 0.01558 0.1797 0.3907 0.06839 0.7889 1.715 json
t20_x58_u0_b106 20 58 0 106 add(R,dot(eql(P,D),D)) 171280 164755384 o2(x,o2(o2(x,x),x)) true 78647 78647 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_b107 20 58 0 107 add(R,dot(min(P,D),D)) 171281 164755385 o2(x,o2(o2(x,x),x)) true 78655 78655 0.002619 0.512 0.5134 0.3683 0.6069 -1 1 2 1 4.865 0.0159 0.01655 0.1365 -0.01998 1 0.001326 0.008677 0.05588 0.01382 0.1176 0.8614 0.65 0.08812 0.02356 1 1 0.0427 0.3383 0.3668 0.1159 0.9186 0.996 json
t20_x58_u0_b108 20 58 0 108 add(R,dot(dot(P,D),D)) 171282 164755386 o2(x,o2(o2(x,x),x)) true 78663 78663 0.002432 0.5012 0.6551 0.5441 0.7376 -1 1 2 1 4.384 0.0173 0.01724 0.1337 0.001624 1 0.0001183 0.01201 0.06628 0.01668 0.1291 0.9662 0.6135 0.06348 0.02208 1 1 0.04952 0.3609 0.3392 0.09101 0.6633 0.6234 json
t20_x58_u0_b109 20 58 0 109 add(R,dot(dst(P,D),D)) 171283 164755387 o2(x,o2(o2(x,x),x)) true 78671 78671 0.01156 0.5091 0.6509 0.5404 0.7351 -1 1 2 1 4.375 0.04214 0.04152 0.2171 0.007475 1 0.00002793 0.03971 0.112 0.03652 0.1911 0.8802 0.9686 0.1548 0.07348 1 1 0.1106 0.7182 0.2877 0.2047 1.329 0.5324 json
t20_x58_u0_b110 20 58 0 110 add(R,dst(add(P,D),D)) 171284 164755388 o2(x,o2(o2(x,x),x)) true 78679 78679 0.9975 1 0.9975 0.000845 0.02907 0.355 1 0.645 1 0.1043 0.0000351 0.00002594 0.0006808 0.15 0 5.632e-12 0.00002703 0.0004198 0.00006059 0.007784 11.43 0.1913 0.07225 0.03199 1 1 0.0001955 0.001629 0.003019 0.2314 1.928 3.573 json
t20_x58_u0_b111 20 58 0 111 add(R,dst(sub(P,D),D)) 171285 164755389 o2(x,o2(o2(x,x),x)) true 78687 78687 0.9989 1 0.9989 0.0005012 0.02239 0.1397 1 0.8603 1 0.04012 0.0000574 0.00005029 0.0006169 0.06598 1 2.628e-11 0.00008212 0.0005564 0.0001074 0.01036 16.8 0.3114 0.2148 0.1638 1 1 0.0003284 0.001741 0.00181 0.6551 3.474 3.611 json
t20_x58_u0_b112 20 58 0 112 add(R,dst(mlt(P,D),D)) 171286 164755390 o2(x,o2(o2(x,x),x)) true 78695 78695 0.8629 0.9592 0.8832 0.0979 0.3129 -0.8532 1 1.853 1 1.8 0.009662 0.01051 0.06456 -0.04191 1 -0.002151 0.01476 0.05085 0.016 0.1265 1.959 0.6844 0.206 0.1508 1 1 0.03634 0.1814 0.1284 0.3712 1.853 1.312 json
t20_x58_u0_b113 20 58 0 113 add(R,dst(div(P,D),D)) 171287 164755391 o2(x,o2(o2(x,x),x)) true 78703 78703 -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_b114 20 58 0 114 add(R,dst(pow(P,D),D)) 171288 164755392 o2(x,o2(o2(x,x),x)) true 78711 78711 -0.5006 0.25 0.9994 0.7482 0.865 -1 1 2 1 0.8434 0.007496 0.007894 0.008144 -0.02588 1 2.065e-10 0.03082 0.01588 0.01532 0.1238 15.2 2 0.02057 0.0412 1 1 0.02035 0.08333 0.3353 0.0272 0.1114 0.4481 json
t20_x58_u0_b115 20 58 0 115 add(R,dst(mod(P,D),D)) 171289 164755393 o2(x,o2(o2(x,x),x)) true 78719 78719 -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_b116 20 58 0 116 add(R,dst(lrg(P,D),D)) 171290 164755394 o2(x,o2(o2(x,x),x)) true 78727 78727 0.7787 0.9671 0.794 0.1087 0.3297 -0.9541 1 1.954 1 2.788 0.003119 0.003365 0.04388 -0.03781 1 -0.0002745 0.004844 0.02148 0.004557 0.06751 1.539 0.9873 0.05964 0.04456 1 1 0.01083 0.08127 0.1355 0.09957 0.7475 1.246 json
t20_x58_u0_b117 20 58 0 117 add(R,dst(eql(P,D),D)) 171291 164755395 o2(x,o2(o2(x,x),x)) true 78735 78735 0.8551 1 0.8551 0.05404 0.2325 0.00235 1 0.9977 1 2.316 0.001246 0.001454 0.0286 -0.07715 1 -0.0001607 0.0007515 0.01255 0.001881 0.04337 1.516 0.2329 0.04997 0.01391 1 1 0.004931 0.0456 0.08385 0.09125 0.8438 1.552 json
t20_x58_u0_b118 20 58 0 118 add(R,dst(min(P,D),D)) 171292 164755396 o2(x,o2(o2(x,x),x)) true 78743 78743 0.7499 0.88 0.8237 0.2104 0.4587 -0.9986 1 1.999 1 2.235 0.001224 0.0009609 0.02089 0.1205 1 -0.00001666 0.0002806 0.005932 0.001748 0.04181 2.002 0.3163 0.01038 0.001333 1 1 0.004858 0.05597 0.1736 0.02309 0.266 0.8251 json
t20_x58_u0_b119 20 58 0 119 add(R,dst(dot(P,D),D)) 171293 164755397 o2(x,o2(o2(x,x),x)) true 78751 78751 0.9274 0.9779 0.939 0.05758 0.2399 -0.9194 1 1.919 1 1.07 0.01439 0.01555 0.05962 -0.03887 1 -0.0009933 0.05168 0.06959 0.02637 0.1624 2.724 1.264 0.52 0.8977 1 1 0.04452 0.1306 0.07172 0.7733 2.268 1.246 json
t20_x58_u0_b120 20 58 0 120 add(R,dst(dst(P,D),D)) 171294 164755398 o2(x,o2(o2(x,x),x)) true 78759 78759 1 1 1 0.000002739 0.001655 0.8391 1 0.1609 1 0.002849 0.000001225 0.000001858 0.00003744 -0.2056 0 7.509e-12 0.00000646 0.00005746 0.000003081 0.001755 46.89 0.1327 1.126 2.359 1 1 0.000006792 0.000009948 0.000009948 2.48 3.632 3.632 json
t20_x58_u0_b121 20 58 0 121 sub(R,add(add(P,D),D)) 171295 164755399 o2(x,o2(o2(x,x),x)) true 78767 78767 0.004478 0.5004 0.9357 0.9149 0.9565 -1 1 2 1 2.004 0.001197 0.0003847 0.01346 0.5135 1 -0.00001952 0.0002346 0.003879 0.001401 0.03743 2.781 0.2304 0.001729 0.0002564 1 1 0.003905 0.04598 0.2631 0.004268 0.05025 0.2876 json
t20_x58_u0_b122 20 58 0 122 sub(R,add(sub(P,D),D)) 171296 164755400 o2(x,o2(o2(x,x),x)) true 78775 78775 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_b123 20 58 0 123 sub(R,add(mlt(P,D),D)) 171297 164755401 o2(x,o2(o2(x,x),x)) true 78783 78783 0.1311 0.5858 0.5229 0.3613 0.6011 -1 1 2 1 4.822 0.03189 0.002763 0.1427 0.8406 1 -0.001348 0.008407 0.05963 0.0143 0.1196 0.8384 0.6398 0.09592 0.02327 1 1 0.04682 0.3824 0.3531 0.1296 1.058 0.9774 json
t20_x58_u0_b124 20 58 0 124 sub(R,add(div(P,D),D)) 171298 164755402 o2(x,o2(o2(x,x),x)) true 78791 78791 0.1074 0.5521 0.9464 0.917 0.9576 -1 1 2 1 1.842 0.3882 0.0002711 0.2327 0.9986 1 -0.00000937 0.7168 0.4028 0.3343 0.5781 2.484 2.002 0.4236 0.7817 1 1 0.3975 1.67 0.2848 0.4335 1.821 0.3106 json
t20_x58_u0_b125 20 58 0 125 sub(R,add(pow(P,D),D)) 171299 164755403 o2(x,o2(o2(x,x),x)) true 78799 78799 -0.8902 0.01872 0.8971 0.06653 0.2579 -1 0.7978 1.798 1 1.636 0.006607 0.0007081 0.02793 0.8064 1 -0.00008905 0.009556 0.01847 0.006538 0.08086 2.895 1.798 0.11 0.1436 1 1 0.0114 0.06882 0.1174 0.1714 1.034 1.765 json