Man pages for balachia/pcSoftmaxPack
Softmax competitions calculations
| arg.atanx | Argument to atan(h) functions |
| bounds.in.grid | Find bracketing points within a grid |
| bridge.mean | Bridge interval mean |
| bridge.sd | Bridge interval standard deviation |
| Eumsi.optimize | Find optimal entry location per expected inverse utility |
| Eumsi.optimize.terminal | Find optimal entry location on terminal intervals |
| Eumsi.optim.vec | Optimization target for expected utility (inverse utility) of... |
| msik | Market Share - Interval; k (exponentiated) formulation |
| msik.baseline | Market Share - Interval; k (exponentiated) formulation |
| msik.baseline.mpfr.wrap | Market Share - Interval; k (exponentiated) formulation; naive... |
| msik.full.mpfr | Market Share - Interval; k (exponentiated) formulation; fully... |
| msiv | Market Share - Interval; v (base-quality) formulation |
| mstk | Market Share, Terminal, k (exponentiated) formula |
| ms.total | Total market share across the number line |
| ms.total.gh | Gauss-Hermite reparametrization |
| ms.total.trunc | Total market share across the number line (truncated) |
| mstv | Market Share, Terminal, v (value) formula |
| open.sd | Open interval standard deviation, vectorized |
| relative.share | Relative share of output |
| u.inverse | Inverse utility function for softmax market share |
| vectorize.args | Convert arguments to vectors of equal length |
| wiener.moments | Wiener process first moments (mean, sd) |
