Table 2.
Best-fit model parameters for our preferred nonlocal FGPA prescription with stochasticity.
| Parameter | Value | Description |
|---|---|---|
| RSD | ||
| bv, kn | −0.9 | Coh. flows velocity bias in knots |
| bv, fl | −0.8 | Coh. flows velocity bias in filaments |
| bv, sh | −1. | Coh. flows velocity bias in sheets |
| bv, vd | −0.5 | Coh. flows velocity bias in voids |
| Bkn | 3.0 | Q.v.m. velocity bias in knots |
| Bfl | 2.0 | Q.v.m. velocity bias in filaments |
| Bsh | 0.0 | Q.v.m. velocity bias in sheets |
| Bvd | 0.0 | Q.v.m. velocity bias in voids |
| βkn | 0.5 | Q.v.m. exponent in knots |
| βfl | 0.5 | Q.v.m. exponent in filaments |
| βsh | – | Q.v.m. exponent in sheets |
| βvd | – | Q.v.m. exponent in voids |
| Mean bias | ||
| Akn |
 |
Normalization in knots |
| Afl |
 |
Normalization in filaments |
| Ash |
 |
Normalization in sheets |
| Avd |
 |
Normalization in voids |
| αkn |
 |
Power law exponent in knots |
| αfl |
 |
Power law exponent in filaments |
| αsh |
 |
Power law exponent in sheets |
| αvd |
 |
Power law exponent in voids |
 |
 |
Exponential cutoff scale in knots |
 |
 |
Exponential cutoff scale in filaments |
 |
 |
Exponential cutoff scale in sheets |
 |
 |
Exponential cutoff scale in voids |
 |
 |
Exponential boost scale in knots |
 |
 |
Exponential boost scale in filaments |
 |
 |
Exponential boost scale in sheets |
 |
 |
Exponential boost scale in voids |
| Stochasticity | ||
| fϵ |
 |
Normalization of stochastic term |
| n |
 |
Number of successes |
| p |
 |
Success probability (0 < p < 1) |
Notes. The left column reports the symbol used throughout the paper for each parameter, the central column reports the value and the associated uncertainties, and the right column provides a brief description of what the parameter stands for.
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