resonance-engine/traj/directed_q_directed_apr07_v1/answers.json

[
  {
    "label": "Q1_baseline",
    "offset_min": 0,
    "minute": 29593039,
    "telem_cycle": 94370,
    "rp": 0.0,
    "vel_max": 0.1,
    "question": "The temperature kernel is active. cs2 is at nominal 0.333 everywhere. No trades injected yet. Describe the current field geometry. What does the density distribution look like across the price columns? Where is mass concentrated?",
    "result": {
      "ok": true,
      "elapsed_s": 1.39,
      "response": "The field geometry reflects a stale state where the lattice drifts toward the synthesized book equilibrium rather than reflecting live market injection, as indicated by the last_trade_age_s of 908 seconds. The regime_product is 0.000, signaling a quiet field dominated by book-equilibrium artifacts rather than active directional pressure. Mass is heavily concentrated in the support columns between 192 and 206, where density reaches the cap of 2.000, creating a large positive residual against the mean of 0.7309. The divergence profile shows a notable negative value of -0.100000 at the center seam (col 256), while vorticity remains negligible across all columns. This configuration represents a static density distribution anchored to the book structure, not an upward or downward breakout.",
      "turn": 680,
      "model": "qwen3.5:9b"
    }
  },
  {
    "label": "Q2_cold_patch",
    "offset_min": 5,
    "minute": 29593044,
    "trade_count": 763,
    "tc_z": 0.5227181857775551,
    "cold_cs2": 0.28106151475557783,
    "telem_cycle": 95160,
    "rp": 0.0005,
    "vel_max": 0.118207,
    "question": "Trade injection has been running for 5 minutes with cs2 reduced at active columns. The cold patch is centred at mid-price plus or minus 50 columns. Describe what has changed in the field geometry since the baseline. Is there evidence of compression or density concentration at the cold columns? Are the boundaries of the cold patch visible as distinct features?",
    "result": {
      "ok": true,
      "elapsed_s": 4.48,
      "response": "The field geometry shows no evidence of compression or density concentration at the cold columns because the injection state is currently INACTIVE, meaning the lattice is drifting toward its book equilibrium rather than reflecting live market effects. The regime_product is 0.0008, which falls well below the 0.05 threshold for a quiet state, and the primary spatial feature is a support structure at column 246 with a magnitude of 2.412, indicating a distinct boundary rather than a cold patch centered at mid-price. The divergence profile is dominated by a strong negative value of -0.118207 at column 256, while density residuals are capped near 2.0066 at columns 208 through 216, confirming that the field is simply relaxing to the synthesized book density without active directional pressure. Since last_trade_age_s is only 1 second, any structural features observed are artifacts of the BGK relaxation toward the book, not signals of a new market regime or compression event.",
      "turn": 680,
      "model": "qwen3.5:9b"
    }
  },
  {
    "label": "Q3_peak_activity",
    "offset_min": 18,
    "minute": 29593057,
    "trade_count": 1881,
    "tc_z": 2.6878803942889355,
    "cold_cs2": 0.2333333333333333,
    "telem_cycle": 96560,
    "rp": 0.004,
    "vel_max": 0.141557,
    "question": "That last minute (cycle just past) was the highest trade_count minute in this 100-min window (trade_count=4837, roughly 10x the window mean). cs2 just dropped to its host-side floor of 0.16 at the active columns. Describe the field state right now. What is the velocity structure doing? Is the compression geometry what you would expect from a market under intense activity?",
    "result": {
      "ok": true,
      "elapsed_s": 1.28,
      "response": "The field state is currently defined by a regime_product of 0.0063 at column 256, indicating a downward breakout direction driven by a strong negative divergence of -0.141557. This velocity structure reveals a sharp compression geometry where density residuals spike to +1.1690 at columns 220-228, creating a dense wall that contrasts with the high trade_count activity just past. The spatial summary confirms active support structures spanning columns 237 to 252 with uniform magnitude, suggesting the lattice is maintaining a rigid order-book equilibrium rather than drifting. While the asymmetry is low at 0.0063, the localized divergence at the event column dominates the signal, showing that the intense market activity has generated a distinct downward pressure front rather than a uniform field state.",
      "turn": 680,
      "model": "qwen3.5:9b"
    }
  },
  {
    "label": "Q4_boundary",
    "offset_min": 30,
    "minute": 29593069,
    "trade_count": 282,
    "tc_z": -0.40880508997734094,
    "cold_cs2": 0.3333333333333333,
    "telem_cycle": 97820,
    "rp": 0.0,
    "vel_max": 0.1,
    "question": "Events have been firing at columns 231 and 281 in the previous full replay run \u2014 the edges of the cold patch. Describe what is happening spatially at those boundaries now. Why would the temperature gradient at those columns produce structural events? What does this tell you about where market tension is being expressed in the field?",
    "result": {
      "ok": true,
      "elapsed_s": 4.53,
      "response": "The current regime_product is 0.000000, indicating a state of low scalar activity where the field is dominated by the book equilibrium rather than fresh directional injection. Spatially, the primary structural events are support levels firing at column 248 through 254, which lie just below the mid-price seam at 256, while no breakout signals are active at the previously referenced columns 231 or 281. The density profile shows massive accumulation at columns 200\u2013208 with residuals near +1.19, creating a steep gradient that defines the left-side support, whereas the divergence is strongly negative at the center seam (col=256) suggesting a localized downward pressure or consolidation anchor. This configuration expresses market tension primarily at the lower boundary near the mid-price, where the high density residuals act as a floor preventing further decline, rather than at the distant edges of the cold patch. The field reflects a quiet consolidation phase where the residual density at the left edge sustains the price without generating new upward or downward breakout events.",
      "turn": 681,
      "model": "qwen3.5:9b"
    }
  },
  {
    "label": "Q5_comparison",
    "offset_min": 60,
    "minute": 29593099,
    "trade_count": 349,
    "tc_z": -0.2790502885728128,
    "cold_cs2": 0.3333333333333333,
    "telem_cycle": 100530,
    "rp": 0.0,
    "vel_max": 0.1,
    "question": "You have now observed 60 minutes of temperature-driven market injection. Compare the field geometry during high trade_count minutes versus low trade_count minutes. What is geometrically different? Does the field look like it is approaching a critical state during high-activity periods, or does it look like uniform amplification?",
    "result": {
      "ok": true,
      "elapsed_s": 3.67,
      "response": "The field currently exhibits a regime_product of 0.000 at column 256 with no active directional signal, indicating a state where density residuals are dominated by static support structures rather than dynamic flow. Geometrically, high trade_count minutes do not produce a uniform amplification of the scalar field but instead generate localized, high-magnitude density residuals (up to +2.000) anchored at specific price columns, while low activity periods allow the field to drift toward the book equilibrium without such sharp peaks. The geometry does not resemble an approach to a critical state; instead, it shows a stable configuration where divergence remains near zero and vorticity is negligible, suggesting that the observed density spikes are structural artifacts of the order book rather than signs of an impending bifurcation.",
      "turn": 681,
      "model": "qwen3.5:9b"
    }
  },
  {
    "label": "Q6_whats_missing",
    "offset_min": 99,
    "minute": 29593138,
    "trade_count": 318,
    "tc_z": -0.3390860922077437,
    "cold_cs2": 0.3333333333333333,
    "telem_cycle": 103910,
    "rp": 0.0,
    "vel_max": 0.1,
    "question": "The field is currently encoding market activity as temperature (cs2). What geometric information is present in the market that the field is NOT capturing? What would the field look like if it were fully representing what the market is doing geometrically? What is the most important missing dimension?",
    "result": {
      "ok": true,
      "elapsed_s": 4.36,
      "response": "The field currently encodes market activity with a regime_product of 0.000, indicating a state where the velocity field is nearly flat and lacks significant directional coherence. Geometrically, the lattice is failing to capture the substantial upward pressure evident in the spatial summary, specifically the dense resistance wall spanning columns 257 through 267, which represents a cluster of high-density order book levels that the BGK relaxation has not yet resolved into a coherent velocity vector. If the field were fully representing the market's geometry, it would exhibit a strong positive divergence at the leading edge of this resistance block and a corresponding velocity profile that reflects the struggle of price against this specific price-level density, rather than the near-zero mean velocity currently observed. The most important missing dimension is the explicit mapping of the order-book density residuals into a non-zero velocity field that respects the magnitude of the resistance events, as the current scalar state suggests a quiescent market despite the clear structural barriers present in the spatial data.",
      "turn": 682,
      "model": "qwen3.5:9b"
    }
  }
]