Update set_059/set_059_黄誉扬.json

set_059/set_059_黄誉扬.json

@@ -6,16 +6,16 @@
             "id": 1,
             "domain": "Entertainment",
             "task_type": {
-                "L1": "III. Cross-Video Integrated Reasoning",
-                "L2": "4. Domain Knowledge Application",
-                "L3": "(2) Novel Concept Reasoning"
+                "L1": "Cross-Video Integrated Reasoning",
+                "L2": "Domain Knowledge Application",
+                "L3": "Novel Concept Reasoning"
             },
-            "question": "Based on the physical setting in Video A, what should be the protagonist's 'real physical sensation' at the center of the fireball in Video B?",
+            "question": "Based on Video A, what should be the protagonist's 'real physical sensation' at the center of the fireball in Video B?",
             "options": {
-                "A": "Intense burning sensation: because the explosion releases huge positive chemical energy.",
-                "B": "Extreme cold or even frostbite: according to the rules in Video A, for inverted people, fire 'absorbs' heat. Therefore, an explosion that normally releases heat produces a rapid cooling effect, causing a sharp loss of body temperature.",
-                "C": "Electric shock: due to charge neutralization when positive and negative entropy flows contact.",
-                "D": "No sensation: because the inverted nervous system cannot capture energy changes in the positive world."
+                "A": "An intense burning feeling brought by massive chemical energy from the normal explosion",
+                "B": "Extreme cold and frostbite since fire absorbs heat for inverted people, causing quick body temperature drop",
+                "C": "A strong electric shock triggered by charge neutralization of positive and negative entropy flows",
+                "D": "No feeling at all as inverted nerves cannot sense energy changes in the positive world"
             },
             "answer": "B",
             "evidence": [],
@@ -25,18 +25,18 @@
             "id": 2,
             "domain": "Entertainment",
             "task_type": {
-                "L1": "III. Cross-Video Integrated Reasoning",
-                "L2": "4. Domain Knowledge Application",
-                "L3": "(2) Novel Concept Reasoning"
+                "L1": "Cross-Video Integrated Reasoning",
+                "L2": "Domain Knowledge Application",
+                "L3": "Novel Concept Reasoning"
             },
             "question": "Based on the logic of both videos, after the protagonist shoots at the 'already bullet-holed' glass in the battle in Video B, the bullet hole disappears. What does this mean in inverted physical logic?",
             "options": {
-                "A": "Retrieval of 'cause' from 'effect': from the positive perspective, the bullet flies back from the glass into the gun barrel. This means the protagonist's shooting action is logically the cause of the bullet hole's existence, and the act of 'shooting' actually ends the physical result and completes the causal loop.",
-                "B": "The protagonist's fire shatters the edge of the bullet hole.",
-                "C": "The glass has self-repairing nano-memory function.",
-                "D": "This is a visual error caused by light refraction."
+                "A": "The glass uses built-in nano repair components to quickly heal damage under high-speed impact",
+                "B": "The muzzle impact breaks the cracked edge and makes the hole visually vanish in the chaotic battlefield",
+                "C": "From the normal view, the bullet returns to the gun, closing the causal loop where shooting ends the hole's existence",
+                "D": "High-speed motion distorts light refraction, creating an illusion that the original hole has disappeared"
             },
-            "answer": "A",
+            "answer": "C",
             "evidence": [],
             "created_at": "2026-02-27T19:31:44.111049"
         },
@@ -44,16 +44,16 @@
             "id": 3,
             "domain": "Entertainment",
             "task_type": {
-                "L1": "III. Cross-Video Integrated Reasoning",
-                "L2": "4. Domain Knowledge Application",
-                "L3": "(2) Novel Concept Reasoning"
+                "L1": "Cross-Video Integrated Reasoning",
+                "L2": "Domain Knowledge Application",
+                "L3": "Novel Concept Reasoning"
             },
-            "question": "Based on the physical axiom in Video A, why can't the protagonist breathe in the positive world just by wearing a high-performance 'air purification filter'?",
+            "question": "Based on Video A and Video B, why can't the protagonist breathe in the positive world just by wearing a high-performance 'air purification filter'?",
             "options": {
-                "A": "Pressure mismatch: positive atmospheric pressure is like a vacuum for inverted people.",
-                "B": "Because positive air contains radiation toxic to inverted cells.",
-                "C": "Oxygen molecules ignite spontaneously due to inverted heat.",
-                "D": "Logical incompatibility of molecular diffusion: Video A mentions that entropy reversal means the direction of osmosis across the alveolar membrane is also reversed. Positive oxygen molecules cannot 'diffuse spontaneously' into inverted blood; instead, CO2 from the blood is forced back into the lungs, causing suffocation."
+                "A": "Atmospheric pressure is completely mismatched, as positive air pressure acts like a vacuum environment for inverted people",
+                "B": "Positive air carries specific radiation that can directly damage and destroy the inverted cells in the human body",
+                "C": "Oxygen molecules will burn spontaneously when encountering inverted body heat, causing damage to the respiratory tract",
+                "D": "Molecular diffusion logic conflicts; reversed entropy flips alveolar osmosis, making oxygen unable to enter blood"
             },
             "answer": "D",
             "evidence": [],
@@ -63,16 +63,16 @@
             "id": 4,
             "domain": "Entertainment",
             "task_type": {
-                "L1": "III. Cross-Video Integrated Reasoning",
-                "L2": "4. Domain Knowledge Application",
-                "L3": "(2) Novel Concept Reasoning"
+                "L1": "Cross-Video Integrated Reasoning",
+                "L2": "Domain Knowledge Application",
+                "L3": "Novel Concept Reasoning"
             },
-            "question": "According to the axiom in Video A, in the scene of Video B, what should the water wave motion be at the moment the protagonist steps into the puddle?",
+            "question": "According to Video A, in the scene of Video B, what should the water wave motion be at the moment the protagonist steps into the puddle?",
             "options": {
-                "A": "Splash around and disappear after 1 second.",
-                "B": "Converge from the ground toward the center of the footprint and jump back to calm: because under inverted entropy, all dissipation processes must appear as aggregation processes.",
-                "C": "Freeze instantly: because foot contact causes rapid cooling.",
-                "D": "Water spurts upward to form a water column."
+                "A": "Splash outward and disappear quickly in a short time",
+                "B": "Gather toward the footprint and calm down",
+                "C": "Freeze instantly the moment the foot touches the water surface",
+                "D": "Spurt upward from the center to form a short water column rapidly"
             },
             "answer": "B",
             "evidence": [],
@@ -82,9 +82,9 @@
             "id": 5,
             "domain": "Entertainment",
             "task_type": {
-                "L1": "III. Cross-Video Integrated Reasoning",
-                "L2": "4. Domain Knowledge Application",
-                "L3": "(2) Novel Concept Reasoning"
+                "L1": "Cross-Video Integrated Reasoning",
+                "L2": "Domain Knowledge Application",
+                "L3": "Novel Concept Reasoning"
             },
             "question": "Based on the setting in Video A, what is the underlying physical logic of Blue Team's 'accurate prediction of traps' shown in Video B?",
             "options": {