A shorter edit-and-export loop
The original exchange, including tool results and plot images. Expand tool activity to inspect the steps; open a plot to see it full size.
This actual AI4 conversation ran on a separate 60-second fixture, not the main composition. It used InspectFunctionStudy, PatchFunctionStudy, ExportFunctionStudy in that order; no extra CompileKotlin or ObserveFunctionStudy call.
- Total bridge time: 15.506 s; model requests: 13.402 s; tools: 1.541 s.
- The patch returned compilation/check evidence and a real before/after image.
- Export wrote and verified a, b, c at 100 Hz, scaled by 100, without headers.
- Each file has 6,001 rows including the exact 60-second endpoint.
- The previous replay took 16.269 s with the same three-tool sequence.
- These are small-edit measurements, not a claimed speedup for arbitrary changes.
Increase gain from 0.35 to 0.4, keeping the duration and frequencies unchanged, and re-export a, b and c with the same 100 Hz, signal times 100 format.
Tool activity · 5 steps
Starting AI conversation
InspectFunctionStudy finished (222 ms)
PatchFunctionStudy finished (1254 ms)
ExportFunctionStudy finished (65 ms)
Completed
r4-ae36410eb00b; 0.0..25.0 seconds. White=current; dashed grey=r3-8d0d8e192d32. Inspect local waveforms before judging pulse rate; wide views are min/max envelopes.
Updated gain to 0.4, leaving the 60-second duration and frequencies 0.2, 0.205, and 0.21 Hz unchanged.
Re-exported and verified files/a, files/b, and files/c:
- 100 Hz, with columns time in seconds, signal × 100
- No header; 6,001 rows each, including the endpoint
Compilation and checks passed; the waveform preview confirms increased amplitude with unchanged timing.