XorShift32

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binary

What It Is

Marsaglia's XorShift (2003) --- three shift-xor operations per step. Fast and passes most tests, but fails binary rank and linear complexity

Interpretation

Standard analysis sees: rich, high-entropy values; high-complexity (noise-like); homoskedastic; high-dimensional / space-filling. The atlas finds no named structure, but the source is distinctively extreme on Zipf–Mandelbrot (8-bit):zipf_r_squared (-2.9z) — beyond what the standard bank predicts for it.

What standard analysis sees
tail heaviness0.26
asymmetry0.50
occupancy0.92
short-range corr0.36
long-range memory0.24
spectral colour0.67
periodicity0.17
complexity0.94
time-irreversibility0.43
volatility clustering0.12
multifractality0.22
dimensionality0.92
nonstationarity0.22
What the atlas adds
Atlas-extreme metrics the standard bank can’t predict for this source
Zipf–Mandelbrot (8-bit):zipf_r_squared-2.9zbank-miss 1.7σ

Composition

dtypefloat64
range[3.656e-05, 0.9999]
unique values16384 / 16384
mean ± std0.502 ± 0.289

Render Gallery

Atlas Position

Nearest neighborDistance
glibc LCG1.48
White Noise1.55cross-domain
RANDU1.62

Open in Atlas →

Which Geometries Light Up

2-adic2-adic:multiscale_markov_predictabilityrank 294/2980.0269
Klein BottleKlein Bottle:rank_deficit_maxrank 294/2980.1039
Modular ResidueModular Residue:drift_anomalyrank 296/2980.0027
PredictabilityPredictability:cond_entropy_k8rank 5/2982.9998
Spectral AnalysisSpectral Analysis:phase_coherencerank 297/2980.0005
SymplecticSymplectic:recurrence_raterank 296/2980.0278
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