214+ distinct charts

The Analyze workspace contains charts, tables and diagnostics. Each display reads the current run; numerical details remain available below it.

Counted by result

At least 214 distinct graphical results, including Minimum Track Record Length. Tables, configuration readouts and repeated views of the same result are excluded.

Source-reviewed on 21 September 2026. This is a verified lower bound; additional candidates remain outside the count. Counting method & inventory.

From the verdict to the market, on one run

Overfit (PBO/CSCV) in Stochastly, Full desk · 155 nodes, light theme.Open full size
The out-of-sample rank distribution of the configuration selected in sample.

On each figure: an explanation and an export

Each chart header carries two controls beside its run state. The lamp opens a fixed text about the chart itself, in three parts: what is drawn, how to read it, and its limits. The text is written once per display, and the run on screen leaves it unchanged. The arrow exports the panel as a PNG through the system save dialog, with the same type as the screen, and reports one of four outcomes: saved to the chosen path, cancelled, an empty panel, or a failure with its reason.

A chart that reads market data draws one figure per instrument the run traded, or per symbol picked on its source node, stacked in the panel. The first symbol of the graph is one figure among the others.

what the lamp text containsa description of the figure, written once per display and independent of the run on screen
what the export writesthe figures of the panel, rasterised at twice the logical size, on the panel's own ground
Kernel density estimate rendered in the current light-theme Stochastly desktop application.Open full size
Kernel density estimate in the current desktop app, using the unchanged recorded desk study. Historical simulation, not live performance.

Where it stops

A figure draws what the run computed

Scope
the displays of the registry
Effect
a display wired to a node the run did not execute draws an empty field with the reason, and no synthetic example fills the panel
Control
the panel header carries the run state of its node, and the details block under the figure lists the missing input by name

A 3D surface is read by rotating it

Scope
the surfaces listed above
Effect
a still capture flattens a surface, and a ridge can hide behind a plateau at one camera angle
Control
the surfaces are drawn by a rotating scene in the app; the three captures above are single frames of that scene