id stringlengths 14 23 | motion_tokens_ids listlengths 6 137 | MSE float64 0 19.6 | gpt_0 stringlengths 85 619 | gpt_1 stringlengths 0 616 | gpt_2 stringlengths 0 651 | gpt_3 stringlengths 0 632 | manual_0 stringlengths 27 1.44k | manual_1 stringlengths 0 1.46k | cot_descriptive stringlengths 907 53.5k | cot_keyframe stringlengths 100 49.7k | cot_phase_state stringlengths 156 50k | cot_temporal stringlengths 221 46.2k | cot_intent_execution stringlengths 343 45.9k | motion_tokens_text stringlengths 75 1.65k | motion_output stringlengths 92 1.67k | reasoning_cot_descriptive stringlengths 4.04k 53.5k | reasoning_cot_keyframe stringlengths 2.16k 49.7k | reasoning_cot_phase_state stringlengths 3.83k 50k | reasoning_cot_temporal stringlengths 3.21k 46.2k | reasoning_cot_intent_execution stringlengths 3.4k 45.9k |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
m_gp_00395#1142#1268 | [
1017,
1995,
92,
1114,
1882,
1753,
1753,
1753,
822,
1285,
53,
1993,
1159,
479,
479
] | 0.116666 | The individual raises their right bent arm slowly upward, aligning the torso as the left hand remains palm down at waist level. Then, they lower their arms, lean slightly to the left and bend the right arm at the elbow, raising it in front of their chest while keeping the left arm steady at waist level, palm facing dow... | The person stands still, tilting their head downward. They lift their right arm and mimic pouring a substance into their left hand. After completing the motion, they drop both arms to their sides, then repeat the pouring gesture. | The person begins by slowly swinging their right bent arm upward, aligning their torso. Meanwhile, the left hand remains palm down at waist level. Next, they lower both arms and lean to the left. The right arm bends at the elbow, raising it in front of the chest. The left arm remains with the palm down at waist level. | The person stands with their head slightly tilted downwards. They raise their right arm, mimicking a pouring action into their left hand, then lower both arms. This cycle of raising the right arm to pour and lowering both arms is repeated continuously. | A person takes a slow swing upward of the right bent arm, aligning the torso while their left hand is held with palm down at the waist level. Then they lower their arms, lean to the left, bend the right arm at the elbow, and raise it in front of them at the chest level while their left arm is held with palm down at the... | The person stands while looking with their head tilted down while they lift their right arm to pour something in their left hand before dropping their arms and then repeating the gesture again. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous, looping animation of a person performing a pouring gesture. The core movement involves a specific upper-body interaction where the right hand simulates pouring into the stationary left hand, while maintaining a specific head posture th... | <motion_cot>Keyframe 1:
- Initial standing posture
- Left hand at waist level, palm facing down
- Right arm relaxed at side
Keyframe 2:
- Right arm raised upward (bent at elbow)
- Left hand remains at waist level, palm facing down
- Torso aligned upright
Keyframe 3:
- Torso leaning slightly to the left
- Right arm be... | <motion_cot>[STATE 1]
- pose: standing still
- arms: relaxed at sides
- legs: straight, weight balanced
- head: tilted downward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: lift right arm to pour
- direction: upward and inward
- coordination: right shoulder raises while left hand positions to receiv... | <motion_cot>t=0β20:
- Initial standing posture
- Left hand positioned at waist, palm facing down
- Right arm bent, resting near torso
t=20β40:
- Right arm raises slowly upward
- Torso aligns vertically to support movement
- Left hand remains static at waist level
t=40β60:
- Right arm lowers smoothly from raised posit... | <motion_cot>[INTENT]
- goal: execute a controlled asymmetric upper-body sequence involving arm swings, torso alignment, and leaning
- style: deliberate, slow, and fluid with precise posture maintenance
- key_patterns: asymmetric limb coordination (active right arm, static left hand), torso counterbalance during transit... | <motion_1017><motion_1995><motion_92><motion_1114><motion_1882><motion_1753><motion_1753><motion_1753><motion_822><motion_1285><motion_53><motion_1993><motion_1159><motion_479><motion_479> | <motion><motion_1017><motion_1995><motion_92><motion_1114><motion_1882><motion_1753><motion_1753><motion_1753><motion_822><motion_1285><motion_53><motion_1993><motion_1159><motion_479><motion_479></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person stands with their head slightly tilted downwards. Th... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The individual raises their right bent arm slowly upward, aligning the torso as the left hand remains ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** "The person stands still, tilting their head downwar... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The individual raises their right bent arm slowly upward, aligning the torso as the left hand remains pa... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Structure:** Two parts: [INTENT] (high-level goals, style, patterns, cons... |
st2_00008#261#402 | [
1267,
469,
98,
565,
1084,
224,
224,
224,
224,
224,
1510,
1704,
72,
831,
1873,
441,
508
] | 0.089377 | Starting in a neutral stance, feet apart and right arm slightly raised, the person lowers their head and shifts their left arm to the right. They bend at the waist, reaching out with the right arm. Then, they straighten back up, lowering the right arm to stand upright. | The individual stands upright, slightly raising their right hand holding an object. They lean forward, extending their right arm to place the object carefully on the ground, while the left hand rests on their lap. After placing it down, they straighten back up to a neutral standing position. | The individual stands with legs apart, right arm slightly raised. They lower their head and shift their left arm slightly to the right. Bending down, they extend the right arm forward, then stand upright, lowering the arm to resume a straight, neutral posture. | The individual stands upright, right hand slightly lifted while holding an object. They bend at the waist, extending the right arm to place the object gently on the ground, keeping the left hand resting on their lap. After placing the item, they straighten up, returning to a relaxed standing position. | Standing in a neutral resting position initially with legs slightly apart and right arm slightly raised, the person puts his head down and moves his left arm slightly to the right. Then goes down and reaches out with the right arm and then comes up with the arm down, standing straight. | The person stands with their right hand slightly raised, holding an object. The person leans forward and puts the object on the ground with their right hand while the left is on their lap. The person straightens in a resting position. | <motion_cot>**1. Analyze the Request**:
The objective is to synthesize a continuous, realistic animation sequence depicting a person placing an object on the ground and returning to a standing position. The movement involves a specific asymmetry where the right hand performs the manipulation while the left hand remains... | <motion_cot>Keyframe 1:
- Upright standing posture
- Right arm raised holding object, left hand resting on lap
- Vertical torso, balanced weight distribution
Keyframe 2:
- Forward leaning posture
- Right arm extended downward, object near ground
- Left hand on knee for support, torso angled forward
Keyframe 3:
- Neut... | <motion_cot>[STATE 1]
- pose: standing upright
- arms: right hand raised holding object, left hand relaxed at side
- legs: feet planted, weight distributed evenly
- head: neutral, facing forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: lean forward to place object
- direction: forward and downwa... | <motion_cot>t=0β20:
- Upright standing posture
- Right hand holds object at waist level
- Left hand rests on lap
- Stable equilibrium maintained
t=20β40:
- Right shoulder elevates
- Hand raises object slightly upward
- Torso remains vertical
- Controlled initiation of movement
t=40β70:
- Torso leans forward at hips
-... | <motion_cot>[INTENT]
- goal: Safely deposit a held object onto the ground and return to a neutral standing pose
- style: Deliberate, controlled, and gentle
- key_patterns: Torso flexion and extension, unilateral reaching, contralateral stability (left hand on lap)
- constraints: Maintain balance during forward bending,... | <motion_1267><motion_469><motion_98><motion_565><motion_1084><motion_224><motion_224><motion_224><motion_224><motion_224><motion_1510><motion_1704><motion_72><motion_831><motion_1873><motion_441><motion_508> | <motion><motion_1267><motion_469><motion_98><motion_565><motion_1084><motion_224><motion_224><motion_224><motion_224><motion_224><motion_1510><motion_1704><motion_72><motion_831><motion_1873><motion_441><motion_508></motion> | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis based on a provided textual description of human movement.
* **Input:** "The individual stands upright, right hand slightly lifted while holding an object. They bend at the waist, e... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Role:** Advanced motion synthesis AI.
* **Input:** A textual description of a human movement (standing, raising hand with object, leaning forward to ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A short description of a person standing, leaning forward to place an object ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (standing, raising hand with object, leaning forward to place object, returning to standing).
* **Ou... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A specific description of a person standing, bending down to pla... |
ep2_00477#0#184 | [
964,
1980,
674,
9,
728,
728,
162,
911,
1860,
1860,
1860,
37,
162,
162,
380,
543,
1486,
1464,
1430,
1860,
911,
162,
162
] | 0.121258 | The person repeatedly lowers their body to the ground three times, each time lifting a suitcase up to chest height. Leaning forward slightly while lowering the suitcase, they pause between the second and third repetitions to glance at their watch, raising their left hand to stomach level for a quick look before resumin... | The person performs an energetic squat, reaching down with her right hand while bending her right elbow. She picks up an object from the floor, bringing it closer by bending her elbow. She glances to her left, looking at her left hand, then turns her head forward. She repeats the motion, squatting once more and reachin... | The individual repeatedly lowers their body to the ground in three motions, lifting a suitcase to chest height each time and slightly bending forward. Between the second and third motions, they glance at their watch on the left wrist, bringing their arm to stomach height to check the time. | The person moves energetically, performing a slight squat while reaching down with their right hand to grab an object off the floor, bending their right arm at the elbow. They turn their head slightly to the left, gazing at their left hand momentarily. Turning their head back to center, they repeat the squat, reaching ... | The person drops to the ground three times and raises the suitcase to chest level, leaning forward a little while lowering. Between the second and third approaches, the person looks at the watch on his left hand, which he raises to the level of his stomach. | A person energetically squats slightly down, grabs something with her right hand, and bends her right arm at the elbow. She reaches down with her right hand to the floor, picks something up, and bends her arm at the elbow again. She turns her head slightly to the left and looks at her left hand. She turns her head forw... | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous animation sequence involving three repetitive cycles of a body-lowering motion combined with object manipulation. The core action requires the subject to lower their body to the ground while leaning forward and manipulating a suitcase t... | <motion_cot>**Keyframe 1:**
- Upright standing posture
- Arms relaxed at sides
- Balanced stance, neutral head orientation
**Keyframe 2:**
- Deep squat position
- Torso lowered, knees bent
- Right arm reaching downward, right elbow bent
**Keyframe 3:**
- Holding object with right hand
- Right elbow bent, object broug... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: relaxed at sides
- legs: straight, weight balanced
- head: neutral, facing forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: energetic descent and reach
- direction: downward and forward
- coordination: knees bend while right arm extends down... | <motion_cot>t=0β30:
- Energetic downward squat
- Knees bend quickly, torso lowers
- Center of gravity shifts down
t=30β60:
- Right arm extends and bends at elbow
- Hand grasps object on floor
- Arm lifts slightly while maintaining bend
t=60β90:
- Head rotates slightly to the left
- Gaze shifts to left hand
- Head ret... | <motion_cot>[INTENT]
- goal: execute a tripartite sequence of body lowering and suitcase manipulation, interrupted by a brief temporal check
- style: functional and rhythmic with a deliberate pause for awareness
- key_patterns: synchronization of trunk flexion and arm elevation, unilateral hand movement during interrup... | <motion_964><motion_1980><motion_674><motion_9><motion_728><motion_728><motion_162><motion_911><motion_1860><motion_1860><motion_1860><motion_37><motion_162><motion_162><motion_380><motion_543><motion_1486><motion_1464><motion_1430><motion_1860><motion_911><motion_162><motion_162> | <motion><motion_964><motion_1980><motion_674><motion_9><motion_728><motion_728><motion_162><motion_911><motion_1860><motion_1860><motion_1860><motion_37><motion_162><motion_162><motion_380><motion_543><motion_1486><motion_1464><motion_1430><motion_1860><motion_911><motion_162><motion_162></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (lowering body to ground 3 times, lifting suitcase to chest heigh... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Role:** Advanced motion synthesis AI.
* **Input:** A textual description of a human movement (squatting, picking up objects, looking around, repeatin... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a person moving energetically, squatting to grab objects, turning head, repeating the action.
* **Output Format:** ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (squatting, picking up objects, looking around, repeating).
* **Output Format:** Structured time int... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement (lowering body to ground 3 times, lift... |
ep1_00040#3989#4240 | [
1828,
1828,
992,
2030,
216,
1689,
1024,
805,
1644,
1987,
1828,
1828,
1447,
1447,
1987,
269,
145,
185,
282,
75,
1058,
1410,
1410,
1058,
1410,
1410,
185,
185,
1023,
1863,
455
] | 0.094774 | The individual begins in a neutral stance, then turns their head left, stepping leftwards. They straighten their head and perform a side-to-side shuffle, leaning alternately. Initiating a forward run, they swing their bent arms at belly level, shaking their head slightly. They come to a halt, turn their body to the rig... | The individual begins standing upright in a neutral stance. They turn their head left and take a step back with their left foot, pausing momentarily in a neutral stance. Then, they transition into a forward run, accelerating smoothly, and finish by turning to the right. | The individual stands neutrally, turns their head to the left, and steps left. They straighten their head and shuffle on the spot, leaning side to side. They then start running forward with bent arms swinging at belly height, shaking their head. Finally, they stop and turn to the right, leaning slightly to the right. | The individual begins in a neutral stance, turns their head to the left, and takes a backward step with their left foot, pausing in a neutral position. They then burst into a run, moving forward at a quick pace, and end by turning their body to the right. | First, the person stands in a neutral position. Then they turn their head to the left, take a step back to the left, and stand in a neutral position for a while. After that, they start running forward and finally turn to the right. | The person stands in a neutral resting position, then turns their head to the left, takes a small step to the left, and straightens their head. Next, they shuffle in place, leaning left and right, and start running forward, swinging their bent arms slightly in front of them at belly level while shaking their head. Fina... | <motion_cot>**1. Analyze the Request**
The objective is to synthesize a continuous motion sequence that transitions from a static, upright pose into dynamic locomotion. The movement requires precise coordination of upper body orientation (head turn), lower body footwork (step back), and full-body momentum (run and acce... | <motion_cot>Keyframe 1:
- Neutral standing posture
- Feet shoulder-width apart
- Head facing forward, arms relaxed at sides
Keyframe 2:
- Initiating leftward movement
- Head turned sharply to the left
- Weight shifting onto left leg, right foot stepping out
Keyframe 3:
- Active side-to-side shuffle
- Torso leaning la... | <motion_cot>[STATE 1]
- pose: neutral standing
- arms: relaxed at sides
- legs: feet parallel, weight distributed
- head: facing forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: turn head left
- direction: horizontal rotation
- coordination: neck rotates independently of torso
- dynamics: slow, ... | <motion_cot>**t=0β30:**
- Neutral standing posture
- Head turns to the left
- Small step taken to the left
- Head straightens to neutral alignment
**t=30β60:**
- Shuffle motion begins in place
- Weight shifts laterally (left and right)
- Torso leans slightly with each shuffle
**t=60β100:**
- Transition from shuffle t... | <motion_cot>[INTENT]
- goal: perform a sequence transitioning from static observation to dynamic locomotion and directional change
- style: natural and fluid, emphasizing balance during static phases and momentum during dynamic phases
- key_patterns: head-leading gaze shift, weight transfer for lateral stepping, accele... | <motion_1828><motion_1828><motion_992><motion_2030><motion_216><motion_1689><motion_1024><motion_805><motion_1644><motion_1987><motion_1828><motion_1828><motion_1447><motion_1447><motion_1987><motion_269><motion_145><motion_185><motion_282><motion_75><motion_1058><motion_1410><motion_1410><motion_1058><motion_1410><mot... | <motion><motion_1828><motion_1828><motion_992><motion_2030><motion_216><motion_1689><motion_1024><motion_805><motion_1644><motion_1987><motion_1828><motion_1828><motion_1447><motion_1447><motion_1987><motion_269><motion_145><motion_185><motion_282><motion_75><motion_1058><motion_1410><motion_1410><motion_1058><motion_1... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The individual begins standing upright in a neutral stance. The... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement.
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...), each describing overall pose,... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A specific textual description of a sequence of movements (stand, turn head, ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement (stand neutral, turn head left, step left, straigh... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a movement ("First, the person stands in a neutral posi... |
m_ep1_00261#0#274 | [
251,
363,
363,
554,
2002,
799,
570,
118,
118,
315,
1670,
1038,
1251,
1908,
1462,
954,
282,
1084,
1957,
1662,
2033,
816,
1292,
1098,
726,
439,
2002,
1192,
1868,
1433,
118,
118,
315,
1433
] | 0.131944 | The person claps her hands together. She then steps first to her left, then to her right. Next, she walks forward, lowers her head slightly, waves her left hand, and lowers her hands. Subsequently, she turns to her left, claps again, then turns to her right, claps once more, and walks backward. | The person starts clapping hands at chest level while taking small steps forward. As they progress, they lower their head and gesture with their left hand near their head. They then raise their head, pause briefly, and proceed to clap again while taking a few small steps backward. | The woman begins by clapping her hands. She steps to her left, then to her right. She walks forward while lowering her head, waves with her left hand, and brings her hands down. She then turns to her left, claps her hands again, turns to her right, claps once more, and walks backward. | The individual initiates movement by clapping hands at chest height, progressing forward with small steps. During this forward motion, they lower their head, gesturing near it with the left hand. Following this gesture, they raise their head and momentarily pause. After the pause, they clap again and take a few small s... | The person claps her hands. She steps to her left and to her right, then walks forward, lowering her head, waves her left hand, and lowers her hands. Then she turns to her left and right claps, and walks back. | The person begins clapping his hands at chest level, moving slowly forward in small steps. Then, while walking forward, he lowers his head and gestures with his left hand near his head. Then, he raises his head and pauses for a second. After a pause, he claps and takes a few small steps back. | <motion_cot>1. **Analyze the Request**: I need to construct an animation sequence that combines locomotion with specific upper-body gestures. The primary flow involves forward movement accompanied by clapping, followed by a specific head and hand gesture while still moving, a static pause, and finally a backward retrea... | <motion_cot>Keyframe 1:
- Upright standing posture initiating forward movement
- Hands clasped together at chest level
- Weight shifting onto leading foot for small steps
Keyframe 2:
- Head lowered with gaze directed downward
- Left hand raised near head in gesture
- Right hand positioned near torso or mid-motion
- To... | <motion_cot>[STATE 1]
- pose: standing ready
- arms: relaxed at sides
- legs: straight, weight distributed
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: clap hands
- direction: inward
- coordination: arms move together rapidly
- dynamics: sharp, rhythmic
[STATE 2]
- pose: standing
- ... | <motion_cot>t=0β20:
- Initial standing posture
- Hands come together for a sharp clap
- Torso remains stable and balanced
t=20β40:
- Step laterally to the left
- Weight shifts fully to left foot
- Arms swing slightly for lateral balance
t=40β60:
- Step laterally to the right
- Weight returns to center stance
- Feet a... | <motion_cot>[INTENT]
- goal: execute a rhythmic sequence combining locomotion, directional changes, and upper-body gestures
- style: casual and communicative with clear transitions between movement phases
- key_patterns: alternating lateral steps, integration of head and arm gestures with walking, pivoting turns synchr... | <motion_251><motion_363><motion_363><motion_554><motion_2002><motion_799><motion_570><motion_118><motion_118><motion_315><motion_1670><motion_1038><motion_1251><motion_1908><motion_1462><motion_954><motion_282><motion_1084><motion_1957><motion_1662><motion_2033><motion_816><motion_1292><motion_1098><motion_726><motion_... | <motion><motion_251><motion_363><motion_363><motion_554><motion_2002><motion_799><motion_570><motion_118><motion_118><motion_315><motion_1670><motion_1038><motion_1251><motion_1908><motion_1462><motion_954><motion_282><motion_1084><motion_1957><motion_1662><motion_2033><motion_816><motion_1292><motion_1098><motion_726>... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The person begins clapping his hands at chest level, moving slowl... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Role:** Advanced motion synthesis AI.
* **Input:** A textual description of a human movement ("The person starts clapping hands at chest level while ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a sequence of movements ("The person claps her hands. She steps to her left and to her right, then walks forwa... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The person claps her hands. She steps to her left and to her right, then walks forward, lowering her hea... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A specific text description of a person's movements (clapping... |
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1323,
1596
] | 0.206437 | The person stands happily posing, with their left hand under their chin and their right foot extended forward. They then smoothly turn their body to the left, shifting into a pose on their right side, maintaining a joyful expression throughout the sequence. | A person stands in a neutral stance. They lift their left hand, resting it on their neck. They rotate their upper body to the right while turning their head to the left, then switch, rotating left while turning their head to the right. Finally, they rotate right again, tilting their head and shifting their pelvis sligh... | The person stands happily, turning their body to the right with their left hand resting under their chin and their right foot extended forward. They then smoothly rotate to the left, posing confidently on their right side, maintaining a cheerful expression throughout. | A person begins standing in a relaxed position. They lift their left hand, placing it gently on their neck. They rotate their body to the right while turning their head left. Subsequently, they turn left, head facing right. Finally, they pivot right once more, tilting their head to the right and subtly shifting their p... | The person is posing happily turning to the right and his left hand under his chin, his right foot is extended forward. Then he turns to the left and poses on his right side. | A person stands in a neutral resting position. Then they raise their left hand and place it on their neck. They turn to the right, turning their head to the left. Next, they turn to the left, turning their head to the right. Finally, they turn to the right again, slightly tilting their head to the right and shifting th... | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a short motion sequence involving a character striking two distinct poses with a rotational transition between them. The movement requires precise coordination of upper body gestures (hand placement), lower body weight distribution (foot extension v... | <motion_cot>Keyframe 1:
- Upright standing posture
- Happy facial expression
- Arms relaxed at sides
Keyframe 2:
- Body turned to the right
- Left hand resting under chin
- Right foot extended forward
- Weight balanced on left leg
Keyframe 3:
- Body rotated to the left
- Weight shifted to right leg
- Confident stance... | <motion_cot>[STATE 1]
- pose: neutral standing
- arms: relaxed at sides
- legs: straight, weight evenly distributed
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: lift left hand to neck
- direction: upward
- coordination: shoulder elevation while torso remains still
- dynamics: control... | <motion_cot>t=0β20:
- Initiates smooth turn to the right
- Facial expression brightens to show happiness
- Weight shifts slightly to the left leg
t=20β40:
- Left hand moves to rest under chin
- Right foot extends forward for balance
- Torso rotates fully to face right
t=40β60:
- Holds first pose statically
- Maintain... | <motion_cot>[INTENT]
- goal: transition smoothly between two happy posing stances while maintaining a joyful demeanor
- style: fluid, expressive, and balanced with a focus on rotational movement
- key_patterns: hand-to-chin gesture, forward foot extension, torso rotation, weight redistribution
- constraints: keep facia... | <motion_1088><motion_1088><motion_1094><motion_1094><motion_1088><motion_1088><motion_1294><motion_1288><motion_876><motion_1363><motion_854><motion_2015><motion_2015><motion_1596><motion_2015><motion_1681><motion_1592><motion_1157><motion_2014><motion_2014><motion_876><motion_876><motion_1323><motion_1596> | <motion><motion_1088><motion_1088><motion_1094><motion_1094><motion_1088><motion_1088><motion_1294><motion_1288><motion_876><motion_1363><motion_854><motion_2015><motion_2015><motion_1596><motion_2015><motion_1681><motion_1592><motion_1157><motion_2014><motion_2014><motion_876><motion_876><motion_1323><motion_1596></mo... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The person is posing happily turning to the right and his left ha... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The person stands happily, turning their body to the right with their left hand resting under their ch... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a person performing neck/upper body rotations and p... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "The person is posing happily turning to the right and his left hand under his chin, his right foot is extended forward. Then he turns to the left a... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** "The person stands happily posing, with their left hand under their chin and the... |
m_gp_00202#930#1211 | [
696,
696,
696,
792,
696,
533,
696,
696,
696,
696,
696,
696,
792,
792,
792,
792,
792,
792,
1457,
1457,
1457,
283,
524,
524,
696,
1939,
585,
585,
585,
872,
696,
696,
696,
1939,
1939
] | 0.023146 | A person sits with legs apart and arms folded close to their body. They lazily extend their fingers to press keys, slightly shifting their arms to each side with minimal effort. | The individual sits with their head slightly tilted, hands resting at waist level. They gently lift their left hand, giving it a small shake. Following this, they tilt their head upwards, gazing ahead. | A person sits with both legs spread apart, arms folded loosely near the abdomen. They lazily press keys with their fingers, slightly moving their arms to the sides as they continue pressing the keys in a relaxed manner. | The person sits with their head tilted and hands at waist level. They slightly raise their left hand and shake it gently. Following this, they lift their head, tilting it upwards. | A person sits with legs spread, arms folded near the abdomen. The person lazily presses the keys with their fingers, moving their arms slightly to the sides. | A person sits with his head tilted and his hands to his waist level, and then he slightly raises his left hand and shakes it. After that, he tilts his head up. | <motion_cot>1. **Analyze the Request**: I need to synthesize a seated animation sequence that emphasizes low-energy, relaxed kinetics. The primary focus is on subtle upper-body movementsβspecifically finger articulation for typing and minor lateral arm shiftsβwhile maintaining a stable lower-body posture with legs apar... | <motion_cot>Keyframe 1:
- Seated posture
- Head tilted to the side
- Hands resting at waist level
Keyframe 2:
- Seated posture maintained
- Left hand slightly raised in a gentle shake
- Head remains tilted to the side
Keyframe 3:
- Seated posture maintained
- Head lifted and tilted upwards
- Hands returned to waist l... | <motion_cot>[STATE 1]
- pose: seated
- arms: both hands resting at waist level
- legs: knees bent, feet planted
- head: tilted
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: raise and shake left hand
- direction: upward and oscillatory
- coordination: left shoulder elevates, wrist flexes gently
- dyna... | <motion_cot>**t=0β20:**
- Seated posture with legs spread apart
- Arms folded tightly against the torso
- Relaxed, low-energy stance
**t=20β40:**
- Gradual unfolding of arms
- Fingers extend slightly from folded position
- Minimal muscular engagement
**t=40β60:**
- Lazy extension of fingers to press keys
- Slow, deli... | <motion_cot>[INTENT]
- goal: depict a relaxed seated typing interaction starting from a resting posture
- style: lazy, low-energy, casual, and fluid
- key_patterns: stable lower body base, isolated finger movements, minimal arm excursion
- constraints: maintain seated leg spread, avoid exaggerated upper body motion
[E... | <motion_696><motion_696><motion_696><motion_792><motion_696><motion_533><motion_696><motion_696><motion_696><motion_696><motion_696><motion_696><motion_792><motion_792><motion_792><motion_792><motion_792><motion_792><motion_1457><motion_1457><motion_1457><motion_283><motion_524><motion_524><motion_696><motion_1939><mot... | <motion><motion_696><motion_696><motion_696><motion_792><motion_696><motion_533><motion_696><motion_696><motion_696><motion_696><motion_696><motion_696><motion_792><motion_792><motion_792><motion_792><motion_792><motion_792><motion_1457><motion_1457><motion_1457><motion_283><motion_524><motion_524><motion_696><motion_1... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("A person sits with legs apart and arms folded close to their bo... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Keyframe Planning" representation for a given motion description.
* **Input:** A short textual description of a human movement ("The person sits with their head tilted and hands at waist level. They slightly raise their left hand and sh... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** "The person sits with their head tilted and hands at... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "A person sits with legs apart and arms folded close to their body. They lazily extend th... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** "A person sits with legs spread, arms folded near the abdomen... |
m_ep2_02087#171#351 | [
1942,
293,
2016,
2016,
435,
1409,
1918,
289,
2016,
435,
1348,
1032,
289,
1759,
1759,
1409,
1409,
872,
1759,
435,
435,
2022
] | 0.033133 | The woman stands upright and uses her right arm to make circular movements in front of her body. Her arm is bent at the elbow as she swings her hand in a circular motion. After completing the movement, she lowers her arm back to her side. | The person stands with feet slightly apart. They lift their right arm, moving it in a waving, circular motion before lowering it back to their side. | The woman stands upright and begins to make circular motions with her right hand, keeping her arm bent at the elbow. She completes several circles in front of her body, then gradually lowers her arm back to her side, maintaining a relaxed posture. | The individual stands with feet slightly apart. They raise their right arm and move it in a circular motion. After a few rotations, they lower their right arm back to their side, completing the action. | The person stands with their legs slightly apart and raises, lowers, and waves their right arm in a circle. The person then lowers their right hand. | The person stands and, with her right hand, makes circular movements in front of her with her arm bent at the elbow. Then she lowers her arm. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a short, isolated upper-body motion sequence anchored by a stable lower-body stance. The core action involves a complex right-arm trajectory defined by a circular wave that inherently includes vertical displacement (raising and lowering), followed b... | <motion_cot>Keyframe 1:
- Standing posture with feet slightly apart
- Arms relaxed at sides
- Torso upright and stable
Keyframe 2:
- Right arm raised and extended upward
- Shoulder flexed at peak of motion
- Torso remains stable, weight balanced
Keyframe 3:
- Right arm returned to side
- Feet position unchanged
- Arm... | <motion_cot>**[STATE 1]**
- pose: upright standing
- arms: both relaxed at sides
- legs: straight, weight evenly distributed
- head: neutral, facing forward
- torso: vertical alignment
- balance: stable
**[TRANSITION 1 β 2]**
- action: initiate right arm circular motion
- direction: upward and forward
- coordination: ... | <motion_cot>t=0β20:
- Upright standing posture
- Weight distributed evenly on both feet
- Right arm relaxed at side, ready to initiate movement
t=20β50:
- Right arm lifts and bends at the elbow
- Hand traces a circular path in front of the torso
- Motion is smooth and continuous with controlled dynamics
- Upper body r... | <motion_cot>[INTENT]
- goal: execute a standing upper-body gesture involving circular arm motion
- style: fluid and controlled with a clear start and stop
- key_patterns: maintaining elbow flexion during rotation, stable lower body posture, smooth deceleration
- constraints: keep torso upright, ensure arm remains bent ... | <motion_1942><motion_293><motion_2016><motion_2016><motion_435><motion_1409><motion_1918><motion_289><motion_2016><motion_435><motion_1348><motion_1032><motion_289><motion_1759><motion_1759><motion_1409><motion_1409><motion_872><motion_1759><motion_435><motion_435><motion_2022> | <motion><motion_1942><motion_293><motion_2016><motion_2016><motion_435><motion_1409><motion_1918><motion_289><motion_2016><motion_435><motion_1348><motion_1032><motion_289><motion_1759><motion_1759><motion_1409><motion_1409><motion_872><motion_1759><motion_435><motion_435><motion_2022></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before animation tokens.
* **Input:** A textual description of a human movement ("The person stands with their legs slightly apart and raises, lowers, and w... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The person stands with feet slightly apart. They lift their right arm, moving it in a waving, circular... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A short description of a woman standing upright, making circular motions with... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a woman standing upright, making circular movements with her right arm in front of her body (elbow bent), then lowering it ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** "The person stands and, with her right hand, makes circular movements in front o... |
ep1_00088#6096#6261 | [
1691,
237,
1838,
1917,
282,
1445,
1772,
1772,
1468,
583,
1509,
1062,
1404,
976,
1648,
1650,
1955,
1955,
1050,
1050
] | 0.12177 | The person pivots to her right and begins walking casually forward, her arms swinging naturally at her sides. After a short distance, she turns around to her right again, standing upright with her arms resting straight down by her sides in a neutral position. | The person turns to the right and begins walking forward, gently swinging their arms. After a short distance, they stop and perform a 180-degree turn to the right, standing upright with a neutral posture. | The woman turns to her right and begins walking casually forward, allowing her arms to swing naturally by her sides. She then turns around to her right, standing straight with arms relaxed in a resting position. | The person turns to their right and walks forward with a gentle swing of the arms. Upon stopping, they turn 180 degrees to the right again, standing upright in place. | The person turns to the right and walks forward, slightly swinging his arms. Then he stops, turns to the right by 180 degrees and stands straight. | The person turns to her right and walks casually forward, swinging her arms extended down. Then she turns around over her right and stands up straight with her arms down in a neutral resting position. | <motion_cot>**1. Analyze the Request**
The animation goal is to produce a continuous sequence of locomotion and reorientation. The flow requires a transition from static standing to a rightward turn, followed by a walking gait with specific arm kinematics, a controlled stop, a 180-degree pivot, and final stabilization.... | <motion_cot>Keyframe 1:
- Initiating turn to the right
- Weight shifting to right leg
- Torso beginning to rotate
Keyframe 2:
- Walking forward with casual gait
- Arms swinging naturally at sides
- Head facing direction of movement
Keyframe 3:
- Pivoting on feet to turn around
- Knees bent for balance
- Arms adjustin... | <motion_cot>[STATE 1]
- pose: standing still
- arms: relaxed at sides
- legs: straight, weight distributed
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: pivot right
- direction: clockwise rotation
- coordination: feet rotate while torso follows
- dynamics: smooth, controlled
[STATE 2... | <motion_cot>t=0β40:
- Pivot body to face right
- Initiate forward walking gait
- Arms swing gently in opposition to legs
- Torso maintains slight forward lean
t=40β60:
- Gradual deceleration of gait
- Weight distribution equalizes
- Feet come to a complete stop
- Transition from locomotion to static stance
t=60β100:
... | <motion_cot>[INTENT]
- goal: execute a locomotion sequence involving directional turning, walking, stopping, and full reorientation
- style: natural casual gait with controlled rotational pivots
- key_patterns: arm swing synchronization with walking steps, weight transfer during stop and turn, upright posture maintenan... | <motion_1691><motion_237><motion_1838><motion_1917><motion_282><motion_1445><motion_1772><motion_1772><motion_1468><motion_583><motion_1509><motion_1062><motion_1404><motion_976><motion_1648><motion_1650><motion_1955><motion_1955><motion_1050><motion_1050> | <motion><motion_1691><motion_237><motion_1838><motion_1917><motion_282><motion_1445><motion_1772><motion_1772><motion_1468><motion_583><motion_1509><motion_1062><motion_1404><motion_976><motion_1648><motion_1650><motion_1955><motion_1955><motion_1050><motion_1050></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** "The person turns to their right and walks forward with a gentle swing of the arms. Upon stopping, they tur... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The woman turns to her right and begins walking casually forward, allowing her arms to swing naturally by... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** "The person pivots to her right and begins walking c... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "The person turns to their right and walks forward with a gentle swing of the arms. Upon stopping, they turn 180 degrees to the right again, standin... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** "The person turns to the right and walks forward, slightly sw... |
m_st2_00191#513#725 | [
1383,
924,
924,
1334,
1334,
1334,
681,
1884,
1884,
631,
683,
944,
944,
944,
1715,
944,
944,
944,
1155,
1533,
839,
1396,
944,
944,
944,
944
] | 0.323592 | The person imitates a primate by standing with a forward lean, knees bent, and arms extended forward. She moves sideways with a few steps, then sits, leaning on her left arm. Subsequently, she jumps forward and sits again, resting on her left arm with her knees bent. | The person begins in a squat, bending her knees deeply. She reaches down with her right hand and moves on all fours to her left. She then performs a forward leap, mimicking a frog's jump. Upon landing, she checks the ground beneath her with her left hand. | The woman is imitating a primate by leaning forward, bending her knees, and extending her arms ahead. She moves sideways with a couple of steps, then sits, supporting herself with her left arm. Next, she jumps forward, landing in a seated position, again leaning on her left arm with her knees bent. | The person begins in a squat, bending her knees deeply. She reaches down with her right hand while crawling on all fours to her left. Then, she propels herself forward with a frog-like jump. Upon landing, she uses her left hand to feel the ground beneath her feet. | The person, squatting, bending over the knees, reaches down with her right hand crawls on all fours to her left side, and jumps forward like a frog, where, having landed, she feels under her feet with her left hand. | The person is imitating a primate. She stands leaning forward with her legs bent at the knees and her arms out in front of her. Then she sideways takes a couple of steps and sits down, leaning on her left arm. Then she jumps forward and sits down leaning on her left arm with her legs bent at the knees. | <motion_cot>**1. Analyze the Request**
I need to synthesize a motion sequence that simulates a primate-like behavior involving specific postural constraints and transitions. The core objective is to capture a distinct "primate stance" characterized by a forward lean and bent knees, followed by lateral locomotion, a sea... | <motion_cot>Keyframe 1:
- Primate standing posture
- Torso leaning forward, knees bent
- Arms extended straight out in front
Keyframe 2:
- Seated on the ground
- Weight supported by left arm
- Legs bent at knees, torso upright but leaning left
Keyframe 3:
- Mid-air jump phase
- Body propelled forward horizontally
- A... | <motion_cot>[STATE 1]
- pose: deep squat
- arms: hanging loosely near knees
- legs: knees deeply bent, feet flat
- head: neutral, looking slightly down
- torso: upright but lowered
- balance: stable, low center of gravity
[TRANSITION 1 β 2]
- action: descend to all fours and shift left
- direction: downward and latera... | <motion_cot>t=0β25:
- Adopt primate-like posture
- Torso leans forward significantly
- Knees bent, arms extended ahead
- Low center of gravity maintained
t=25β50:
- Lateral movement across space
- Short shuffling steps sideways
- Body remains low and balanced
- Arms stay forward for momentum
t=50β75:
- Transition int... | <motion_cot>[INTENT]
- goal: simulate primate-like locomotion and resting behaviors
- style: grounded, low center of gravity, fluid transitions between dynamic and static poses
- key_patterns: asymmetric weight distribution (leaning on left arm), coordinated leg propulsion for jumps, maintaining forward trunk lean
- co... | <motion_1383><motion_924><motion_924><motion_1334><motion_1334><motion_1334><motion_681><motion_1884><motion_1884><motion_631><motion_683><motion_944><motion_944><motion_944><motion_1715><motion_944><motion_944><motion_944><motion_1155><motion_1533><motion_839><motion_1396><motion_944><motion_944><motion_944><motion_94... | <motion><motion_1383><motion_924><motion_924><motion_1334><motion_1334><motion_1334><motion_681><motion_1884><motion_1884><motion_631><motion_683><motion_944><motion_944><motion_944><motion_1715><motion_944><motion_944><motion_944><motion_1155><motion_1533><motion_839><motion_1396><motion_944><motion_944><motion_944><m... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person is imitating a primate. She stands leaning forward w... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement (imitating a primate, specific actions like leaning, stepping sideways, sitting, jumping, etc.).
* **... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The person begins in a squat, bending her knees deeply. She reaches down with her right hand and mo... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a woman imitating a primate (leaning forward, bending knees, arms a... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Structure:** Two main sections: [INTENT] and [EXECUTION].
* **IN... |
gp_00293#1940#2228 | [
1733,
1126,
752,
752,
725,
1213,
351,
1190,
1766,
667,
918,
918,
667,
1136,
1826,
588,
388,
851,
62,
1162,
1162,
1162,
1162,
1162,
685,
1162,
1860,
1905,
388,
396,
588,
62,
209,
1162,
1889,
900
] | 0.309539 | The person is seated on a twine, facing right, energetically moving their upper body. They shake their torso side to side while simultaneously waving their hands in the air with lively motions. | The person extends their right leg forward and left leg backward while leaning sideways. Their bent arms move energetically to the sides, shifting to the back. Simultaneously, they twist their torso, turning their chest alternately to the left and right. | The person sits on a twine, turned to the right side, moving energetically. They shake their body side to side, incorporating lively hand waves, creating a dynamic and animated posture while seated. | The individual extends their right leg forward and left leg backward while leaning side to side. They move their bent arms erratically to the sides and back, twisting their chest left and right in a dynamic motion. | The person is sitting on a twine turned with his right side and energetically moving their body. The person shakes their body to the sides and waves their hands. | The person outstretches his right leg forward and his left leg to the back while leaning to the sides, chaotically moving his bent arms on the sides, moving to the back, and turning his chest to the left and right. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous animation sequence featuring a character seated on a narrow support (twine), oriented facing right. The primary kinematic focus is on the upper body, requiring energetic torso oscillation and lively hand waving. A critical constraint is... | <motion_cot>Keyframe 1:
- Wide stance with leg extension
- Right leg forward, left leg backward
- Torso leaning sideways
- Arms bent at elbows, held near sides
Keyframe 2:
- Dynamic upper body motion
- Bent arms moving chaotically on sides
- Legs maintaining forward and backward extension
- Torso maintaining side lean... | <motion_cot>[STATE 1]
- pose: seated on twine
- arms: relaxed at sides
- legs: bent, feet planted for support
- head: neutral
- torso: rotated to the right
- balance: unstable due to narrow surface
[TRANSITION 1 β 2]
- action: lateral body shake
- direction: side-to-side oscillation
- coordination: hips and torso pivo... | <motion_cot>t=0β20:
- Initiates stance transition
- Extends right leg forward, left leg backward
- Knees bend to lower center of gravity
t=20β40:
- Leans torso sideways
- Bent arms open energetically to sides
- Lateral weight distribution stabilizes
t=40β60:
- Torso rotation begins
- Chest turns to the left
- Arms sh... | <motion_cot>[INTENT]
- goal: perform an expressive, energetic dance sequence while seated
- style: lively, dynamic, animated
- key_patterns: lateral torso oscillation, synchronized upper body gestures, rotational stability
- constraints: maintain seated base, keep torso oriented rightward during movement, ensure balanc... | <motion_1733><motion_1126><motion_752><motion_752><motion_725><motion_1213><motion_351><motion_1190><motion_1766><motion_667><motion_918><motion_918><motion_667><motion_1136><motion_1826><motion_588><motion_388><motion_851><motion_62><motion_1162><motion_1162><motion_1162><motion_1162><motion_1162><motion_685><motion_1... | <motion><motion_1733><motion_1126><motion_752><motion_752><motion_725><motion_1213><motion_351><motion_1190><motion_1766><motion_667><motion_918><motion_918><motion_667><motion_1136><motion_1826><motion_588><motion_388><motion_851><motion_62><motion_1162><motion_1162><motion_1162><motion_1162><motion_1162><motion_685><... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person is seated on a twine, facing right, energetically mo... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Keyframe Planning" representation from a textual motion description.
* **Input:** "The person outstretches his right leg forward and his left leg to the back while leaning to th... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given human movement description.
* **Input:** "The person is sitting on a twine turned with his right side and energetically moving their body. The person shakes their body to the sides and wa... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The person extends their right leg forward and left leg backward while leaning sideways. Their bent arms... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** "The person sits on a twine, turned to the right side, moving energetically. The... |
gp_00086#1415#1696 | [
1978,
1978,
1978,
1978,
1848,
919,
919,
919,
2047,
1107,
1918,
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1918,
1978,
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1955,
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1978,
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] | 0.045207 | A person begins by standing upright, raising their bent arms to face level. They then turn their head to the left and upward. The person lowers their arms and lightly swings their body side to side. Next, they lift their arms to chest height, lower them again, and turn their head to the right side. | The person stands with an indignant posture, raising their arms with elbows bent upwards. They turn their head to the left, slightly lifting it before lowering it back. Next, they bend both elbows and smoothly lower their left arm down to their side. | The individual stands upright and bends their arms, raising them to the face. They turn their head to the left and upward, then lower their arms, swaying gently from side to side. Next, they raise their arms again to chest level before lowering them and turning their head to the right. | The person stands firmly, arms bent at the elbows and raised upward in an indignant manner. They turn their head to the left, lifting it slightly before lowering it. Next, they fluidly bend their elbows and lower their left arm down. | A person stands, raises their bent arms to their face, turns their head to the left and upward, lowers their arms, and swings slightly from side to side. They raise their arms again at the chest level, lower them, and turn their head to the right. | A person stands indignantly, raising his arms bent at the elbows upward, and turns his head to the left, slightly lifting it up and then lowering it down. Then, he bends his arms at the elbows and fluidly lowers his left arm down. | <motion_cot>1. **Analyze the Request**: I need to synthesize a short animation sequence depicting a character expressing indignation through specific upper body gestures. The movement flow begins with a static stance, transitions into an expressive pose involving raised arms and head rotation, includes a subtle head ti... | <motion_cot>Keyframe 1:
- Indignant standing posture
- Arms raised with elbows bent upwards
- Head facing forward
Keyframe 2:
- Head turned to the left
- Chin slightly lifted
- Arms maintained in raised position
Keyframe 3:
- Head lowered back to neutral
- Arms still raised
- Balanced stance
Keyframe 4:
- Left arm l... | <motion_cot>[STATE 1]
- pose: standing firmly
- arms: elbows bent, raised upward in indignant gesture
- legs: planted, stable stance
- head: facing forward, neutral expression
- torso: upright, rigid posture
- balance: stable, grounded
[TRANSITION 1 β 2]
- action: head turn and expressive gesture
- direction: rotation... | <motion_cot>**t=0β20:**
- Establishes indignant standing posture
- Both arms flexed at elbows, raised upward
- Head turned sharply to the left
- Shoulders tense, conveying emotion
**t=20β40:**
- Head performs subtle vertical motion
- Chin lifts slightly upward
- Followed by a deliberate downward nod
- Maintains gaze d... | <motion_cot>[INTENT]
- goal: express indignation through a static, raised-arm stance followed by a head gesture and arm release
- style: tense and expressive initially, transitioning to fluid and controlled
- key_patterns: upper body elevation, head isolation movements, unilateral arm depression
- constraints: maintain... | <motion_1978><motion_1978><motion_1978><motion_1978><motion_1848><motion_919><motion_919><motion_919><motion_2047><motion_1107><motion_1918><motion_444><motion_1918><motion_1978><motion_96><motion_1955><motion_1955><motion_444><motion_203><motion_1978><motion_1978><motion_1978><motion_1978><motion_1978><motion_1572><mo... | <motion><motion_1978><motion_1978><motion_1978><motion_1978><motion_1848><motion_919><motion_919><motion_919><motion_2047><motion_1107><motion_1918><motion_444><motion_1918><motion_1978><motion_96><motion_1955><motion_1955><motion_444><motion_203><motion_1978><motion_1978><motion_1978><motion_1978><motion_1978><motion_... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis AI.
* **Input:** A textual description of a human movement ("A person stands indignantly, raising his arms bent at the elbows upward, and turns his head to the left, slightly liftin... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The person stands with an indignant posture, raising their arms with elbows bent upwards. They turn th... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("The person stands firmly, arms bent at the elbows and raised upward in an indignant manner.... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "A person stands indignantly, raising his arms bent at the elbows upward, and turns his head to the left, slightly lifting it up and then lowering i... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("The person stands firmly, arms bent ... |
st3_00551#503#706 | [
327,
238,
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1153,
893,
808,
813,
1616,
791,
652,
238,
931,
853,
228,
1449,
1726,
120,
1650,
1034,
1438,
425,
369,
721
] | 0.466923 | A person moves playfully by taking several steps to the left, crossing their legs. They lean forward slightly, straighten up, and then sway to the right. They turn to the left, take a few steps forward, and finally turn to the right. Their arms remain slightly bent behind them throughout the movement. | The person dances joyfully, keeping their hands clasped behind their back. They shift their weight from one foot to the other, moving side to side. Eventually, they turn to the left, walk a few steps forward, then turn to the right. The dancer extends their right leg to the right, crosses their arms over their stomach,... | The person takes a few lively steps to the left, crossing their legs while leaning forward and then straightening up. They sway their body to the right, then turn left and take several steps forward. Throughout this movement, they maintain slightly bent arms positioned back. | The individual starts dancing joyfully, shifting their weight from foot to foot while keeping their hands behind the back and moving side to side. Towards the end, they turn left, walk forward, then turn right. They extend their right leg outward, cross their arms over their stomach, and slightly tilt their head and to... | A person playfully takes a few steps to the left, crossing their legs while leaning forward and straightening up, then sways to the right, turns left, and takes a few steps forward. The person turns to the right. All the while, the person's arms are slightly bent at the back. | A person dances merrily with his hands behind his back and moves from foot to foot moving left and right. In the end, the person slowly turns left, walks forward, turns right, extends his right leg to the right, crosses his arms over his stomach, and tilts his head and torso slightly to the right. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a playful, multi-stage locomotion sequence involving lateral movement, complex leg coordination, torso articulation, and directional changes. The primary flow involves moving left, executing a specific leg-crossing lean maneuver, recovering posture,... | <motion_cot>Keyframe 1:
- Upright dance posture
- Hands clasped behind back
- Weight balanced on left foot
Keyframe 2:
- Weight shifted to right foot
- Slight lateral body lean
- Hands still behind back
Keyframe 3:
- Body rotated to the left
- Feet pivoted for turn
- Hands behind back
Keyframe 4:
- Walking forward m... | <motion_cot>[STATE 1]
- pose: standing dance stance
- arms: clasped behind back
- legs: weight primarily on left leg
- head: cheerful expression, facing forward
- torso: upright
- balance: light, rhythmic
[TRANSITION 1 β 2]
- action: lateral weight shift
- direction: shifting right
- coordination: hips sway, left foot... | <motion_cot>t=0β20:
- Playful lateral steps to the left
- Legs cross over rhythmically
- Arms held slightly bent behind back
t=20β40:
- Torso leans forward dynamically
- Straightens back to upright posture
- Arms maintained behind back
t=40β60:
- Weight shifts fluidly to sway right
- Hips follow the torso movement
- ... | <motion_cot>[INTENT]
- goal: execute a joyful dance sequence transitioning from lateral swaying to directional movement and concluding in a stylized pose
- style: expressive, rhythmic, fluid
- key_patterns: weight shifting for rhythm, rotational pivoting for navigation, pose transition from hands-behind-back to arms-cr... | <motion_327><motion_238><motion_838><motion_729><motion_1089><motion_1153><motion_893><motion_808><motion_813><motion_1616><motion_791><motion_652><motion_238><motion_931><motion_853><motion_228><motion_1449><motion_1726><motion_120><motion_1650><motion_1034><motion_1438><motion_425><motion_369><motion_721> | <motion><motion_327><motion_238><motion_838><motion_729><motion_1089><motion_1153><motion_893><motion_808><motion_813><motion_1616><motion_791><motion_652><motion_238><motion_931><motion_853><motion_228><motion_1449><motion_1726><motion_120><motion_1650><motion_1034><motion_1438><motion_425><motion_369><motion_721></mo... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("A person playfully takes a few steps to the left, crossing thei... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("A person dances merrily with his hands behind his back and moves from foot to foot moving left and rig... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("A person dances merrily with his hands behind his back and moves from foot to foot moving left and ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("A person moves playfully by taking several steps to the left, crossing their legs. They lean forward sli... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement (dancing, shifting weight, turning, sp... |
m_ep1_00169#2344#2625 | [
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699,
212,
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419,
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765,
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1723,
567,
967,
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321,
826
] | 0.301221 | The person walks forward with exaggerated, bored movements. They lift each leg forward alternately, turning their upper body toward the raised leg, while their arms are outstretched to the sides. After a moment, they stop briefly and then walk backward with the same funny gait. Returning to walking forward again, they ... | The person moves forward and backward, alternately lifting one leg in front during each step. While doing this, they swing their straight arms outward to the sides and twist their torso left and right. Afterward, they lower their arms, take several steps in place, and finally stand still in a relaxed, neutral position. | The person moves forward humorously, lifting each leg alternately while twisting their upper body towards the elevated leg, arms extended sideways. After pausing, they walk backward in the same exaggerated manner, then proceed forward again, finally coming to a stop and relaxing their arms and legs. | The person walks forward and backward. They raise one leg in front while swinging their straight arms to the sides. They twist their torso to the left and right. Afterward, they lower their arms, take a few steps in place, and finish in a neutral standing position. | The person walks forward in a funny and bored way while alternately lifting their legs forward and turning their upper body towards the side of the raised leg and moving their arms outstretched at their sides by inertia. Then the person stops a little and walks backward in the same way, then forward again and stops, lo... | A person walks forward and backward, doing exercises by raising one leg in front of him, swinging his straight arms to the sides, and turning his body to the left and right. Then he lowers his arms, taking a few steps in place, and stands in a neutral resting position. | <motion_cot>1. **Analyze the Request**: I need to synthesize a continuous animation sequence depicting a character performing a specific, stylized "bored" walk. The movement involves a distinct gait cycle with exaggerated leg lifts and torso rotation, maintaining outstretched arms for balance. The sequence must transit... | <motion_cot>Keyframe 1:
- Initial neutral standing posture
- Arms relaxed at sides
- Feet shoulder-width apart, balanced
Keyframe 2:
- Walking forward mid-stride
- One leg extended forward, heel striking
- Torso leaning slightly forward
Keyframe 3:
- Walking backward mid-stride
- One leg extended backward
- Torso upr... | <motion_cot>[STATE 1]
- pose: standing still
- arms: relaxed at sides
- legs: weight distributed evenly
- head: forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: walk forward
- direction: forward
- coordination: alternating leg movement
- dynamics: steady pace
[STATE 2]
- pose: mid-walk forward
... | <motion_cot>t=0β30:
- Begin forward and backward stepping pattern
- Alternately lift legs in front during each step
- Arms swing straight outward to sides
- Torso twists left and right in coordination
t=30β60:
- Maintain rhythmic forward-backward displacement
- Continue alternating leg lifts and arm swings
- Dynamic t... | <motion_cot>[INTENT]
- goal: execute a dynamic locomotion sequence transitioning from alternating forward/backward steps to stationary standing
- style: rhythmic and coordinated upper-lower body movement followed by calm stability
- key_patterns: synchronization of leg lifts with arm abduction and torso rotation
- cons... | <motion_166><motion_1652><motion_1683><motion_1320><motion_1473><motion_1652><motion_1652><motion_419><motion_1600><motion_1534><motion_1787><motion_765><motion_1320><motion_14><motion_915><motion_1870><motion_1548><motion_1323><motion_534><motion_1290><motion_1290><motion_699><motion_212><motion_1384><motion_419><moti... | <motion><motion_166><motion_1652><motion_1683><motion_1320><motion_1473><motion_1652><motion_1652><motion_419><motion_1600><motion_1534><motion_1787><motion_765><motion_1320><motion_14><motion_915><motion_1870><motion_1548><motion_1323><motion_534><motion_1290><motion_1290><motion_699><motion_212><motion_1384><motion_4... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis AI.
* **Input:** A textual description of a human movement ("The person walks forward with exaggerated, bored movements...").
* **Output Structure:** Three specific sections: ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("A person walks forward and backward, doing exercises by raising one leg in front of him, swinging his str... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** "A person walks forward and backward, doing exercise... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of human movement ("The person moves forward and backward, alternately lifting one leg in front during each step. While doing ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A description of a person moving forward/backward, lifting legs,... |
st3_00178#0#166 | [
1821,
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1821,
1821,
1821,
1282,
1282,
276,
1024,
1639,
76,
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519,
1937,
920,
920,
920,
920
] | 0.02894 | The person stands still in a neutral stance. With a cheerful demeanor, they gently tilt their body first to the right, then to the left, while turning their head to the right. | The person begins in a neutral resting stance before taking a few small steps on the spot. They turn to the right with a cheerful demeanor and subtly shuffle toward the left, maintaining a light and relaxed movement. | The individual stands in a relaxed, neutral posture. They tilt their body gently to the right, then to the left, while turning their head to the right, conveying a sense of happiness in their movements. | The individual begins by standing in a relaxed position. They then take several small steps in place, turning their body gradually to the right. While doing so, they gently shuffle to the left, maintaining a cheerful demeanor throughout the movement. | The person stands in a neutral resting position. Then the person happily tilts their body slightly to their right and left and turns their head to their right. | The person stands in a neutral resting position and then takes a few small steps in place while happily turning to the right and slightly shuffling toward the left. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a subtle, expressive upper-body animation that conveys a relaxed and happy demeanor. The core movement involves a lateral body sway (right then left) synchronized with a specific head orientation (turning right). The motion needs to feel organic and... | <motion_cot>Keyframe 1:
- Neutral standing posture
- Feet shoulder-width apart
- Arms relaxed at sides
Keyframe 2:
- Mid-step on the spot
- One foot lifted, weight shifted to other leg
- Knees slightly bent, torso upright
Keyframe 3:
- Torso rotated to the right
- Head facing right
- Feet pivoting to support rotation... | <motion_cot>[STATE 1]
- pose: neutral standing
- arms: relaxed at sides
- legs: parallel, weight distributed
- head: facing forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: tilt body right
- direction: lateral right
- coordination: torso leans right while head turns right
- dynamics: gentle, che... | <motion_cot>t=0β20:
- Relaxed neutral standing posture
- Weight balanced evenly on both feet
- Shoulders and hips aligned horizontally
t=20β40:
- Gentle lateral tilt to the right
- Torso leans smoothly away from center
- Hips shift slightly to accommodate weight
t=40β60:
- Head turns to the right
- Neck rotates with ... | <motion_cot>[INTENT]
- goal: execute a playful, casual movement combining gradual rotation with lateral footwork
- style: relaxed, cheerful, light-footed, fluid
- key_patterns: contralateral body movement (torso turns right while feet shift left), continuous weight transfer
- constraints: maintain small step size, keep... | <motion_1821><motion_1821><motion_1821><motion_1821><motion_1821><motion_1821><motion_1821><motion_1282><motion_1282><motion_276><motion_1024><motion_1639><motion_76><motion_1655><motion_519><motion_1937><motion_920><motion_920><motion_920><motion_920> | <motion><motion_1821><motion_1821><motion_1821><motion_1821><motion_1821><motion_1821><motion_1821><motion_1282><motion_1282><motion_276><motion_1024><motion_1639><motion_76><motion_1655><motion_519><motion_1937><motion_920><motion_920><motion_920><motion_920></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The individual stands in a relaxed, neutral posture. They tilt ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person begins in a neutral resting stance before taking a few small steps on the spot. They turn to t... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Output Format:** Alternating [STATE] and [TRANSITION] blocks with specific fields (pos... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** "The individual stands in a relaxed, neutral posture. They tilt their body gently to the rig... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a movement ("The individual begins by standing in a rel... |
ep1_00153#1614#1844 | [
945,
1300,
328,
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368,
1488,
1749,
1967,
853,
367,
1679,
1551,
995,
471,
131,
1578,
141,
141,
1978,
536,
536,
1634,
1634,
577,
113,
1256,
698,
1363
] | 0.126859 | The woman engages in a dance, stepping forward and backward with subtle hip movements. Her right arm is bent at the elbow and positioned at waist level, while her knees remain slightly bent. She pauses in a neutral stance, then steps backward, bringing her left hand up to touch her face. | The individual takes a step back, then moves forward while swinging both hips and hands. They step back with the right leg, forward with the left leg, place a hand down briefly, then step back again, raising the left hand to their face. | The person dances, stepping forward and backward while subtle hip movements accentuate her motion. Her right arm is bent at the elbow and positioned at waist level, and her knees remain slightly bent. After dancing, she comes to a neutral standing position. She then steps backward and gently touches her face with her l... | The person initially steps backward and then steps forward, incorporating a gentle swinging motion with their hips and hands. Next, they step backward using the right leg while maintaining the left leg's position, placing their hand down. Following this, they step backward again and lift their left hand toward their fa... | The person steps backward, then steps forward while swinging their hips and hands. Then the person steps backward with their right leg and forward with their left leg in place, puts their hand down, then steps backward and raises their left hand to the face. | The person dances, taking steps forward and backward, slightly moving her hips. Her right arm is bent at the elbow at waist level, and her legs are slightly bent at the knees. Then she stop standing in a neutral poisiton. Then she takes a step backward and touches her face with her left hand. | <motion_cot>1. **Analyze the Request**: I need to synthesize a multi-stage motion sequence that combines locomotion, dynamic torso rotation, and specific upper-body gestures. The flow involves an initial retreat, a forward swing with momentum, a specific rhythmic footwork pattern involving right and left legs, a brief ... | <motion_cot>Keyframe 1:
- Weight shifted backward
- One leg stepping back
- Upright torso posture
Keyframe 2:
- Torso leaning forward
- Hips and arms swinging forward
- Dynamic balance engaged
Keyframe 3:
- Right leg positioned back
- Left leg positioned forward
- Staggered stance
Keyframe 4:
- One hand touching gro... | <motion_cot>[STATE 1]
- pose: standing neutral
- arms: relaxed at sides
- legs: parallel, weight distributed
- head: forward facing
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: step back
- direction: backward
- coordination: weight shifts to front foot
- dynamics: controlled
[STATE 2]
- pose: stepp... | <motion_cot>**t=0β80:**
- Knees flexed slightly, maintaining low center of gravity
- Right arm bent at elbow, held steady at waist level
- Rhythmic stepping forward and backward with fluid hip sway
**t=80β110:**
- Deceleration of dance movements
- Hips stabilize, weight shifts to neutral standing
- Body aligns vertica... | <motion_cot>[INTENT]
- goal: perform a sequence of alternating steps with coordinated upper body movements
- style: gentle, rhythmic, and casual
- key_patterns: reciprocal stepping, hip and hand swinging synchronization, distinct hand placement gestures
- constraints: maintain stability on the planted leg during single... | <motion_945><motion_1300><motion_328><motion_328><motion_368><motion_1488><motion_1749><motion_1967><motion_853><motion_367><motion_1679><motion_1551><motion_995><motion_471><motion_131><motion_1578><motion_141><motion_141><motion_1978><motion_536><motion_536><motion_1634><motion_1634><motion_577><motion_113><motion_12... | <motion><motion_945><motion_1300><motion_328><motion_328><motion_368><motion_1488><motion_1749><motion_1967><motion_853><motion_367><motion_1679><motion_1551><motion_995><motion_471><motion_131><motion_1578><motion_141><motion_141><motion_1978><motion_536><motion_536><motion_1634><motion_1634><motion_577><motion_113><m... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The individual takes a step back, then moves forward while swingi... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The individual takes a step back, then moves forward while swinging both hips and hands. They step back w... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Output Format:** Alternating `[STATE]` and `[TRANSITION]` blocks with specific fields ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person dancing, stopping, stepping back, and touching their face.
* **Output Format:** Structured time inte... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A specific textual description of a movement sequence.
* *... |
m_ep1_00001#5681#5934 | [
1849,
1849,
1608,
765,
1693,
110,
2004,
534,
1679,
1794,
943,
457,
523,
1342,
873,
1363,
1363,
1363,
1363,
1968,
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140,
140,
140,
140,
140,
140,
140,
140,
140,
140
] | 0.035752 | The individual stands with their head slightly bowed, cautiously extending their left foot forward to feel the water's temperature. Next, they take two steps diagonally backward to the right. They briefly bring their left hand to their mouth before returning to a neutral standing position. | The person stands upright, extends the left leg forward to touch an object with the foot, then retracts it, placing it back on the ground. Next, they walk backward, initiating the movement with the right leg and come to a stop. Finally, they lift the left hand to their face and then lower it back down. | The individual stands with their head tilted downwards, extending their left foot forward to test the water's temperature. They then take two diagonal steps backward to the right, briefly bringing their left hand to their mouth. Finally, they return to a neutral resting stance. | The person stands still before extending their left leg forward, lightly touching an object with the foot. They then retract the leg and place it back on the ground. Next, they take a few steps backward, starting with their right leg. Finally, they raise their left hand toward their face and then lower it back down. | A person stands with their head tilted down and carefully moves their left foot forward to test the water temperature. Then, they take two steps diagonally backward to the right, bring their left hand to their mouth for a second, and take a neutral resting position. | The person stands and moves their left leg forward, touching something with the foot, and retracts the leg, placing it on the ground. Then, the person walks backward, starting with their right leg, and stops. Then, raise their left hand to the face and lower it. | <motion_cot>1. **Analyze the Request**: I need to synthesize a motion sequence that captures a cautious interaction with an unseen environment (water), followed by a reactive retreat and a return to equilibrium. The flow involves a static observation phase, a dynamic balance challenge (single-leg extension), a directio... | <motion_cot>Keyframe 1:
- Head bowed downward
- Left foot extended forward, right foot bearing weight
- Cautious, low-balance stance
Keyframe 2:
- Diagonal retreat completed
- Body shifted backward and to the right
- Both feet planted, weight balanced
Keyframe 3:
- Left hand raised to mouth
- Torso upright, head slig... | <motion_cot>[STATE 1]
- pose: standing still
- arms: relaxed at sides
- legs: weight distributed evenly
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: extend left leg forward
- direction: forward
- coordination: shift weight to right leg while left leg extends
- dynamics: controlled, l... | <motion_cot>t=0β40:
- Initial standing posture, weight balanced on both legs
- Shift weight to right leg, lift left leg forward
- Extend left knee, foot reaches out to touch object
t=40β80:
- Retract left leg with controlled speed
- Place foot firmly back on ground
- Realign body to neutral standing stance
t=80β120:
... | <motion_cot>[INTENT]
- goal: perform a sequence of foot probing, backward locomotion, and upper body gesturing
- style: deliberate and cautious with stable transitions
- key_patterns: weight transfer during single-leg support, reverse gait mechanics, isolated arm movement
- constraints: maintain balance during foot tou... | <motion_1849><motion_1849><motion_1608><motion_765><motion_1693><motion_110><motion_2004><motion_534><motion_1679><motion_1794><motion_943><motion_457><motion_523><motion_1342><motion_873><motion_1363><motion_1363><motion_1363><motion_1363><motion_1968><motion_514><motion_140><motion_140><motion_140><motion_140><motion... | <motion><motion_1849><motion_1849><motion_1608><motion_765><motion_1693><motion_110><motion_2004><motion_534><motion_1679><motion_1794><motion_943><motion_457><motion_523><motion_1342><motion_873><motion_1363><motion_1363><motion_1363><motion_1363><motion_1968><motion_514><motion_140><motion_140><motion_140><motion_140... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The individual stands with their head tilted downwards, extendi... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The individual stands with their head slightly bowed, cautiously extending their left foot forward to fee... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a provided textual description of human movement.
* **Input:** A specific movement description ("The perso... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The person stands and moves their left leg forward, touching something with the foot, and retracts the l... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Structure:** Two main sections: [INTENT] and [EXECUTION].
* **INTEN... |
m_ep2_01235#242#404 | [
12,
1781,
635,
354,
346,
354,
346,
992,
12,
12,
12,
12,
12,
278,
486,
346,
1584,
346,
991,
831
] | 0.073637 | A person stands in a relaxed posture and begins jumping up and down on the spot. After a short pause, they resume jumping again, maintaining a consistent rhythm and energy in their movements. | The person stands still with feet approximately shoulder-width apart. They perform two small vertical jumps in place, landing softly. After pausing briefly in the initial stance, they repeat the same two jumps with a relaxed demeanor. | A person stands in a relaxed posture and starts jumping up and down in place. After a short pause, she resumes jumping, keeping her movements consistent and light. | The person begins in a neutral standing position, then performs two small jumps in place, landing softly each time. After pausing momentarily while standing, they repeat the sequence of calm jumps, maintaining a steady and controlled posture throughout. | The person is standing in a neutral position, then makes two small jumps in place. After standing for a moment again, they repeat the jumps calmly. | A person stands relaxed and starts jumping in place. She stops and then begins jumping again. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a motion sequence characterized by intermittent vertical jumping. The core challenge is managing the transition between dynamic movement (jumping) and static states (standing relaxed, pausing), ensuring the body mechanics reflect weightlessness duri... | <motion_cot>Keyframe 1:
- Neutral standing posture
- Feet shoulder-width apart
- Arms relaxed at sides
Keyframe 2:
- Mid-air jump phase (first set)
- Knees slightly bent, body extended upward
- Arms raised for balance
Keyframe 3:
- Landing position (first set)
- Knees flexed to absorb impact
- Torso upright, arms ret... | <motion_cot>[STATE 1]
- pose: relaxed standing
- arms: hanging loosely at sides
- legs: straight, weight evenly distributed
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: initiate vertical jump
- direction: upward
- coordination: knees flex slightly then extend explosively
- dynamics: ... | <motion_cot>t=0β20:
- Relaxed standing posture
- Weight evenly distributed on both feet
- Arms hanging loosely at sides
- Minimal body sway
t=20β45:
- Initiation of vertical jumps
- Knees bend to prepare for takeoff
- Arms swing backward then forward for momentum
- First few jumps establish initial rhythm
t=45β65:
- ... | <motion_cot>[INTENT]
- goal: perform a rhythmic sequence of low-impact jumps in place with a pause in between
- style: calm, steady, and controlled with soft landings
- key_patterns: symmetrical vertical movement, knee flexion for shock absorption, static balance maintenance
- constraints: maintain upright posture thro... | <motion_12><motion_1781><motion_635><motion_354><motion_346><motion_354><motion_346><motion_992><motion_12><motion_12><motion_12><motion_12><motion_12><motion_278><motion_486><motion_346><motion_1584><motion_346><motion_991><motion_831> | <motion><motion_12><motion_1781><motion_635><motion_354><motion_346><motion_354><motion_346><motion_992><motion_12><motion_12><motion_12><motion_12><motion_12><motion_278><motion_486><motion_346><motion_1584><motion_346><motion_991><motion_831></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** "A person stands in a relaxed posture and begins jumping up and down on the spot. After a short pause, they... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person is standing in a neutral position, then makes two small jumps in place. After standing for a m... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** "A person stands in a relaxed posture and starts jumping up and down in place... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "A person stands in a relaxed posture and begins jumping up and down on the spot. After a short pause, they resume jumping again, maintaining a cons... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Structure:** Two main sections: [INTENT] and [EXECUTION].
* **IN... |
ep1_00224#2127#2423 | [
1334,
18,
750,
1214,
86,
1650,
1294,
1862,
1454,
432,
58,
1545,
231,
58,
58,
58,
141,
141,
58,
278,
972,
359,
244,
1100,
457,
2013,
1422,
984,
1987,
126,
1710,
401,
979,
1091,
865,
29,
1641
] | 0.076299 | The person stands, leaning slightly forward, extending their right leg forward with knees bent. They then retract the right leg, give a subtle shoulder shake, and straighten their posture. Following this, the person takes smooth lateral steps, moving side to side, gradually stepping backward while raising their arms sl... | Initially, the woman stands with a slight forward lean and arms spread a little to the sides. She straightens her posture, turns to her right, and stands neutrally though her hands appear unsteady. Next, she moves with side steps, alternating between right and left. | The person stands with a slight forward lean, right leg extended and knees bent. They retract the right leg, give a subtle shoulder shake, and straighten their posture. Then, they take smooth lateral steps, moving side to side, while gradually moving backward. As they step, they raise their arms slightly upwards, sprea... | The person begins by standing with a slight forward lean, arms somewhat spread to the sides. She then straightens her posture, pivots to her right, and assumes a neutral stance with her hands slightly unsteady. Following this, she takes side steps, moving to her right and then to her left. | First, the person stands slightly leaning forward with the arms slightly spread to the sides. Then she straightens up, turns to her right, and stands in a neutral resting position with unsteady hands. After that, she takes side steps to the right and left. | The person stands slightly leaning forward with the right leg extended forward and knees slightly bent. Then the person puts the right leg back, slightly shakes his shoulders, and straightens up. Then the person begins to take several side smooth steps from side to side, slightly moving back and raising his arms slight... | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a motion sequence that begins with a relaxed, off-balance posture, transitions into a controlled turn, and concludes with lateral locomotion. The key challenges involve capturing the subtle nuance of "unsteady hands" during the neutral stance and en... | <motion_cot>Keyframe 1:
- Slight forward lean
- Right leg extended, knees bent
- Weight primarily on left leg
Keyframe 2:
- Right leg retracted to neutral stance
- Torso straightened upright
- Shoulders relaxed in shake pose
Keyframe 3:
- Lateral step in progress
- Arms beginning to lift
- Weight shifting for backwar... | <motion_cot>[STATE 1]
- pose: standing with forward lean
- arms: spread to sides
- legs: weight distributed
- head: facing forward
- torso: angled forward slightly
- balance: slightly compromised
[TRANSITION 1 β 2]
- action: straighten and pivot right
- direction: vertical and rotational
- coordination: torso lifts wh... | <motion_cot>**t=0β20:**
- Initial standing posture
- Torso leans slightly forward
- Arms extended slightly outward from sides
**t=20β50:**
- Straightening of the spine
- Rotation of the upper body to the right
- Hands display subtle unsteadiness
- Alignment shifts to neutral stance
**t=50β80:**
- Commencement of late... | <motion_cot>[INTENT]
- goal: transition from a dynamic forward stance to a neutral upright posture, followed by rhythmic lateral movement with upper body engagement
- style: fluid and relaxed, emphasizing smooth weight transfers and coordinated arm elevation
- key_patterns: weight shift from forward lean to center, sho... | <motion_1334><motion_18><motion_750><motion_1214><motion_86><motion_1650><motion_1294><motion_1862><motion_1454><motion_432><motion_58><motion_1545><motion_231><motion_58><motion_58><motion_58><motion_141><motion_141><motion_58><motion_278><motion_972><motion_359><motion_244><motion_1100><motion_457><motion_2013><motio... | <motion><motion_1334><motion_18><motion_750><motion_1214><motion_86><motion_1650><motion_1294><motion_1862><motion_1454><motion_432><motion_58><motion_1545><motion_231><motion_58><motion_58><motion_58><motion_141><motion_141><motion_58><motion_278><motion_972><motion_359><motion_244><motion_1100><motion_457><motion_201... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis AI.
* **Input:** A textual description of a human movement ("Initially, the woman stands with a slight forward lean and arms spread a little to the sides. She straightens her postur... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement.
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...) with descriptions of overall p... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("The person begins by standing with a slight forward lean, arms somewhat spread to the sides... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a woman's movement (standing with lean, straightening, turning right, unsteady hands, side steps alternating).
... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A description of a person standing, leaning, stepping, shaking s... |
ep1_00002#2184#2382 | [
577,
577,
2044,
2044,
2044,
2044,
577,
140,
737,
1851,
546,
1823,
1258,
679,
546,
546,
1258,
247,
546,
546,
1509,
34,
436,
436
] | 0.045855 | The person stands in a relaxed neutral position. They begin to walk forward with a steady stride. After a few steps, they turn their body by rotating over their left shoulder, continuing in the new direction. | The person stands with legs shoulder-width apart and arms resting at their sides. They begin to walk forward in a relaxed manner. After a brief walk, they come to a stop and turn 180 degrees to the left, maintaining a relaxed posture throughout. | The individual starts in a neutral, relaxed standing position. They then begin to walk forward with even steps. Upon reaching a certain point, they pivot to the left by turning their head and torso over their left shoulder, adjusting their stance to face a new direction. | Standing relaxed with legs shoulder-width apart and arms hanging naturally, the person pauses momentarily. They then proceed to walk forward in a casual manner. After a few steps, they turn 180 degrees to the left and come to a stop, maintaining the relaxed posture. | The person stands relaxed with their legs shoulder-width apart and arms down. After a pause, the person walks forward in a relaxed manner, then turns 180 degrees to the left while stopping. | The person stands in a neutral resting position. Then, the person walks forward. Then, the person turns over their left shoulder. | <motion_cot>1. **Analyze the Request**: I need to construct a coherent animation sequence that depicts a human subject transitioning from a static, relaxed standing position into a casual walk, executing a specific directional rotation, and finally returning to a static state. The flow must prioritize natural biomechan... | <motion_cot>Keyframe 1:
- Relaxed neutral standing posture
- Feet shoulder-width apart, arms hanging loosely at sides
- Weight evenly distributed, balanced stance
Keyframe 2:
- Forward walking stride
- One leg extended forward, opposite arm swinging forward
- Torso upright, dynamic weight shift onto front leg
Keyfram... | <motion_cot>[STATE 1]
- pose: standing still
- arms: relaxed at sides
- legs: shoulder-width apart
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: initiate walking
- direction: forward
- coordination: weight shift to lead leg, arms begin natural swing
- dynamics: relaxed, steady pace
[... | <motion_cot>t=0β20:
- Relaxed neutral standing posture
- Weight evenly distributed on both feet
- Arms hanging loosely at sides
t=20β40:
- Initiate forward walking motion
- Weight shifts to left leg
- Right leg steps forward with steady stride
t=40β60:
- Establish rhythmic walking gait
- Arms swing naturally opposite... | <motion_cot>[INTENT]
- goal: execute a sequence of standing, walking, stopping, and pivoting
- style: relaxed, casual, and fluid
- key_patterns: natural gait cycle, controlled deceleration, rotational pivot mechanics
- constraints: maintain relaxed arm and torso posture, ensure stability during stop and turn
[EXECUTIO... | <motion_577><motion_577><motion_2044><motion_2044><motion_2044><motion_2044><motion_577><motion_140><motion_737><motion_1851><motion_546><motion_1823><motion_1258><motion_679><motion_546><motion_546><motion_1258><motion_247><motion_546><motion_546><motion_1509><motion_34><motion_436><motion_436> | <motion><motion_577><motion_577><motion_2044><motion_2044><motion_2044><motion_2044><motion_577><motion_140><motion_737><motion_1851><motion_546><motion_1823><motion_1258><motion_679><motion_546><motion_546><motion_1258><motion_247><motion_546><motion_546><motion_1509><motion_34><motion_436><motion_436></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("Standing relaxed... walk forward... turn 180 degrees... stop").
... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person stands in a relaxed neutral position. They begin to walk forward with a steady stride. After a... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** "The person stands relaxed with their legs shoulder-width apart and arms down. After a pause, the person walks forward in a relaxed man... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human motion description.
* **Input:** "The person stands in a relaxed neutral position. They begin to walk forward with a steady stride. After a few steps, they turn their body by ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a person standing, walking forward, stopping... |
m_gp_00473#128#342 | [
1114,
1114,
1418,
1650,
349,
349,
1267,
1318,
208,
208,
757,
757,
757,
757,
796,
796,
757,
757,
796,
236,
236,
236,
1361,
479,
1203,
661
] | 0.133217 | The individual swings a golf club to their right, then lowers their arms, spreading them out in a gesture of disappointment. They prepare for another attempt by gripping the club firmly, positioning their right leg back, and swiftly swinging the club forward to hit the ball. | The person stands facing left, slightly bending forward with a golf club in hand. They swing their hands backward, shifting weight as they swing the club forward. Their gaze follows the club, looking down during the swing and then back up after completing the motion. | The person swings a golf club to their right, then lowers their arms and spreads them out in disappointment. They reposition themselves, grabbing the club again, moving their right leg slightly back, and preparing to swing. With a focused motion, they swing the club forward and hit the ball. | The individual stands facing left, bending slightly forward to grip a golf club. They swing their hands backward subtly, shifting weight forward as they swing the club in a smooth forward motion. Their gaze moves from looking down at the club to looking back up. | The person is swinging the golf club to their right, then lowers their arms, spreading them out in disappointment. The person then prepares to hit again by grabbing the club and moving their right leg back, swinging and hitting the ball. | The person is facing towards the left, slightly bent forward as they lean down to hold a golf club in front of them after they slightly swing their hands backward, they shift their weight slightly as they swing the gold club forward while looking down and then looking back up. | <motion_cot>1. **Analyze the Request**: I need to synthesize a realistic golf swing animation sequence. The overall goal is to capture the biomechanics of a full swing, specifically focusing on the address stance, the weight transfer mechanics during the backswing and downswing, the trajectory of the club, and the spec... | <motion_cot>Keyframe 1:
- Standing address position facing left
- Torso bent forward at hips
- Golf club held low near ground
- Weight balanced on both feet
Keyframe 2:
- Backswing peak position
- Hands and club shifted backward behind body
- Weight shifted to back leg
- Torso rotated slightly away from target
Keyfra... | <motion_cot>[STATE 1]
- pose: post-swing finish
- arms: club held over right shoulder
- legs: weight shifted to front foot
- head: following ball trajectory
- torso: rotated to the right
- balance: extended stability
[TRANSITION 1 β 2]
- action: express disappointment
- direction: downward and outward
- coordination: ... | <motion_cot>t=0β25:
- Club swings through to the right side (follow-through)
- Torso rotates fully to the target line
- Momentum decelerates the club head
- Body weight shifts to the front foot
t=25β50:
- Arms lower from the follow-through position
- Hands spread outward in a wide gesture
- Shoulders slump slightly do... | <motion_cot>[INTENT]
- goal: simulate a golf swing sequence involving address, backswing, and downswing phases
- style: controlled, athletic, and focused with smooth transitions
- key_patterns: weight transfer synchronization, arm-torso rotation, gaze shift from down to up
- constraints: maintain balance during weight ... | <motion_1114><motion_1114><motion_1418><motion_1650><motion_349><motion_349><motion_1267><motion_1318><motion_208><motion_208><motion_757><motion_757><motion_757><motion_757><motion_796><motion_796><motion_757><motion_757><motion_796><motion_236><motion_236><motion_236><motion_1361><motion_479><motion_1203><motion_661> | <motion><motion_1114><motion_1114><motion_1418><motion_1650><motion_349><motion_349><motion_1267><motion_1318><motion_208><motion_208><motion_757><motion_757><motion_757><motion_757><motion_796><motion_796><motion_757><motion_757><motion_796><motion_236><motion_236><motion_236><motion_1361><motion_479><motion_1203><mot... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (golf swing).
* **Structure:** Three specific sections:
... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (golf swing).
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...), each describi... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A description of a person swinging a golf club, showing disappointment, repos... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human motion description.
* **Input:** A textual description of a person swinging a golf club, showing disappointment, preparing, and swinging again.
* **Output Format:** Time... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Structure:** Two parts: [INTENT] (high-level goals, style, patterns, c... |
m_gp_00330#501#697 | [
1517,
1517,
1517,
1517,
1517,
1517,
1517,
1517,
1517,
1517,
1517,
1517,
1517,
893,
1517,
1517,
1517,
1517,
1517,
1517,
1866,
1866,
1866,
1517
] | 0.065254 | The person is seated, leaning forward with their hands positioned between their legs. They slightly shake their head while alternately moving their hands and gently swinging their upper body from side to side. | The individual sits with legs bent and spread wide, leaning forward slightly. They tap their hands rhythmically on the floor in front of them as if drumming. Their head rocks from side to side and then up and down, synchronizing with the tapping motion of their hands. | The individual is seated, leaning forward with hands placed between their legs. Their head shakes slightly, and they alternate by moving their hands gently. Simultaneously, they swing their upper body from side to side in a rhythmic motion. | The person is seated on the floor with their legs bent and spread wide apart. They lean forward and tap their hands rhythmically in front of them, as if drumming. Their head rocks side to side and up and down, synchronizing with the hand tapping motion. | The person sits leaning forward, hands between legs and slightly shaking head. Alternately moves hands slightly and swings body from side to side. | The person is sitting with their legs bent and spread wide in front of them, leaning forward and tapping their hands in front of them at the level of their pelvis, behaving like a drummer. They rock their head from side to side, then up and down, in time with the hand taps. | <motion_cot>1. **Analyze the Request**: I need to synthesize a continuous, rhythmic animation sequence centered on a seated posture. The core challenge is synchronizing the upper body movements (hand tapping and head rocking) with a stable lower body base. The movement is cyclical, requiring consistent timing between t... | <motion_cot>**Keyframe 1:**
- Seated on floor with legs bent and spread wide
- Torso leaning forward slightly
- Head in neutral position, arms resting near floor
**Keyframe 2:**
- Hands contacting floor in front (drumming downbeat)
- Arms extended forward from shoulders
- Head tilted laterally to one side
**Keyframe ... | <motion_cot>[STATE 1]
- pose: seated, leaning forward
- arms: hands placed between legs
- legs: knees bent, feet planted
- head: neutral with slight tremor
- torso: flexed forward
- balance: stable seated
[TRANSITION 1 β 2]
- action: initiate upper body swing
- direction: lateral oscillation
- coordination: torso rota... | <motion_cot>t=0β20:
- Seated posture with forward torso lean
- Hands positioned between knees
- Stable balance, minimal initial movement
t=20β40:
- Head initiates slight shaking motion
- Neck muscles engage lightly
- Gaze remains neutral or downward
t=40β60:
- Hands alternate subtle micro-movements
- Fingers shift we... | <motion_cot>[INTENT]
- goal: generate a relaxed seated motion involving subtle upper body and limb coordination
- style: fluid, casual, low-energy, and rhythmic
- key_patterns: synchronized torso rotation with alternating hand gestures and head movement
- constraints: maintain seated posture throughout, keep hands posi... | <motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_893><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1866><motion_1866><motion_1866><motion_1517> | <motion><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_893><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1517><motion_1866><motion_1866><motion_1866><motion_1517><... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (sitting, legs bent/spread, leaning forward, hand tapping like a ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Keyframe Planning" representation for a given motion description.
* **Role:** Advanced motion synthesis AI.
* **Input:** A textual description of a human movement (sitting, tapping hands, head movement).
* **Output Format:**... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a provided textual description of human movement.
* **Input:** A short description of a seated person leaning forward, hands betwee... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "The person sits leaning forward, hands between legs and slightly shaking head. Alternately moves hands slightly and swings body from side to side."... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a movement ("The person is seated, leaning forward with... |
gp_00413#768#970 | [
805,
1392,
1365,
1365,
1365,
1365,
1365,
1365,
1250,
1365,
402,
402,
1365,
299,
2045,
2045,
2045,
1365,
1365,
1985,
1437,
898,
898,
482,
932
] | 0.086587 | The person stands upright, tilts their body to the left while looking upward, then shifts their weight to the right, followed by a shift back to the left, creating a waddling motion while keeping their gaze directed upward. | A person shifts their weight between each foot, then leans to the left while stretching their entire body upward, standing on tiptoes. Next, they lean slightly to the right, extending and waving their straight arms. | The person begins by leaning their torso to the left while tilting their head upward to look at the sky or ceiling. They then shift their body to the right, maintaining an upward gaze, before returning to the left, creating a slight waddling movement from side to side. | The person sways from one foot to the other before leaning left and stretching their body upwards, rising onto their tiptoes. Then, they lean slightly to the right, extending and waving their straight arms to the side. | A person leans left while looking up, and then leans right and left in a waddle while looking up. | A person shifts from foot to foot and leans to the left, stretching their whole body upward and standing on tiptoe, after which they leans slightly to the right and wave their straight arms. | <motion_cot>1. **Analyze the Request**: I need to synthesize a motion sequence that begins with a weight transfer, transitions into a full-body vertical stretch involving a lateral lean and tiptoe, and concludes with a contrasting lateral lean and arm gesture. The physics must account for balance during the tiptoe exte... | <motion_cot>Keyframe 1:
- Torso leaning significantly to the left
- Weight supported by the left leg, knees slightly flexed
- Head tilted back, gaze directed upward
Keyframe 2:
- Torso leaning significantly to the right
- Weight transferred to the right leg, knees bent for stability
- Head maintains upward tilt, gaze ... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: relaxed at sides
- legs: straight, weight evenly distributed
- head: neutral gaze
- torso: vertical
- balance: stable
[TRANSITION 1 β 2]
- action: tilt body left and look up
- direction: lateral left
- coordination: torso leans while head lifts
- dynamics: fluid, ... | <motion_cot>t=0β20:
- Initial upright standing posture
- Feet grounded, weight evenly distributed
- Head begins to tilt upward, gaze directed skyward
t=20β45:
- Torso tilts laterally to the left
- Weight shifts fully onto the left leg
- Hips sway outward to maintain balance
- Gaze remains fixed upward despite body lea... | <motion_cot>[INTENT]
- goal: execute a sequence of lateral body tilts transitioning into a rhythmic waddling motion
- style: exaggerated side-to-side sway with fixed upward gaze
- key_patterns: decoupling head orientation from torso movement, alternating weight transfer
- constraints: maintain consistent upward head an... | <motion_805><motion_1392><motion_1365><motion_1365><motion_1365><motion_1365><motion_1365><motion_1365><motion_1250><motion_1365><motion_402><motion_402><motion_1365><motion_299><motion_2045><motion_2045><motion_2045><motion_1365><motion_1365><motion_1985><motion_1437><motion_898><motion_898><motion_482><motion_932> | <motion><motion_805><motion_1392><motion_1365><motion_1365><motion_1365><motion_1365><motion_1365><motion_1365><motion_1250><motion_1365><motion_402><motion_402><motion_1365><motion_299><motion_2045><motion_2045><motion_2045><motion_1365><motion_1365><motion_1985><motion_1437><motion_898><motion_898><motion_482><motion... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("A person shifts from foot to foot and leans to the left, stretc... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** "A person leans left while looking up, and then leans right and left in a waddle while looking up."
* **Output Format:** Numbered keyframes ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** "The person stands upright, tilts their body to the ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "The person stands upright, tilts their body to the left while looking upward, then shifts their weight to the right, followed by a shift back to th... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** "A person leans left while looking up, and then leans right and left in a waddle... |
m_ep2_00757#0#282 | [
1100,
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191,
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116,
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1504,
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570,
924,
1824,
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] | 0.153515 | The woman stands upright with arms at her sides. She jumps, twisting mid-air over her left shoulder, raising her bent arms to chest height. Upon landing, she lowers her arms, rotates over her right shoulder, brings her arms together, then jumps to the left again with arms bent at chest level before lowering them back d... | The individual stands in a relaxed stance, leans forward, and jumps, turning 180Β° to the left. Afterwards, they lower their arms and head, swing their arms back, and turn 180Β° to the right while slightly bending their elbows, bringing their hands together near their stomach. Then, they lean down, swing their arms back ... | The woman stands upright, arms resting by her sides. She jumps while rotating over her left shoulder, lifting her bent arms to chest height. Upon landing, she lowers her arms and rotates to the right, joining her hands before jumping left again, with arms bent at chest level. She finishes by lowering her arms down. | The person stands naturally, leans forward, and jumps, turning 180Β° to the left. They lower their arms and head slightly, move both arms back, and then turn 180Β° to the right, bending their elbows and bringing their arms together at stomach level. The individual leans down again, swings their arms back, and executes a ... | The persona stands in a natural pose and leans forward, jumping and turning 180Β° to the left. Then, the person lowers their arms and heads slightly, moving both arms back, turning 180Β° to the right, slightly bending their elbows, and bringing their arms together at stomach level. Next, the person leans down again, move... | The person stands straight, lowering her arms along her body, and actively jumps, turning over her left shoulder in the air and raising her bent arms at the level of her chest. Then, she lowers her arms, turns over her right shoulder, moves her arms together, jumps to the left again with her arms bent at chest level, a... | <motion_cot>1. **Analyze the Request**: I need to synthesize a continuous motion sequence that transitions from a static standing pose into two distinct jumping phases with specific rotational and arm constraints. The first action is an aerial rotation over the left shoulder, followed by a recovery phase. The second ac... | <motion_cot>Keyframe 1:
- Natural upright standing posture
- Arms relaxed at sides
- Facing forward with balanced weight distribution
Keyframe 2:
- Torso leaning forward
- Arms swung back behind body
- Weight shifted to balls of feet for jump initiation
Keyframe 3:
- Mid-air jump phase
- Body rotated 180Β° to the left... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: relaxed at sides
- legs: straight, weight distributed
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: jump with left shoulder twist
- direction: upward and rotational
- coordination: legs extend, torso rotates left, arms lift
- dyna... | <motion_cot>t=0β30:
- Natural standing posture
- Torso leans forward
- Weight shifts forward
t=30β70:
- Explosive jump initiation
- 180Β° rotation to the left mid-air
- Arms extend for lift
t=70β100:
- Landing impact absorption
- Arms and head lower slightly
- Body stabilizes
t=100β140:
- Pivot 180Β° to the right
- El... | <motion_cot>[INTENT]
- goal: perform a sequence of two rotational jumps with distinct arm configurations and directional changes
- style: agile and rhythmic with controlled rotational momentum and clear arm transitions
- key_patterns: alternating shoulder rotation (left/right), arm elevation during flight phases, hand ... | <motion_1100><motion_1741><motion_12><motion_1388><motion_191><motion_1824><motion_851><motion_1757><motion_116><motion_1551><motion_1433><motion_1504><motion_898><motion_1064><motion_1426><motion_1960><motion_959><motion_1582><motion_515><motion_1578><motion_1414><motion_895><motion_1442><motion_570><motion_924><motio... | <motion><motion_1100><motion_1741><motion_12><motion_1388><motion_191><motion_1824><motion_851><motion_1757><motion_116><motion_1551><motion_1433><motion_1504><motion_898><motion_1064><motion_1426><motion_1960><motion_959><motion_1582><motion_515><motion_1578><motion_1414><motion_895><motion_1442><motion_570><motion_92... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement sequence.
* **Output Structure:** Three specific sections:
... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement involving standing, jumping, turning, arm movements, and crouching/leaning.
* **Output Format:** Numb... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a provided textual description of human movement.
* **Output Format:** Alternating [STATE] and [TRANSITION] blocks with specific fi... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human motion description.
* **Input:** A textual description of a complex movement sequence involving standing, leaning, jumping, turning (180Β° left, 180Β° right, 180Β° left), arm mov... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Output Format:** Specific format with [INTENT] and [EXECUTION] section... |
st3_00164#0#126 | [
1143,
1143,
1143,
1143,
1143,
1158,
1158,
1158,
1143,
1143,
1143,
1143,
1143,
1143,
1143
] | 0.903565 | The individual sits cross-legged in a Turkish pose with arms resting on thighs, palms half-open. In a relaxed manner, they slightly tilt their head backward, maintaining the seated posture throughout. | A person sits cross-legged in the lotus position, with both feet resting on the opposite thighs. They maintain an upright posture and gently lift their head, as if looking slightly upward. | The individual is seated in a cross-legged Turkish pose, with their arms resting on their legs and palms partially open. They gently tilt their head backward, maintaining a calm and relaxed posture. | A person sits cross-legged in the lotus position, with their legs folded comfortably. They gently raise their head, lifting their chin slightly, as if gazing upwards or stretching their neck in a relaxed manner. | The person calmly sits in a Turkish pose with his arms on his legs with half-open palms. Then he slightly tilts back his head. | A person sits in the lotus position and slightly raises their head. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a calm, low-energy motion sequence centered on a seated posture. The animation must capture the transition into a specific cross-legged configuration (Turkish pose), the placement of upper limbs with specific hand orientation (half-open palms), and ... | <motion_cot>Keyframe 1:
- Seated in lotus position
- Legs crossed with feet resting on opposite thighs
- Head in neutral alignment with spine
- Torso upright and relaxed
Keyframe 2:
- Seated in lotus position maintained
- Legs and pelvis stable
- Head slightly raised and extended upward
- Chin lifted, gaze directed fo... | <motion_cot>[STATE 1]
- pose: seated lotus
- arms: resting gently on knees
- legs: crossed, feet tucked against thighs
- head: neutral, gaze directed downward
- torso: upright
- balance: stable on sit bones
[TRANSITION 1 β 2]
- action: raise head
- direction: upward
- coordination: cervical spine extends while torso a... | <motion_cot>t=0β20:
- Seated in cross-legged Turkish pose
- Arms resting on thighs, palms partially open
- Torso upright and stable
t=20β40:
- Gentle initiation of neck extension
- Head begins to tilt backward slowly
- Shoulders remain relaxed and level
t=40β60:
- Head reaches maximum backward tilt
- Chin lifts towar... | <motion_cot>[INTENT]
- goal: establish a stable seated posture and perform a subtle upper body adjustment
- style: calm, meditative, and controlled
- key_patterns: lower body fixation with isolated cervical movement
- constraints: maintain lotus leg configuration and limit head lift amplitude
[EXECUTION]
Step 1:
- act... | <motion_1143><motion_1143><motion_1143><motion_1143><motion_1143><motion_1158><motion_1158><motion_1158><motion_1143><motion_1143><motion_1143><motion_1143><motion_1143><motion_1143><motion_1143> | <motion><motion_1143><motion_1143><motion_1143><motion_1143><motion_1143><motion_1158><motion_1158><motion_1158><motion_1143><motion_1143><motion_1143><motion_1143><motion_1143><motion_1143><motion_1143></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person calmly sits in a Turkish pose with his arms on his l... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** "A person sits in the lotus position and slightly raises their head."
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...),... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** "A person sits in the lotus position and slightly raises their head."
* ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** "The individual is seated in a cross-legged Turkish pose, with their arms resting on their l... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** "A person sits in the lotus position and slightly raises their head."
* **... |
m_gp_00182#1897#2097 | [
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] | 0.036107 | The individual stands calmly and raises their left arm, waving their left hand in a greeting motion. They then lower their left arm, lift their right arm, and shake their right hand in a similar greeting gesture. | The person stands upright and maintains a serious expression while alternately waving their right hand and then their left hand in a steady, rhythmic manner. | The person stands calmly, raising their left arm to perform a gentle wave with their left hand. They then lower the left arm and transition to lifting their right arm, shaking their right hand in a similar greeting motion. | The person stands in a serious posture, alternating between waving with their right hand and their left hand while maintaining focus. | The person calmly greeting. The person lifts their shoulder left arm and shakes their left hand, then they lower it and lift their right arm and shake their right hand. | The person stands seriously and waves alternately with his right and left hand. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a motion sequence where a subject maintains a stable, upright, and serious stance while performing a repetitive upper-body gesture. The core challenge is to isolate the arm movements (alternating right and left waves) without compromising the lower ... | <motion_cot>Keyframe 1:
- Upright standing posture with serious expression
- Arms relaxed at sides, palms facing inward
- Head facing forward, maintaining focus
Keyframe 2:
- Right arm raised in a waving motion
- Left arm remains at side
- Torso stable, weight balanced on both feet
Keyframe 3:
- Left arm raised in a ... | <motion_cot>Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** "The person stands calmly, raising their... | <motion_cot>t=0β20:
- Upright standing posture
- Serious demeanor, minimal facial movement
- Arms resting naturally at sides
- Stable weight distribution, grounded balance
t=20β40:
- Right arm lifts smoothly from side
- Shoulder and elbow extend slightly
- Hand waves in a controlled, rhythmic arc
- Torso remains rigid... | <motion_cot>[INTENT]
- goal: perform a calm bilateral greeting gesture using alternating hand waves
- style: relaxed, polite, and socially appropriate
- key_patterns: sequential left-to-right limb activation, smooth vertical transitions, stable upper body posture
- constraints: maintain gentle motion amplitude, ensure ... | <motion_2016><motion_2016><motion_2016><motion_289><motion_643><motion_3><motion_202><motion_581><motion_581><motion_581><motion_581><motion_581><motion_581><motion_581><motion_1992><motion_581><motion_267><motion_339><motion_3><motion_468><motion_1622><motion_1622><motion_326><motion_1622><motion_2016> | <motion><motion_2016><motion_2016><motion_2016><motion_289><motion_643><motion_3><motion_202><motion_581><motion_581><motion_581><motion_581><motion_581><motion_581><motion_581><motion_1992><motion_581><motion_267><motion_339><motion_3><motion_468><motion_1622><motion_1622><motion_326><motion_1622><motion_2016></motion... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis.
* **Input:** "The person stands in a serious posture, alternating between waving with their right hand and their left hand while maintaining focus."
* **Structure:** Three sp... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** "The person stands in a serious posture, alternating between waving with their right hand and their left hand while maintaining focus."
* **... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** "The person stands calmly, raising their left arm to... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human motion description.
* **Input:** "The person stands seriously and waves alternately with his right and left hand."
* **Output Format:** Time intervals (t=0βT1, t=T1βT2, ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** "The person calmly greeting. The person lifts their shoulder left arm and shakes... |
gp_00318#0#216 | [
984,
1978,
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1821,
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203,
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962,
1768,
1792,
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866,
417,
147,
147,
147,
1912,
1861,
866,
417,
417,
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147,
147
] | 0.038078 | A person stands upright with their feet shoulder-width apart. They lift their right hand to chest level, bring it towards their mouth, simulating an eating motion. After taking a bite, they lower their hand back to chest level, repeating the motion. | The person stands upright with arms relaxed at their sides. They slightly bend forward and bow their head, bringing their bent right hand to their mouth twice as if eating. After the second motion, they pause with their right arm bent and extended forward in a stopped position. | The person stands upright with feet shoulder-width apart. They raise their right hand to chest level, bringing it towards their mouth as if eating, then lower it back to chest level, repeating this motion. | A person stands upright with arms relaxed at their sides. They lean forward slightly, bow their head, and use their bent right hand to mimic eating, bringing it to their mouth twice. The motion concludes with the right arm bent and extended forward. | A person is standing upright, feet shoulder-width apart, eating. They raise their right hand to chest level, bring it to their mouth, and lower it to chest level. | A person seriously stands with his arms down along his body, then bends forward a little, bows his head and begins to eat with his bent right hand, bringing it to his mouth twice, at the end he stops with his bent arm extended forward. | <motion_cot>1. **Analyze the Request**: I need to synthesize a coherent animation sequence depicting a subtle upper-body gesture involving eating. The flow transitions from a neutral standing state into a forward-leaning posture, executes a repetitive hand-to-mouth action twice, and terminates in a specific static hold... | <motion_cot>**Keyframe 1:**
- Standing upright, feet shoulder-width apart
- Right hand holding food near waist
- Torso neutral, balanced
**Keyframe 2:**
- Standing upright, feet planted
- Right arm flexed at elbow
- Hand raised to chest level
**Keyframe 3:**
- Standing with slight torso stability
- Right hand at mout... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: relaxed at sides
- legs: straight, stable
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: lean and bow
- direction: forward and down
- coordination: torso flexes forward, head lowers
- dynamics: slow, deliberate
[STATE 2]
- pose: s... | <motion_cot>t=0β20:
- Serious upright stance
- Arms hanging loosely at sides
- Minimal body sway, stable balance
- Tension in posture suggests focus
t=20β40:
- Torso initiates controlled forward lean
- Head bows downward
- Shoulders relax slightly into the bend
- Transition from static standing to active posture
t=40... | <motion_cot>[INTENT]
- goal: Simulate miming eating gestures while standing, concluding with a static pose
- style: Casual and naturalistic with a deliberate freeze at the end
- key_patterns: Upper body flexion synchronized with hand trajectory, repetitive hand-to-mouth movement, transition from motion to stillness
- c... | <motion_984><motion_1978><motion_100><motion_1821><motion_1821><motion_1821><motion_1821><motion_203><motion_444><motion_962><motion_1768><motion_1792><motion_1033><motion_1817><motion_866><motion_417><motion_147><motion_147><motion_147><motion_1912><motion_1861><motion_866><motion_417><motion_417><motion_417><motion_1... | <motion><motion_984><motion_1978><motion_100><motion_1821><motion_1821><motion_1821><motion_1821><motion_203><motion_444><motion_962><motion_1768><motion_1792><motion_1033><motion_1817><motion_866><motion_417><motion_147><motion_147><motion_147><motion_1912><motion_1861><motion_866><motion_417><motion_417><motion_417><... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI (technical planner analyzing physics/animation).
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("A person stands... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** "A person is standing upright, feet shoulder-width apart, eating. They raise their right hand to chest level, bring it to their mouth, and lower i... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A specific textual description of a person mimicking eating.
* **Output... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** "A person seriously stands with his arms down along his body, then bends forward a little, b... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a person standing, bending forward, bowing h... |
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] | 0.154071 | The individual is engaged in playing American football. They lean forward, knees bent in a squat position, lowering their hands. Holding the football in the right hand, they snap it back between their legs while turning slightly to their left. Following the snap, they run forward briefly and halt, pivoting on their rig... | A person stands upright with arms relaxed. They bend forward slightly, extending their right hand between their legs. Then, in a fluid motion, they pivot and run to their right side, maintaining a natural posture throughout. | The person is engaged in American football. They crouch slightly with knees bent, lowering their hands. Grasping the ball with their right hand, they snap it backward between their legs, then pivot slightly to the left. After this motion, they initiate a forward run, halting briefly before turning to their right side. | The individual stands relaxed in a neutral stance. They bend forward slightly, extend their right arm between their legs, and quickly shift their weight to initiate a run to the right side. | The person is playing American football. They leans forward, squats with his knees slightly bent, and lowers his hands. Then he holds the ball with his right hand, throws it back between his legs, and turns slightly to their left. Then he starts to run forward and stops, turning with their right side. | A person stands in a natural position, bends forward, moves his right hand between his legs, and runs to his right side. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous animation sequence depicting an American football player executing a specific play. The movement involves a transition from a static, low-center-of-gravity stance into a dynamic snap, followed by a short burst of running, a rapid decele... | <motion_cot>Keyframe 1:
- Upright standing posture
- Arms relaxed at sides
- Weight evenly distributed on both feet
Keyframe 2:
- Torso bent forward at waist
- Right arm extended downward between legs
- Left arm slightly raised for balance
Keyframe 3:
- Body rotating towards the right
- Weight transferring to left fo... | <motion_cot>[STATE 1]
- pose: athletic squat stance
- arms: hands lowered, right hand gripping football
- legs: knees bent, feet planted, weight forward
- head: facing ground/forward
- torso: leaned forward significantly
- balance: stable, loaded for movement
[TRANSITION 1 β 2]
- action: snap and turn
- direction: bac... | <motion_cot>t=0β30:
- Assume athletic ready stance
- Torso leans forward
- Knees flexed in slight squat
- Hands lower toward ground
t=30β65:
- Grip ball with right hand
- Swing ball backward between legs
- Torso rotates slightly left
- Motion is deceptive and controlled
t=65β110:
- Explosive acceleration forward
- Le... | <motion_cot>[INTENT]
- goal: transition from a static forward reach into a directional run towards the right
- style: fluid and natural, emphasizing seamless integration of static and dynamic phases
- key_patterns: weight transfer from vertical to bent, rotational momentum for pivoting, arm-leg coordination for running... | <motion_986><motion_986><motion_986><motion_1088><motion_1088><motion_1088><motion_35><motion_2044><motion_1104><motion_1597><motion_744><motion_744><motion_561><motion_531><motion_845><motion_845><motion_224><motion_224><motion_224><motion_224><motion_224><motion_224><motion_224><motion_224><motion_1135><motion_425><m... | <motion><motion_986><motion_986><motion_986><motion_1088><motion_1088><motion_1088><motion_35><motion_2044><motion_1104><motion_1597><motion_744><motion_744><motion_561><motion_531><motion_845><motion_845><motion_224><motion_224><motion_224><motion_224><motion_224><motion_224><motion_224><motion_224><motion_1135><motio... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis AI.
* **Input:** A textual description of a human movement (American football player snapping the ball and pivoting).
* **Structure:** Three specific sections: 1. Analyze the ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** "A person stands upright with arms relaxed. They bend forward slightly, extending their right hand between their legs. Then, in a fluid motion, th... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of an American football play (snap, run, pivot).
* **Output Format:** Alternating [STATE] and [TRANSITION] blocks with... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person playing American football (leaning, squatting, lowering ha... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** "A person stands upright with arms relaxed. They bend forward slightly, extendin... |
m_gp_00210#920#1210 | [
1664,
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630,
1642,
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630,
1642,
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1720,
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] | 0.15263 | The individual stands upright, raising their arms and bending them at the elbows in front of their chest. They repeatedly spread their elbows outward, then extend their arms straight to the sides, stretching fully. | The person stands upright, with hands raised in front of their chest, elbows bent. They move their forearms back and forth. Next, they extend their arms fully to the sides and perform a similar back-and-forth motion. Then, lowering their arms, they turn their torso to the left, lift their left leg bent at the knee, and... | The person stands, lifting their arms with elbows bent in front of their chest. They repeatedly spread their elbows outward to the sides and then straighten their arms fully to the sides, completing a stretching motion. | The person stands and exercises by raising their hands in front of their chest, elbows bent, moving them back and forth. Then, they extend their arms to the sides, continuing the back-and-forth motion. Next, they lower their arms, turn to the left, lift their left leg with the knee bent, and then lower it back to the g... | The person stands and stretches, arms raised and bent at the elbows in front of the chest and spreads the elbows to the sides several times, then straightens the arms to the sides. | The person stands and exercises with their hands raised in front of their chest bent to the elbow moving them back and forth. The person extends their hands to their sides and moves them back and forth. The person lowers their hands, turns to their left side, lifts their left leg bent to the knee, and lowers it. | <motion_cot>**1. Analyze the Request**
The objective is to synthesize a continuous exercise routine involving upper body oscillations followed by a lower body balance movement. The sequence begins with static standing, transitions through two distinct arm oscillation patterns (chest-level and side-level), and concludes... | <motion_cot>Keyframe 1:
- Upright standing posture
- Hands positioned at chest level
- Elbows bent, arms moving back and forth
Keyframe 2:
- Upright standing posture
- Arms extended horizontally to sides
- Elbows straight, continuing back-and-forth motion
Keyframe 3:
- Upright standing posture
- Arms lowered to sides... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: hands raised in front of chest, elbows bent
- legs: straight, weight evenly distributed
- head: neutral, facing forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: forearm oscillation
- direction: back and forth
- coordination: upper arms stati... | <motion_cot>t=0β20:
- Upright standing posture
- Hands raised in front of chest, elbows bent
- Forearms oscillate horizontally back and forth
- Controlled upper body rhythm
t=20β40:
- Arms extend fully outward to the sides
- Elbows straighten during transition
- Back-and-forth motion continues laterally
- Shoulders en... | <motion_cot>[INTENT]
- goal: execute a sequential exercise routine involving upper body arm oscillations and a lower body leg lift with rotation
- style: rhythmic and controlled exercise movements
- key_patterns: alternating arm positions (front flexion vs. lateral extension), coordinated torso rotation with contralate... | <motion_1664><motion_1642><motion_630><motion_1664><motion_630><motion_1642><motion_630><motion_1664><motion_630><motion_1642><motion_630><motion_217><motion_1660><motion_586><motion_1437><motion_1720><motion_1437><motion_586><motion_1660><motion_1720><motion_2042><motion_586><motion_586><motion_1253><motion_775><motio... | <motion><motion_1664><motion_1642><motion_630><motion_1664><motion_630><motion_1642><motion_630><motion_1664><motion_630><motion_1642><motion_630><motion_217><motion_1660><motion_586><motion_1437><motion_1720><motion_1437><motion_586><motion_1660><motion_1720><motion_2042><motion_586><motion_586><motion_1253><motion_77... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person stands and exercises by raising their hands in front... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement (exercise routine involving arm movements and leg lifting).
* **Output Format:** Numbered keyframes (... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A description of a person standing, moving arms, extending arms, then turning... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a sequence of movements (standing, arm movements, torso turn, leg lift).
* **Output Format:** Structured time... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a person exercising (hands raised, moving ba... |
ep1_00249#4764#4923 | [
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1912,
256,
256,
256,
256,
115,
115,
622,
570,
1219,
1219,
1219,
1588,
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] | 0.0715 | The person begins standing neutrally, extends their right arm to grab a bottle at head height. They tilt the bottle, pouring contents into their left hand, switch hands, and place the bottle back. With both hands clasped together near their chest, they raise them to their head, vigorously massaging their hair, performi... | The individual stands upright and extends their right hand forward, mimicking the action of grabbing an object. They then pour the imaginary substance onto their left hand. Afterward, they return the object back with their right hand and proceed to wash their face using both hands in a smooth motion. | The person stands neutrally and extends their right hand forward to grab a bottle at head height. They tilt the bottle to pour its contents into the left palm resting on the bent arm. After putting the bottle back, they bring their palms together at chest level, raise them to their face, and proceed to wash their hair ... | The person stands upright, extends their right hand forward as if to grasp an object. They mimic pouring it into their left hand, then place it back with their right hand. Finally, they use both hands to wash their face in a circular motion. | The person stands upright, reaches forward with their right hand as if to take something and pours it onto their left hand. Then puts it back with their right hand and washes their face with both hands. | The person stands in a neutral resting position, extends his right hand forward, takes the bottle at head level, pours the contents into the left palm of his bent arm, and puts the bottle back. Then, he clasps the palms of his bent arms together at chest level and raises them to his face, washing his hair vigorously. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous animation sequence depicting a specific hygiene routine involving object manipulation followed by personal grooming. The motion flow transitions from a static neutral stance to a precise reach-and-grasp interaction, followed by a physic... | <motion_cot>Keyframe 1:
- Upright standing posture
- Arms relaxed at sides
- Balanced stance
Keyframe 2:
- Right arm extended forward
- Left arm at side
- Torso stable
Keyframe 3:
- Right hand tilted over left hand
- Left hand cupped upward
- Elbows slightly bent
Keyframe 4:
- Right arm retracting to side
- Left arm... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: relaxed at sides
- legs: straight, stable stance
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: extend right hand forward
- direction: forward and slightly upward
- coordination: shoulder rotation, arm extension
- dynamics: deliber... | <motion_cot>t=0β20:
- Standing neutral posture
- Arms relaxed at sides
- Stable weight distribution
t=20β50:
- Right arm extends upward and forward
- Grip forms around bottle at head height
- Left arm begins to bend at elbow
t=50β80:
- Bottle tilted carefully
- Liquid pours into left palm
- Torso stabilizes to mainta... | <motion_cot>[INTENT]
- goal: execute a personal grooming sequence involving liquid transfer and hair washing
- style: precise manipulation during pouring, energetic and repetitive during washing
- key_patterns: bilateral hand coordination, vertical arm elevation, weight stability during reach
- constraints: maintain ba... | <motion_1014><motion_1014><motion_1014><motion_1014><motion_1348><motion_1912><motion_256><motion_256><motion_256><motion_256><motion_115><motion_115><motion_622><motion_570><motion_1219><motion_1219><motion_1219><motion_1588><motion_1588> | <motion><motion_1014><motion_1014><motion_1014><motion_1014><motion_1348><motion_1912><motion_256><motion_256><motion_256><motion_256><motion_115><motion_115><motion_622><motion_570><motion_1219><motion_1219><motion_1219><motion_1588><motion_1588></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (standing, grabbing a bottle, pouring, putting back, washing hair... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person stands upright, reaches forward with their right hand as if to take something and pours it ont... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Output Format:** Alternating [STATE] and [TRANSITION] blocks with specific keys (pose,... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person grabbing a bottle, pouring, putting it back, washing hands, and washing hair.
* **Output Format:** S... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Structure:** Two main sections: [INTENT] (high-level goals, style, pat... |
m_ep1_00067#5615#5886 | [
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390,
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1197,
1197,
1870,
313,
466,
466,
1807,
1807,
1807,
85,
85,
85,
388,
1197,
1460,
1460
] | 0.07524 | Starting in a relaxed stance, the person moves their arms as if imitating flight. They gently turn left, then right, raising their right arm and leaning forward. Then they lift the left arm, leaning forward and alternating sides. Both arms extend outward, simulating flying motions as they lean slightly, first to the ri... | The person stands with legs slightly apart in a neutral position. They begin moving their arms in circular motions at their sides, simultaneously rotating their torso from right to left in a rhythmic manner. | The person starts in a neutral standing position with arms at their sides. They gently turn left, then right, lifting the right arm sideways while leaning slightly forward. Next, the left arm rises as both arms extend outward, simulating a flying motion. The body sways forward and right, then forward and left, maintain... | The individual stands with legs slightly apart in a neutral stance. They initiate circular hand movements on both sides while rhythmically rotating their torso to the right and left. | The person moves his arms as if he were flying. His initial position is neutral for rest with his arms down. Then he turns slightly to the left. Then he turns slightly to the right, lifting his right arm to the side and leaning his body forward. Then he raises his left arm to the side, and with both arms spread, begins... | The person stands in a neutral position with their legs slightly apart. Then the person starts moving both hands on their sides in circular motion while turning their body right and left. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous upper-body movement sequence while maintaining a stable lower-body stance. The core challenge is coordinating the simultaneous rotation of the torso and circular motion of the arms without compromising the neutral leg position. The move... | <motion_cot>Keyframe 1:
- Upright neutral standing posture
- Arms relaxed hanging at sides
- Feet shoulder-width apart, weight evenly balanced
Keyframe 2:
- Torso rotated slightly to the left
- Head aligned with torso rotation
- Arms neutral, legs stable
Keyframe 3:
- Torso rotated to the right
- Right arm lifted to ... | <motion_cot>[STATE 1]
- pose: neutral standing
- arms: relaxed at sides
- legs: straight, weight evenly distributed
- head: facing forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: gentle turn left then right, lift right arm
- direction: rotational and lateral
- coordination: torso turns while ri... | <motion_cot>t=0β30:
- Relaxed standing posture
- Weight balanced evenly on both feet
- Arms hanging loosely at sides
t=30β60:
- Initiate flight imitation
- Arms begin gentle undulating motion
- Shoulders engage softly to simulate lift
t=60β90:
- Torso rotates left then right
- Right arm raises upward
- Upper body lea... | <motion_cot>[INTENT]
- goal: simulate bird-like flight through coordinated arm gestures and torso movements
- style: fluid, expressive, and balanced with an imitative quality
- key_patterns: alternating arm lifts, forward-leaning flight posture, lateral torso shifts, wide arm extension
- constraints: maintain center of... | <motion_507><motion_1163><motion_1163><motion_390><motion_390><motion_390><motion_390><motion_1224><motion_1271><motion_1271><motion_1305><motion_427><motion_1773><motion_1773><motion_85><motion_85><motion_388><motion_1197><motion_1197><motion_1870><motion_313><motion_466><motion_466><motion_1807><motion_1807><motion_1... | <motion><motion_507><motion_1163><motion_1163><motion_390><motion_390><motion_390><motion_390><motion_1224><motion_1271><motion_1271><motion_1305><motion_427><motion_1773><motion_1773><motion_85><motion_85><motion_388><motion_1197><motion_1197><motion_1870><motion_313><motion_466><motion_466><motion_1807><motion_1807><... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person stands with legs slightly apart in a neutral positio... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement (arms moving as if flying, turning, leaning, spreading arms).
* **Output Format:** Numbered keyframes... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** A description of a person starting neutral, turning,... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement (imitating flight, turning, arm movemen... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Output Format:** Specific format with `[INTENT]` and `[EXECUTION]` sec... |
m_ep1_00195#999#1281 | [
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] | 0.107022 | The person begins by standing naturally. They tilt their torso slightly forward and perform a small jump forward. Repeating this motion, they again tilt slightly and jump forward. Next, they tilt their torso strongly forward and execute a more pronounced jump forward, continuing with another strong forward tilt followe... | The individual stands neutrally, then leans forward slightly and performs four consecutive jumps. With each jump, the lean before taking off becomes more pronounced, increasing the forward thrust and height of each leap. | The person stands upright, slightly tilts their torso forward, and performs a forward jump. They repeat this motion, tilting their torso slightly each time. Subsequently, they tilt their torso more strongly forward and make another forward jump, repeating the motion with pronounced torso tilts before each jump. | The person stands still, then leans forward slightly and performs four forward jumps. With each successive jump, the person leans a bit more forward, increasing the jump's amplitude, before landing and preparing for the next jump. | The person stands in a natural pose, tilts the torso slightly forward and jumps forward, tilts the torso slightly forward, and jumps forward. Then he tilts the torso strongly forward and jumps forward, and again tilts the torso strongly forward and jumps forward. | The person stands in a neutral resting position, then leans slightly and makes four jumps forward, with each jump the amplitude of the lean before the jump increases. | <motion_cot>**1. Analyze the Request**: The objective is to synthesize a progressive motion sequence starting from a static pose and evolving into a series of four escalating forward jumps. The core complexity lies in the dynamic modulation of body posture; specifically, the forward lean angle and jump amplitude must i... | <motion_cot>Keyframe 1:
- Initial upright standing posture
- Arms relaxed at sides
- Neutral balance, feet shoulder-width apart
Keyframe 2:
- Slight forward lean of torso
- Knees slightly bent
- Arms positioned for initial momentum
Keyframe 3:
- Mid-air jump phase (Jump 1)
- Body slightly extended
- Low amplitude, ar... | <motion_cot>[STATE 1]
- pose: neutral standing
- arms: relaxed at sides
- legs: straight, weight evenly distributed
- head: neutral, facing forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: lean forward preparation
- direction: forward tilt
- coordination: torso shifts forward, knees slightly fle... | <motion_cot>t=0β20:
- Initial natural standing pose
- Body weight balanced evenly
- Torso upright and relaxed
t=20β40:
- Torso tilts slightly forward
- Legs engage to generate forward momentum
- First jump executed with controlled height
t=40β60:
- Torso tilts slightly forward again
- Second jump forward
- Rhythm rem... | <motion_cot>[INTENT]
- goal: execute a progressive sequence of four forward jumps with escalating amplitude
- style: dynamic acceleration with controlled forward momentum
- key_patterns: increasing torso inclination, synchronized arm swing for propulsion, rhythmic landing and takeoff
- constraints: maintain balance dur... | <motion_826><motion_826><motion_826><motion_972><motion_1430><motion_1018><motion_247><motion_354><motion_826><motion_1828><motion_1828><motion_1447><motion_191><motion_1824><motion_1018><motion_546><motion_1579><motion_296><motion_1828><motion_432><motion_1824><motion_680><motion_1124><motion_1590><motion_737><motion_... | <motion><motion_826><motion_826><motion_826><motion_972><motion_1430><motion_1018><motion_247><motion_354><motion_826><motion_1828><motion_1828><motion_1447><motion_191><motion_1824><motion_1018><motion_546><motion_1579><motion_296><motion_1828><motion_432><motion_1824><motion_680><motion_1124><motion_1590><motion_737>... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person stands still, then leans forward slightly and perfor... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a motion sequence.
* **Input:** A textual description of a human movement ("The person stands still, then leans forward slightly and performs four forward jumps. With each successive jump... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** "The person stands in a neutral resting position, then leans slightly and makes four jumps forward, with each jump the amplitude of the... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person jumping forward multiple times with varying torso tilts.
... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A description of a person standing still, leaning forward slight... |
m_gp_00366#177#440 | [
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1677,
1098,
1261,
861,
300,
300,
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1173,
1405,
1062,
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1677,
1342,
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300,
300,
300,
513,
316,
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] | 0.075932 | A person stands with a neutral stance, right arm bent and resting at the hip. They crouch slightly, lifting their bent left arm to stomach level. The left arm is lowered to the middle, then raised to the stomach again as they straighten up. This arm movement is repeated multiple times, synchronized with their slight cr... | A person stands with a slight hunch. They swing their left arm twice, performing a throwing motion with their left hand at chest height, as if releasing an object each time. | The individual stands with a relaxed posture, right arm bent at the hip. They execute a slight crouch while raising their bent left arm to stomach height. The arm lowers mid-torso, then lifts again to the stomach as the body straightens. This sequence is repeated multiple times in a smooth, rhythmic manner. | The individual stands with a slight forward hunch, swinging their left arm twice in a throwing motion. Each throw occurs at chest level, emphasizing the movement of the left hand as if casting an object forward. | A person stands neutrally with their right arm slightly bent and lowered at the hip. The person crouches down slightly and raises the bent left arm to the level of the stomach and then lowers it in the middle and raises it to the stomach again while straightening up. The person repeats this movement several times. | A person is standing slightly hunched over and two times swings their left arm throwing something with his left hand at chest level. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a repetitive, rhythmic motion sequence involving synchronized lower-body and upper-body movements. The primary focus is on the coordination between a slight squatting motion and a specific three-part gesture of the left arm (lift, lower, raise), whi... | <motion_cot>Keyframe 1:
- Neutral standing posture
- Right arm bent and lowered at hip
- Left arm relaxed at side
Keyframe 2:
- Slight crouch position
- Knees bent, torso lowered
- Left arm raised to stomach level, bent at elbow
Keyframe 3:
- Crouch depth maintained
- Left arm lowered to mid-torso
- Right arm remains... | <motion_cot>[STATE 1]
- pose: standing with slight forward hunch
- arms: relaxed at sides
- legs: stable, weight centered
- head: neutral, facing forward
- torso: flexed forward slightly
- balance: stable
[TRANSITION 1 β 2]
- action: initiate first throw
- direction: arm swings backward
- coordination: shoulder rotati... | <motion_cot>t=0β30:
- Person adopts a slight hunch, torso flexed forward
- Weight balanced on balls of feet
- Left arm held relaxed near chest, ready to initiate
t=30β60:
- First throwing motion begins
- Left arm swings backward to build momentum
- Torso rotates slightly to support arm swing
- Rapid forward swing rele... | <motion_cot>[INTENT]
- goal: generate a repetitive motion sequence involving rhythmic crouching and synchronized arm gestures
- style: controlled, steady, and repetitive
- key_patterns: coordination between knee flexion and arm elevation, static right arm posture
- constraints: maintain balance during repeated crouchin... | <motion_861><motion_1262><motion_1062><motion_1062><motion_1677><motion_1098><motion_1261><motion_861><motion_300><motion_300><motion_1173><motion_1173><motion_1405><motion_1062><motion_1183><motion_1677><motion_1342><motion_1715><motion_300><motion_300><motion_300><motion_513><motion_316><motion_316><motion_1020><moti... | <motion><motion_861><motion_1262><motion_1062><motion_1062><motion_1677><motion_1098><motion_1261><motion_861><motion_300><motion_300><motion_1173><motion_1173><motion_1405><motion_1062><motion_1183><motion_1677><motion_1342><motion_1715><motion_300><motion_300><motion_300><motion_513><motion_316><motion_316><motion_10... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("A person stands with a neutral stance, right arm bent and resti... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement.
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...) with specific details (overall... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** "The individual stands with a slight forward hunch, swinging their left arm t... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** "A person stands with a slight hunch. They swing their left arm twice, performing a throwing motion with their left hand at chest height, as... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement (standing, arm movements, crouching, s... |
ep2_00092#0#307 | [
1478,
559,
917,
15,
15,
747,
427,
432,
1478,
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1873,
1635,
731,
731,
1481,
375,
773,
278,
1478,
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523,
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556,
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559,
1464,
1256,
993,
1478,
993,
801,
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123,
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1849,
993,
966
] | 0.067869 | Standing upright, the person lifts their right knee to the side before lowering it. They then turn slightly left and lift the left knee to the left side, lowering it back down. This is followed by lifting the right knee again, and then the left knee to the side. They continue by alternately lifting and lowering the rig... | The woman stands upright with her arms relaxed at her sides. She lifts her right leg, bending the knee, and moves it sideways before lowering it back down. Next, she repeats the motion with her left leg. Then, she lifts her right leg, bending the knee in front of her, followed by her left leg, maintaining balance throu... | The individual stands straight, lifting their right knee out to the right side before lowering it. They turn slightly left and lift their left knee to the left side, then lower it. This sequence repeats as they alternately lift and lower each knee, beginning with the right, followed by the left. They end by standing ta... | The person stands upright, arms at her sides. She raises her right leg, bending the knee outward, and lowers it. Next, she repeats the motion with her left leg. Then, she raises her right leg again, bending it in front, followed by the left leg, maintaining balance throughout. | The person stands upright, lifts their right knee to their right side, and immediately lowers it. Then, they casually turn slightly to their left, lifting their left knee to their left side, and promptly lower it. After this, they lift their right knee and lower it again. Following this movement, they lift their left k... | The person stands straight with her arms down, then lifts her right leg, bending it at the knee, moving it to the side, and lowering it. Then she lifts and bends her left leg at the knee, moving it to the side. Then she lifts and bends her right leg at the knee in front of her, then her left leg. | <motion_cot>1. **Analyze the Request**: I need to construct a coherent motion sequence starting from a static standing position. The movement involves alternating leg lifts: first laterally (sideways) for both legs, then anteriorly (forward) for both legs. The primary technical focus is on weight distribution and balan... | <motion_cot>Keyframe 1:
- Initial upright standing posture
- Arms relaxed at sides
- Balanced stance on both feet
Keyframe 2:
- Right leg lifted to the side
- Right knee bent, thigh elevated
- Weight supported on left leg, torso upright
Keyframe 3:
- Returned to upright standing position
- Right leg lowered to ground... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: relaxed at sides
- legs: straight, weight distributed evenly
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: lift right leg sideways
- direction: lateral to the right
- coordination: hip abducts while torso remains stable
- dynamics... | <motion_cot>t=0β20:
- Upright standing posture
- Arms relaxed at sides
- Stable weight distribution
t=20β40:
- Right leg lifts from ground
- Knee bends outward to the side
- Core engages for balance
t=40β60:
- Right leg lowers smoothly
- Foot returns to original position
- Weight shifts back to center
t=60β80:
- Lef... | <motion_cot>[INTENT]
- goal: execute a rhythmic standing exercise involving alternating lateral knee lifts with torso coordination
- style: controlled and balanced with smooth transitions between limbs
- key_patterns: contralateral torso rotation to counterbalance lateral leg movement, weight shifting between stance le... | <motion_1478><motion_559><motion_917><motion_15><motion_15><motion_747><motion_427><motion_432><motion_1478><motion_1478><motion_1873><motion_1635><motion_731><motion_731><motion_1481><motion_375><motion_773><motion_278><motion_1478><motion_1180><motion_523><motion_556><motion_556><motion_663><motion_559><motion_1464><... | <motion><motion_1478><motion_559><motion_917><motion_15><motion_15><motion_747><motion_427><motion_432><motion_1478><motion_1478><motion_1873><motion_1635><motion_731><motion_731><motion_1481><motion_375><motion_773><motion_278><motion_1478><motion_1180><motion_523><motion_556><motion_556><motion_663><motion_559><motio... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (standing, lifting right leg sideways, lowering, repeating with l... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (standing, lifting right leg to side, lowering, lifting left leg to side, lifting right leg front, lifti... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a woman performing leg lifts (sideways, then forwar... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human motion description.
* **Input:** A textual description of a person performing leg lifts (right, then left, then right front, then left front).
* **Output Format:** Speci... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement (standing, lifting right knee out to r... |
m_gp_00650#823#994 | [
320,
1907,
1753,
1753,
1514,
1596,
1596,
1048,
1048,
1048,
1596,
957,
947,
401,
1753,
1273,
1273,
1296,
1596,
1405,
1405
] | 0.077924 | A person stands with their left arm bent, hand raised at chest level. They then lower the left arm, moving the hand to the right side to rub their belly. Next, the person turns left and again uses their left hand to rub the right side of their belly. | The individual places their left hand on their chest. They lean their body to the left, then to the right. As they turn to the left, they lower their left arm, which is bent, and then raise it to the right, simulating the motion of scratching. | The individual starts by standing upright, holding his left arm bent with the left hand at chest level. He then lowers the left arm, moves the left hand across his body to the right side, and rubs his belly gently. Next, he lowers the arm further, turns his body to the left, and uses his left hand to rub the right side... | The person places their left hand on their chest. They lean their torso to the left and then to the right. As they turn to the left, they lower their left arm, bent at the elbow, and then raise it to the right, mimicking a scratching motion. | A person stands with his left arm bent and his left hand raised at chest level. He lowers his left arm, moves his left hand to his right side, and rubs his belly. He lowers his arm, turns to the left, and rubs the right side of his belly again with his left hand. | The person places his left hand on his chest. The person leans to the left and right and turns to the left while lowering his left bent arm and raising it again to the right as if scratching. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous motion sequence focusing on upper-body articulation and torso rotation. The animation must depict a standing individual performing a specific gesture involving the left arm: starting from a flexed position, lowering, crossing the body t... | <motion_cot>Keyframe 1:
- Upright standing posture
- Left arm bent, hand positioned at chest level
- Torso facing forward, balanced stance
Keyframe 2:
- Left arm extended across torso to the right side
- Hand making contact with belly for first rub
- Torso facing forward, weight evenly distributed
Keyframe 3:
- Torso... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: left arm bent, hand at chest level; right arm relaxed
- legs: straight, weight balanced
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: lower and cross arm to abdomen
- direction: downward and rightward
- coordination: elbow extends... | <motion_cot>t=0β25:
- Left hand moves to and rests on chest
- Torso remains stable and upright
- Establishes initial contact point
t=25β50:
- Torso sways laterally (left then right)
- Weight shifts subtly between feet
- Upper body maintains balance during sway
t=50β75:
- Torso rotates towards the left
- Left arm bend... | <motion_cot>[INTENT]
- goal: execute a sequence of abdominal rubbing motions combined with torso rotation
- style: casual, relaxed, and fluid
- key_patterns: cross-body arm movement, coordinated torso rotation, repetitive hand contact
- constraints: maintain standing balance during rotation, keep hand contact consisten... | <motion_320><motion_1907><motion_1753><motion_1753><motion_1514><motion_1596><motion_1596><motion_1048><motion_1048><motion_1048><motion_1596><motion_957><motion_947><motion_401><motion_1753><motion_1273><motion_1273><motion_1296><motion_1596><motion_1405><motion_1405> | <motion><motion_320><motion_1907><motion_1753><motion_1753><motion_1514><motion_1596><motion_1596><motion_1048><motion_1048><motion_1048><motion_1596><motion_957><motion_947><motion_401><motion_1753><motion_1273><motion_1273><motion_1296><motion_1596><motion_1405><motion_1405></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (standing, arm movements, belly rubbing, turning, more belly rubb... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement (standing, arm movement, belly rubbing, body turn).
* **Output Format:** Numbered keyframes (Keyframe... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** A specific text description of a person standing, mo... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** "The person places his left hand on his chest. The person leans to the left and right and turns to the left while lowering his left bent arm... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Structure:** Two main sections: [INTENT] and [EXECUTION].
* **IN... |
ep2_00291#180#315 | [
1794,
24,
192,
960,
1142,
679,
1188,
1142,
1917,
1178,
1178,
546,
1917,
1178,
1178,
1917
] | 0.076775 | The person stands in a relaxed, neutral posture. They rotate their torso and legs to the right, completing a 90-degree turn, and then proceed to walk forward in a straight line, maintaining a smooth and steady gait. | The person begins standing in a neutral pose, then turns to her right. She walks forward with a calm demeanor, allowing her arms to sway gently at waist level as she moves. | The person stands in a neutral position with feet shoulder-width apart. They pivot on their heels, turning to the right by 90 degrees. After completing the turn, they begin walking forward with balanced steps. | The person stands in a neutral stance, then turns their body to the right. They begin walking forward at a calm pace, gently swinging their arms at waist level to maintain balance. | The person stands in a neutral resting position. Then the person turns to his right by 90 degrees and walks forward. | The person stands in a neutral position. Then she turns her body to her right and walks calmly forward, slightly moving her arms at waist level. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous animation sequence that transitions from a static posture into a rotational movement, followed by steady locomotion. The primary focus is on ensuring the body turn is fluid and that the subsequent walking cycle incorporates specific arm... | <motion_cot>Keyframe 1:
- Neutral standing posture
- Arms relaxed at sides
- Facing forward, balanced stance
Keyframe 2:
- Torso rotated 90 degrees to the right
- Feet pivoted to face new direction
- Head aligned with torso orientation
Keyframe 3:
- Walking forward (Right leg leading stride)
- Left arm swinging forwa... | <motion_cot>[STATE 1]
- pose: neutral standing
- arms: relaxed at sides
- legs: straight, weight distributed
- head: facing forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: pivot turn
- direction: clockwise (right)
- coordination: feet rotate while torso follows
- dynamics: smooth, controlled
[... | <motion_cot>t=0β20:
- Neutral standing posture
- Weight evenly distributed on both feet
- Arms relaxed at sides, facing forward
t=20β40:
- Pivot torso to the right
- Feet adjust orientation to new direction
- Head turns to align with body rotation
t=40β60:
- Initiate forward locomotion
- First step taken with leading... | <motion_cot>[INTENT]
- goal: execute a directional change followed by forward locomotion
- style: stable and controlled with emphasis on balance
- key_patterns: rotational pivot on heels, weight transfer from static to dynamic gait
- constraints: maintain initial neutral stance, ensure 90-degree accuracy, prevent loss ... | <motion_1794><motion_24><motion_192><motion_960><motion_1142><motion_679><motion_1188><motion_1142><motion_1917><motion_1178><motion_1178><motion_546><motion_1917><motion_1178><motion_1178><motion_1917> | <motion><motion_1794><motion_24><motion_192><motion_960><motion_1142><motion_679><motion_1188><motion_1142><motion_1917><motion_1178><motion_1178><motion_546><motion_1917><motion_1178><motion_1178><motion_1917></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person stands in a neutral stance, then turns their body to... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** "The person begins standing in a neutral pose, then turns to her right. She walks forward with a calm demeanor, allowing her arms to sway gently a... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Output Format:** Alternating [STATE] and [TRANSITION] blocks with specific fields (pos... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "The person stands in a neutral position. Then she turns her body to her right and walks calmly forward, slightly moving her arms at waist level."
... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** "The person stands in a neutral position with feet shoulder-widt... |
m_ep1_00063#747#1018 | [
37,
1828,
134,
2038,
2038,
2038,
422,
1009,
1009,
2038,
2038,
2038,
1064,
134,
134,
134,
1693,
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993,
17,
37,
17,
981,
1154,
1154,
993,
993,
17,
17,
993,
134,
134,
134
] | 0.018989 | A woman begins by standing upright and tilting her head to the right before bringing it back to a centered position. She then rotates her head side to side several times. Next, she tilts her head alternately to the right and left, adding slight movements of her body. Finally, she stands up straight in a relaxed posture... | The woman begins her exercise routine with her head tilted to the right. She gently lifts her head to a neutral position and swiftly turns it to the left, then right, and returns to the left again. Following this, she tilts her head alternately to the left and right several times before standing still in a neutral rest... | The person stands upright, initially tilting their head to the right before returning it to a forward-facing position. They then rotate their head from left to right repeatedly. Following this, they tilt their head to the right and left multiple times, incorporating slight body movements. Finally, they return to a stra... | The woman engages in a series of head exercises. Initially, her head tilts to the right. She gently lifts it upright, then quickly turns it to the left, then right, and back to the left. She continues by tilting her head left and right multiple times before standing in a relaxed, neutral posture. | A person stands with her head tilted to her right and then tilts her head back facing forth. Then she rotates her head to her left and right several times. Then she tilts her head to her right and left several times while slightly moving her body. Then she stands straight in a rested position. | A person is calmly doing exercises. Her head is tilted to the right. She slowly lifts her head and sharply turns it to the left and then to the right and back to the left. Then, she tilts her head to the left and right several times and stands in a neutral resting position. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a motion sequence focused on subtle upper-body articulation, specifically involving the cervical spine and shoulders. The animation must flow from a static neutral pose through a series of deliberate head tilts and rotations, incorporating minor tor... | <motion_cot>**Keyframe 1:**
- Upright standing posture
- Head facing forward
- Arms relaxed at sides
**Keyframe 2:**
- Head tilted to the right
- Neck muscles engaged
- Shoulders level
**Keyframe 3:**
- Head returned to forward-facing
- Neutral neck alignment
- Stable upright stance
**Keyframe 4:**
- Head rotated to... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: relaxed at sides
- legs: straight, weight balanced
- head: neutral, facing forward
- torso: vertical
- balance: stable
[TRANSITION 1 β 2]
- action: tilt head to the right
- direction: lateral right
- coordination: cervical spine tilts while torso remains still
- d... | <motion_cot>t=0β20:
- Upright standing posture established
- Head tilts smoothly to the right
- Returns to neutral forward-facing position
t=20β45:
- Head rotates from left to right repeatedly
- Neck movement is rhythmic and controlled
- Gaze shifts horizontally across the field
t=45β75:
- Head tilts laterally right ... | <motion_cot>[INTENT]
- goal: perform a calm head mobility exercise sequence involving rotation and lateral flexion
- style: controlled transitions with contrast between slow lifting and sharp rotation
- key_patterns: rotational sweep (left-right-left), lateral flexion rhythm, torso stability
- constraints: maintain upp... | <motion_37><motion_1828><motion_134><motion_2038><motion_2038><motion_2038><motion_422><motion_1009><motion_1009><motion_2038><motion_2038><motion_2038><motion_1064><motion_134><motion_134><motion_134><motion_1693><motion_1693><motion_993><motion_17><motion_37><motion_17><motion_981><motion_1154><motion_1154><motion_99... | <motion><motion_37><motion_1828><motion_134><motion_2038><motion_2038><motion_2038><motion_422><motion_1009><motion_1009><motion_2038><motion_2038><motion_2038><motion_1064><motion_134><motion_134><motion_134><motion_1693><motion_1693><motion_993><motion_17><motion_37><motion_17><motion_981><motion_1154><motion_1154><m... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (a woman tilting and rotating her head, slight body movement, the... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement (head tilting, rotating, body movements, returning to standing).
* **Output Format:** Numbered keyfra... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A short description of a woman performing head and body movements (standing, ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement involving head tilts, rotations, slight body movements, and returning to a standing position.
* **Ou... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a person doing exercises, specifically focus... |
gp_00263#162#385 | [
483,
483,
483,
483,
483,
483,
435,
1529,
1529,
1529,
435,
1175,
1656,
1656,
1656,
1656,
912,
224,
224,
224,
224,
912,
635,
1012,
1175,
1175,
1175
] | 0.041649 | The person stands in a neutral position, slightly offset to the right. Their right arm is bent at the elbow, with the hand near the mouth. They lower their right arm, lean forward to pick up an item from below with their right hand, then bring it back up to their mouth. | The person stands with their right arm bent near their face. They lower their arm, lean forward slightly, and reach out with their right hand to grasp an item. Bringing the object close, they raise it to their mouth as if to eat or drink. | The individual stands slightly to the right in a relaxed stance. They bend their right arm at the elbow, bringing their hand to their mouth. Then, they lower the arm, lean forward, and pick up an object from below with their right hand. Finally, they bring the right hand back to their mouth. | The person stands upright, begins with his right arm bent near his face. He then lowers the arm, leans forward slightly, reaches out with his right hand to grasp an object, and brings it towards his mouth as if to take a bite. | The person stands slightly to the right in a neutral position, their right arm bent at the elbow and their hand raised to their mouth. They lower their right arm, lean forward, pick up something right hand from below, and raise their right hand to their mouth again. | The person stands with his right arm bent and near his face, lowers it, leans forward, takes something with his right arm, and raises it to his mouth. | <motion_cot>1. **Analyze the Request**: I need to synthesize a continuous animation sequence that begins with a specific static pose and transitions into a functional interaction with the ground. The core movement involves a shift in center of gravity as the user leans forward to retrieve an object, followed by a retur... | <motion_cot>Keyframe 1:
- Standing slightly to the right in neutral position
- Right arm bent at elbow, hand raised to mouth
- Torso upright, balanced stance
Keyframe 2:
- Torso leaned forward significantly
- Right arm extended downward, hand grasping object from below
- Knees flexed to maintain balance during reach
... | <motion_cot>[STATE 1]
- pose: relaxed standing, weight shifted slightly to the right
- arms: relaxed at sides, right arm neutral
- legs: feet planted, slight weight bias on right leg
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: raise hand to face
- direction: upward and inward toward... | <motion_cot>t=0β20:
- Initial standing posture
- Right arm bent at elbow, hand near face
- Weight distributed evenly, stable balance
t=20β40:
- Right arm lowers from face level
- Smooth downward trajectory of forearm
- Shoulder joint relaxes during descent
t=40β60:
- Torso leans forward from hips
- Upper body shifts ... | <motion_cot>[INTENT]
- goal: retrieve object from below and resume hand-to-mouth gesture
- style: natural, casual, and fluid
- key_patterns: coordinated trunk flexion with arm extension, smooth transition between reach and return
- constraints: maintain balance during forward lean, ensure precise hand placement at mout... | <motion_483><motion_483><motion_483><motion_483><motion_483><motion_483><motion_435><motion_1529><motion_1529><motion_1529><motion_435><motion_1175><motion_1656><motion_1656><motion_1656><motion_1656><motion_912><motion_224><motion_224><motion_224><motion_224><motion_912><motion_635><motion_1012><motion_1175><motion_11... | <motion><motion_483><motion_483><motion_483><motion_483><motion_483><motion_483><motion_435><motion_1529><motion_1529><motion_1529><motion_435><motion_1175><motion_1656><motion_1656><motion_1656><motion_1656><motion_912><motion_224><motion_224><motion_224><motion_224><motion_912><motion_635><motion_1012><motion_1175><m... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person stands in a neutral position, slightly offset to the... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person stands slightly to the right in a neutral position, their right arm bent at the elbow and thei... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** A specific movement description ("The individual sta... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** "The person stands with his right arm bent and near his face, lowers it, leans fo... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A detailed textual description of a human movement ("The person ... |
st3_00057#1038#1245 | [
1332,
1332,
227,
1413,
1413,
695,
328,
1413,
1413,
943,
695,
1413,
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152,
1321,
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] | 0.478841 | The person performs the moonwalk dance, gliding smoothly backward while facing left. After completing the moonwalk, they transition into walking forward and make a turn to their left side, completing a half-circle to face the opposite direction. | The person executes the moonwalk, sliding one foot backward while the other heel lifts, giving an illusion of gliding backwards. They then turn their head to the left, step forward with a smooth motion, and perform a turn to the left side, completing a full circle. | The person performs the moonwalk, sliding backwards smoothly while showing their left profile. After completing the moonwalk, they transition by walking forward and execute a turn to their left, rotating their body to face the opposite direction. | The person performs the moonwalk, skillfully sliding one foot back while raising the opposite heel, creating a smooth backward gliding illusion. They then turn their head to the left, begin walking forward, and complete a turn to the left side, demonstrating fluid and precise dance movements. | A person is doing the moonwalk dance move showing their left profile. Then, they walk forward and turn around from their left side. | The person dances the moonwalk dance. They slide one foot back while lifting the other heel, making it look like they're gliding backward. They turn their head to the left, walk forward, and turn around from their left side. | <motion_cot>**1. Analyze the Request**:
The objective is to synthesize a continuous motion sequence that begins with a specific dance maneuver (moonwalk) viewed from a strict left profile orientation. This must transition smoothly into forward locomotion (walking) and conclude with a rotational maneuver (turning around... | <motion_cot>Keyframe 1:
- Initial upright stance
- Body facing left
- Weight balanced on both feet
Keyframe 2:
- Moonwalk slide pose
- Back foot sliding flat on floor
- Weight shifted to front foot, knees flexed
Keyframe 3:
- Transition to forward walk
- Weight transfers to back foot
- Feet aligning for stepping forw... | <motion_cot>[STATE 1]
- pose: standing still
- arms: relaxed at sides
- legs: feet parallel, weight distributed
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: initiate moonwalk
- direction: backward illusion
- coordination: slide right foot back while lifting left heel
- dynamics: smoo... | <motion_cot>t=0β20:
- Initial stance with left profile facing observer
- Knees slightly bent, weight balanced for stability
- Upper body poised and ready for gliding motion
- Arms relaxed at sides, maintaining neutral posture
t=20β50:
- Moonwalk glide phase begins
- Feet slide backward smoothly without lifting
- Illus... | <motion_cot>[INTENT]
- goal: execute a moonwalk illusion followed by a forward walk and a 180-degree pivot turn
- style: smooth gliding motion for the dance, natural gait for walking, fluid rotation for the turn
- key_patterns: weight shifting between sliding and planted feet, heel-to-toe transition, rotational pivot o... | <motion_1332><motion_1332><motion_227><motion_1413><motion_1413><motion_695><motion_328><motion_1413><motion_1413><motion_943><motion_695><motion_1413><motion_1413><motion_152><motion_1321><motion_1321><motion_607><motion_1356><motion_1122><motion_1122><motion_607><motion_1378><motion_1342><motion_1540><motion_525> | <motion><motion_1332><motion_1332><motion_227><motion_1413><motion_1413><motion_695><motion_328><motion_1413><motion_1413><motion_943><motion_695><motion_1413><motion_1413><motion_152><motion_1321><motion_1321><motion_607><motion_1356><motion_1122><motion_1122><motion_607><motion_1378><motion_1342><motion_1540><motion_... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** "A person is doing the moonwalk dance move showing their left profile. Then, they walk forward and turn aro... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a motion sequence.
* **Input:** A textual description of a human movement (Moonwalk backward, then walk forward, turn left, complete half-circle).
* **Output Format:** Numbered keyf... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given motion description.
* **Input:** "The person dances the moonwalk dance. They slide one foot back while lifting the other heel, making it look like they're gliding backward. The... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "The person performs the moonwalk, sliding backwards smoothly while showing their left profile. After completing the moonwalk, they transition by wa... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Structure:** Two parts: [INTENT] (high-level goals, style, patterns, c... |
ep1_00276#1932#2169 | [
773,
773,
773,
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432,
432,
432,
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891,
891,
891,
891,
891,
891,
891,
1942,
1723,
1467,
2010,
1641,
437,
322,
322,
975,
530,
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] | 0.027407 | The person stands in a neutral position with a relaxed posture. They raise their right hand, placing it gently on their chest. Then, they step forward with their left leg, simultaneously lowering the right hand back to their side, and come to a stop. | The person stands upright, tilting their head to the right while placing their right hand gently on their chest. They then lower their hand and start walking forward with deliberate steps. Finally, they come to a stop and resume a straight, upright posture. | The person stands still, then raises their right hand to rest on their chest. They step forward with their left leg while simultaneously lowering their right hand back to their side, then pause in this new position. | The individual stands straight, tilts their head to the right, and places their right hand gently on their chest. After a moment, they lower their right hand and proceed to walk forward with a steady pace. Finally, they come to a stop and resume an upright standing posture. | The person stands upright and tilts their head to their right. At the same time, they place their right hand on their chest. Then, they lower their right hand and begin walking forward. In the end, they stop and stand up straight. | The person stands in a neutral resting position, raises and places their right hand on the chest, and steps forward, starting with their left leg while lowering their right hand, and stops. | <motion_cot>1. **Analyze the Request**: The objective is to generate a motion sequence that begins with a static, expressive gesture, transitions into controlled locomotion, and concludes with a return to a neutral standing state. The flow must prioritize smooth transitions between the upper-body gesture and the lower-... | <motion_cot>Keyframe 1:
- Upright standing posture
- Head tilted to the right
- Right hand resting on chest, left arm relaxed at side
Keyframe 2:
- Right hand lowered to side
- Weight shifting forward onto left leg
- Initiating step with right foot
Keyframe 3:
- Mid-stride walking pose
- Opposite arm and leg extended... | <motion_cot>[STATE 1]
- pose: neutral standing
- arms: relaxed at sides
- legs: feet shoulder-width apart, weight distributed
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: raise right hand to chest
- direction: upward and inward
- coordination: right arm lifts independently, torso rem... | <motion_cot>t=0β20:
- Person stands still in neutral posture
- Weight evenly distributed on both feet
- Arms relaxed at sides
t=20β40:
- Right arm lifts smoothly from side
- Hand moves to rest on upper chest
- Torso remains stable, no significant shift
t=40β70:
- Left leg steps forward, heel strikes ground
- Right ha... | <motion_cot>[INTENT]
- goal: execute a sequence transitioning from a static expressive pose to locomotion and back to a neutral standing posture
- style: deliberate, calm, and controlled with smooth transitions between static and dynamic states
- key_patterns: coordinated head tilt with hand placement, consistent gait ... | <motion_773><motion_773><motion_773><motion_773><motion_432><motion_432><motion_432><motion_432><motion_1504><motion_891><motion_891><motion_891><motion_891><motion_891><motion_891><motion_891><motion_891><motion_1942><motion_1723><motion_1467><motion_2010><motion_1641><motion_437><motion_322><motion_322><motion_975><m... | <motion><motion_773><motion_773><motion_773><motion_773><motion_432><motion_432><motion_432><motion_432><motion_1504><motion_891><motion_891><motion_891><motion_891><motion_891><motion_891><motion_891><motion_891><motion_1942><motion_1723><motion_1467><motion_2010><motion_1641><motion_437><motion_322><motion_322><motio... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The person stands upright, tilting their head to the right while ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The individual stands straight, tilts their head to the right, and places their right hand gently on thei... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given human movement description.
* **Input:** "The person stands in a neutral position with a relaxed posture. They raise their right hand, placing it gently on their chest. Then, they step fo... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** "The person stands still, then raises their right hand to rest on their chest. They step forward with their left leg while simultaneously lo... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("The person stands upright, tilting t... |
gp_00236#2502#2745 | [
439,
439,
439,
439,
898,
1554,
1064,
1064,
898,
857,
50,
1614,
1900,
1900,
1232,
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1232,
1232,
1232,
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122,
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] | 0.057148 | The person stands upright with both arms extended forward. He then lowers his arms, turns slightly to the left, raises his right hand, and points at someone while nodding his head. He lowers his hand to a neutral position, then sharply raises his right hand again, wiggling his fingers and tilting his head to the left. | The individual stands upright with both hands extended forward at shoulder level, then lowers them. Next, they slightly turn to the left, raising the right hand to shoulder height. Finally, they tilt their head to the left and nod twice. | The person stands with arms extended forward. They then lower their arms, turn slightly left, and raise their right hand to point at someone, nodding their head. Afterward, they lower their hand to a neutral position. Suddenly, they sharply raise their right hand again, wiggle their fingers, and tilt their head to the ... | The person stands upright, extends both hands forward to shoulder level, then lowers them. They then turn slightly to the left, raising their right hand to shoulder level. With their head tilted to the left, they nod twice. | The person stands on two legs, arms outstretched in front of him. Then, he lowers his arms, turns slightly to his left, raises his right hand in front of him, and points at someone, nodding his head. Then, he lowers his hand and stands in a neutral resting position. Then sharply raises his right hand forward, wiggles h... | A person stands with his both hands forward to his shoulder level and then lowers them. After that, he slightly turns to his left and raises his right hand to shoulder level. Finally, his head tilted to his left, and he nodded it twice. | <motion_cot>1. **Analyze the Request**: I need to synthesize an animation sequence depicting a person performing a series of communicative gestures. The movement begins from a static, arms-forward stance, transitions into a turn and pointing gesture accompanied by a nod, returns to neutral, and concludes with a sharp, ... | <motion_cot>**Keyframe 1:**
- Upright standing posture
- Both arms extended forward to shoulder level
- Neutral head orientation
**Keyframe 2:**
- Upright standing posture
- Both arms lowered to sides
- Neutral head orientation
**Keyframe 3:**
- Torso slightly turned to the left
- Right arm raised to shoulder level, ... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: both hands forward at shoulder level
- legs: straight, stable stance
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: lower arms
- direction: downward
- coordination: bilateral arm descent while torso remains steady
- dynamics: contr... | <motion_cot>t=0β20:
- Standing on two legs
- Arms outstretched forward
- Stable posture
t=20β50:
- Lower arms smoothly
- Rotate torso slightly left
- Raise right hand, point forward
- Head nods in acknowledgment
t=50β70:
- Maintain pointing gesture
- Sustain head nod
- Focus on target
t=70β90:
- Lower right hand
- R... | <motion_cot>[INTENT]
- goal: execute a sequence of upper body gestures and head movements while maintaining a standing posture
- style: deliberate, controlled, and communicative
- key_patterns: transition from symmetrical arm extension to asymmetrical upper body pose, coordination of torso rotation and head tilt
- cons... | <motion_439><motion_439><motion_439><motion_439><motion_898><motion_1554><motion_1064><motion_1064><motion_898><motion_857><motion_50><motion_1614><motion_1900><motion_1900><motion_1232><motion_1232><motion_1232><motion_1232><motion_1232><motion_1232><motion_1232><motion_1693><motion_122><motion_1722><motion_482><motio... | <motion><motion_439><motion_439><motion_439><motion_439><motion_898><motion_1554><motion_1064><motion_1064><motion_898><motion_857><motion_50><motion_1614><motion_1900><motion_1900><motion_1232><motion_1232><motion_1232><motion_1232><motion_1232><motion_1232><motion_1232><motion_1693><motion_122><motion_1722><motion_48... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person stands upright with both arms extended forward. He t... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("A person stands with his both hands forward to his shoulder level and then lowers them. After that, he sl... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A specific movement description ("A person stands with his both hands forward... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person's movements (standing, arm movements, turning, pointing, nodding, resting, waving, head tilt).
* **O... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("The person stands upright, extends b... |
m_ep1_00136#212#440 | [
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529,
1321,
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771,
546,
546,
826,
826,
1654,
279,
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1450,
593,
1691,
737,
120,
1018,
1772,
1813,
1177,
1177,
1837,
1669,
1756
] | 0.120241 | The person turns left and walks forward, then stops and bends to pick up an item. Standing with slightly bent knees and arms relaxed, he sharply turns left and walks diagonally left. He halts, turns over his right shoulder, and continues walking diagonally, bending to retrieve an object with his left hand. He straighte... | The individual shifts nervously from side to side. They turn left on their axis and start walking forward, arms swinging gently. They pause, turn right, and continue walking. Finally, they lean forward, lower their left slightly bent arm to pick up an object, straighten up, and place the object at chest level in front ... | The individual starts by turning to the left and walking forward. After turning around, they pick up an object from the floor. Standing with slightly bent knees, they sharply turn left, walking diagonally to the left. They stop, turn over the right shoulder, and proceed diagonally left, bending to pick up another objec... | The person shifts nervously from one side to another, initially turning left around their axis. They begin walking forward, arms gently swinging at their sides. Stopping, they turn to the right and proceed walking. Finally, they lean their torso and neck forward, extend their left arm down, pick up an object, then stra... | The person turns to the left, walks forward, then turns around and picks up an object. He is standing with his knees slightly bent and slightly apart, both arms down. He then turns sharply to the left and walks forward in a diagonal path to the left. He then stops, turns back over his right shoulder, and walks forward ... | The person moves nervously from side to side. Initially, the person turns around their axis to the left and starts walking forward, gently swinging their lowered arms. Then, the person stops, turns to the right, and continues walking forward. In the end, the person leans their torso and neck forward, extends their left... | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a multi-stage human motion sequence that transitions from anxious, idle behavior to purposeful locomotion and finally to a specific object interaction. The flow must progress from subtle weight shifts and pivots to full walking cycles, followed by a... | <motion_cot>Keyframe 1:
- Walking forward after turning left
- Upright torso, facing left
- Arms swinging naturally at sides
Keyframe 2:
- Bending to pick up item
- Knees flexed, torso lowered
- Hands reaching downward toward ground
Keyframe 3:
- Standing upright
- Slightly bent knees, arms relaxed at sides
- Neutral... | <motion_cot>[STATE 1]
- pose: standing still
- arms: relaxed at sides
- legs: straight, weight balanced
- head: facing forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: turn left and walk forward
- direction: 90-degree turn, forward
- coordination: torso rotates, legs initiate stride
- dynamics: ... | <motion_cot>t=0β25:
- Initiate leftward rotation
- Shift weight to lead foot
- Begin forward walking gait
t=25β50:
- Complete full turn around
- Lower torso and bend knees
- Reach down to grasp object from floor
t=50β70:
- Rise to standing with slight knee flex
- Execute sharp pivot to the left
- Walk diagonally to t... | <motion_cot>[INTENT]
- goal: perform a sequence of nervous fidgeting, directional walking, and object retrieval
- style: initial anxious/unstable movement transitioning to purposeful locomotion and controlled manipulation
- key_patterns: lateral weight shifting, rotational pivots during turns, coordinated bending and r... | <motion_747><motion_659><motion_1873><motion_529><motion_529><motion_1321><motion_737><motion_771><motion_546><motion_546><motion_826><motion_826><motion_1654><motion_279><motion_1765><motion_1450><motion_593><motion_1691><motion_737><motion_120><motion_1018><motion_1772><motion_1813><motion_1177><motion_1177><motion_1... | <motion><motion_747><motion_659><motion_1873><motion_529><motion_529><motion_1321><motion_737><motion_771><motion_546><motion_546><motion_826><motion_826><motion_1654><motion_279><motion_1765><motion_1450><motion_593><motion_1691><motion_737><motion_120><motion_1018><motion_1772><motion_1813><motion_1177><motion_1177><... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The person shifts nervously from one side to another, initially t... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement.
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...), each describing overall pose,... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given motion description.
* **Input:** A textual description of human movement ("The individual starts by turning to the left and walking forward...").
* **Output Format:** Strictly alter... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement sequence.
* **Output Format:** Time inter... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A detailed textual description of a human movement (shifting ner... |
gp_00377#295#507 | [
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] | 0.063574 | The person stands with a dreamy posture, hands positioned near the waist, body slightly angled to the right. They gently wave their hands in front of their waist, shifting their left foot forward. The left hand rises to the right shoulder before lowering. They rotate to the right, bending the right elbow to touch the c... | The person stands with hands clasped at groin level, head raised and turned left. They place the left hand on the right shoulder, lower it, and then turn the head straight. Thoughtfully, they place the right hand on the chin and then blow a kiss. | The person stands in a dreamy posture with their hands down in front of their waist, slightly turned to the right. They wave their hands hesitantly, lift their left hand to touch the right shoulder, then lower it. Turning to the right, they bend their right hand, touching their chin while turning their head. They sligh... | The individual stands with hands clasped at the groin level, head slightly raised and turned left. He moves his left hand to his right shoulder, then lowers it, aligns his head straight, and places his right hand on his chin thoughtfully. Finally, he blows a kiss. | The person dreamily stands with their hands down in front of their waist, their body slightly turned to their right, their head tilted up, and their left foot forward. They hesitantly wave their hands in front of their waist, raise their left hand to their right shoulder, lower their left hand, and turn to their right.... | The person stands with his hands clasped together at the level of his groin, his head is slightly raised and turned to the left, he places his left hand on his right shoulder, lowers it, turns his head straight, and thoughtfully places his right hand on his chin, blowing a kiss. | <motion_cot>**1. Analyze the Request**: I need to synthesize a nuanced upper-body animation sequence that transitions through specific hand gestures and head orientations. The overall flow moves from a static, posed stance to a cross-body hand movement, followed by a head correction, a contemplative hand placement, and... | <motion_cot>Keyframe 1:
- Dreamy standing posture
- Hands positioned down in front of waist
- Torso and head slightly turned to the right
Keyframe 2:
- Left hand lifted gesture
- Left hand touching right shoulder
- Right hand remains down at side
Keyframe 3:
- Right hand touching chin
- Torso and head turned to the r... | <motion_cot>[STATE 1]
- pose: standing still
- arms: hands clasped together at groin level
- legs: straight, stable stance
- head: slightly raised, turned to the left
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: place left hand on right shoulder
- direction: left arm moves upward and across torso
- ... | <motion_cot>**t=0β20:**
- Upright standing posture
- Hands clasped at groin level
- Head raised and turned to the left
**t=20β40:**
- Left hand reaches across torso
- Places on right shoulder
- Slight upper body adjustment
**t=40β60:**
- Left hand lowers away from shoulder
- Head turns from left to face forward
- Bod... | <motion_cot>[INTENT]
- goal: portray a contemplative and dreamy state through fluid body language and subtle gestures
- style: soft, gentle, and thoughtful with smooth transitions
- key_patterns: synchronized weight shifts with hand movements, rotational torso dynamics, hand-to-face proximity cues
- constraints: mainta... | <motion_208><motion_1322><motion_1798><motion_4><motion_414><motion_414><motion_414><motion_414><motion_835><motion_835><motion_873><motion_553><motion_671><motion_671><motion_487><motion_450><motion_450><motion_1676><motion_585><motion_1081><motion_1942><motion_891><motion_483><motion_483><motion_551><motion_551> | <motion><motion_208><motion_1322><motion_1798><motion_4><motion_414><motion_414><motion_414><motion_414><motion_835><motion_835><motion_873><motion_553><motion_671><motion_671><motion_487><motion_450><motion_450><motion_1676><motion_585><motion_1081><motion_1942><motion_891><motion_483><motion_483><motion_551><motion_5... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The individual stands with hands clasped at the groin level, he... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The person stands in a dreamy posture...").
* **Output Format:** Numbered keyframes (Keyframe 1,... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** A specific textual description of a person's movemen... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a specific sequence of movements (standing, hand gesture... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("The person stands with a dreamy post... |
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] | 0.439584 | The person turns right and begins to walk before breaking into a slight run. With something in their hands, they make a striking motion. Afterward, they raise their arms in celebration while jogging lightly forward. They then lower their arms, turn left, walk a few steps, and shift to a left-profile stance, with the bo... | The individual stands with bent knees, left leg slightly forward. They turn their hips to the right and begin to walk, taking a wide step with the left leg. Simultaneously, they throw an object forward with both arms while the torso faces forward. Continuing to walk, they straighten their back, turn left, and raise the... | The person turns right and begins to walk, transitioning into a light run. With an object in hand, they strike forward. Afterward, they celebrate with raised arms, running gently forward. They then lower their arms, turning back to the left, walking briefly. Finally, they turn to their left, tilting their body slightly... | The individual begins by standing with bent knees, left leg slightly ahead. They pivot their hips right and step forward widely with the left leg, throwing an object using both arms. Continuing forward, they straighten their back, turn left, and shake raised fists. They then turn left once more, proceed forward, and lo... | A person turns to their right to walk, then runs up slightly and hits with something in their hands. After this, the person celebrates energetically with raised arms while running forward softly. Finally, they lowers arms and turns back from their left side, walks, and then turns to their left profile with their body s... | The person stands with both legs bent and the left leg slightly forward. Then, the person turns their hips right, walks forward, takes a wide step with left leg, and throws an object with both arms forward and torso facing forward. The person walks forward, straightens their back, turns left, and shakes their raised ar... | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous animation sequence that encompasses locomotion changes (walking to running), specific upper-body interactions (striking with an object, celebrating), directional changes (turning right then left), and a final static pose. The flow must ... | <motion_cot>Keyframe 1:
- Bent-knee ready stance
- Left leg positioned slightly ahead of right
- Torso upright, arms held near chest
Keyframe 2:
- Dynamic throwing pose
- Left leg stepped forward widely, hips pivoted right
- Arms fully extended forward in release motion
Keyframe 3:
- Celebratory pose
- Back straighte... | <motion_cot>[STATE 1]
- pose: athletic ready stance
- arms: relaxed at sides
- legs: bent knees, left leg slightly forward
- head: neutral
- torso: upright
- balance: stable, weight distributed
[TRANSITION 1 β 2]
- action: turn hips right, walk forward, wide step left, throw object
- direction: rightward rotation then... | <motion_cot>t=0β20:
- Initial stance: legs bent, left leg slightly forward
- Weight balanced, core engaged
- Torso neutral, ready for movement
t=20β40:
- Hips rotate sharply to the right
- Weight shifts to initiate forward motion
- Upper body begins to unwind for stride
t=40β60:
- Forward walking motion begins
- Left... | <motion_cot>[INTENT]
- goal: execute a dynamic locomotion sequence integrating object manipulation with expressive upper body gestures
- style: athletic and fluid with distinct phases of grounded stability and explosive release
- key_patterns: hip-torso dissociation during the throw, directional changes synchronized wi... | <motion_1678><motion_1826><motion_1375><motion_185><motion_185><motion_682><motion_185><motion_185><motion_185><motion_1879><motion_1879><motion_1879><motion_1879><motion_1879><motion_384><motion_659><motion_1199><motion_600><motion_600><motion_1366><motion_301><motion_301><motion_301><motion_301><motion_1748><motion_3... | <motion><motion_1678><motion_1826><motion_1375><motion_185><motion_185><motion_682><motion_185><motion_185><motion_185><motion_1879><motion_1879><motion_1879><motion_1879><motion_1879><motion_384><motion_659><motion_1199><motion_600><motion_600><motion_1366><motion_301><motion_301><motion_301><motion_301><motion_1748><... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person turns right and begins to walk, transitioning into a... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement.
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...), each describing overall pose,... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Output Format:** Alternating [STATE] and [TRANSITION] blocks with specific fields (pos... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement sequence.
* **Output Format:** Time-aligned motion segments (t=0βT1, t=T1βT2, etc.) with description... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Output Format:** Specific sections `[INTENT]` and `[EXECUTION]` with b... |
m_gp_00486#148#340 | [
1409,
0,
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890,
360,
340,
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496,
496,
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496,
496,
496,
1439,
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0,
1094,
1094,
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914,
1094
] | 0.028563 | The individual stands still in a neutral pose, lightly shaking their body. They then raise both hands forward to stomach level before gradually lowering them back down to their sides. | The individual begins by standing with a slight lean to the right. They raise both arms to stomach level, then lower them. The left leg turns outward as the person rolls their body slightly to the left. They swing their arms before returning to a neutral, resting stance. | The person begins in a neutral stance. They shake their body slightly, then move to raise both hands forward, positioning them at stomach level. After a moment, the hands are lowered back to the sides. | The individual begins by standing with a slight lean to the right. They raise their arms to stomach level, then lower them. They turn their left leg and roll slightly to the left, swinging their arms, before returning to a neutral resting position. | The person stands in a neutral position, shakes the body slightly and changes, raising both hands forward at stomach level, then lowers the hands. | The person stands slightly leaning to the right, raises their arms to the level of the stomach, lowers their arms, turns their left leg, rolls their body slightly to the left, swings their arms, and takes a neutral resting position. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a brief, fluid human motion sequence characterized by subtle weight shifts and coordinated limb movements. The animation must transition from a static pose with a specific posture bias (lean right) through an arm gesture, into a rotational body move... | <motion_cot>Keyframe 1:
- Torso leaning slightly to the right
- Pelvis shifted right
- Arms relaxed at sides
Keyframe 2:
- Torso maintaining right lean
- Arms raised to stomach level
- Shoulders level
Keyframe 3:
- Torso still leaning right
- Arms lowered back to sides
- Stable stance preparing for turn
Keyframe 4:
... | <motion_cot>[STATE 1]
- pose: neutral standing
- arms: relaxed at sides
- legs: shoulder-width apart
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: body shake
- direction: oscillatory micro-movements
- coordination: full body looseness
- dynamics: loose, rhythmic
[STATE 2]
- pose: sta... | <motion_cot>**t=0β20:**
- Standing posture with weight shifted right
- Slight torso lean to the right side
- Minimal lower body movement, stable base
**t=20β40:**
- Arms lift smoothly to stomach level
- Elbows slightly flexed, palms facing inward
- Controlled upward motion, maintaining balance
**t=40β60:**
- Arms des... | <motion_cot>[INTENT]
- goal: transition from a neutral standing posture into a specific hand gesture and return
- style: casual, fluid, and relaxed
- key_patterns: core micro-movements preceding upper limb elevation, symmetrical arm coordination
- constraints: maintain upright balance, keep hand trajectory smooth and c... | <motion_1409><motion_0><motion_270><motion_591><motion_890><motion_360><motion_340><motion_1454><motion_496><motion_496><motion_496><motion_496><motion_496><motion_496><motion_496><motion_1439><motion_1094><motion_1094><motion_0><motion_1094><motion_1094><motion_914><motion_914><motion_1094> | <motion><motion_1409><motion_0><motion_270><motion_591><motion_890><motion_360><motion_340><motion_1454><motion_496><motion_496><motion_496><motion_496><motion_496><motion_496><motion_496><motion_1439><motion_1094><motion_1094><motion_0><motion_1094><motion_1094><motion_914><motion_914><motion_1094></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The individual begins by standing with a slight lean to the right... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement.
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...), each describing overall pose,... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A short description of a person starting neutral, shaking slightly, raising h... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The individual begins by standing with a slight lean to the right. They raise their arms to s... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** "The person stands in a neutral position, shakes the body slightly and changes, ... |
m_ep1_00218#3992#4286 | [
826,
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2047,
2047,
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] | 0.036538 | The person stands still, arms by their sides, head tilted slightly left. They raise their arms to shoulder height, extending them forward, then bring their hands to their neck. After a brief pause, they lower their arms, repeat extending them forward, bringing hands to the neck, and repeat this sequence once more, main... | The woman begins her exercise routine by stretching her arms straight forward. She then bends at the elbows, bringing her hands to rest behind her neck. She lowers her arms, then extends them forward again. Next, she repeats the motion by placing her hands behind her neck before extending her arms forward once more, ma... | The person begins standing calmly with arms at their sides and head turned slightly left. They raise their arms to shoulder height, extending them forward. Next, they bring their hands to touch their neck. After a pause, they lower their arms, extend them forward, touch their neck again, and repeat this sequence of mov... | The woman begins by stretching her arms straight forward, then bends them at the elbows to place her hands on the back of her neck. She lowers her arms and repeats the sequence, extending them forward, bringing her hands behind her neck, and extending forward again, ensuring smooth, controlled movements. | At first, the person stands calmly with arms down and head slightly turned to the left. Then the person raises their arms to shoulder level and extends them forward, then moves their hands to the neck. After a pause, the person lowers their arms again, then extends their arms forward, then moves their hands to their ne... | The person performs exercises. First, she stretches her straight arms forward, bends them, holds her neck with her hands, and lowers her arms. Then, she extends her arms forward, places them behind her neck, and extends her arms forward and behind her neck. | <motion_cot>1. **Analyze the Request**
The objective is to synthesize a motion sequence focused primarily on upper body articulation and head orientation. The animation must begin from a static, calm stance with specific head positioning, execute a distinct gesture involving arm elevation and neck contact, introduce a ... | <motion_cot>Keyframe 1:
- Standing upright
- Arms relaxed at sides
- Neutral posture
Keyframe 2:
- Arms extended straight forward
- Elbows locked
- Torso facing forward
Keyframe 3:
- Elbows bent
- Hands resting behind neck
- Chest open
Keyframe 4:
- Arms lowered to sides
- Hands relaxed near hips
- Transition pose
... | <motion_cot>[STATE 1]
- pose: initial forward extension
- arms: extended straight forward
- legs: stable, shoulder-width stance
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: bend elbows to neck
- direction: inward and backward
- coordination: arms flex while torso remains still
- dyna... | <motion_cot>t=0β20:
- Standing still, arms relaxed at sides
- Head tilted slightly to the left
- Stable, neutral posture
t=20β50:
- Raise arms to shoulder height
- Extend arms forward smoothly
- Bring hands to neck position
- Controlled upper body movement
t=50β70:
- Brief pause at neck position
- Lower arms back to ... | <motion_cot>[INTENT]
- goal: perform a repetitive upper-body stretching motion focusing on arm extension and neck positioning
- style: smooth, controlled, and rhythmic
- key_patterns: bilateral arm symmetry, flexion-extension transitions, stable torso
- constraints: maintain fluid motion without jerks, ensure hands rea... | <motion_826><motion_826><motion_826><motion_826><motion_826><motion_1599><motion_1599><motion_1599><motion_1599><motion_1599><motion_2047><motion_2047><motion_2047><motion_2047><motion_1118><motion_278><motion_1828><motion_986><motion_1599><motion_297><motion_1599><motion_1630><motion_2047><motion_2047><motion_2047><mo... | <motion><motion_826><motion_826><motion_826><motion_826><motion_826><motion_1599><motion_1599><motion_1599><motion_1599><motion_1599><motion_2047><motion_2047><motion_2047><motion_2047><motion_1118><motion_278><motion_1828><motion_986><motion_1599><motion_297><motion_1599><motion_1630><motion_2047><motion_2047><motion_... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI (technical planner).
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (standing, arm movements, neck touching, repe... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Keyframe Planning" representation for a given motion description.
* **Role:** Advanced motion synthesis AI.
* **Input:** A textual description of a human movement (specifically, a woman performing an arm stretching/exercise routin... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given motion description.
* **Input:** A textual description of a woman stretching her arms forward, bending elbows to place hands on the back of her neck, lowering arms, and repeating the sequ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a specific movement sequence (standing still, arm raises, neck touc... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a woman stretching her arms forward, bending... |
gp_00555#939#1156 | [
573,
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573,
573,
573,
573,
573,
573,
1347,
1347,
1347,
1347,
573,
573,
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573,
573,
573,
1452,
424,
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573,
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] | 0.039219 | The individual sits comfortably with their legs apart, playing the guitar with enthusiasm. Their left hand grips the neck firmly, while the right hand, bent at the elbow, strums at stomach level. As they play, a subtle side-to-side sway accompanies their motion, reflecting their engagement and passion in the performanc... | The person is seated, playing the violin with focused attention. Their left hand is extended, fingers moving along the strings, while the right hand is positioned in front, expertly strumming the bow across the strings. The person looks downward, intently focused on their performance. | A person sits with a relaxed posture, legs comfortably apart, holding a guitar. Their left hand grips the guitar's neck while the right hand, bent at the elbow, strums near the stomach area. They sway gently from side to side, deeply immersed in playing the guitar. | The individual sits with a violin held under their chin, looking downward. Their left hand moves dynamically along the violin's neck, fingers pressing different strings, while the right hand is tucked in front, skillfully strumming or bowing to produce music. | A person is sitting relaxed with their legs apart and playing the guitar with passion. The left hand holds the neck of the guitar, the right hand is bent at the elbow and plays the guitar at the level of the stomach. The person sways slightly to the sides. | A person is sitting and playing the violin. He is looking down. His left hand is extended and moving on his left and right hand is in front of him tucked in and strumming. | <motion_cot>**1. Analyze the Request**
The objective is to synthesize a continuous upper-body animation sequence depicting a musician seated and playing the violin. The primary technical challenge is coordinating a stable seated lower-body posture with complex, asynchronous movements of the hands and head. The flow req... | <motion_cot>Keyframe 1:
- Seated posture with legs apart
- Guitar resting on lap
- Left hand holding neck, right hand bent at elbow strumming at stomach level
- Torso upright, relaxed
Keyframe 2:
- Torso sways to the left
- Weight shifted to left hip
- Arms maintain playing position
Keyframe 3:
- Torso sways to the r... | <motion_cot>[STATE 1]
- pose: seated upright
- arms: left hand grips neck, right hand strums near stomach
- legs: comfortably apart, feet flat
- head: looking down at guitar
- torso: relaxed vertical
- balance: stable seated
[TRANSITION 1 β 2]
- action: initiate sway
- direction: lean right
- coordination: upper body ... | <motion_cot>**t=0β20:**
- Seated posture established
- Legs spread apart comfortably
- Guitar resting securely on lap
**t=20β40:**
- Left hand grips neck firmly
- Right arm bent at elbow, hand at stomach level
- Initial strumming motion begins
**t=40β60:**
- Rhythmic strumming continues
- Left hand adjusts finger pos... | <motion_cot>[INTENT]
- goal: generate a realistic seated guitar performance animation
- style: enthusiastic, rhythmic, relaxed posture
- key_patterns: asymmetric arm coordination (fretting vs strumming), core-driven sway, stable lower body
- constraints: maintain seated balance, keep guitar stable on lap, ensure hand m... | <motion_573><motion_573><motion_573><motion_573><motion_573><motion_573><motion_573><motion_573><motion_573><motion_573><motion_1347><motion_1347><motion_1347><motion_1347><motion_573><motion_573><motion_573><motion_573><motion_573><motion_573><motion_1452><motion_424><motion_573><motion_573><motion_1032><motion_1032><... | <motion><motion_573><motion_573><motion_573><motion_573><motion_573><motion_573><motion_573><motion_573><motion_573><motion_573><motion_1347><motion_1347><motion_1347><motion_1347><motion_573><motion_573><motion_573><motion_573><motion_573><motion_573><motion_1452><motion_424><motion_573><motion_573><motion_1032><motio... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (playing the violin).
* **Output Structure:** Three specifi... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a person sitting and playing guitar.
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...) with spe... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a person sitting and playing guitar.
* **Output Format:** Alternating [STATE] and [TRANSITION] blocks wi... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a person sitting and playing guitar with enthusiasm, swaying side-to-side.
* **Output Format:** Time intervals (t=0βT... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a person sitting and playing guitar enthusia... |
m_ep2_02018#133#343 | [
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] | 0.070835 | The person stands upright, extending their hand forward at shoulder level. They rotate their torso and arms to the left, simultaneously leaning their upper body to the left. After the rotation, they return to an upright position, repeating this movement several times with a fluid motion. | The individual stands upright, hands positioned at shoulder height as if gripping a steering wheel. They turn an imaginary steering wheel, swaying their upper body left and right in a rhythmic, periodic motion, mimicking the action of driving. | The individual stands upright with their arms extended forward at shoulder height. They rotate their upper body to the left while leaning in that direction, then return to an upright position. This sequence of leaning left and straightening up is repeated several times. | The individual stands upright, holding their hands at shoulder height as if gripping a steering wheel. They sway their torso side to side, mimicking the action of turning a steering wheel from left to right in a rhythmic manner. | The person stands with their hands at shoulder height and turns the steering wheel and sways their body to the left and right periodically. | The person stands holding their hand in front of them on the shoulder level and rotating them to the left as they lean left and putting them back straightening multiple times. | <motion_cot>1. **Analyze the Request**: I need to construct a repetitive animation sequence focused on upper-body dynamics. The core objective is to depict a standing individual performing a rotational movement that involves both twisting and lateral leaning, repeated several times to create a fluid, rhythmic effect. T... | <motion_cot>Keyframe 1:
- Upright standing posture
- One arm extended forward at shoulder level
- Torso facing forward, balanced stance
Keyframe 2:
- Torso rotated significantly to the left
- Upper body leaning left, arm follows rotation
- Weight shifted to support diagonal lean
Keyframe 3:
- Returned to upright stan... | <motion_cot>[STATE 1]
- pose: standing upright
- arms: one hand raised to shoulder level, elbow bent
- legs: stable, weight distributed evenly
- head: neutral, facing forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: rotate arm and lean
- direction: lateral left
- coordination: arm rotates extern... | <motion_cot>t=0β20:
- Upright standing posture
- One hand extended forward at shoulder level
- Core stability maintained
t=20β40:
- Initiate torso rotation to the left
- Arm follows rotation while extended
- Upper body begins lateral lean
t=40β60:
- Reach peak rotation and lean angle
- Torso twisted maximally to the ... | <motion_cot>[INTENT]
- goal: execute a rhythmic upper body rotation and lateral lean sequence while maintaining a stationary stance
- style: fluid, continuous, and controlled oscillation
- key_patterns: coupled torso rotation with lateral flexion, arm extension tracking torso movement
- constraints: maintain stable low... | <motion_2005><motion_1593><motion_115><motion_622><motion_1593><motion_1593><motion_1593><motion_115><motion_622><motion_95><motion_1593><motion_1593><motion_1593><motion_115><motion_1593><motion_1593><motion_129><motion_1593><motion_115><motion_1543><motion_129><motion_129><motion_1121><motion_1593><motion_622><motion... | <motion><motion_2005><motion_1593><motion_115><motion_622><motion_1593><motion_1593><motion_1593><motion_115><motion_622><motion_95><motion_1593><motion_1593><motion_1593><motion_115><motion_1593><motion_1593><motion_129><motion_1593><motion_115><motion_1543><motion_129><motion_129><motion_1121><motion_1593><motion_622... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person stands upright, extending their hand forward at shou... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The person stands upright, extending their hand forward at shoulder level. They rotate their torso and... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** "The person stands holding their hand in front of them on the shoulder level ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (standing upright, extending hand, rotating torso/arms left, leaning, returning, repeating).
* **Out... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a person standing upright, extending a hand,... |
gp_00513#0#224 | [
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] | 0.117715 | The individual stands relaxed. They rotate 180 degrees to the left, take two steps forward, then turn their body to the right. Leaning slightly forward, they rotate further to the right while extending their arms forward. | The person begins by standing neutrally. They turn their head over the left shoulder, then move forward with a solemn demeanor. Upon reaching a surface, they bend down slightly, turn to the right, and pick up an object from knee height, maintaining a sad expression. | The person stands at rest, then turns 180 degrees to the left. They take two steps forward, rotate their body to the right, and lean slightly forward. They continue turning to the right and extend their arms forward in a reaching motion. | The person stands in a neutral pose, then turns over their left shoulder and walks forward. They lean forward slightly, turning to the right, and reach down to take something from a surface at knee level. | The person stands in a neutral resting position. The person then turns 180 degrees to their left, takes two steps forward, turns the body to their right, tilts it forward, turns to their right, and reaches forward with the arms. | The person sadly takes something from the surface at the knee level. First, he stays in a neutral pose, then turns over his left shoulder and walks forward. Then he tilts down, turns to the right, and takes something from the surface. | <motion_cot>**1. Analyze the Request**:
The objective is to synthesize a continuous animation sequence depicting a character retrieving an object from a low surface. The narrative flow begins with a static neutral state, transitions into locomotion involving a leftward turn and forward walk, and concludes with a comple... | <motion_cot>Keyframe 1:
- Neutral standing posture
- Weight evenly distributed on both feet
- Head facing forward, arms relaxed at sides
Keyframe 2:
- Head turned over left shoulder
- Torso remains facing forward
- Eyes directed backward/left
Keyframe 3:
- Walking forward stride
- Shoulders slightly slumped (solemn d... | <motion_cot>[STATE 1]
- pose: neutral standing
- arms: relaxed at sides
- legs: straight, weight evenly distributed
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: 180-degree turn
- direction: left
- coordination: pivot on feet with torso rotation
- dynamics: controlled rotation
[STATE... | <motion_cot>**t=0β20:**
- Individual stands relaxed
- Weight balanced on both feet
- Arms hanging naturally at sides
**t=20β50:**
- Initiate 180-degree rotation to the left
- Pivot feet to complete turn
- Torso follows head rotation
- Movement is smooth and controlled
**t=50β80:**
- Begin walking forward
- Two distin... | <motion_cot>[INTENT]
- goal: execute a sequence of reorientation and locomotion ending in a forward-reaching posture
- style: controlled and fluid transitions from relaxed standing to active movement
- key_patterns: alternating rotational axes (left then right), sequential weight transfer, coordinated torso and arm ext... | <motion_643><motion_643><motion_643><motion_643><motion_643><motion_643><motion_582><motion_520><motion_296><motion_520><motion_1681><motion_436><motion_1520><motion_1689><motion_1000><motion_931><motion_1639><motion_1195><motion_1728><motion_729><motion_262><motion_681><motion_1007><motion_1898><motion_337><motion_764... | <motion><motion_643><motion_643><motion_643><motion_643><motion_643><motion_643><motion_582><motion_520><motion_296><motion_520><motion_1681><motion_436><motion_1520><motion_1689><motion_1000><motion_931><motion_1639><motion_1195><motion_1728><motion_729><motion_262><motion_681><motion_1007><motion_1898><motion_337><mo... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person sadly takes something from the surface at the knee l... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person begins by standing neutrally. They turn their head over the left shoulder, then move forward w... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A specific textual description of movement ("The person stands in a neutral r... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The individual stands relaxed. They rotate 180 degrees to the left, take two steps forward, t... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Structure:** Two main sections: [INTENT] and [EXECUTION].
* **IN... |
m_ep1_00285#4008#4295 | [
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449,
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492,
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] | 0.167275 | Initially, the person tilts their body slightly to the right and forward, lowering their arms. Then, they step to the left, straighten up, and execute a full 360-degree turn to the left. Next, they perform a half turn to the left and sit down on a chair, placing hands on the armrests. Standing up, they walk forward a f... | The woman stands upright, tilting her head and shoulders to the right before turning to her left. She sits on a chair, placing her bent arms on the armrests. She stands up smoothly, relaxing her body, turns left again, swings her arms down, and sits back onto the chair, resting her hands on the armrests once more. | The individual starts by standing and tilting their body slightly to the right and forward, lowering their arms. They step to the left, straighten up, and perform a full 360-degree turn to the left. Next, they turn halfway to the left and sit on a chair, resting hands on the armrests. They stand up, walk a few steps fo... | The person stands, tilts her head and shoulders to the right, then turns left and sits on a chair, resting her bent arms on the armrests. She stands up smoothly, relaxes, turns left, lowers her arms, and sits back down, placing her hands on the armrests. | First, the person stands slightly, tilting the body to the right and forward and lowering the arms. Then she steps to the left, straightens up, and turns 360 degrees to the left. After that, she turns half a turn to the left and sits on the chair, leaning her hands on the armrests. Then she stands up, takes a few steps... | The person stands slightly, tilting her head and shoulders to the right, turns around to the left, and sits on a chair, resting her bent arms on the armrests. Then she calmly stands up, relaxes, turns around to the left, swings her arms down, and sits again on the chair, resting her hands on the armrests. | <motion_cot>1. **Analyze the Request**: I need to synthesize a motion sequence involving two distinct cycles of sitting and standing, interspersed with rotational movements and specific arm placements. The core challenge is maintaining balance during the transitions between standing and sitting, ensuring the head and s... | <motion_cot>Keyframe 1:
- Torso tilted right and forward
- Head aligned with torso
- Arms lowered below shoulder level
Keyframe 2:
- Torso vertical and upright
- Left foot stepped forward relative to start
- Arms relaxed at sides
Keyframe 3:
- Torso facing original direction (360 turn complete)
- Weight balanced even... | <motion_cot>[STATE 1]
- pose: standing
- arms: lowered
- legs: straight
- head: neutral
- torso: tilted right and forward
- balance: slightly unstable
[TRANSITION 1 β 2]
- action: step left, straighten, 360 turn
- direction: lateral then rotational
- coordination: weight shift and pivot
- dynamics: controlled flow
[S... | <motion_cot>t=0β20:
- Initial standing posture
- Body tilts right and forward
- Arms lower gradually to sides
- Controlled, deliberate shift in center of gravity
t=20β40:
- Step laterally to the left
- Torso straightens from tilted position
- Weight transfers smoothly to standing leg
- Balance adjusts during lateral m... | <motion_cot>[INTENT]
- goal: execute a sequence of standing, turning, and sitting motions with a repeated cycle
- style: calm, deliberate, and relaxed movements
- key_patterns: asymmetrical initial posture, rotational transitions, arm support during sitting
- constraints: maintain stability during sit-to-stand transiti... | <motion_777><motion_350><motion_1604><motion_1498><motion_1697><motion_538><motion_1272><motion_776><motion_1084><motion_1980><motion_753><motion_449><motion_449><motion_492><motion_492><motion_678><motion_492><motion_492><motion_492><motion_1441><motion_1172><motion_275><motion_481><motion_490><motion_1064><motion_234... | <motion><motion_777><motion_350><motion_1604><motion_1498><motion_1697><motion_538><motion_1272><motion_776><motion_1084><motion_1980><motion_753><motion_449><motion_449><motion_492><motion_492><motion_678><motion_492><motion_492><motion_492><motion_1441><motion_1172><motion_275><motion_481><motion_490><motion_1064><mo... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person stands slightly, tilting her head and shoulders to t... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement.
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...), each describing overall pose,... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given motion description.
* **Input:** A textual description of a human movement sequence (standing, tilting, stepping, turning, sitting, standing, walking, turning, sitting).
* ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement involving standing, tilting, stepping, turning, sitting, standing, walking, turning, and sitting again.
... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a person standing, tilting, turning, sitting... |
m_ep1_00243#2919#3203 | [
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] | 0.122952 | The individual begins moving forward while turning in a circular pattern to the right, leaning their body into the curve. They then reverse direction, turning in a circle to the left with similar body lean. Finally, they shift to the right once more and proceed slowly forward in a straight line. | The person begins by walking straight ahead. They turn their body by pivoting over their right shoulder and continue walking forward. Next, they turn over their left shoulder and proceed forward again. They then turn over their right shoulder, walk straight, and finally come to an upright standing position. | The individual moves forward while turning their body in a circular motion to the right, leaning into the turn. They then shift direction, rotating left, again leaning into the curve. After completing the circular movements, they turn right and proceed forward at a slow, steady pace, maintaining a straight path. | The individual starts by walking forward, then turns their head and body over the right shoulder. Continuing to walk forward, they next turn over the left shoulder. They proceed again, turning over the right shoulder before walking forward once more and coming to an upright standing position. | The person goes forward turning in a circle to the right and then to the left leaning the body in the direction of the radius. Then turns to the right and goes slowly forward straight. | The person walks forward, turns over the right shoulder, walks forward, turns over the left shoulder, walks forward, turns over the right shoulder, walks forward, and stands upleft. | <motion_cot>1. **Analyze the Request**: I need to synthesize a continuous locomotion sequence that involves complex directional changes and body posture adjustments. The animation must transition from forward motion into a curved path, reverse the heading with an opposing curve, perform a lateral adjustment, and finall... | <motion_cot>Keyframe 1:
- Torso leaning right, pelvis angled into curve
- Legs supporting forward momentum
- Head facing direction of turn
Keyframe 2:
- Feet pivoting to reverse direction
- Torso rotating towards left
- Arms adjusting for balance during pivot
Keyframe 3:
- Torso leaning left, pelvis angled into curve... | <motion_cot>[STATE 1]
- pose: walking forward
- arms: swinging naturally at sides
- legs: alternating stride
- head: facing forward
- torso: upright neutral
- balance: dynamic stability
[TRANSITION 1 β 2]
- action: turn over right shoulder
- direction: rightward rotation
- coordination: head and upper torso rotate whi... | <motion_cot>**t=0β20:**
- Initiates forward walking gait
- Rhythmic leg stride and arm swing
- Torso aligned with movement vector
**t=20β40:**
- Rotates upper body over right shoulder
- Head turns to look behind/right
- Legs continue forward momentum despite torso twist
**t=40β60:**
- Realigns torso to forward facing... | <motion_cot>[INTENT]
- goal: perform a sequence of walking segments interspersed with directional pivots before coming to a complete stop
- style: fluid locomotion with deliberate rotational shifts
- key_patterns: alternating pivot directions (right, left, right), continuous weight transfer during turns, controlled dec... | <motion_1838><motion_1021><motion_1691><motion_1032><motion_120><motion_120><motion_393><motion_430><motion_1139><motion_1139><motion_1411><motion_13><motion_1909><motion_440><motion_120><motion_1910><motion_875><motion_1856><motion_1062><motion_1650><motion_120><motion_920><motion_975><motion_416><motion_705><motion_1... | <motion><motion_1838><motion_1021><motion_1691><motion_1032><motion_120><motion_120><motion_393><motion_430><motion_1139><motion_1139><motion_1411><motion_13><motion_1909><motion_440><motion_120><motion_1910><motion_875><motion_1856><motion_1062><motion_1650><motion_120><motion_920><motion_975><motion_416><motion_705><... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement (turning right, turning left, shifting right, walking straight).
... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (moving forward, turning right, reversing direction turning left, shifting right, moving forward straigh... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A description of a person walking, turning head/body over right shoulder, lef... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person walking, turning their head/body over shoulders... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a person walking, turning (pivoting over rig... |
m_st2_00032#0#286 | [
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] | 0.181063 | The individual stands with arms apart, knees slightly bent, and turns their head rightward. Their right arm extends outward, left arm bent at head level. They pivot right, stepping back with the right leg, extending the left arm forward, and turning leftward, taking steps forward with the left leg. They reach forward, ... | The person stands with legs apart, right leg forward, and turns right, stretching the right arm forward and left arm behind the head. They rotate further right, bringing the left arm forward and right arm to the side, stepping forward. Next, the left arm stretches forward while standing on toes, then arms lower as they... | The person stands with feet shoulder-width apart, arms extended, right arm straight to the side, left arm bent at head level. They rotate right, step the right leg back, extend left arm forward, and turn head left while stepping forward with the left leg. Then, they reach forward, shaking arms, and shift weight onto th... | The person stands with legs wide apart, right leg forward, turning right. The right arm is extended forward, and the left arm is raised behind the head. They turn right, moving the left arm forward and the right arm to the side, taking a few steps forward. The left arm is then stretched forward while standing on toes, ... | The person stands with his legs wide apart, with his right leg forward, turning to the right, with his right arm stretched forward and his left arm raised behind his head. The person then turns to the right putting his left arm forward and holding his right arm to the side, taking a couple of steps forward. Then he str... | The person stands with their arms shoulder-width apart, slightly bending their knees, turns their head to the right, extends their right arm straight to the side, and holds their left bent arm at head level. Then, they turn to the right, stepping their right leg back, extending their left arm forward, turning their hea... | <motion_cot>**1. Analyze the Request**:
The objective is to synthesize a complex motion sequence involving static posing, locomotion, balance adjustments, and object interaction. The flow begins with a specific wide-stance pose, transitions through turning and stepping actions, includes a balance shift on toes, involve... | <motion_cot>Keyframe 1:
- Upright standing posture with slight knee flexion
- Head turned to the right
- Right arm extended laterally, left arm bent at head level
- Arms positioned shoulder-width apart
Keyframe 2:
- Torso turned right, right leg stepped back
- Left arm extended forward
- Head turned left
- Left leg st... | <motion_cot>[STATE 1]
- pose: standing neutral
- arms: right straight side, left bent head level
- legs: shoulder-width apart
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: rotate and step
- direction: torso right, right leg back, left leg forward
- coordination: head turns left while ... | <motion_cot>t=0β20:
- Stand with legs apart, right leg forward
- Torso turns to the right
- Right arm extends forward, left arm behind head
- Stable, controlled posture
t=20β45:
- Rotate further right
- Left arm swings forward, right arm moves to side
- Step forward with right leg
- Weight shifts smoothly forward
t=4... | <motion_cot>[INTENT]
- goal: execute a dynamic movement sequence involving pivots, weight shifts, and arm gestures that concludes by returning to a specific starting configuration
- style: controlled, rhythmic, and expressive, suggesting a dance or martial arts flow
- key_patterns: rotational turns, alternating leg wei... | <motion_1984><motion_1984><motion_1238><motion_297><motion_1086><motion_1972><motion_564><motion_388><motion_1595><motion_579><motion_564><motion_564><motion_564><motion_564><motion_564><motion_1129><motion_751><motion_721><motion_1399><motion_1326><motion_1326><motion_1326><motion_1326><motion_945><motion_1084><motion... | <motion><motion_1984><motion_1984><motion_1238><motion_297><motion_1086><motion_1972><motion_564><motion_388><motion_1595><motion_579><motion_564><motion_564><motion_564><motion_564><motion_564><motion_1129><motion_751><motion_721><motion_1399><motion_1326><motion_1326><motion_1326><motion_1326><motion_945><motion_1084... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A detailed textual description of a human movement sequence.
* **Output Structure:** Three specific s... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A detailed textual description of a human movement.
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...), each describing over... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** A specific textual description of a sequence of move... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement sequence.
* **Output Format:** Structured time intervals (t=0βT1, t=T1βT2, etc.) with bullet points ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Output Format:** Specific sections for [INTENT] and [EXECUTION] with b... |
m_st3_00638#280#507 | [
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- Left arm extended upward in cheer
- Torso leaning to the right
- Weight shifted to right leg
Keyframe 2:
- Left foot stepped to the side
- Left arm lowered to waist level
- Head turned to the right
Keyframe 3:
- Right arm bent, hand touching right ear
- Torso upright and rising
- Body weight... | <motion_cot>[STATE 1]
- pose: leaning right, cheering
- arms: left raised high
- legs: weight on right leg
- head: forward/up
- torso: tilted right
- balance: dynamic
[TRANSITION 1 β 2]
- action: step left, lower arm, glance right
- direction: lateral left
- coordination: footwork with arm descent
- dynamics: smooth t... | <motion_cot>t=0β30:
- Left hand raises high above shoulder
- Torso leans diagonally to the right
- Facial expression indicates cheering
- Weight shifted to right leg for stability
t=30β60:
- Small step taken to the left with right foot
- Left hand lowers smoothly to waist level
- Head turns to gaze toward the right
- ... | <motion_cot>[INTENT]
- goal: perform a dynamic dance sequence blending DJ mimicry and disco gestures
- style: expressive, rhythmic, and playful with weight shifts
- key_patterns: alternating body leans, coordinated arm gestures, gaze direction changes
- constraints: maintain balance during lateral leans, ensure smooth ... | <motion_1313><motion_840><motion_1313><motion_840><motion_396><motion_2025><motion_478><motion_1062><motion_1488><motion_1488><motion_1094><motion_914><motion_1488><motion_627><motion_627><motion_627><motion_965><motion_460><motion_772><motion_772><motion_218><motion_772><motion_772><motion_1768><motion_787><motion_31>... | <motion><motion_1313><motion_840><motion_1313><motion_840><motion_396><motion_2025><motion_478><motion_1062><motion_1488><motion_1488><motion_1094><motion_914><motion_1488><motion_627><motion_627><motion_627><motion_965><motion_460><motion_772><motion_772><motion_218><motion_772><motion_772><motion_1768><motion_787><mo... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (DJ mixing and dancing).
* **Output Structure:** Three spec... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (DJ-like cheering, stepping, dancing, etc.).
* **Output Format:** Numbered keyframes (Keyframe 1, ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Output Format:** Alternating `[STATE]` and `[TRANSITION]` blocks with specific fields ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement (cheering, DJ mimicry, stepping, swaying, disco st... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A specific textual description of a person dancing/miming a DJ a... |
m_ep1_00194#3340#3634 | [
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] | 0.04337 | The person begins by standing in a neutral position. They then take a step backward with their left foot, pause, and raise both hands to their tilted forward head. Afterward, they step forward, turn to the right, and continue stepping forward, maintaining a smooth transition between each movement. | The individual stands upright in a neutral position. They take a few steps to the right, pause, and then step back to the starting point. Next, they raise their hands behind their head, bow slightly, and begin walking forward, turning to the right while maintaining their forward motion. | The person starts in a neutral position. They take a step backward with their left foot, pause momentarily, and raise their hands to their forehead while slightly tilting their head forward. Next, they step forward, pivot to the right, and continue stepping forward. | The person stands neutrally, then takes a few steps to the right and back to the starting position. Next, they raise their hands behind their head, bow slightly, and walk forward while turning to their right, continuing the forward walk in the new direction. | The person stands in a neutral resting position. The person then steps backward left, stops, raises their hands on the tilted forward head, steps forward, turns right, and steps forward. | The person stands in a neutral resting position. Then, the person takes a few steps to their right and back. Then, the person raises their hands behind their head, bows, and walks forward while turning to their right and continuing to walk. | <motion_cot>**1. **Analyze the Request**: I need to synthesize a continuous motion sequence that transitions from a static neutral pose into a multi-stage locomotion and gesture routine. The primary flow involves a backward lateral step, a specific upper-body pose involving head flexion and hand placement, followed by ... | <motion_cot>Keyframe 1:
- Neutral standing posture
- Arms relaxed at sides
- Facing forward
Keyframe 2:
- Left foot stepped backward
- Weight shifted to right leg
- Upper body upright
Keyframe 3:
- Hands raised to forehead
- Head tilted slightly forward
- Weight balanced on left leg
Keyframe 4:
- Pivoting torso to t... | <motion_cot>[STATE 1]
- pose: neutral standing
- arms: relaxed at sides
- legs: weight evenly distributed
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: lateral steps to the right
- direction: right
- coordination: feet shift weight laterally
- dynamics: casual, rhythmic
[STATE 2]
- p... | <motion_cot>t=0β20:
- Standing in neutral position
- Weight evenly distributed on both feet
- Arms relaxed at sides, gaze forward
- Stable balance maintained
t=20β40:
- Step backward with left foot
- Shift center of gravity rearward
- Torso remains upright during step
- Heel-to-toe contact for smooth transition
t=40β... | <motion_cot>[INTENT]
- goal: perform a sequence of lateral movement, posture adjustment, and directional walking
- style: casual and fluid with controlled transitions
- key_patterns: symmetric lateral displacement, upper body extension, coordinated turn during locomotion
- constraints: return to original position after... | <motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_868><motion_868><motion_805><motion_805><motion_1840><motion_444><motion_868><motion_1834><motion_276><motion_826><motion_826><motion_1024><moti... | <motion><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_826><motion_868><motion_868><motion_805><motion_805><motion_1840><motion_444><motion_868><motion_1834><motion_276><motion_826><motion_826><motion_10... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The person stands in a neutral resting position. The person then ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person starts in a neutral position. They take a step backward with their left foot, pause momentaril... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** A specific textual description of a movement sequenc... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a movement sequence ("The person begins by standing in a neutral position. They then take a step backward with thei... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A specific textual description of a movement sequence ("The pers... |
ep2_02052#0#130 | [
319,
1147,
1480,
746,
2005,
608,
608,
2005,
2005,
1558,
1613,
1730,
435,
31,
31,
31
] | 0.069767 | The person stands upright, elevating their arms to chest height while lowering their head. They grip a can in their right hand and use their left hand to open its lid. Lowering the left hand, they raise the right hand to their mouth, tilting their head back slightly to drink from the can. | The person stands upright, tilts their head down slightly, and angles their body to the right. With bent arms held at chest level, they open a bottle by rotating their left hand over the right. Next, they lower the left hand, lift the right bent arm upward, tilt their head back, and simulate drinking. | The individual stands upright, lifting their arms to chest level while lowering their head. Holding a can in the right hand, they use the left hand to open the lid. Lowering the left hand, they raise the can with the right hand to the face, take a drink, and lift their head back. | The individual stands upright, then slightly lowers their head, tilting their body to the right. They hold their bent arms at chest level, rotating their left hand over the right as if opening a bottle. Afterward, they lower the left hand, raise the right bent arm upward, tilt their head back, and simulate drinking. | The person stands and raises their arms to chest level and lowers their head. The person then holds the can in their right hand and opens the lid with their left hand. The person then lowers the left hand, raises the right hand to the face and drinks from the can and raises the head. | The person stands, then lowers their head slightly, tilting their body to the right, and holds their bent arms in front of them at chest level as they open a bottle, rotating their left hand over their right. Then, they lower their left hand, raise their right bent arm upwards, tilt their head back, and drink. | <motion_cot>**1. Analyze the Request**
The objective is to synthesize a coherent animation sequence depicting a person performing a specific interaction task: opening a bottle and drinking from it. The movement flow transitions from a static standing pose into a dynamic interaction involving fine motor skills (hand rot... | <motion_cot>Keyframe 1:
- Upright standing posture
- Arms relaxed at sides
- Head facing forward
Keyframe 2:
- Body tilted slightly to the right
- Head lowered
- Arms bent at elbows, raised to chest level
Keyframe 3:
- Torso maintains rightward tilt
- Hands crossed at chest (left over right)
- Fingers configured for ... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: relaxed at sides
- legs: straight, weight evenly distributed
- head: neutral
- torso: vertical
- balance: stable
[TRANSITION 1 β 2]
- action: shift posture, tilt right
- direction: downward and right
- coordination: torso leans right, head lowers slightly
- dynami... | <motion_cot>t=0β20:
- Upright standing posture
- Arms lift to chest level
- Head lowers to focus on can
t=20β40:
- Right hand stabilizes can
- Left hand manipulates lid
- Precise fine motor coordination
t=40β60:
- Left hand lowers away from can
- Right hand elevates can to face
- Torso remains stable
t=60β80:
- Can ... | <motion_cot>[INTENT]
- goal: execute a functional sequence of opening a bottle and simulating a drink
- style: casual, fluid, and naturalistic upper body interaction
- key_patterns: torso rotation for object access, bilateral hand coordination for manipulation, sequential head and arm movement for consumption gesture
-... | <motion_319><motion_1147><motion_1480><motion_746><motion_2005><motion_608><motion_608><motion_2005><motion_2005><motion_1558><motion_1613><motion_1730><motion_435><motion_31><motion_31><motion_31> | <motion><motion_319><motion_1147><motion_1480><motion_746><motion_2005><motion_608><motion_608><motion_2005><motion_2005><motion_1558><motion_1613><motion_1730><motion_435><motion_31><motion_31><motion_31></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (standing, tilting head/body, opening a bottle, drinking).
* ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (standing, tilting, hand rotation simulating opening a bottle, drinking motion).
* **Output Format... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A short description of a sequence of actions (standing, tilting, hand rotatio... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person standing, lifting arms, opening a can, drinking, and lower... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement (standing, tilting head, opening a bot... |
ep1_00054#1463#1680 | [
915,
126,
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1417,
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2010,
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] | 0.071305 | The individual takes a step backward, beginning with their left leg, as they lower their arms from their waist. Standing upright, they gently swing their arms. Subsequently, they raise both bent arms to chest level, positioning the left hand slightly higher than the right, as if attempting to hold an object. | The person begins by taking three small steps backward, lowering their hands to a neutral resting position by their sides. Then, they raise their right hand upwards, followed by lifting their left hand to rest over the right hand, creating an overlapping position. | The person takes a step backward with their left leg, lowering their arms from waist level. They stand upright, gently swinging their arms. Next, they raise both arms, bent at the elbows, to chest level, positioning the left hand slightly above the right as if holding an object. | The person takes three small steps backward, lowering their hands from their waist into a neutral rest position. They then lift their right hand, followed by their left hand, positioning it above the right hand in a smooth motion. | The person takes three small steps back and lowers their hands from the waist and stands in a neutral resting position. The person raises their right hand and then raises their left hand over their right hand. | The person steps backward, starting with their left leg and lowering their arms from their waist. The person stands straight, slightly swinging arms. Then, the person raises both bent arms to a chest level trying to hold an object with the left hand is slightly higher than the right. | <motion_cot>1. **Analyze the Request**: I need to construct a continuous animation sequence that transitions from a standing position with arms at waist level into a backward step, followed by a brief idle swinging motion, and finally settling into a specific upper-body pose that mimics holding an object. The logic mus... | <motion_cot>Keyframe 1:
- Upright standing posture
- Arms positioned at waist level
- Weight balanced on both feet
Keyframe 2:
- Left leg stepped backward
- Arms lowering from waist
- Torso slightly tilted forward for balance
Keyframe 3:
- Upright stance with feet planted
- Arms swinging gently at sides
- Stable weig... | <motion_cot>[STATE 1]
- pose: standing neutral
- arms: at waist level
- legs: parallel, weight balanced
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: step backward with left leg
- direction: backward
- coordination: left leg extends back, arms lower from waist
- dynamics: controlled, ... | <motion_cot>t=0β20:
- Three small steps backward
- Feet shift sequentially rearward
- Torso remains upright and stable
t=20β40:
- Hands lower from waist level
- Arms extend downward along sides
- Body aligns into neutral stance
t=40β60:
- Maintain neutral resting position
- Weight evenly distributed
- Minimal movemen... | <motion_cot>[INTENT]
- goal: perform a backward stepping motion followed by a specific upper-body gesture simulating object interaction
- style: natural and functional with subtle asymmetry in the final pose
- key_patterns: weight transfer during step back, synchronized arm lowering, asymmetric hand positioning
- const... | <motion_915><motion_126><motion_1956><motion_1064><motion_1223><motion_1417><motion_1697><motion_2010><motion_101><motion_981><motion_278><motion_35><motion_1730><motion_911><motion_911><motion_1847><motion_276><motion_58><motion_58><motion_2044><motion_2044><motion_1695><motion_585><motion_483><motion_1538><motion_630... | <motion><motion_915><motion_126><motion_1956><motion_1064><motion_1223><motion_1417><motion_1697><motion_2010><motion_101><motion_981><motion_278><motion_35><motion_1730><motion_911><motion_911><motion_1847><motion_276><motion_58><motion_58><motion_2044><motion_2044><motion_1695><motion_585><motion_483><motion_1538><mo... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The person takes a step backward with their left leg, lowering th... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation from a textual description of human movement.
* **Input:** A short text describing a sequence of movements (step backward, lower arms, swing arms, raise bent arms to chest level, left hand hi... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A specific textual description of a movement sequence.
* **Output Forma... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "The person takes three small steps back and lowers their hands from the waist and stands in a neutr... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A specific movement description ("The person steps backward, ... |
m_gp_00211#343#543 | [
571,
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242,
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675,
670,
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1227,
1227,
674,
1227,
1980,
324,
1675,
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468,
720,
1583,
1980,
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240,
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1980,
1980
] | 0.356339 | The individual starts seated on a step, holding a bag in their right hand. They use their left hand to push off the step and stand up. Then, they pivot to their right side, standing upright. With their back toward the step, they place their right foot on it while maintaining balance by holding onto the step with their ... | The individual bends low, almost touching the floor, holding their stomach with the right hand. They lean back slightly and jump in place. Afterward, they place the left hand on the stomach, lower the right hand, and turn 180 degrees to the right, standing straight with a slight forward lean. The right leg is lifted an... | The person rises from a step behind them, using their left hand to push off. Holding a bag in their right hand, they turn to the right. They face away and place their right foot onto the step, securing stability by holding the step with their right hand. | The person bends down low, clutching their stomach with their right hand. They lean back slightly before jumping up in place. Next, they place their left hand on their stomach, lower their right hand, and make a 180-degree turn to the right. Standing straight with a slight forward lean, they lift their right leg and be... | A person stands up from the step behind their back holding the bag with their right hand, and pushing off from the step with their left hand. They turn over to their right. They stand with their back and put their right foot onto the step, holding the step with their right hand. | A person is bent almost to the floor, holds his stomach with his right hand, leans back a little and jumps up in place, puts his left hand on his stomach, lowers his right hand, turns to the right by 180 and stands straight, leaning a little forward, raises his right leg and bends it, bends the arm to chest level and r... | <motion_cot>1. **Analyze the Request**: The goal is to generate a continuous motion sequence depicting a person transitioning from a seated position on a step to standing, pivoting, and then stepping up onto the step while stabilizing. The sequence must account for object interaction (a bag held in the right hand) and ... | <motion_cot>Keyframe 1:
- Seated on step
- Bag held in right hand
- Knees bent, torso upright
Keyframe 2:
- Rising from seated position
- Left hand pushing against step surface
- Body extending upward
Keyframe 3:
- Standing upright
- Back oriented toward the step
- Arms relaxed, bag in right hand
Keyframe 4:
- Right... | <motion_cot>[STATE 1]
- pose: seated on step
- arms: right hand holds bag, left hand resting on lap
- legs: knees bent, feet flat on floor
- head: neutral
- torso: leaning slightly forward
- balance: stable on seat
[TRANSITION 1 β 2]
- action: stand up
- direction: upward
- coordination: left hand pushes off step, leg... | <motion_cot>t=0β30:
- Controlled descent into a deep bend
- Torso lowers close to the floor
- Right hand grasps stomach area
- Knees flex deeply for stability
t=30β60:
- Slight backward lean to initiate jump
- Explosive upward extension
- Both feet leave ground simultaneously
- Arms shift slightly for vertical momentu... | <motion_cot>[INTENT]
- goal: execute a functional sequence transitioning from a seated position to standing, pivoting, and stepping back onto the support surface
- style: controlled and stability-focused with clear weight shifts
- key_patterns: asymmetrical leverage during stand-up, rotational body orientation, unilate... | <motion_571><motion_571><motion_845><motion_242><motion_1398><motion_675><motion_670><motion_491><motion_1227><motion_1227><motion_674><motion_1227><motion_1980><motion_324><motion_1675><motion_3><motion_468><motion_720><motion_1583><motion_1980><motion_1249><motion_240><motion_1759><motion_1980><motion_1980> | <motion><motion_571><motion_571><motion_845><motion_242><motion_1398><motion_675><motion_670><motion_491><motion_1227><motion_1227><motion_674><motion_1227><motion_1980><motion_324><motion_1675><motion_3><motion_468><motion_720><motion_1583><motion_1980><motion_1249><motion_240><motion_1759><motion_1980><motion_1980></... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (seated on a step, holding a bag, stand up, pivot, place foot on ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement (starting seated, standing up, pivoting, stepping onto a step).
* **Output Format:** Numbered keyfram... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a specific sequence of movements (seated on a step, stand up, pivot, place foot on step, hold step).
* **Output For... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement sequence.
* **Output Format:** Structured ti... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement (seated on a step, standing up, pivoti... |
gp_00164#237#456 | [
292,
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1832,
1782,
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485,
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375,
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1629,
1782,
1445,
1629,
1629,
401,
440,
2006,
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813,
682,
185,
185
] | 0.138335 | The person engages in a slow run, moving in a clockwise circular path. They take small, measured steps and maintain a slight bend in their arms, allowing their hands to sway gently as they run. | The individual begins by jogging straight ahead and then makes a right turn. They continue running to the right and make two additional right turns, eventually running in a circular path with a consistent pace. | The person begins a slow run, moving in a clockwise circle. They take small, measured steps while swaying their hands slightly, keeping their arms bent at the elbows for balance. | The person begins jogging in a forward direction. They then make a right turn, transitioning into a run. After the first right turn, they continue by making two additional right turns, running in a circular path, completing the circle before coming back to their starting direction. | The person slowly runs in a clockwise circle with small steps and swaying their hands slightly with bent arms. | The person jogs, turns right, runs right, and turns right two times again running in a circle. | <motion_cot>1. **Analyze the Request**: I need to synthesize a continuous motion sequence that transitions from a linear jog into a circular path through a series of specific directional changes. The core challenge is to map the textual instructions regarding turning and running into coherent kinematic phases that resu... | <motion_cot>Keyframe 1:
- Initial upright stance, preparing to move
- Feet close together, weight balanced evenly
- Arms relaxed at sides, beginning to bend slightly at elbows
- Orientation facing the tangent of the circular path
Keyframe 2:
- Mid-stride running pose with right leg forward
- Knees slightly bent, small... | <motion_cot>[STATE 1]
- pose: straight jogging
- arms: pumping rhythmically forward and back
- legs: alternating stride, knees driving forward
- head: facing direction of travel
- torso: upright with slight forward lean
- balance: dynamic forward stability
[TRANSITION 1 β 2]
- action: initiate right turn
- direction: ... | <motion_cot>t=0β30:
- Transition from static to slow running pace
- Body leans slightly forward to initiate momentum
- Feet begin contact with ground in rhythmic sequence
t=30β60:
- Small, measured steps establish consistent gait
- Trajectory curves gradually to the right (clockwise)
- Center of mass shifts smoothly w... | <motion_cot>[INTENT]
- goal: execute a directional maneuver involving jogging, transitioning to running, and navigating a closed circular path with multiple turns
- style: dynamic and fluid motion with consistent momentum maintenance
- key_patterns: body lean into turns, gait transition from jog to run, sequential righ... | <motion_292><motion_1237><motion_1782><motion_1738><motion_1832><motion_1782><motion_1738><motion_485><motion_1031><motion_375><motion_485><motion_1629><motion_1738><motion_1251><motion_1629><motion_1782><motion_1445><motion_1629><motion_1629><motion_401><motion_440><motion_2006><motion_1749><motion_813><motion_682><mo... | <motion><motion_292><motion_1237><motion_1782><motion_1738><motion_1832><motion_1782><motion_1738><motion_485><motion_1031><motion_375><motion_485><motion_1629><motion_1738><motion_1251><motion_1629><motion_1782><motion_1445><motion_1629><motion_1629><motion_401><motion_440><motion_2006><motion_1749><motion_813><motion... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis.
* **Input:** "The person jogs, turns right, runs right, and turns right two times again running in a circle."
* **Output Structure:** Three specific sections: 1. **Analyze th... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** "The person engages in a slow run, moving in a clockwise circular path. They take small, measured steps and maintain a slight bend in their arms, ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** "The individual begins by jogging straight ahead and... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "The person begins a slow run, moving in a clockwise circle. They take small, measured steps while swaying their hands slightly, keeping their arms ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a person jogging, turning right, running in ... |
ep1_00214#0#289 | [
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] | 0.085918 | The individual begins by walking cautiously, turning slightly left. They then walk backward with hands on their belly, leaning the torso back and turning the head slightly left. Following this, they rotate the body to the left, place their hands on the chest, lower their head, and take a few small steps sideways to the... | The person starts in a standing position with arms bent at the elbows in front of the waist. He cautiously steps back with his right foot, pivoting slightly to the right as his hands tremble. A small step back with the left foot follows as he leans back slightly. He continues stepping back, turns slightly left while pl... | The person walks cautiously forward, making a slight turn to the left. Then, they walk backward with hands resting on their belly, torso leaning backward and head turned slightly to the left. Next, they turn left, place hands on the chest, lower their head, and take small steps to the left. | The person begins by taking cautious steps backward, starting from a standing position with elbows bent and hands in front of the waist. He steps back with his right foot, turning slightly right as his hands tremble. Leaning back, he steps with his left foot, continuing with several steps back. He turns slightly left, ... | The person tentatively takes a few steps back. His initial position is standing, with both arms bent at the elbows and in front of the waist. Then he takes a small step back with his right foot and turns slightly to the right, at the same time his hands tremble slightly. Then he leans back slightly and takes a small st... | The person walks cautiously and turns slightly to the left. The person walks backward with his hands on his belly, his torso is leaned backward, and his head slightly turned to his left. Then, the person turns to his left, puts his hands on his chest, lowers his head, and takes a few small steps to his left. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous motion sequence depicting a character retreating cautiously while exhibiting signs of distress or nervousness. The animation must transition from a static standing pose through a series of backward steps involving specific footwork (rig... | <motion_cot>Keyframe 1:
- Upright standing posture
- Elbows bent, hands held in front of waist
- Neutral balance and orientation
Keyframe 2:
- Right foot stepped backward
- Torso turned slightly to the right
- Hands tense with slight tremor
Keyframe 3:
- Left foot stepped backward
- Torso leaning backward
- Arms main... | <motion_cot>[STATE 1]
- pose: standing
- arms: elbows bent, hands in front of waist
- legs: straight, weight balanced
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: cautious step back
- direction: backward and slightly right
- coordination: right foot advances rearward, torso shifts
- ... | <motion_cot>t=0β20:
- Standing upright, neutral posture
- Arms bent at elbows, hands positioned in front of waist
- Stable balance, preparing for movement
t=20β40:
- Tentative retreat begins
- Weight shifts rearward gradually
- Small, hesitant steps initiated
t=40β60:
- Right foot steps back
- Torso turns slightly to... | <motion_cot>[INTENT]
- goal: simulate a cautious backward retreat involving rotational shifts and physical instability
- style: hesitant, unstable, defensive, and tense
- key_patterns: alternating footwork for backward locomotion, torso rotation changes, hand tremors, weight shifting to the rear
- constraints: maintain... | <motion_1170><motion_968><motion_1240><motion_1265><motion_1113><motion_1202><motion_870><motion_565><motion_1388><motion_1388><motion_353><motion_1115><motion_1907><motion_87><motion_87><motion_808><motion_1455><motion_813><motion_813><motion_1115><motion_813><motion_1942><motion_240><motion_1176><motion_241><motion_4... | <motion><motion_1170><motion_968><motion_1240><motion_1265><motion_1113><motion_1202><motion_870><motion_565><motion_1388><motion_1388><motion_353><motion_1115><motion_1907><motion_87><motion_87><motion_808><motion_1455><motion_813><motion_813><motion_1115><motion_813><motion_1942><motion_240><motion_1176><motion_241><... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (standing, stepping back, pivoting, trembling hands, leaning back... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement (cautious backward steps, turning, hand gestures).
* **Output Format:** Numbered keyframes (Keyframe ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (cautious backward steps, turning, trembling hands, hands on chest, etc.).
* **Output Format:** Strictly a... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person moving backwards, turning, trembling hands, and placing hands on chest.
* **Output Format:** Structu... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Structure:**
* [INTENT]: High-level goals, style, key patter... |
m_ep1_00219#2921#3157 | [
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- Left foot stepping backward
- Right hand raised mid-flip
- Weight shifting onto right leg
Keyframe 2:
- Torso leaning forward
- Right hand catching coin at stomach level
- Core engaged for balance
Keyframe 3:
- Right arm bent at elbow
- Hand holding coin with slight motion
- Upright torso wi... | <motion_cot>[STATE 1]
- pose: standing with ball
- arms: right arm bent holding ball
- legs: stable standing stance
- head: tilted up and to the right
- torso: leaning forward and right
- balance: stable, weight shifted forward
[TRANSITION 1 β 2]
- action: step back and prepare
- direction: backward and upward
- coord... | <motion_cot>t=0β25:
- Left foot steps backward
- Right hand initiates coin flip upward
- Upper body remains upright
t=25β50:
- Coin reaches peak and descends
- Torso leans slightly forward
- Right hand moves to stomach level to catch
t=50β80:
- Coin secured in right hand
- Right arm bends at elbow, holding coin close... | <motion_cot>[INTENT]
- goal: execute a coordinated sequence combining locomotion, dexterous hand manipulation, and posture adjustment
- style: casual and focused, with fluid weight transitions and controlled upper body movements
- key_patterns: synchronization of footwork and hand flicking, dynamic balance during lean ... | <motion_1381><motion_73><motion_1524><motion_1524><motion_1524><motion_1524><motion_551><motion_551><motion_2006><motion_33><motion_653><motion_1587><motion_880><motion_1587><motion_653><motion_1726><motion_1794><motion_969><motion_969><motion_73><motion_73><motion_969><motion_140><motion_652><motion_1341><motion_562><... | <motion><motion_1381><motion_73><motion_1524><motion_1524><motion_1524><motion_1524><motion_551><motion_551><motion_2006><motion_33><motion_653><motion_1587><motion_880><motion_1587><motion_653><motion_1726><motion_1794><motion_969><motion_969><motion_73><motion_73><motion_969><motion_140><motion_652><motion_1341><moti... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person takes a step back with their left foot, flipping a c... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Role:** Advanced motion synthesis AI.
* **Input:** A textual description of a human movement (stepping back, flipping a coin, catching, moving arm, l... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a person handling a ball (implied by "stands with a ball"), performing specific movements (stepping, swinging,... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a specific sequence of movements (step backward, flip coin, lean forward to catch, step back and forth holding coin... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement (stepping back, flipping a coin, catch... |
ep1_00231#3824#4091 | [
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- Upright standing posture
- Weight shifted to one foot, other foot lightly touching ground
- Arms relaxed at sides, head facing forward
Keyframe 2:
- Mid-stride walking forward
- Leading foot planted, trailing foot pushing off
- Torso upright, arms swinging naturally for momentum
Keyframe 3:
... | <motion_cot>[STATE 1]
- pose: relaxed standing
- arms: neutral at sides
- legs: weight distributed evenly
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: step forward left
- direction: forward
- coordination: left leg advances, torso remains upright
- dynamics: smooth, controlled
[STAT... | <motion_cot>t=0β20:
- Initial standing posture
- Gentle weight shifting between feet
- Subtle shuffling motion, relaxed dynamics
t=20β45:
- Transition to forward locomotion
- Several steps taken with rhythmic gait
- Torso maintains upright alignment with forward momentum
t=45β65:
- Initiation of rightward turn
- Pivo... | <motion_cot>[INTENT]
- goal: perform a casual sequence involving idle standing, forward locomotion with rotation, and return to idle standing
- style: relaxed, fluid, low-intensity, natural
- key_patterns: rhythmic weight shifting for balance, integrated body rotation during walking, smooth transition between locomotio... | <motion_1693><motion_1024><motion_198><motion_198><motion_198><motion_1417><motion_975><motion_1691><motion_1723><motion_1937><motion_1911><motion_1578><motion_1644><motion_110><motion_1264><motion_1961><motion_528><motion_1760><motion_967><motion_1946><motion_938><motion_444><motion_444><motion_1572><motion_1022><moti... | <motion><motion_1693><motion_1024><motion_198><motion_198><motion_198><motion_1417><motion_975><motion_1691><motion_1723><motion_1937><motion_1911><motion_1578><motion_1644><motion_110><motion_1264><motion_1961><motion_528><motion_1760><motion_967><motion_1946><motion_938><motion_444><motion_444><motion_1572><motion_10... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The person stands, gently shifting weight from one foot to the ot... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (standing, shuffling, stepping forward, turning right, turning left, shifting weight).
* **Output ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Output Format:** Alternating [STATE] and [TRANSITION] blocks with specific fields (pos... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of human movement ("The person stands in place, gently shuffling from one foot to other. She takes several steps forward, then... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("The person stands, gently shifting w... |
ep2_01449#0#286 | [
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] | 0.04989 | Standing with arms relaxed at their sides, the person raises their right arm upward while simultaneously turning their head slightly to the right. They then turn their head forward and lower their arm. After a brief pause, they repeat the motion by raising the right arm, turning their head to the right, then lowering t... | The woman stands straight, her left hand resting by her side. She swiftly raises and lowers her right hand twice. Then, she gradually lifts her right hand again, extending it upwards and downwards while tilting her body slightly to the left. | The individual stands upright with arms relaxed. They gradually raise their right arm overhead, simultaneously turning their head slightly to the right. After a brief moment, they turn their head forward and lower the arm. This sequence is repeated, with each repetition involving raising the right arm, turning the head... | The woman stands upright, her left arm relaxed by her side. She swiftly raises and lowers her right hand twice in quick succession. Then, she gradually lifts her right hand, extending it up and down while leaning her body slightly to the left. | The person is stretching their right arm. At first, the person stands calmly with their arms down, then raises their right arm up and turns their head slightly to the right, then turns their head forward and lowers their arm. After a pause, the person raises the right arm again and turns the head slightly to the right,... | The person stands upright, with her left hand down, and her right hand quickly raised and lowered twice. Then she slowly raises her right hand and stretches it up and down while tilting slightly to the left. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a calm, repetitive upper-body gesture sequence performed by a standing individual. The core movement involves a unilateral right arm lift coordinated with a head turn, followed by a return to a neutral state. This cycle must be executed three times ... | <motion_cot>Keyframe 1:
- Initial standing posture
- Arms relaxed at sides
- Head facing forward
Keyframe 2:
- Right arm raised upward
- Head turned slightly to the right
- Torso stable, weight balanced
Keyframe 3:
- Right arm lowered to side
- Head returned to forward position
- Brief pause in neutral stance
Keyfra... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: left hand down, right hand down
- legs: straight, weight distributed evenly
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: rapid double arm pump
- direction: vertical (right arm only)
- coordination: right arm flexes and extends qu... | <motion_cot>t=0β20:
- Standing upright
- Arms relaxed at sides
- Neutral head position
t=20β40:
- Raise right arm upward
- Head turns slightly to the right
- Smooth, controlled movement
t=40β60:
- Lower right arm to side
- Head returns to forward position
- Body remains stable
t=60β70:
- Brief pause
- Maintain stand... | <motion_cot>[INTENT]
- goal: execute a dual-tempo gesture sequence transitioning from rapid hand signaling to a slow, weighted extension
- style: dynamic contrast between sharp, staccato movements and fluid, sustained motion
- key_patterns: asymmetrical arm activity (right active, left passive), contralateral body lean... | <motion_1934><motion_784><motion_31><motion_646><motion_646><motion_651><motion_211><motion_278><motion_278><motion_278><motion_278><motion_776><motion_887><motion_412><motion_412><motion_412><motion_391><motion_932><motion_1492><motion_69><motion_69><motion_69><motion_100><motion_79><motion_1622><motion_1622><motion_1... | <motion><motion_1934><motion_784><motion_31><motion_646><motion_646><motion_651><motion_211><motion_278><motion_278><motion_278><motion_278><motion_776><motion_887><motion_412><motion_412><motion_412><motion_391><motion_932><motion_1492><motion_69><motion_69><motion_69><motion_100><motion_79><motion_1622><motion_1622><... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (raising right arm, turning head, lowering arm, repeating twice).... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (standing, raising right arm, turning head, lowering arm, repeating).
* **Output Format:** Numbere... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The person stands upright, with her left hand down, and her right hand quickly raised and lowered twice. Then ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (standing, raising right arm, turning head right, lowering arm, repeating twice).
* **Output Format:... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a woman's movement (standing, left arm relaxed, right h... |
gp_00371#1602#1873 | [
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I need to synthesize a continuous animation sequence depicting a person performing a series of shopping-related tasks involving a basket, followed by locomotion. The primary focus is on the coordination between the upper body (head orientation, arm positioning) and the lower body... | <motion_cot>Keyframe 1:
- Standing upright with slight downward head tilt
- Basket held steady in right hand
- Weight balanced on both feet
Keyframe 2:
- Left arm bent at elbow
- Hand placing item into basket
- Torso facing forward
Keyframe 3:
- Torso leaning to the left
- Head lifted, gaze focused on items
- Left ar... | <motion_cot>[STATE 1]
- pose: standing still
- arms: right hand holding basket at waist level, left hand relaxed at side
- legs: weight distributed evenly
- head: facing forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: reach into basket
- direction: downward and inward
- coordination: left arm b... | <motion_cot>**t=0β20:**
- Standing upright, weight balanced on both feet
- Right hand holds shopping basket at waist level
- Left hand rests near basket rim, ready to move
**t=20β50:**
- Left hand reaches into basket
- Fingers grasp an object securely
- Wrist rotates to extract item smoothly while right hand stabilize... | <motion_cot>[INTENT]
- goal: perform a sequence of shopping interactions involving item exchange followed by navigation and gesturing
- style: functional and task-oriented with natural weight shifts during manipulation and locomotion
- key_patterns: unilateral manipulation (left hand) while stabilizing object (right ha... | <motion_611><motion_1624><motion_1179><motion_1048><motion_1048><motion_1015><motion_429><motion_1755><motion_1615><motion_1615><motion_1615><motion_553><motion_828><motion_509><motion_1048><motion_1048><motion_465><motion_465><motion_465><motion_2038><motion_1075><motion_2038><motion_1729><motion_1729><motion_1088><mo... | <motion><motion_611><motion_1624><motion_1179><motion_1048><motion_1048><motion_1015><motion_429><motion_1755><motion_1615><motion_1615><motion_1615><motion_553><motion_828><motion_509><motion_1048><motion_1048><motion_465><motion_465><motion_465><motion_2038><motion_1075><motion_2038><motion_1729><motion_1729><motion_... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (shopping/stocking scenario).
* **Output Structure:** Three... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement (shopping/picking up items, walking, turning).
* **Output Format:** Numbered keyframes (Keyframe 1, K... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a person holding a shopping basket, reaching for a shelf, retrieving an item, walking, turning, and pointing.
* **O... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person interacting with a shopping basket, reaching for shelves, moving, and pointing.
* **Output Format:**... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A specific movement description involving shopping, reaching, st... |
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- Upright walking posture
- Leading leg forward, trailing leg back
- Arms swinging naturally, facing forward
Keyframe 2:
- Mid-stride walking motion
- Body oriented along clockwise curved path
- Torso upright, weight shifting to front foot
Keyframe 3:
- Stopped standing position
- Feet close t... | <motion_cot>[STATE 1]
- pose: stationary standing
- arms: relaxed at sides
- legs: weight distributed evenly
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: walk forward clockwise
- direction: forward and rightward arc
- coordination: legs follow curved path, torso rotates right
- dynam... | <motion_cot>**t=0β30:**
- Initiate walking motion
- Begin curving trajectory to the right
- Body leans slightly inward for turn
**t=30β60:**
- Continue circular path
- Maintain steady gait rhythm
- Arms swing naturally for balance
**t=60β90:**
- Complete full rotation
- Gradually reduce speed
- Prepare to stop moment... | <motion_cot>[INTENT]
- goal: perform a circular walking path followed by a backward displacement and final static stance
- style: fluid circular motion transitioning to controlled backward stepping and stable stillness
- key_patterns: continuous rightward rotation during traversal, weight shifting during reversal, bala... | <motion_880><motion_1686><motion_1195><motion_1988><motion_1468><motion_975><motion_1851><motion_120><motion_1796><motion_1188><motion_142><motion_1225><motion_1736><motion_1341><motion_1576><motion_1853><motion_943><motion_943><motion_269><motion_1853><motion_1853><motion_1434><motion_831><motion_1050><motion_1050><mo... | <motion><motion_880><motion_1686><motion_1195><motion_1988><motion_1468><motion_975><motion_1851><motion_120><motion_1796><motion_1188><motion_142><motion_1225><motion_1736><motion_1341><motion_1576><motion_1853><motion_943><motion_943><motion_269><motion_1853><motion_1853><motion_1434><motion_831><motion_1050><motion_... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis AI.
* **Input:** A textual description of human movement ("The person begins walking in a circular path to the right, completing a full turn. After completing the circle, she halts,... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person calmly walks forward clockwise. Then stops, takes a couple of steps back, and stands straight.... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Format:** Alternate between [STATE] and [TRANSITION] blocks with specific fields (pose... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "The person begins walking in a circular path to the right, completing a full turn. After completing the circle, she halts, takes a few steps backwa... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** "The person walks in a circle, turning to the right. Then she st... |
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] | 0.098127 | The individual walks slowly forward, taking small steps, with their right hand holding a cane. They lean slightly forward and gaze downward. As they move, their left hand is placed on their back. At the conclusion, they straighten up slightly and lower their right hand. | The individual walks forward, leaning slightly forward. Their right hand grasps the handrail on their right side while their left hand rests on the small of their back. They maintain this posture as they move steadily ahead. | The person takes small, deliberate steps forward while using a cane held in their right hand for support. They lean slightly forward with their gaze directed downward, and bring their left hand to their back. Towards the end, they straighten their posture slightly and lower their right hand, adjusting their position. | The individual walks forward with a slight forward lean, gripping a handrail on their right with their right hand. Their left hand is positioned on the small of their back, providing a stable posture as they proceed. | A person slowly walks forward in small steps with his right hand holding a cane. She also leans slightly forward and looks down, then brings her left hand to her back. At the end, she straightens up a little and lowers her right hand. | A person walks forward, bending slightly forward and holding the handrail with his right hand on the right and keeping his left hand on the small of the back. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous walking animation characterized by a specific forward-leaning posture and asymmetric hand positioning. The subject must maintain contact with a handrail on their right side while simultaneously supporting their lower back with their lef... | <motion_cot>Keyframe 1:
- Torso angled forward
- Right hand on handrail, left hand on lower back
- Weight on left leg, right leg initiating step
Keyframe 2:
- Torso angled forward
- Right hand on handrail, left hand on lower back
- Weight shifted to right leg, left leg mid-stride
Keyframe 3:
- Torso angled forward
- ... | <motion_cot>[STATE 1]
- pose: standing still near rail
- arms: relaxed at sides
- legs: straight, weight balanced
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: engage rail and back support
- direction: forward initiation
- coordination: right hand reaches for rail, left hand moves to ... | <motion_cot>t=0β25:
- Slow forward gait with small steps
- Right hand holds cane for support
- Torso maintains slight forward lean
- Left hand remains on lower back
- Eyes gaze downward toward ground
t=25β50:
- Continuous rhythmic walking motion
- Cane advances in coordination with left leg
- Balance relies on cane an... | <motion_cot>[INTENT]
- goal: enable stable forward walking using external support and torso counterbalance
- style: cautious, deliberate, and supportive
- key_patterns: asymmetrical arm engagement (one supporting, one stabilizing), continuous forward momentum with torso lean
- constraints: maintain continuous grip on h... | <motion_1612><motion_1470><motion_1505><motion_1102><motion_1102><motion_1102><motion_1505><motion_197><motion_1337><motion_1358><motion_1358><motion_1358><motion_1358><motion_1358><motion_1358><motion_1358><motion_1358><motion_1358><motion_1358><motion_1102><motion_1358><motion_1358><motion_1358><motion_1358><motion_1... | <motion><motion_1612><motion_1470><motion_1505><motion_1102><motion_1102><motion_1102><motion_1505><motion_197><motion_1337><motion_1358><motion_1358><motion_1358><motion_1358><motion_1358><motion_1358><motion_1358><motion_1358><motion_1358><motion_1358><motion_1102><motion_1358><motion_1358><motion_1358><motion_1358><... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** "A person walks forward, bending slightly forward and holding the handrail with his right hand on the right... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** "A person walks forward, bending slightly forward and holding the handrail with his right hand on the right and keeping his left hand on the small... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The individual walks forward, leaning slightly forward. Their right hand grasps the handrail on the... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person walking slowly with a cane, leaning forward, hand on back, then straightening up and lowering the hand.
... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("The individual walks forward with a ... |
ep2_01666#0#359 | [
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1... | 0.125357 | The person stands upright, extending their arms forward at chest level. They swing their left leg back and forth while subtly turning their arms to the right side, maintaining balance and coordination in the movement. | The person stands upright with arms extended forward. They begin swinging their left leg back and forth, alternating between bending and straightening it. As they maintain this position, their arms sway gently to the sides in coordination with the leg movement. | The individual stands upright, arms outstretched forward at chest height. They swing their left leg in a controlled back-and-forth motion while simultaneously rotating their extended arms slightly to the right. | The individual stands upright with both arms stretched out in front. They begin to swing their left leg back and forth, alternating between bending and straightening it. Throughout this motion, they maintain their balance by gently swaying their arms side to side, remaining in position while performing the leg swing. | The person stands straight with their arms extended forward at chest level, swinging their left leg back and forth. At the same time, they slightly turn their extended arms to their right side. | The person stands with their arms extended forward, then they swing their left leg back and forth by bending and straightening it up while staying in this position and slightly swaying their arms to the sides. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a standing balance animation where the subject maintains an upright torso while performing a rhythmic, alternating swing with the left leg. The movement requires precise weight distribution on the right leg and coordinated arm swaying to counterbala... | <motion_cot>Keyframe 1:
- Upright standing posture
- Arms extended straight forward
- Weight balanced on both feet
Keyframe 2:
- Left leg bent and lifted forward
- Knee raised, foot pointing down
- Torso stable, arms still forward
Keyframe 3:
- Left leg extended backward
- Arms swayed slightly to sides for balance
- ... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: outstretched forward at chest height
- legs: straight, weight evenly distributed
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: initiate leg swing and torso rotation
- direction: left leg backward, arms rotate right
- coordination:... | <motion_cot>**t=0β20:**
- Upright standing posture
- Arms extended forward at chest level
- Stable balance established
**t=20β40:**
- Left leg initiates backward swing
- Hips shift slightly to the left
- Weight transfers to right leg
**t=40β60:**
- Arms subtly rotate to the right
- Counterbalance against leg momentum... | <motion_cot>[INTENT]
- goal: perform a standing balance movement involving simultaneous upper body rotation and lower limb swinging
- style: controlled, rhythmic, and stable
- key_patterns: contralateral weight distribution, synchronized torso rotation with limb movement
- constraints: maintain upright torso posture, k... | <motion_1630><motion_1630><motion_1845><motion_1630><motion_370><motion_1630><motion_1845><motion_1845><motion_1630><motion_1630><motion_370><motion_1630><motion_1090><motion_1630><motion_370><motion_1630><motion_1845><motion_1090><motion_1630><motion_370><motion_342><motion_1845><motion_1845><motion_1630><motion_370><... | <motion><motion_1630><motion_1630><motion_1845><motion_1630><motion_370><motion_1630><motion_1845><motion_1845><motion_1630><motion_1630><motion_370><motion_1630><motion_1090><motion_1630><motion_370><motion_1630><motion_1845><motion_1090><motion_1630><motion_370><motion_342><motion_1845><motion_1845><motion_1630><moti... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person stands upright with arms extended forward. They begi... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person stands with their arms extended forward, then they swing their left leg back and forth by bend... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** "The individual stands upright, arms outstretched forward at chest height. Th... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human motion description.
* **Input:** "The person stands upright, extending their arms forward at chest level. They swing their left leg back and forth while subtly turning their a... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Structure:** Two main sections: [INTENT] and [EXECUTION].
* **INTEN... |
st3_00618#553#817 | [
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- Upright standing posture
- Arms relaxed by sides
- Head facing forward, surprised facial expression
Keyframe 2:
- Upright standing posture maintained
- Head turned significantly to the left
- Torso and shoulders aligned forward
Keyframe 3:
- Upright standing posture maintained
- Head turned ... | <motion_cot>[STATE 1]
- pose: standing still
- arms: relaxed at sides
- legs: straight, weight distributed evenly
- head: facing forward, surprised expression
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: turn head left
- direction: horizontal rotation to the left
- coordination: cervical spine rotat... | <motion_cot>**t=0β20:**
- Standing still with arms relaxed at sides
- Surprised facial expression maintained
- Stable posture, minimal body sway
**t=20β40:**
- Head rotates smoothly to the left
- Eyes widen slightly during scan
- Torso remains upright and stable
**t=40β60:**
- Head sweeps to the right
- Scanning moti... | <motion_cot>[INTENT]
- goal: simulate a startled reaction involving head scanning and a brief forward lean
- style: alert, reactive, and cautious
- key_patterns: sequential head rotation, weight shift during lean, stable recovery
- constraints: maintain balance during forward lean, keep arms passive, ensure natural ran... | <motion_1282><motion_1785><motion_1785><motion_644><motion_1785><motion_1785><motion_1785><motion_1785><motion_1785><motion_1785><motion_527><motion_1702><motion_1702><motion_1702><motion_1702><motion_1661><motion_1661><motion_1661><motion_930><motion_930><motion_601><motion_1022><motion_1572><motion_1446><motion_1446>... | <motion><motion_1282><motion_1785><motion_1785><motion_644><motion_1785><motion_1785><motion_1785><motion_1785><motion_1785><motion_1785><motion_527><motion_1702><motion_1702><motion_1702><motion_1702><motion_1661><motion_1661><motion_1661><motion_930><motion_930><motion_601><motion_1022><motion_1572><motion_1446><moti... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The person reacts with surprise, moving both arms slightly backwa... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement.
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...) with specific details (overall... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a provided textual description of human movement.
* **Output Format:** Alternating [STATE] and [TRANSITION] blocks with specific fi... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person standing still, showing surprise, turning head left/right, leaning forward with bent knees, the... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a person standing still, appearing surprised... |
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] | 0.051566 | The person stands upright, with arms extended straight in front. They rotate their wrists and shift their weight from the left foot to the right. Following this, they lower both arms before extending them forward again, maintaining a fluid and controlled motion throughout. | The woman stands upright, arms extended forward at shoulder height. She turns her palms upward, spreads her arms wide to the sides, and lowers them gently. She then shifts her weight from one foot to the other, extends her arms forward again at shoulder height, and rotates her palms outward. | The individual stands with arms extended straight ahead, rotating wrists in a circular motion. They shift their weight from the left foot to the right foot, maintaining balance. Gradually, they lower both arms and extend them forward once more, repeating the initial position. | The woman stands upright, extending her arms forward at shoulder height. She turns her hands so palms face upward, then spreads her arms wide before lowering them. She shifts her weight from one foot to the other, then extends her arms forward again, turning her palms outward at shoulder level. | The person stands with both arms extended forward and rotates his wrists, shifting his body weight from left to right foot, then lowers both arms and extends them forward again. | The person stands straight with her arms extended forward at the level of her shoulders, calmly turns her hands with her palms up, spreads them to the sides, and lowers them down. Then she shifts from foot to foot, extends her arms forward at shoulder level, and turns their palms out. | <motion_cot>**1. Analyze the Request**
The objective is to synthesize a continuous upper-body and postural animation sequence for a female subject. The motion involves a specific sequence of arm extensions, wrist rotations, and weight distribution shifts. The flow begins with a static standing pose, moves through a com... | <motion_cot>Keyframe 1:
- Upright standing posture
- Arms extended forward horizontally
- Weight balanced evenly on feet
Keyframe 2:
- Weight shifted to right foot
- Arms extended forward with rotated wrists
- Torso slightly adjusted for balance
Keyframe 3:
- Arms lowered to sides or waist
- Weight remains on right f... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: extended straight in front
- legs: weight primarily on left foot
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: weight shift and wrist rotation
- direction: lateral (left to right)
- coordination: hips shift while wrists rotate
- d... | <motion_cot>t=0β20:
- Upright standing posture
- Arms extend forward to shoulder height
- Controlled, steady initiation of movement
t=20β40:
- Wrist rotation: palms turn upward
- Arms abduct (spread wide) horizontally
- Motion flows smoothly from center to sides
t=40β60:
- Arms adduct and lower downward
- Torso remai... | <motion_cot>[INTENT]
- goal: execute a standing sequence involving wrist rotation, weight transfer, and arm positioning
- style: fluid and controlled with smooth transitions between phases
- key_patterns: coordination of distal upper limb movement with proximal weight shifting, rhythmic arm lowering and extending
- con... | <motion_1599><motion_1599><motion_1751><motion_95><motion_95><motion_95><motion_95><motion_962><motion_962><motion_95><motion_95><motion_95><motion_159><motion_159><motion_159><motion_949><motion_1718><motion_1461><motion_785><motion_1680><motion_1163><motion_1163><motion_785><motion_785><motion_454><motion_95><motion_... | <motion><motion_1599><motion_1599><motion_1751><motion_95><motion_95><motion_95><motion_95><motion_962><motion_962><motion_95><motion_95><motion_95><motion_159><motion_159><motion_159><motion_949><motion_1718><motion_1461><motion_785><motion_1680><motion_1163><motion_1163><motion_785><motion_785><motion_454><motion_95>... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The woman stands upright, extending her arms forward at shoulder ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person stands with both arms extended forward and rotates his wrists, shifting his body weight from l... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Output Format:** Alternating `[STATE]` and `[TRANSITION]` blocks with specific fields ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a woman's movement (standing, arm extensions, palm rotations, arm spreading, weight shifting, etc.).
... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a movement ("The person stands upright, with arms exten... |
ep1_00032#2523#2818 | [
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] | 0.138478 | The person begins by rubbing their left side with their right bent arm, while lifting their left bent arm out to the side. They lean forward, rubbing their left leg with the right hand, and gently lower the left arm. Straightening their back, they rub their right side, lean forward again, and rub their right leg. They ... | The person stands upright, raises her left arm, and uses her right hand to wash the left armpit with a washcloth. She tilts her head, moves her right hand to her stomach, and washes the left side. Bending down, she washes the left thigh and shin. She straightens, washes the right side of her stomach, bends slightly, an... | The individual rubs their left side using their right bent arm, extending their left bent arm to the side. They lean forward, rubbing their left leg with the right hand, while smoothly lowering the left arm. They then straighten their back, rub their right side with the right hand, lean forward, and rub their right leg... | The woman stands upright, raising her left arm and bending it while washing her left armpit with her right hand using a washcloth. She then tilts her head down, moves her right hand to her stomach, and washes the left side. She bends down deeply, washing her left thigh and shin. Straightening up, she washes the right s... | The person washes the body with a washcloth. She stands on straight legs with her left arm raised to the side and bent, and her right hand is on her left armpit. Then the person tilts her head down, lowers her right hand to the level of her stomach, and washes the left side of her stomach, lowering her left hand a litt... | The person rubs their left side with their right bent arm and raises their left bent arm to the side. They lean forward, rubbing their left leg with their right hand, and smoothly lower their left arm down. Then, they straighten their back, rub their right side with their right hand, lean forward, and rub their right l... | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous, realistic animation sequence depicting a self-cleaning routine. The movement involves a complex interplay of upper body articulation (arm raising, torso rotation) and lower body flexion (bending for leg washing), followed by locomotion... | <motion_cot>**Keyframe 1:**
- Upright standing posture
- Arms relaxed at sides
- Balanced stance, facing forward
**Keyframe 2:**
- Left arm raised overhead
- Right hand contacting left armpit
- Torso slightly twisted right to facilitate reach
**Keyframe 3:**
- Left arm lowered to side
- Right hand contacting left tor... | <motion_cot>[STATE 1]
- pose: standing upright
- arms: left arm raised and bent, right hand on left armpit
- legs: straight, stable stance
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: wash left stomach
- direction: downward
- coordination: head tilts forward, right hand descends to w... | <motion_cot>**t=0β20:**
- Initial standing posture
- Right arm bends to rub left torso
- Left arm lifts and extends outward to side
- Movement is controlled and deliberate
**t=20β40:**
- Torso leans forward
- Right hand reaches down to rub left thigh
- Left arm gently lowers toward hip
- Weight shifts slightly forward... | <motion_cot>[INTENT]
- goal: execute a bilateral grooming sequence involving torso and leg rubbing followed by a backward locomotion maneuver
- style: deliberate, fluid transitions between static manipulation and dynamic movement
- key_patterns: contralateral reaching (right hand on left side), symmetrical forward lean... | <motion_746><motion_724><motion_724><motion_724><motion_724><motion_902><motion_136><motion_1929><motion_81><motion_901><motion_901><motion_136><motion_136><motion_902><motion_902><motion_1401><motion_1407><motion_1407><motion_365><motion_1728><motion_1980><motion_470><motion_433><motion_47><motion_223><motion_1648><mo... | <motion><motion_746><motion_724><motion_724><motion_724><motion_724><motion_902><motion_136><motion_1929><motion_81><motion_901><motion_901><motion_136><motion_136><motion_902><motion_902><motion_1401><motion_1407><motion_1407><motion_365><motion_1728><motion_1980><motion_470><motion_433><motion_47><motion_223><motion_... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis AI.
* **Input:** A detailed textual description of a human movement (washing oneself).
* **Output Structure:** Three specific sections: 1. **Analyze the Request**, 2. **Sequen... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement (washing body parts, moving around).
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2,... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a person washing their body with a washcloth.
* **Output Format:** Alternating [STATE] and [TRANSITION] ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (rubbing sides/legs, turning, walking backward).
* **Output Format:** Structured time intervals (t=0... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Structure:** Two main sections: [INTENT] and [EXECUTION].
* **INTEN... |
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] | 0.030069 | The person stands still with arms relaxed at her sides, and her left leg slightly forward. She takes a step back on her left foot, standing calmly with arms down. Then, she advances with three steps forward, gently swaying her arms and turning her head to the right with curiosity. | The person is positioned slightly to the left with the left leg leading. She leans forward momentarily, takes a step backward, and stands with her left knee gently bent. After that, she starts walking forward, turning her head to the right as she moves. | The person stands with arms resting at their sides, left leg slightly forward. They step back with the left foot and stand relaxed. Then, they take three steps forward with a gentle arm sway, turning their neck to the right with curiosity. | The person stands slightly to the left with their left leg forward. They lean forward slightly, take a step back, and stand with the left knee bent. Next, they start walking forward, turning their head to the right as they move. | The person stands slightly to the left, with the left leg forward. Then she leans forward, takes a step back, and stands with the left knee slightly bent. Then she begins to walk forward, turning her head to the right. | The person stands with her arms down along her body, her left leg slightly forward, steps on her left foot takes a step back, and stands calmly with her arms down. Then she takes three steps forward, relaxingly swaying her arms down and turning her neck to the right with interest. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a motion sequence that begins with a specific asymmetric stance, transitions through a dynamic backward step and stabilization, and concludes with forward locomotion accompanied by head rotation. The flow requires careful handling of weight distribu... | <motion_cot>Keyframe 1:
- Standing still with relaxed posture
- Left leg positioned slightly forward
- Arms hanging naturally at sides
- Head facing forward
Keyframe 2:
- Completed step backward
- Left foot placed behind right foot
- Torso upright and balanced
- Arms remaining down by sides
Keyframe 3:
- Mid-stride f... | <motion_cot>[STATE 1]
- pose: standing slightly to the left
- arms: relaxed at sides
- legs: left leg forward, right leg back
- head: neutral
- torso: upright
- balance: stable, weight distributed on both legs
[TRANSITION 1 β 2]
- action: lean forward and step back
- direction: torso shifts forward, left leg retracts ... | <motion_cot>t=0β20:
- Standing still with stable posture
- Left leg positioned slightly forward
- Arms relaxed at sides, minimal movement
t=20β40:
- Step back on left foot
- Return to neutral standing alignment
- Calm, controlled movement with arms down
t=40β70:
- Initiate forward advance
- First two steps completed ... | <motion_cot>[INTENT]
- goal: execute a sequence of stepping back, pausing, and walking forward with specific upper body and head orientation
- style: calm, relaxed, and natural with a subtle expression of interest
- key_patterns: weight transfer during steps, synchronized arm swing with walking rhythm, head rotation in... | <motion_1780><motion_265><motion_213><motion_972><motion_1679><motion_652><motion_662><motion_1717><motion_566><motion_17><motion_96><motion_1223><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><moti... | <motion><motion_1780><motion_265><motion_213><motion_972><motion_1679><motion_652><motion_662><motion_1717><motion_566><motion_17><motion_96><motion_1223><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_1014><motion_10... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person is positioned slightly to the left with the left leg... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The person stands still with arms relaxed at her sides, and her left leg slightly forward. She takes a... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a provided textual description of human movement.
* **Input:** "The person stands slightly to the left, with the left leg forward. ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person's movement (standing, stepping back, stepping forward, swaying arms, turning head).
* **Output Forma... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Structure:** Two parts: [INTENT] (high-level goals, style, patterns, c... |
st2_00160#232#464 | [
215,
1086,
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1114,
842,
398,
1238,
1129,
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] | 0.38313 | The individual walks urgently in the dark, arms extended forward. She moves diagonally forward to the left, feeling for surfaces with her hands on the right. Afterward, she halts, pivots to the left, and reaches forward again, touching surfaces while glancing back with an expression of panic. | The person moves uncertainly, stepping diagonally left. He takes two steps to the left, leans in that direction, turns his head, and swings his bent arms rightward. Next, he transitions to walking leftward, smoothly turning to the right while moving his arms in front at body level. Finally, he sharply turns back with a... | The woman walks forward in a state of panic, her hands outstretched as she moves diagonally to the left. She feels around for surfaces with her hands on the right side. Then, she stops, turns to her left, and continues reaching out to touch surfaces in front of her, occasionally glancing back with a panicked expression... | The person moves uncertainly diagonally to the left, taking two steps in that direction while leaning left. They turn their head, swinging bent arms to the right. Then, they continue walking left, turning right smoothly with arms moving at body level in front. Finally, they turn sharply back with a step of the right fo... | The person walks in panic in the dark with her hands outstretched. She walks diagonally forward to the left and touches surfaces in front of her on the right side with her hands. Later, the person stops, turns to the left and touches surfaces in front of her, looking back in panic. | The person gropes uncertainly diagonally to the left. First, he takes two steps to the left, leaning to the left, turning his head around, and swinging his bent arms to the right. Then he walks to the left, turning smoothly to the right, moving his arms at body level in front of him. At the end, the person turns sharpl... | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a coherent animation sequence depicting a woman experiencing panic while navigating a space. The movement must convey urgency and disorientation through body language, specifically involving diagonal locomotion, tactile searching with outstretched h... | <motion_cot>Keyframe 1:
- Urgent walking stride
- Arms extended straight forward
- Torso leaning ahead for momentum
Keyframe 2:
- Diagonal step to the left
- Hands reaching outward to the right side
- Torso angled slightly into movement
Keyframe 3:
- Sudden halt with weight centered
- Feet planted firmly
- Arms still... | <motion_cot>[STATE 1]
- pose: walking forward diagonally to the left
- arms: outstretched forward and slightly right
- legs: active walking gait, uneven weight distribution
- head: forward gaze, tense expression
- torso: leaning slightly forward
- balance: unstable, shifting
[TRANSITION 1 β 2]
- action: sweeping right... | <motion_cot>t=0β25:
- Urgent walking pace
- Arms extended forward
- Torso leans forward
- High cadence steps
t=25β45:
- Diagonal movement to left
- Right hand scans surfaces
- Left arm stabilizes
- Weight shifts left
t=45β60:
- Rapid deceleration
- Knees bend to stop
- Arms retract slightly
- Tense posture
t=60β75:
... | <motion_cot>[INTENT]
- goal: simulate an uncertain search motion involving lateral displacement and a sudden reorientation
- style: hesitant and investigative transitioning into a sharp, decisive stop
- key_patterns: counter-balancing arm swings during lateral lean, smooth torso rotation followed by abrupt pivot
- cons... | <motion_215><motion_1086><motion_1981><motion_1114><motion_842><motion_398><motion_1238><motion_1129><motion_485><motion_1588><motion_1553><motion_62><motion_115><motion_1543><motion_842><motion_1755><motion_1366><motion_2046><motion_175><motion_1774><motion_1460><motion_675><motion_574><motion_1061><motion_1668><motio... | <motion><motion_215><motion_1086><motion_1981><motion_1114><motion_842><motion_398><motion_1238><motion_1129><motion_485><motion_1588><motion_1553><motion_62><motion_115><motion_1543><motion_842><motion_1755><motion_1366><motion_2046><motion_175><motion_1774><motion_1460><motion_675><motion_574><motion_1061><motion_166... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis based on a provided textual description of human movement.
* **Input:** A description of a woman walking forward in panic, moving diagonally left, reaching out with hands on the rig... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Role:** Advanced motion synthesis AI.
* **Input:** A textual description of a human movement (walking urgently in the dark, moving diagonally, feelin... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given motion description.
* **Input:** A textual description of a woman walking in panic, moving diagonally left, reaching out for surfaces, stopping, turning left, continuing to rea... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person walking urgently in the dark, moving diagonally... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A detailed textual description of a human movement (groping, ... |
m_st2_00243#531#827 | [
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] | 0.215305 | The individual jogs in a circular path to the right, then pivots to the right to return to a neutral resting position. Following this, they walk forward with an awkward gait, extending their arms forward at shoulder height, mimicking a zombie-like motion. | The person runs with a loose, relaxed gait, following a J-shaped path. They turn to the right, then stand still in a neutral position for a few moments. Finally, they extend both arms straight forward and walk forward with a stiff, zombie-like motion. | The person begins by jogging in a circle to the right, then stops and turns right, standing still in a neutral position. Following this, they walk forward with an awkward gait, extending their arms straight out at shoulder height, mimicking the characteristic movements of a zombie. | The person begins by running in a relaxed manner along a J-shaped path. Upon reaching the curve, they turn right and pause in a neutral resting stance. After a brief pause, they extend both arms straight in front and proceed to walk forward with a stiff, zombie-like gait. | The person is running and acting like a zombie. First, they run relaxed in a J-shaped trajectory, turn around from their right, and stand in a neutral resting position for a few seconds. At the end, the person extends both arms forward and walks forward like a zombie. | The person jogs in a circle to the right, then turns right and returns to a neutral resting position. Afterward, the person awkwardly walks forward, extending their arms forward at shoulder level, imitating zombie-like movements. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous motion sequence comprising three distinct phases: dynamic circular locomotion, a static orientation adjustment, and a stylized forward walk. The primary technical challenge lies in managing the transition from the centrifugal forces of ... | <motion_cot>Keyframe 1:
- Relaxed running posture
- Arms pumping naturally at sides
- Knees flexed, forward momentum along curved path
Keyframe 2:
- Turning right at the curve
- Weight shifting to inside foot
- Torso leaning into the turn, head facing direction of curve
Keyframe 3:
- Neutral resting stance
- Feet sho... | <motion_cot>[STATE 1]
- pose: running forward
- arms: swinging loosely at sides
- legs: alternating stride
- head: looking ahead
- torso: upright
- balance: dynamic stability
[TRANSITION 1 β 2]
- action: curve right
- direction: J-shaped path curvature
- coordination: body leans into turn
- dynamics: relaxed flow
[ST... | <motion_cot>t=0β50:
- Relaxed running gait with fluid momentum
- Trajectory curves rightward forming a 'J' shape
- Arms swing loosely at sides, low body tension
- Feet strike ground with natural bounce
t=50β70:
- Deceleration phase begins
- Weight shifts to pivot on feet, turning right
- Torso rotates to align with ne... | <motion_cot>[INTENT]
- goal: transition from a fluid running sequence to a static pause and finally a stylized, rigid walk
- style: high contrast between relaxed, organic movement and stiff, unnatural locomotion
- key_patterns: curvilinear trajectory during run, abrupt cessation of motion, upper body extension precedin... | <motion_1967><motion_1686><motion_1691><motion_797><motion_282><motion_1307><motion_623><motion_282><motion_1058><motion_185><motion_1891><motion_1725><motion_1692><motion_398><motion_216><motion_1648><motion_1794><motion_100><motion_223><motion_1834><motion_296><motion_296><motion_1326><motion_1326><motion_1326><motio... | <motion><motion_1967><motion_1686><motion_1691><motion_797><motion_282><motion_1307><motion_623><motion_282><motion_1058><motion_185><motion_1891><motion_1725><motion_1692><motion_398><motion_216><motion_1648><motion_1794><motion_100><motion_223><motion_1834><motion_296><motion_296><motion_1326><motion_1326><motion_132... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The individual jogs in a circular path to the right, then pivots ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person begins by running in a relaxed manner along a J-shaped path. Upon reaching the curve, they tur... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A description of a person running like a zombie, running in a J-shaped trajec... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The person runs with a loose, relaxed gait, following a J-shaped path. They turn to the right, then stan... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("The person runs with a loose, relaxe... |
m_gp_00371#294#588 | [
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] | 0.087757 | The man begins by giving a thumbs-up gesture with his left hand, then lowers it to his side. He forms a fist with his right hand, holding it in front of him. Both hands are raised as he manipulates an invisible object near his stomach, shifting his weight from one leg to another. | A person stands and gently sways their body side to side, hands held in front. They gradually lower their hands, bend the right arm, and make small sideways steps. The person then moves their left hand behind their back, retrieves an object from their pocket, and brings it forward to examine with both hands. | The man raises his left hand to give a thumbs-up gesture, then lowers it to his side. Subsequently, he forms a fist with his right hand and holds it in front of his body. Both hands are then engaged as he manipulates an unseen object at stomach height, shifting his weight from one leg to the other. | The individual stands while gently swaying from side to side, with hands held in front. They lower their hands, bending the right arm, and take small steps sideways. The left hand moves behind the back, retrieves something from a pocket, and both hands bring it forward to touch the item. | The man gives a thumbs-up with his left hand before dropping it to his side and then holds his right hand in a fist in front of himself. He lifts both hands and starts messing with an object in front of his stomach stepping from one leg to another at a point. | A person stands fluidly swaying side to side with their hands in front of them, then lowers their hands. He bends their right arm and lowers it while making small steps to the side. Next, he brings their left hand behind their back, takes something from their pocket, and then touches it with both hands in front of them... | <motion_cot>1. **Analyze the Request**:
The objective is to synthesize a multi-stage human motion sequence that begins with a subtle idle animation and transitions into a specific object interaction. The flow requires maintaining natural weight distribution during the initial sway, coordinating limb movements during th... | <motion_cot>**Keyframe 1:**
- Upright standing posture with gentle sway
- Hands held together in front of torso
- Balanced weight distribution on both feet
**Keyframe 2:**
- Sideways stepping motion initiated
- Right arm bent at elbow, hands lowered
- Torso shifted slightly in direction of step
**Keyframe 3:**
- Left... | <motion_cot>[STATE 1]
- pose: standing with gentle sway
- arms: hands held together in front of torso
- legs: weight shifting subtly between feet
- head: neutral, facing forward
- torso: relaxed, slight lateral flexion
- balance: stable, dynamic equilibrium
[TRANSITION 1 β 2]
- action: lower hands and initiate lateral... | <motion_cot>t=0β20:
- Left arm lifts from side
- Hand forms thumbs-up gesture
- Torso remains stable
t=20β40:
- Left arm lowers smoothly
- Hand returns to relaxed position
- Body maintains upright posture
t=40β60:
- Right hand clenches into a fist
- Fist positioned centrally at chest level
- Shoulder tension increase... | <motion_cot>[INTENT]
- goal: execute a sequence of distinct hand gestures followed by simulated interaction with an invisible object
- style: deliberate and expressive, transitioning from static poses to dynamic manipulation
- key_patterns: unilateral hand signals transitioning to bilateral coordination, weight shiftin... | <motion_1630><motion_770><motion_1756><motion_1634><motion_898><motion_1389><motion_914><motion_1171><motion_1171><motion_1175><motion_1175><motion_1175><motion_1175><motion_1175><motion_1012><motion_653><motion_361><motion_33><motion_1286><motion_653><motion_45><motion_513><motion_316><motion_1488><motion_1488><motion... | <motion><motion_1630><motion_770><motion_1756><motion_1634><motion_898><motion_1389><motion_914><motion_1171><motion_1171><motion_1175><motion_1175><motion_1175><motion_1175><motion_1175><motion_1012><motion_653><motion_361><motion_33><motion_1286><motion_653><motion_45><motion_513><motion_316><motion_1488><motion_1488... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The individual stands while gently swaying from side to side, wit... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The individual stands while gently swaying from side to side, with hands held in front. They lower their ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("The individual stands while gently swaying from side to side, with hands held in front. The... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a man's movements (thumbs-up, lower hand, right hand fist, manipulate unseen object at stomach height, weight shift).
*... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A description of a man performing specific hand gestures and man... |
m_ep1_00117#6578#6871 | [
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] | 0.04836 | The individual stands upright, then bends their torso side to side while stepping a few paces forward and backward, turning the body slightly to the left. They then step forward, halt, and lift both hands to place them on the back of their head, bending their head slightly forward. | The individual stands in a neutral position, steps forward while lightly resting hands on legs, and gently shakes their feet. They then step backward and slightly turn left. Moving forward again, they shake their hands gently and come to a stop. Finally, they raise both hands to their head and place them on either side... | The person stands upright, bends their torso side to side, and takes a few steps forward and backward while turning their body left. They then step forward, pause, and raise both hands to the back of their head, gently bending their head forward. | The individual stands in a neutral stance, then steps forward, placing hands on their legs and slightly shaking their feet. Next, they take two steps backward while turning slightly to the left. Moving forward again, they slightly shake their hands, then stop, raising both hands to rest on the sides of their head. | The person stands straight and bending the body to the sides takes a few steps forward and back turning the body to the left. Then steps forward, stops, and raises both hands to the back of the head, bending the head. | The person stands in a neutral resting position and then takes a few steps forward taking their hands on their legs and slightly shaking their feet. Then the person takes two steps backward while slightly turning to their left. Then the person takes a few steps forward while slightly shaking their hands and stops. Then... | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a multi-stage motion sequence starting from a static standing position. The movement involves dynamic torso flexibility, followed by complex locomotion involving linear steps and rotational movement, concluding with a specific upper-body pose and ne... | <motion_cot>Keyframe 1:
- Upright standing posture
- Arms relaxed at sides
- Facing forward with balanced weight distribution
Keyframe 2:
- Torso bent laterally to one side
- Weight shifted to supporting leg
- Head aligned with torso rotation
Keyframe 3:
- Body rotated to the left
- Mid-step locomotion (forward/backw... | <motion_cot>[STATE 1]
- pose: neutral standing
- arms: relaxed at sides
- legs: straight, weight even
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: walk forward with leg contact
- direction: forward
- coordination: hands move to thighs, feet shake rhythmically
- dynamics: casual, grou... | <motion_cot>t=0β20:
- Neutral standing posture
- Weight balanced on both feet
- Arms relaxed at sides
t=20β50:
- Step forward with lead leg
- Torso leans slightly forward
- Hands placed firmly on thighs
t=50β80:
- Lower body remains stable
- Feet shake side-to-side rhythmically
- Hands maintain contact with legs
t=8... | <motion_cot>[INTENT]
- goal: transition from a dynamic sequence of lateral movement to a static upper-body pose
- style: fluid and relaxed, shifting from continuous motion to controlled stillness
- key_patterns: coupling of lateral torso flexion with small steps, gradual rotational alignment to the left, coordination o... | <motion_1695><motion_1695><motion_1970><motion_78><motion_78><motion_1020><motion_529><motion_529><motion_1935><motion_758><motion_328><motion_1717><motion_1643><motion_47><motion_47><motion_1584><motion_1693><motion_1760><motion_2001><motion_975><motion_975><motion_1982><motion_1847><motion_941><motion_1760><motion_13... | <motion><motion_1695><motion_1695><motion_1970><motion_78><motion_78><motion_1020><motion_529><motion_529><motion_1935><motion_758><motion_328><motion_1717><motion_1643><motion_47><motion_47><motion_1584><motion_1693><motion_1760><motion_2001><motion_975><motion_975><motion_1982><motion_1847><motion_941><motion_1760><m... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The person stands upright, bends their torso side to side, and ta... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of human movement ("The person stands upright, bends their torso side to side, and takes a few steps forward and backward while... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A specific textual description of a person's movement sequence.
* **Out... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The individual stands in a neutral stance, then steps forward, placing hands on their legs and slightly ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A detailed textual description of a human movement.
* *... |
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1163,
981
] | 0.092674 | The person stands upright, holding an object in their slightly raised left hand. They lean forward, placing the object gently on the ground with their left hand while their right hand rests on their lap. After placing the object, they straighten their back, returning to a relaxed standing position. | The person stands in a relaxed position with legs apart, left arm slightly raised. They tilt their head down and gently move their right arm to the left. Next, they lower their body, extending the left arm outward, then stand back up straight with the arm lowered, returning to an upright stance. | The person stands upright with their left hand slightly raised, holding an object. They lean forward, bending at the waist, and carefully place the object on the ground with their left hand while keeping their right hand resting on their lap. After placing the object, they return to an upright, resting position. | The person stands in a relaxed posture, feet apart and left arm slightly elevated. They tilt their head downward and move their right arm gently to the left. They then lower their body, extending the left arm forward, before rising back to a standing position, bringing the left arm down to their side. | Standing in a neutral resting position initially with legs slightly apart and left arm slightly raised, the person puts his head down and moves his right arm slightly to the left. Then goes down and reaches out with the left arm and then comes up with the arm down, standing straight. | The person stands with their left hand slightly raised, holding an object. The person leans forward and puts the object on the ground with their left hand while the right is on their lap. The person straightens in a resting position. | <motion_cot>1. **Analyze the Request**: I need to synthesize a continuous animation sequence that begins with a static, relaxed standing pose and transitions through specific upper-body gestures before executing a full-body squat and recovery. The flow requires coordinating head orientation, arm positioning, and lower-... | <motion_cot>Keyframe 1:
- Relaxed standing posture
- Legs positioned apart
- Left arm slightly raised
Keyframe 2:
- Head tilted downward
- Right arm positioned across to the left
- Torso remains upright
Keyframe 3:
- Lowered body position (crouch)
- Left arm extended outward
- Weight shifted downward
Keyframe 4:
- U... | <motion_cot>[STATE 1]
- pose: standing neutral
- arms: left slightly raised, right at side
- legs: slightly apart
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: head down, right arm shift
- direction: head downward, arm leftward
- coordination: upper body flexion and rotation
- dynamic... | <motion_cot>t=0β20:
- Neutral resting posture
- Legs slightly apart
- Left arm slightly raised
- Stable balance
t=20β40:
- Head lowers downward
- Right arm shifts slightly to the left
- Upper body rotation subtle
t=40β70:
- Body descends into lower position
- Left arm extends outward to reach
- Controlled downward mo... | <motion_cot>[INTENT]
- goal: execute a fluid sequence involving head tilting, arm movement, and a controlled squat transition
- style: relaxed, gentle, and controlled without abrupt movements
- key_patterns: synchronized head and arm motion, coordinated lowering and rising of the center of mass
- constraints: maintain ... | <motion_380><motion_380><motion_565><motion_565><motion_739><motion_1104><motion_571><motion_571><motion_571><motion_571><motion_916><motion_103><motion_1726><motion_1163><motion_1718><motion_1163><motion_981> | <motion><motion_380><motion_380><motion_565><motion_565><motion_739><motion_1104><motion_571><motion_571><motion_571><motion_571><motion_916><motion_103><motion_1726><motion_1163><motion_1718><motion_1163><motion_981></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person stands in a relaxed posture, feet apart and left arm... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement.
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...), each describing overall po... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (STATE and TRANSITION blocks) based on a textual description of human movement.
* **Input:** A specific movement description: "Standing in a... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("Standing in a neutral resting position initially with legs slightly apart and left arm slightly raised, ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("The person stands in a relaxed posit... |
m_gp_00028#0#190 | [
1707,
1359,
849,
584,
584,
103,
103,
103,
103,
103,
103,
103,
103,
103,
827,
827,
736,
736,
843,
1329,
1837,
280,
1425
] | 0.061454 | The individual sits leaning slightly forward with their head bowed. They rest their elbows on the armrests, then raise the left arm, bending it at the elbow while leaning forward slightly. Meanwhile, the right arm is bent and rests casually on their right leg. | The person sits with a sad expression, initially leaning back slightly. He then raises his left hand above his head, reaching upwards before bringing his hand down to grasp an object positioned in front of him. | The individual sits on a chair, leaning slightly forward with their head down. They rest their elbows on the armrests, maintaining a relaxed posture. The left arm is raised and bent at the elbow, leaning slightly forward, while the right arm is also bent at the elbow, resting on the right leg. | The individual sits down with a sad demeanor, initially leaning back slightly. He raises his left hand above his head, reaching forward to grasp something in front of him. | The person sits slightly forward with the head down. They lean against the backrest with their elbows resting on the armrest. They raise their left arm and lean forward slightly with their left arm bent at the elbow. The right arm is bent at the elbow and rests on the right leg. | The person sadly sits. First, he is leaning back. Then he raises his left hand above his head and then takes something in front of him. | <motion_cot>1. **Analyze the Request**: I need to synthesize a seated animation sequence that involves specific postural adjustments of the spine, head, and upper limbs. The motion flow transitions from a forward-leaning seated position to a supported backrest position, followed by an asymmetric arm adjustment where th... | <motion_cot>Keyframe 1:
- Seated posture
- Torso leaning slightly forward
- Head bowed downward
Keyframe 2:
- Elbows resting on armrests
- Shoulders relaxed
- Torso maintains forward lean
Keyframe 3:
- Left arm raised and bent at elbow
- Right arm bent, resting on right leg
- Head bowed, torso stable</motion_cot> | <motion_cot>[STATE 1]
- pose: seated
- arms: relaxed at sides
- legs: knees bent, feet planted
- head: downcast, sad expression
- torso: leaning back slightly
- balance: supported by chair
[TRANSITION 1 β 2]
- action: reach upwards
- direction: vertical
- coordination: left shoulder elevates, torso remains stable
- dy... | <motion_cot>t=0β20:
- Seated posture with slight backward lean
- Head lowered, facial expression conveys sadness
- Shoulders relaxed, minimal energy
t=20β45:
- Left arm initiates upward movement
- Shoulder elevation and elbow extension
- Motion is slow and fluid
t=45β65:
- Left hand reaches peak height above head
- F... | <motion_cot>[INTENT]
- goal: transition from standing to seated posture followed by an upper-body reaching motion
- style: melancholic, heavy, subdued movements
- key_patterns: weight shift during descent, asymmetrical arm extension, slumped torso posture
- constraints: maintain seated stability while reaching, ensure ... | <motion_1707><motion_1359><motion_849><motion_584><motion_584><motion_103><motion_103><motion_103><motion_103><motion_103><motion_103><motion_103><motion_103><motion_103><motion_827><motion_827><motion_736><motion_736><motion_843><motion_1329><motion_1837><motion_280><motion_1425> | <motion><motion_1707><motion_1359><motion_849><motion_584><motion_584><motion_103><motion_103><motion_103><motion_103><motion_103><motion_103><motion_103><motion_103><motion_103><motion_827><motion_827><motion_736><motion_736><motion_843><motion_1329><motion_1837><motion_280><motion_1425></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person sits slightly forward with the head down. They lean ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The individual sits leaning slightly forward with their head bowed. They rest their elbows on the armr... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given motion description.
* **Input:** "The person sits with a sad expression, initially leaning back slightly. He then raises his left hand above his head, reaching upwards before b... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "The person sits with a sad expression, initially leaning back slightly. He then raises his left hand above his head, reaching upwards before bringi... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** "The individual sits down with a sad demeanor, initially leaning... |
m_ep2_01011#340#522 | [
1737,
1244,
1855,
1034,
1033,
2022,
1650,
1367,
1467,
416,
737,
1823,
1823,
1823,
737,
737,
545,
1772,
1851,
966,
966,
2022
] | 0.070272 | The person stands still in a neutral position, then turns their head and upper body to look over the right shoulder. They begin to walk forward with a calm demeanor, initiating the movement with their left leg, maintaining a relaxed stride. | The person starts in a neutral position, standing still. Then, they stand upright, execute a 180Β° turn to the right, and begin walking forward in a straight line with a steady pace. | The person stands at rest, turns their head and shoulders to the right, and begins to walk forward smoothly, initiating the movement with the left leg. | The individual starts by standing in a neutral position. They then stand upright and execute a 180-degree turn to their right. After completing the turn, they begin to walk forward, maintaining a straight posture. | First, the person stands in a neutral resting position. Then person stands straight, turns 180Β° to the right, and walks forward. | The person stands in a neutral resting position, turns over their right shoulder, and calmly walks forward, starting with their left leg. | <motion_cot>1. **Analyze the Request**: The goal is to generate a motion sequence that transitions from a static, relaxed state into a dynamic locomotion cycle. The core physics challenge involves maintaining balance during a 180-degree pivot and ensuring a smooth transition from rotation into forward walking momentum.... | <motion_cot>Keyframe 1:
- Neutral standing posture
- Head facing forward, arms relaxed at sides
- Weight evenly distributed on both feet
Keyframe 2:
- Upper body rotated to the right
- Head turned over right shoulder
- Hips and lower body remain facing forward
Keyframe 3:
- Walking stride initiation
- Left leg extend... | <motion_cot>[STATE 1]
- pose: neutral standing
- arms: relaxed at sides
- legs: shoulder-width apart
- head: facing forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: 180-degree pivot turn
- direction: clockwise rotation
- coordination: weight transfer to pivot foot, torso initiates turn
- dynamic... | <motion_cot>t=0β20:
- Neutral standing posture
- Feet flat on ground, weight evenly distributed
- Arms hanging loosely at sides
- Stable balance, minimal micro-movements
t=20β40:
- Head rotates to the right
- Upper body twists slightly to follow gaze
- Shoulders align with rotation
- Movement is smooth and deliberate
... | <motion_cot>[INTENT]
- goal: initiate forward locomotion from a static stance with a directional turn
- style: calm, natural, controlled, and relaxed
- key_patterns: upper body rotation leading movement, weight transfer for gait initiation, upright posture maintenance
- constraints: ensure first step is taken with the ... | <motion_1737><motion_1244><motion_1855><motion_1034><motion_1033><motion_2022><motion_1650><motion_1367><motion_1467><motion_416><motion_737><motion_1823><motion_1823><motion_1823><motion_737><motion_737><motion_545><motion_1772><motion_1851><motion_966><motion_966><motion_2022> | <motion><motion_1737><motion_1244><motion_1855><motion_1034><motion_1033><motion_2022><motion_1650><motion_1367><motion_1467><motion_416><motion_737><motion_1823><motion_1823><motion_1823><motion_737><motion_737><motion_545><motion_1772><motion_1851><motion_966><motion_966><motion_2022></motion> | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis AI.
* **Input:** A textual description of human movement ("First, the person stands in a neutral resting position. Then person stands straight, turns 180Β° to the right, and walks fo... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Keyframe Planning" representation from a textual motion description.
* **Input:** A short description of a human movement (stand still, turn head/body right, walk forward left l... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** "First, the person stands in a neutral resting posit... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("The person stands still in a neutral ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** "The person stands in a neutral resting position, turns over the... |
st2_00261#0#263 | [
318,
622,
999,
598,
1500,
575,
1449,
1030,
1692,
1692,
1690,
467,
202,
1298,
202,
202,
1789,
378,
606,
1604,
615,
690,
1460,
1860,
261,
719,
163,
163,
163,
492,
678,
1169
] | 0.166637 | The individual walks with cautious steps, glancing around nervously. She pauses, leans her body leftward, steps forward with her left foot, and gazes upward. She turns left, takes small steps, then turns right, slightly waving her left arm. She walks forward, looking to her right, then turns to the right again. Resting... | The person walks straight with short, deliberate steps, frequently turning her head and upper body left and right to look around. She approaches a bench, slowly sits down, supporting herself with her right hand, while resting her left hand on her left knee. | The person moves cautiously, glancing around nervously. She stands upright, tilts her torso to the left, steps forward with her left foot, and looks upward to the left. Turning left, she takes small steps, then turns right, slightly waving her left arm. She continues walking forward, looking right. Finally, she turns r... | The person walks forward, taking short, deliberate steps. While walking, she turns her head and body side to side, observing her surroundings. Upon reaching a bench, she gently lowers herself onto it, using her right hand for support. She places her left hand on her left knee as she settles into a seated position. | The person walks fearfully, looking around. She stands, tilts her torso to the left, places her left foot forward, looks up to the left, turns left, takes small steps, turns right, waves her left arm slightly, walks forward, and looks to the right. The person turns to the right, rests her right hand on the seat, and si... | The person walks straight ahead, takes short steps, and looks around, turning her head and body to the left and right. Then she comes to a bench and sits on it, leaning with her right hand and putting her left hand on her left knee. | <motion_cot>**1. Analyze the Request**
I need to synthesize a continuous motion sequence that transitions from dynamic locomotion to a static seated pose. The core objective is to accurately render a walking gait characterized by short, deliberate steps, integrated with environmental scanning (head and upper body rotat... | <motion_cot>Keyframe 1:
- Upright walking posture with short steps
- Torso facing forward, arms swinging naturally
- Balanced weight distribution on legs
Keyframe 2:
- Head and torso rotated to one side
- Scanning motion captured
- Weight shifted to support leg during turn
Keyframe 3:
- Standing adjacent to bench, ga... | <motion_cot>[STATE 1]
- pose: cautious walking
- arms: swinging naturally at sides
- legs: alternating steps, knees slightly flexed
- head: scanning side to side
- torso: upright, slight tension
- balance: dynamic, shifting
[TRANSITION 1 β 2]
- action: pause and lean
- direction: stationary to left lean
- coordination... | <motion_cot>**t=0β20:**
- Walking straight with short, deliberate steps
- Upright posture, controlled rhythm
- Arms swing naturally at sides
**t=20β40:**
- Head and upper body rotate left
- Scanning environment while walking
- Slight torso twist with momentum
**t=40β60:**
- Head and upper body rotate right
- Continue... | <motion_cot>[INTENT]
- goal: locomote to a specific location and transition into a seated position while maintaining situational awareness
- style: deliberate, cautious, and observant
- key_patterns: lateral head and torso rotation during gait, asymmetric hand support during sit-down, controlled weight transfer
- const... | <motion_318><motion_622><motion_999><motion_598><motion_1500><motion_575><motion_1449><motion_1030><motion_1692><motion_1692><motion_1690><motion_467><motion_202><motion_1298><motion_202><motion_202><motion_1789><motion_378><motion_606><motion_1604><motion_615><motion_690><motion_1460><motion_1860><motion_261><motion_7... | <motion><motion_318><motion_622><motion_999><motion_598><motion_1500><motion_575><motion_1449><motion_1030><motion_1692><motion_1692><motion_1690><motion_467><motion_202><motion_1298><motion_202><motion_202><motion_1789><motion_378><motion_606><motion_1604><motion_615><motion_690><motion_1460><motion_1860><motion_261><... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI (technical planner/physics/animation analyst).
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person walks ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person walks straight ahead, takes short steps, and looks around, turning her head and body to the le... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given textual description of human movement.
* **Input:** A paragraph describing a sequence of actions (walking cautiously, pausing, leaning, stepping, gazing, turning, waving, sitti... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human motion description.
* **Input:** A textual description of a person walking, looking around, approaching a bench, and sitting down.
* **Output Format:** Time intervals (t... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Structure:**
* [INTENT]: High-level goals, style, key patterns,... |
ep2_01699#0#246 | [
1823,
941,
679,
737,
546,
546,
546,
679,
546,
546,
546,
1258,
1258,
1195,
1195,
1195,
771,
771,
1195,
1195,
1195,
771,
771,
1195,
1195,
1195,
5,
212,
1696,
1623
] | 0.076564 | The person begins walking in a calm manner, initially moving forward and veering slightly to the right. They then turn their body to the right and continue walking straight ahead. After proceeding a short distance, they come to a stop and perform another turn to the right, adjusting their direction again. | The individual begins by walking forward with a calm demeanor, taking the first step with their left leg. They then gradually pivot to their right, continuing to walk in a clockwise circle, before coming to a complete stop. | The person walks in a relaxed manner, initially moving forward and slightly veering to the right. Then, they make a right turn and continue walking straight. After a short distance, they halt momentarily and perform another right turn before proceeding again. | The individual begins by walking forward with a left leg lead. They then gradually transition into a rightward turn, moving in a clockwise direction while maintaining a smooth and controlled pace. After completing the circular path, they come to a stop. | A person walks calmly. First, they walk forward and slightly to the right. Following this, the person turns to the right, walks forward, stops, and turns to the right. | The person calmly walks forward, starting with their left leg. Then, the person slowly turns to their right, walking in a clockwise circle, and stops. | <motion_cot>1. **Analyze the Request**: I need to generate a continuous animation sequence that transitions from linear locomotion to curvilinear locomotion and finally to a static pose. The movement must be characterized by a calm pace, specific footwork initiation (left leg), and a clear directional change (turning r... | <motion_cot>Keyframe 1:
- Upright standing posture
- Facing forward
- Arms relaxed at sides
Keyframe 2:
- Left leg stepped forward
- Weight shifting onto left foot
- Torso leaning slightly forward
Keyframe 3:
- Torso rotating to the right
- Feet adjusting for pivot
- Initiating clockwise trajectory
Keyframe 4:
- Wal... | <motion_cot>[STATE 1]
- pose: walking forward
- arms: swinging naturally opposite to legs
- legs: left leg forward, right leg trailing
- head: facing forward
- torso: upright with slight forward lean
- balance: dynamic forward momentum
[TRANSITION 1 β 2]
- action: initiate rightward turn
- direction: clockwise curvatu... | <motion_cot>t=0β20:
- Upright standing posture
- Left leg initiates forward step
- Calm, relaxed upper body
t=20β40:
- Steady forward walking gait
- Rhythmic arm swing coordination
- Consistent speed and balance
t=40β60:
- Torso begins rotation to the right
- Feet adjust angle for curvature
- Transition from linear t... | <motion_cot>[INTENT]
- goal: execute a casual walking sequence involving directional adjustments, a brief pause, and multiple turns
- style: relaxed, fluid, natural gait with smooth transitions
- key_patterns: weight transfer for veering, pivot mechanics for turning, gait interruption for halting
- constraints: maintai... | <motion_1823><motion_941><motion_679><motion_737><motion_546><motion_546><motion_546><motion_679><motion_546><motion_546><motion_546><motion_1258><motion_1258><motion_1195><motion_1195><motion_1195><motion_771><motion_771><motion_1195><motion_1195><motion_1195><motion_771><motion_771><motion_1195><motion_1195><motion_1... | <motion><motion_1823><motion_941><motion_679><motion_737><motion_546><motion_546><motion_546><motion_679><motion_546><motion_546><motion_546><motion_1258><motion_1258><motion_1195><motion_1195><motion_1195><motion_771><motion_771><motion_1195><motion_1195><motion_1195><motion_771><motion_771><motion_1195><motion_1195><... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** "The person calmly walks forward, starting with their left leg. Then, the person slowly turns to their righ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (walking forward, pivoting right, walking in a clockwise circle, stopping).
* **Output Format:** N... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a provided textual description of human movement.
* **Input:** "The individual begins by walking forward with a left leg lead. They... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "The person calmly walks forward, starting with their left leg. Then, the person slowly turns to their right, walking in a clockwise circle, and sto... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a person walking, veering, turning, halting, turning ag... |
gp_00468#1912#2159 | [
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707,
707
] | 0.016699 | The individual is seated with both legs bent at the knees and slightly apart. Their left arm is bent at the elbow, positioned at chest level. The right arm is also bent at the elbow, actively engaged in writing. The movement is calm and controlled as they focus on writing. | A person is seated upright, their head initially tilted to the left. Their right hand is bent, holding a pen, while the left hand rests on the bench. As they write from left to right, they adjust their head, tilting it gently to the right and then to the left, maintaining a fluid motion with their writing hand. | The individual sits with a composed posture, legs bent at the knees and spaced slightly apart. Their left arm is bent at the elbow, positioned near their chest. Meanwhile, the right arm is also bent at the elbow, actively engaged in writing, suggesting focused hand movements. | The person sits upright, head initially tilted slightly to the left. They hold a pen in their bent right hand while the left hand rests on the bench. As they write from left to right, their head tilts gently from left to right and back, maintaining focus on the writing task. | The person is calmly sitting and writing. Both of his legs are bent at the knees and slightly apart, his left arm is bent at the elbow and level with his chest, and his right arm is also bent at the elbow and writing. | A person is writing. The person sitting straight, his head tilted to his left, his bent right hand holding a pen and his bent left hand resting on the bench. Then his head slightly tilted to his right and left side while parallelly writing from his left to right using his right hand. | <motion_cot>1. **Analyze the Request**: I need to generate a seated animation sequence focused on fine motor manipulation and subtle head movements. The primary goal is to simulate a realistic writing task, ensuring the upper body remains stable while the right hand performs the writing motion and the head tracks the m... | <motion_cot>Keyframe 1:
- Sitting upright posture
- Head tilted to the left
- Right hand bent holding pen at starting position
- Left hand resting on bench
- Torso aligned vertically
Keyframe 2:
- Sitting upright posture maintained
- Head tilted slightly to the right
- Right hand extended mid-stroke writing rightward
... | <motion_cot>[STATE 1]
- pose: seated upright
- arms: right hand bent holding pen, left hand resting on bench
- legs: knees bent, feet flat on floor
- head: tilted to the left
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: initiate writing stroke
- direction: hand moves right, head tilts right
- coordi... | <motion_cot>t=0β20:
- Seated upright posture
- Head tilted gently to the left
- Right hand bent, holding pen poised
- Left hand resting flat on bench
- Stable, preparatory state
t=20β45:
- Initiation of writing motion
- Right hand moves horizontally left to right
- Left hand applies slight pressure on bench
- Torso re... | <motion_cot>[INTENT]
- goal: simulate a focused seated writing activity with natural head micro-movements
- style: calm, concentrated, fluid
- key_patterns: oscillating head tilt synchronized with hand motion, stable lower body, stationary support hand
- constraints: maintain seated posture, keep left hand fixed on sur... | <motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_... | <motion><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707><motion_707>... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (sitting, writing, head movement).
* **Structure:** Three s... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a person writing while sitting.
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...), each describ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** A description of a person writing while seated.
* **Output Format:** Alternating ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A description of a person seated, writing, with specific head and hand movements.
* **Output Format:** Time intervals (t=0βT1, t=T1βT2... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a person sitting, writing, and moving their head.
*... |
ep2_01105#0#317 | [
1076,
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] | 0.166672 | Standing in a relaxed pose, the person begins to walk diagonally forward to the left. Upon reaching a point, they pivot to the left, shifting their direction. They then walk diagonally backward, retracing their path. | The individual walks briskly in a diagonal path towards the left. Upon reaching a point, they turn their body around and proceed to walk backward, maintaining a diagonal path to the left. They execute a smooth turn to the left during this movement. | The person stands relaxed, then begins walking diagonally forward and to their left. After a few steps, they pivot to their left, pause briefly, and then proceed to walk diagonally backward, maintaining a smooth and controlled motion throughout. | The person quickly moves forward, taking diagonal steps to the left. They then pivot smoothly, turning around to walk backward in the same diagonal direction, finishing with a fluid turn to the left. | The person stands in a natural resting position and walks diagonally forward and to the left. Then they turn to the left, stand back, and walk diagonally backward. | The person hurriedly walks forward diagonally to the left, then turns around and walks backward diagonally to the left, turning smoothly to the left. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous locomotion sequence that transitions from a static pose to diagonal forward walking, followed by a directional turn, and concluding with diagonal backward walking. The flow requires careful management of weight distribution, foot placem... | <motion_cot>Keyframe 1:
- Natural resting standing posture
- Arms relaxed at sides
- Weight evenly distributed on both feet
Keyframe 2:
- Walking diagonally forward and to the left
- Leading leg extended forward and left
- Torso leaning slightly into the direction of movement
Keyframe 3:
- Turning torso to the left
-... | <motion_cot>[STATE 1]
- pose: stationary standing
- arms: relaxed at sides
- legs: shoulder-width apart
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: diagonal advance
- direction: forward and left
- coordination: alternating steps with torso lean
- dynamics: quick, agile
[STATE 2]
- ... | <motion_cot>t=0β25:
- Hurried walk forward diagonally to the left
- Increased stride frequency, slight forward lean
- Dynamic momentum, high energy
t=25β45:
- Rapid turn around (180-degree rotation)
- Pivot on feet to face opposite direction
- Transition from forward to backward facing orientation
t=45β75:
- Walk bac... | <motion_cot>[INTENT]
- goal: perform a directional maneuver combining diagonal forward movement, a 180-degree pivot, and backward locomotion
- style: dynamic initiation with smooth rotational transitions and fluid finishing
- key_patterns: lateral weight transfer for diagonal steps, rotational momentum for pivot, coord... | <motion_1076><motion_1749><motion_247><motion_1018><motion_1018><motion_247><motion_418><motion_1018><motion_679><motion_1412><motion_418><motion_679><motion_679><motion_1412><motion_418><motion_247><motion_247><motion_1891><motion_1749><motion_1732><motion_1758><motion_850><motion_850><motion_679><motion_679><motion_4... | <motion><motion_1076><motion_1749><motion_247><motion_1018><motion_1018><motion_247><motion_418><motion_1018><motion_679><motion_1412><motion_418><motion_679><motion_679><motion_1412><motion_418><motion_247><motion_247><motion_1891><motion_1749><motion_1732><motion_1758><motion_850><motion_850><motion_679><motion_679><... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The person stands in a natural resting position and walks diagona... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person stands in a natural resting position and walks diagonally forward and to the left. Then they t... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A specific movement description ("The person quickly moves forward, taking di... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "The person hurriedly walks forward diagonally to the left, then turns around and walks backward dia... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** "The person quickly moves forward, taking diagonal steps to the left. They then ... |
gp_00499#1491#1617 | [
796,
617,
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1318,
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900,
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] | 0.596598 | The person leans forward with head turned to the left, gripping a shovel. They shovel snow by moving their hands in a scooping motion. Next, they turn their body to the right, adjusting their posture. They then slightly turn left, lift the shovel upward with both hands to push snow, and lower it back down. | The person is engaged in shoveling, holding the shovel firmly. They lean slightly forward, bending at the waist. They scoop material first to the left, shifting their weight, then to the right, repeating the motion with focused intent. | The individual leans forward, turning their head to the left while gripping a shovel. They begin shoveling snow, turning their body to the right. With a slight turn back to the left, they raise the shovel, pushing the snow upwards before lowering it again, repeating the shoveling motion. | The individual is diligently using a shovel, moving it first to the left and then to the right. They slightly bend at the waist, leaning downwards to dig and lift material with focused effort. | A person is leaning forward with his head turned to his left, his hands holding a shovel and shoveling snow. Then the person turns to their right. Finally, they turn slightly to their left, raise their hands with the shovel and push the snow upwards, then lower their hands. | The person seriously shovels something with a shovel, first to the left, then to the right as they slightly lean downwards bent at the waist. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous animation sequence depicting a person shoveling snow. The logic must prioritize the interaction between the human subject and the shovel prop, specifically focusing on the kinematics of the upper body during scooping and lifting. The fl... | <motion_cot>Keyframe 1:
- Upright standing stance
- Hands holding shovel handle vertically
- Weight evenly distributed on both feet
Keyframe 2:
- Waist bent forward, knees flexed
- Shovel blade positioned on the ground to the left
- Torso leaning over the left leg
Keyframe 3:
- Torso rising from the bend
- Arms exten... | <motion_cot>[STATE 1]
- pose: initial grip and lean
- arms: gripping shovel handle with both hands
- legs: knees slightly bent, weight on front foot
- head: turned sharply to the left
- torso: inclined forward over legs
- balance: controlled instability
[TRANSITION 1 β 2]
- action: pivot body to right
- direction: rot... | <motion_cot>t=0β25:
- Leans forward at the waist
- Grips shovel handles firmly
- Head turns to the left, focusing on snow pile
t=25β50:
- Rotates torso to the right
- Feet pivot to support weight shift
- Shovel positioned for lifting
t=50β75:
- Explosive turn back to the left
- Legs extend to lift shovel
- Pushes sno... | <motion_cot>[INTENT]
- goal: simulate a continuous snow shoveling cycle involving loading and tossing
- style: labor-intensive, rhythmic, grounded with rotational torque
- key_patterns: torso rotation opposing arm extension, weight transfer during lift, repetitive load-lift-release cycle
- constraints: maintain secure ... | <motion_796><motion_617><motion_256><motion_81><motion_81><motion_1361><motion_1318><motion_549><motion_1391><motion_900><motion_1246><motion_579><motion_746><motion_433><motion_721> | <motion><motion_796><motion_617><motion_256><motion_81><motion_81><motion_1361><motion_1318><motion_549><motion_1391><motion_900><motion_1246><motion_579><motion_746><motion_433><motion_721></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (shoveling snow).
* **Output Structure:** Three specific se... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** "The individual is diligently using a shovel, moving it first to the left and then to the right. They slightly bend at the waist, leaning downward... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a provided textual description of human movement.
* **Input:** A description of someone shoveling snow (leaning, turning head, grip... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a person shoveling snow.
* **Output Format:** Structured time intervals (t=0βT1, t=T1βT2, etc.) with bullet points de... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a person shoveling snow.
* **Output Format:** Spe... |
m_gp_00689#1787#2069 | [
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- Torso bent forward at waist
- Arms extended in front of waist holding vacuum
- Head lowered, knees slightly flexed
Keyframe 2:
- Body rotated to the right
- Right foot stepped forward
- Arms pushing vacuum handle forward
Keyframe 3:
- Walking backward stance
- Torso bent forward maintaining ... | <motion_cot>[STATE 1]
- pose: upright standing
- arms: holding mop handle with both hands, relaxed
- legs: straight, weight distributed evenly
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: step back
- direction: backward
- coordination: rear leg moves back while arms maintain grip
- d... | <motion_cot>t=0β30:
- Torso flexes forward into deep bend
- Head lowered towards floor
- Hands positioned at waist level, gripping vacuum handles
- Spine remains stable in flexed posture
t=30β60:
- Hips rotate to pivot body to the right
- Feet adjust stance for backward movement
- Upper body maintains forward lean dur... | <motion_cot>[INTENT]
- goal: simulate a floor cleaning task involving vacuuming, repositioning, and maneuvering
- style: functional, task-oriented, with rhythmic upper body movements
- key_patterns: sustained torso flexion, coordinated arm oscillation, weight shifting during lateral and backward locomotion
- constraint... | <motion_1842><motion_1425><motion_1842><motion_1279><motion_337><motion_1732><motion_1842><motion_1104><motion_1493><motion_1869><motion_1007><motion_912><motion_902><motion_1842><motion_755><motion_197><motion_1346><motion_1520><motion_1520><motion_1551><motion_948><motion_1414><motion_1925><motion_2030><motion_1000><... | <motion><motion_1842><motion_1425><motion_1842><motion_1279><motion_337><motion_1732><motion_1842><motion_1104><motion_1493><motion_1869><motion_1007><motion_912><motion_902><motion_1842><motion_755><motion_197><motion_1346><motion_1520><motion_1520><motion_1551><motion_948><motion_1414><motion_1925><motion_2030><motio... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (mopping the floor).
* **Output Structure:** Three specific... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Keyframe Planning" representation from a textual description of human movement.
* **Input:** A description of someone vacuuming (bending forward, turning, walking backward, main... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a person mopping the floor.
* **Output Format:** Alternating [STATE] and [TRANSITION] blocks with specif... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a person cleaning the floor with a vacuum cleaner (bending down, head down, hands lowered), turning right, stepping backwar... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A description of a person cleaning the floor with a vacuum cl... |
m_st3_00268#284#571 | [
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- Aggressive kneeling position
- Arms extended horizontally to sides
- Head held high, gaze forward
Keyframe 2:
- Fully upright standing posture
- Legs straightened from kneeling
- Torso vertical, balanced
Keyframe 3:
- Mid-stride walking motion
- One foot planted forward
- Arms swinging natur... | <motion_cot>[STATE 1]
- pose: kneeling
- arms: outstretched horizontally
- legs: knees on ground
- head: raised, looking forward
- torso: upright relative to knees
- balance: stable on knees
[TRANSITION 1 β 2]
- action: rise and turn
- direction: upward and leftward
- coordination: legs extend while torso rotates left... | <motion_cot>t=0β20:
- Kneeling on ground with knees bent
- Arms outstretched laterally
- Head held high, stable posture
t=20β40:
- Transition from kneeling to standing
- Core engagement for upward lift
- Arms retract slightly for balance
t=40β60:
- Pivot left to face new direction
- Initiate walking gait
- Forward mo... | <motion_cot>[INTENT]
- goal: execute a dynamic sequence transitioning from a static kneeling pose to an aggressive run and final low stance
- style: aggressive, tense, and emotionally charged with explosive transitions
- key_patterns: weight transfer from knees to feet, rotational pivots, vertical oscillation during lo... | <motion_586><motion_294><motion_268><motion_588><motion_1211><motion_1802><motion_1954><motion_931><motion_1725><motion_1411><motion_185><motion_1967><motion_1353><motion_1494><motion_1494><motion_1853><motion_107><motion_1300><motion_945><motion_107><motion_512><motion_384><motion_638><motion_1371><motion_1366><motion... | <motion><motion_586><motion_294><motion_268><motion_588><motion_1211><motion_1802><motion_1954><motion_931><motion_1725><motion_1411><motion_185><motion_1967><motion_1353><motion_1494><motion_1494><motion_1853><motion_107><motion_1300><motion_945><motion_107><motion_512><motion_384><motion_638><motion_1371><motion_1366... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A detailed textual description of a human movement ("The person kneels with their head up and arms spread f... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Keyframe Planning" representation from a textual motion description.
* **Input:** A detailed textual description of a human movement.
* **Output Format:** Numbered keyfram... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a movement sequence ("The individual kneels with their head raised and arms outstretched. They rise to their f... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (kneeling -> standing -> turning -> walking -> turning -> running -> jumping -> squatting stance).
* ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Structure:** Two main sections: [INTENT] and [EXECUTION].
* **INTEN... |
m_ep1_00103#838#1048 | [
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] | 0.096616 | The person walks forward with a calm demeanor, making a precise 90-degree right turn, and continues walking. They then execute a more than 90-degree right turn, altering their path, and proceed to walk forward again. | The individual begins by walking straight ahead, then makes a right turn, continues walking forward, makes another right turn, and proceeds forward again. Throughout this sequence, they move their arms at waist level, synchronizing with their steps. | The individual walks forward with a calm demeanor. They execute a precise 90-degree turn to the right and continue walking straight. Then, they make another turn, this time more than 90 degrees to the right, and proceed to walk forward once more. | The person begins by walking forward, then turns to the right, continuing to walk. They turn right again, maintaining forward movement, while keeping their arms moving at waist level throughout the sequence. | The person walks calmly forward, turns 90 degrees to the right, and continues walking forward. Then, they turn more than 90 degrees to the right and walk forward again. | The person walks forward, turns to his right, walks forward, turns to his right, and walks forward, moving his arms at waist level. | <motion_cot>1. **Analyze the Request**: I need to create a continuous locomotion animation sequence that involves walking forward, executing two consecutive right turns, and maintaining a specific arm position constraint. The flow requires smooth transitions between straight walking and rotational movement to ensure ph... | <motion_cot>Keyframe 1:
- Upright walking posture
- Legs in mid-stride, forward momentum
- Arms swinging naturally at waist level
Keyframe 2:
- Pivoting on feet to initiate right turn
- Torso and pelvis rotated 90 degrees to the right
- Arms adjusted slightly for rotational balance
Keyframe 3:
- Upright walking postu... | <motion_cot>[STATE 1]
- pose: walking forward
- arms: natural swing
- legs: alternating stride
- head: facing forward
- torso: upright
- balance: dynamic stability
[TRANSITION 1 β 2]
- action: 90-degree right turn
- direction: rotational right
- coordination: lead foot pivots, torso rotates
- dynamics: calm, precise
... | <motion_cot>**t=0β30:**
- Calm forward walking
- Rhythmic stride with relaxed arm swing
- Stable torso alignment facing forward
**t=30β50:**
- Initiate 90-degree turn to the right
- Weight shifts to pivot foot
- Torso rotates smoothly while maintaining balance
**t=50β70:**
- Resume walking in new direction
- Stride s... | <motion_cot>[INTENT]
- goal: execute a locomotion sequence involving forward walking and two consecutive right turns
- style: continuous rhythmic movement with consistent upper body posture
- key_patterns: synchronized torso rotation with leg movement during turns, constant arm oscillation at waist height
- constraints... | <motion_306><motion_1083><motion_28><motion_1305><motion_1195><motion_880><motion_247><motion_1309><motion_1195><motion_771><motion_771><motion_880><motion_1195><motion_1195><motion_247><motion_1749><motion_1618><motion_86><motion_1111><motion_1906><motion_1725><motion_1178><motion_1772><motion_1142><motion_679><motion... | <motion><motion_306><motion_1083><motion_28><motion_1305><motion_1195><motion_880><motion_247><motion_1309><motion_1195><motion_771><motion_771><motion_880><motion_1195><motion_1195><motion_247><motion_1749><motion_1618><motion_86><motion_1111><motion_1906><motion_1725><motion_1178><motion_1772><motion_1142><motion_679... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person begins by walking forward, then turns to the right, ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of human movement ("The person walks forward, turns to his right, walks forward, turns to his right, and walks forward, moving ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** "The person walks forward with a calm demeanor, making a precise 90-degree right turn, and continues walking. They then execute a more ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "The person walks calmly forward, turns 90 degrees to the right, and continues walking forward. Then, they turn more than 90 degrees to the right an... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A description of a person walking forward, turning right twice, ... |
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] | 0.012829 | A woman stands casually, her weight on her left leg. She gently tilts her head backward and to the right while maintaining a relaxed posture, before returning to a straight standing position. | The person stands in a relaxed, neutral position before shifting their weight onto their left leg. After maintaining this position briefly, they return to standing straight and tilt their head slightly to the right side. | A woman stands casually, with most of her weight on her left leg. She tilts her head back and to the right, then returns to an upright standing position, distributing her weight evenly on both legs. | A person stands in a relaxed, neutral position. They shift their weight to lean onto their left leg, allowing the right leg to relax. As they finish this idle stance, they straighten up, standing tall, and gently tilt their head to the right. | A person stands in a neutral resting position and idles. First, they lean on their left leg. At the end, the person stands straight and tilts their head to the right. | A person stands relaxed, leaning on her left leg. Then she slowly tilts her head back and to the right and stands straight. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a short, naturalistic animation sequence involving a weight shift from a neutral stance to a relaxed idle pose, followed by a posture correction to a standing tall position, and concluding with a specific head orientation. The flow requires careful ... | <motion_cot>Keyframe 1:
- Casual standing posture
- Weight shifted primarily onto left leg
- Head facing forward, relaxed expression
Keyframe 2:
- Upper body remains stable
- Head tilted backward and rotated to the right
- Weight remains supported by left leg
Keyframe 3:
- Straight standing posture
- Head returned to... | <motion_cot>[STATE 1]
- pose: relaxed standing
- arms: relaxed at sides
- legs: weight shifted to left leg
- head: neutral
- torso: slightly tilted to left
- balance: stable asymmetrical
[TRANSITION 1 β 2]
- action: head tilt
- direction: backward and right
- coordination: neck extension and rotation
- dynamics: slow,... | <motion_cot>t=0β20:
- Relaxed neutral standing posture
- Weight distributed evenly across both feet
- Minimal muscle tension, stable balance
t=20β40:
- Weight shifts laterally onto left leg
- Right leg relaxes, foot lightly touching ground
- Hips adjust slightly to maintain equilibrium
t=40β60:
- Weight returns to ce... | <motion_cot>[INTENT]
- goal: perform a subtle, casual head movement while standing
- style: relaxed, smooth, low-tension
- key_patterns: unilateral weight bearing, isolated cervical rotation and extension, minimal upper body displacement
- constraints: maintain balance on left leg, keep shoulders and torso neutral
[EX... | <motion_1180><motion_444><motion_1932><motion_322><motion_322><motion_35><motion_322><motion_322><motion_322><motion_322><motion_322><motion_322><motion_322><motion_322><motion_322><motion_322><motion_322><motion_970><motion_496><motion_496><motion_322><motion_322><motion_322><motion_322> | <motion><motion_1180><motion_444><motion_1932><motion_322><motion_322><motion_35><motion_322><motion_322><motion_322><motion_322><motion_322><motion_322><motion_322><motion_322><motion_322><motion_322><motion_322><motion_970><motion_496><motion_496><motion_322><motion_322><motion_322><motion_322></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("A person stands in a relaxed, neutral position. They shift thei... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A short textual description of a woman's movement (standing casually, weight on left leg, tilting head back/right, returning to straight).
* ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** "A person stands relaxed, leaning on her left leg. Then she slowly tilts her ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "A person stands in a relaxed, neutral position. They shift their weight to lean onto their left leg, allowing the right leg to relax. As they finis... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** "A woman stands casually, her weight on her left leg. She gently tilts her head ... |
m_gp_00631#656#952 | [
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1203,
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1203,
691,
204,
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204,
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] | 0.095639 | The individual stands upright, washing a window. Their left hand remains at chest level while the right hand moves up and down. Then, the right hand makes circular motions on the window, simulating the action of cleaning in a circular pattern. | The individual stands with hands raised in front of their head. They hold an object in their left hand at chest level, using their right hand to wipe downwards from above. Following this, they continue wiping with the right hand in a circular motion to the right. | The person stands in front of a window, maintaining a steady posture. They use their right hand to wash the window by moving it up and down initially. Then, they switch to circular motions with the right hand while the left hand remains at chest level, providing balance and support. | A person stands with both hands raised in front of their head. They hold an object in their left hand at chest level and use their right hand to wipe downward from above. Then, they make counterclockwise movements with the right hand as if wiping in circular motions. | The person is standing and washing a window, his left hand is at chest level, his right hand is raised and lowered. The person then washes the window in a circle with his right hand. | A person stands with raised in front of the head up hands. The person holds something in the left hand at the chest level and wipes from above to below with the right hand. Finally, the person starts to wipe with the right hand by the COUNTERright moves. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a motion sequence involving upper body manipulation and specific hand gestures. The animation must begin with a static pose, transition into an object-holding state with the left hand, and execute a two-stage wiping motion with the right hand (verti... | <motion_cot>Keyframe 1:
- Upright standing posture
- Both hands raised in front of head
- Balanced stance
Keyframe 2:
- Standing with torso stable
- Left hand holding object at chest level
- Right arm extended downward in wiping motion
Keyframe 3:
- Standing with active upper body movement
- Left hand remains at ches... | <motion_cot>[STATE 1]
- pose: standing
- arms: both raised in front of head
- legs: straight, stable stance
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: adjust grip and prepare wipe
- direction: downward (left), preparatory (right)
- coordination: left hand lowers to chest to hold ob... | <motion_cot>t=0β20:
- Upright standing posture
- Both hands raised in front of head
- Stable balance, weight evenly distributed
t=20β40:
- Left hand lowers to chest level
- Object grasped securely in left hand
- Right hand positions above for downward motion
t=40β60:
- Right hand wipes downward from above
- Smooth, c... | <motion_cot>[INTENT]
- goal: Perform a sequential wiping motion on an object held in the left hand using the right hand, transitioning from a vertical to a lateral direction.
- style: Functional, controlled, and precise upper limb coordination.
- key_patterns: Asymmetric hand roles (stabilization vs. manipulation), ver... | <motion_1236><motion_1203><motion_691><motion_1236><motion_342><motion_1203><motion_691><motion_1588><motion_1203><motion_691><motion_204><motion_1553><motion_204><motion_204><motion_2002><motion_1236><motion_1553><motion_1236><motion_696><motion_1236><motion_696><motion_1553><motion_870><motion_1553><motion_870><motio... | <motion><motion_1236><motion_1203><motion_691><motion_1236><motion_342><motion_1203><motion_691><motion_1588><motion_1203><motion_691><motion_204><motion_1553><motion_204><motion_204><motion_2002><motion_1236><motion_1553><motion_1236><motion_696><motion_1236><motion_696><motion_1553><motion_870><motion_1553><motion_87... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis.
* **Input:** A textual description of a human movement ("A person stands with both hands raised in front of their head. They hold an object in their left hand at chest level and us... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Role:** Advanced motion synthesis AI.
* **Input:** A textual description of a human movement ("A person stands with both hands raised in front of the... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** "The individual stands with hands raised in front of... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (standing, hands raised, holding object, wiping... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("A person stands with raised in front... |
m_st3_00477#0#271 | [
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] | 0.30027 | The person mimics playing a saxophone with expressive motions, fingers of the left hand moving rapidly near the stomach and right hand at chest height. They lean their torso forward and backward while slightly bending their knees in a squat. | The person stands upright and energetically mimics playing a saxophone. They bend their arms, with the right arm held above the left arm, while leaning side to side and incorporating slight jumps into their movements. | The person mimics playing an imaginary saxophone passionately, fingers of the left hand moving rapidly at stomach height, while the right hand's fingers move at chest level. They bend their torso forward and backward and slightly squat, adding expressiveness to the performance. | The person stands straight, mimicking playing a saxophone with energetic movements. They lean their body to each side while slightly jumping, with the right arm positioned over the left arm, both bent as if holding an instrument. | The person emotionally plays an imaginary saxophone, quickly moving the fingers of their left hand at stomach level and the fingers of their right hand at chest level. The person bends their torso forward and backward and slightly squats. | The person stands in a neutral standing position and vigorously mimics playing saxophone with bent arms while leaning to the sides and slightly jumping. The right arm is over the left arm. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a continuous animation sequence depicting a musician performing an imaginary saxophone solo. The movement requires high-level dexterity in the fingers at specific vertical levels, combined with expressive full-body mechanics including torso flexion ... | <motion_cot>**Keyframe 1:**
- Upright standing posture
- Arms relaxed at sides
- Feet grounded, balanced
**Keyframe 2:**
- Saxophone mimicry grip
- Arms bent, right arm positioned above left
- Torso engaged, hands holding imaginary instrument
**Keyframe 3:**
- Dynamic side lean (Right)
- Torso tilted, pelvis shifted ... | <motion_cot>[STATE 1]
- pose: neutral standing
- arms: relaxed at sides
- legs: straight, weight evenly distributed
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: lift arms to saxophone grip
- direction: upward and inward
- coordination: elbows bend, right arm crosses over left
- dynam... | <motion_cot>t=0β20:
- Initial stance preparation
- Knees bend into a shallow squat
- Torso centers over feet
t=20β40:
- Right hand positions at chest height
- Left hand settles near stomach area
- Posture stabilizes in performance stance
t=40β60:
- Left hand fingers execute rapid movements
- Right hand maintains stea... | <motion_cot>[INTENT]
- goal: perform a rhythmic imitation of playing a saxophone with expressive body movement
- style: energetic, performative, and dynamic
- key_patterns: crossed arm positioning, lateral weight shifting, vertical bouncing
- constraints: maintain specific right-over-left arm configuration throughout t... | <motion_468><motion_468><motion_468><motion_468><motion_468><motion_468><motion_157><motion_929><motion_1428><motion_1599><motion_1110><motion_1213><motion_1213><motion_1099><motion_1099><motion_1624><motion_1624><motion_721><motion_704><motion_1150><motion_1114><motion_1114><motion_704><motion_704><motion_897><motion_... | <motion><motion_468><motion_468><motion_468><motion_468><motion_468><motion_468><motion_157><motion_929><motion_1428><motion_1599><motion_1110><motion_1213><motion_1213><motion_1099><motion_1099><motion_1624><motion_1624><motion_721><motion_704><motion_1150><motion_1114><motion_1114><motion_704><motion_704><motion_897>... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI (technical planner).
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement ("The person emotionally plays an imaginary s... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (standing upright, mimicking playing a saxophone, bending arms, right above left, leaning side to side, ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given human movement description.
* **Input:** "The person stands in a neutral standing position and vigorously mimics playing saxophone with bent arms while leaning to the sides and slightly j... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (mimicking playing a saxophone).
* **Output Format:** Structured time intervals (t=0βT1, t=T1βT2, et... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** "The person stands in a neutral standing position and vigorously... |
m_ep2_01891#0#343 | [
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] | 0.028597 | The woman stands still and lifts her left hand, performing gentle circular motions with it. She then lowers her left arm and raises her right arm, repeating the circular motion. After lowering her right arm, she lifts her left arm again and continues the circular movement once more. | The man starts in a neutral position with arms at his sides. He raises his left arm, bending at the elbow, and rotates it in a counterclockwise direction. After completing the motion, he lowers his left arm and repeats the circular motion with his right arm. He then alternates again, lifting his left arm for more rotat... | The person stands still and starts by lifting her left arm, moving it in a circular motion. She then lowers her left arm and raises her right arm, executing the same circular motion. After lowering the right arm, she lifts her left arm again to continue the repeated circular motion. | The person begins in a neutral stance with arms resting down. They raise their left arm, bent at the elbow, and perform circular rotations in a counterclockwise direction. After this, they lower the left arm and raise the right arm to execute the same circular movements. The sequence continues as they alternate arm rot... | The person rotates his arms alternately. His starting position is a neutral resting position with his arms down, then he raises his left arm, bent at the elbow, and makes circular movements with it in a COUNTERright-hand direction. Then he lowers his left arm and begins to move his right arm in the same way. Then he lo... | The person stands and calmly moves her left hand, making circular movements. Then she lowers her arm and raises her right arm, making the same movement. Then she lowers her arm, raises her left arm again, and repeats the movement. | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a motion sequence featuring a female subject maintaining a stable standing posture while performing alternating upper-body circular arm movements. The flow requires precise coordination between the lower body (static stability) and the upper body (d... | <motion_cot>Keyframe 1:
- Upright standing posture
- Arms relaxed at sides
- Balanced stance
Keyframe 2:
- Left arm extended upward in circular motion
- Torso stable, weight centered
- Head facing forward
Keyframe 3:
- Left arm lowered to side
- Return to neutral standing
- Arms relaxed at sides
Keyframe 4:
- Right ... | <motion_cot>[STATE 1]
- pose: standing still
- arms: relaxed at sides
- legs: weight evenly distributed
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: lift left arm
- direction: upward and outward
- coordination: shoulder flexion, torso stabilizes to counterbalance
- dynamics: smooth, ... | <motion_cot>t=0β20:
- Neutral standing posture
- Arms relaxed vertically at sides
- Core stable, weight balanced evenly
t=20β45:
- Left arm lifts to shoulder height
- Elbow bends, forearm rotates counterclockwise
- Motion is fluid and controlled
t=45β65:
- Left arm completes circular path
- Arm lowers back to neutral... | <motion_cot>[INTENT]
- goal: execute a sequence of alternating unilateral arm rotations with a final bilateral reset
- style: controlled, rhythmic, and stable upper body posture
- key_patterns: sequential limb isolation, flexed elbow kinematics, consistent counterclockwise rotation direction
- constraints: maintain tor... | <motion_822><motion_843><motion_1356><motion_1271><motion_822><motion_1992><motion_1271><motion_822><motion_999><motion_1374><motion_1059><motion_1271><motion_1920><motion_12><motion_1368><motion_1880><motion_1409><motion_1759><motion_211><motion_1409><motion_435><motion_1759><motion_289><motion_1409><motion_1759><moti... | <motion><motion_822><motion_843><motion_1356><motion_1271><motion_822><motion_1992><motion_1271><motion_822><motion_999><motion_1374><motion_1059><motion_1271><motion_1920><motion_12><motion_1368><motion_1880><motion_1409><motion_1759><motion_211><motion_1409><motion_435><motion_1759><motion_289><motion_1409><motion_17... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (woman standing, alternating arm circular motions).
* **Str... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement (standing still, lifting left arm in circle, lowering, lifting right arm in circle, lowering, lifting left ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A description of a woman performing sequential arm circular motions (left, ri... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a man performing arm rotations (left, then right, then left again, then rest).
* **Output Format:** Time i... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Structure:** Two main sections: [INTENT] and [EXECUTION].
* **IN... |
gp_00252#987#1278 | [
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] | 0.022799 | The person stands upright with their head slightly tilted to the left. They begin to lean their entire body to the left side, then return to an upright position. After straightening, they lift their left hand and gently place it on their chest. | The person stands in a relaxed position with their head gently tilted to the left. They lean their torso to the left, then shift to the right, and finally straighten up. As they do so, they raise their left arm, bending it at the elbow, and bring their index finger to touch their chin. | The person begins by standing upright with their head tilted to the left. They gradually lean their entire body to the left side. After holding the position, they straighten back up and gently bring their left hand up to rest on their chest. | The person stands in a relaxed pose, their head tilted to the left. They shift their torso to the left, then to the right, and straighten up. While doing so, they raise their left arm, bend it at the elbow, and touch their chin with their index finger. | The person stands with their head tilted to their left, then starts leaning to the left with their whole body. They straighten up and raise their left hand to place on their chest. | The person stands in a neutral resting position with their head tilted to their left side. The person tilts their torso to their left side, then to their right side, and then straightens up by raising their left arm, bent at the elbow, and bringing their index finger to their chin. | <motion_cot>**1. Analyze the Request**
The objective is to synthesize a short, upper-body focused animation sequence that begins from a specific static pose and transitions through lateral torso movements before concluding with a thoughtful gesture. The flow involves an initial head tilt, followed by bilateral torso sw... | <motion_cot>Keyframe 1:
- Upright standing posture
- Head tilted to the left
- Arms relaxed at sides, balanced stance
Keyframe 2:
- Torso and pelvis tilted to the left
- Weight shifted to the left leg
- Body leaning away from vertical axis
Keyframe 3:
- Upright standing posture restored
- Torso and head aligned verti... | <motion_cot>[STATE 1]
- pose: standing upright
- arms: relaxed at sides
- legs: straight, weight distributed
- head: tilted to the left
- torso: vertical
- balance: stable
[TRANSITION 1 β 2]
- action: lean to the left
- direction: lateral left
- coordination: torso shifts while feet remain planted
- dynamics: slow, de... | <motion_cot>t=0β20:
- Upright standing posture
- Head tilted slightly to the left
- Weight balanced evenly on both feet
- Stable and stationary
t=20β50:
- Initiate lateral lean to the left
- Torso shifts sideways
- Center of gravity moves laterally
- Movement is controlled and steady
t=50β80:
- Return to upright alig... | <motion_cot>[INTENT]
- goal: execute a slow lateral body lean followed by a return to upright and a subtle hand gesture
- style: deliberate, fluid, and controlled with minimal momentum
- key_patterns: lateral weight transfer, spinal alignment correction, isolated arm movement
- constraints: maintain balance during the ... | <motion_1753><motion_1753><motion_1753><motion_1753><motion_1753><motion_1821><motion_1821><motion_444><motion_745><motion_1693><motion_1154><motion_1154><motion_984><motion_984><motion_1978><motion_1978><motion_1978><motion_334><motion_698><motion_320><motion_414><motion_414><motion_414><motion_414><motion_414><motion... | <motion><motion_1753><motion_1753><motion_1753><motion_1753><motion_1753><motion_1821><motion_1821><motion_444><motion_745><motion_1693><motion_1154><motion_1154><motion_984><motion_984><motion_1978><motion_1978><motion_1978><motion_334><motion_698><motion_320><motion_414><motion_414><motion_414><motion_414><motion_414... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The person stands in a neutral resting position with their head t... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person begins by standing upright with their head tilted to the left. They gradually lean their entir... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given human movement description.
* **Input:** "The person stands with their head tilted to their left, then starts leaning to the left with their whole body. They straighten up and raise their... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** "The person stands upright with their head slightly tilted to the left. They begin to lean their entire body to the left side, then return t... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement ("The person begins by standing uprigh... |
ep1_00208#668#962 | [
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] | 0.072127 | The person stands in a neutral position, arms folded across their chest, with a turn of the head to the right. They unfold their arms, step their right leg sideways, and refold their arms. After this, they lower their arms once more, refold them across their chest while shifting their weight onto the left leg, and agai... | The person stands upright with arms at their sides. They raise both arms, crossing them on their chest while simultaneously turning their head to the right. After holding this position briefly, they turn their head back to face forward and lower their arms to their sides. This sequence is repeated two more times, maint... | The person stands still, arms relaxed. They fold their arms over their chest, turning their head to the right. They lower their arms, step their right leg to the side, and fold their arms again. Once more, they lower their arms, shift weight to the left leg, fold arms over their chest, and turn their head to the right. | The person stands upright, lifts both arms to cross them over their chest while turning their head to the right. They then return their head to face forward, lowering their arms back to their sides. This sequence is repeated twice, maintaining fluid motion throughout. | The person stands straight and raises his arms, crossing them on his chest and turning his head to the right. Then turns his head forward and lowers his arms. Then repeats the same movement twice. | The person stands in a neutral resting position and then folds their arms across their chest, turning their head to the right. The person then lowers their arms, moves their right leg to the side, and folds them across their chest again. Finally, the person lowers their arms and folds them across their chest again, shi... | <motion_cot>1. **Analyze the Request**: The objective is to generate a motion sequence depicting a person performing a specific upper-body gesture and head rotation, repeated three times in total. The core movement involves raising arms to cross them at the chest while turning the head right, followed by a reset to a n... | <motion_cot>Keyframe 1:
- Neutral standing posture
- Arms folded across chest
- Head turned to the right
- Even weight distribution
Keyframe 2:
- Right leg stepped sideways
- Arms unfolded and extended
- Torso upright
- Weight shifting during step
Keyframe 3:
- Right leg positioned sideways
- Arms refolded across che... | <motion_cot>[STATE 1]
- pose: initial upright stance
- arms: relaxed at sides
- legs: straight, stable stance
- head: neutral forward
- torso: upright
- balance: stable, initial
[TRANSITION 1 β 2]
- action: raise arms and cross on chest
- direction: upward and inward
- coordination: bilateral arm movement with torso s... | <motion_cot>t=0β30:
- Lift both arms to cross over chest
- Head turns to the right, then returns forward
- Arms lower back to sides
- First sequence complete
t=30β70:
- Repeat sequence twice
- Fluid, rhythmic coordination maintained
- Consistent posture throughout repetitions
t=70β80:
- Final return to neutral standi... | <motion_cot>[INTENT]
- goal: Perform a repetitive upper-body gesture sequence involving arm crossing and head rotation
- style: Controlled and rhythmic with clear start/stop points per cycle
- key_patterns: Synchronization of arm crossing and head turn, consistent return to neutral posture
- constraints: Maintain stati... | <motion_2044><motion_2044><motion_2044><motion_1798><motion_1664><motion_1203><motion_1203><motion_1203><motion_1714><motion_1714><motion_1714><motion_1714><motion_181><motion_775><motion_1304><motion_1554><motion_993><motion_427><motion_427><motion_367><motion_1664><motion_1203><motion_1203><motion_1203><motion_1203><... | <motion><motion_2044><motion_2044><motion_2044><motion_1798><motion_1664><motion_1203><motion_1203><motion_1203><motion_1714><motion_1714><motion_1714><motion_1714><motion_181><motion_775><motion_1304><motion_1554><motion_993><motion_427><motion_427><motion_367><motion_1664><motion_1203><motion_1203><motion_1203><motio... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis AI.
* **Input:** A textual description of a human movement ("The person stands straight and raises his arms, crossing them on his chest and turning his head to the right. Then turns... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Keyframe Planning" representation from a textual motion description.
* **Input:** A specific textual description of a human movement.
* **Output Format:** Numbered keyfram... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** "The person stands straight and raises his arms, crossing them on his chest and turning his head to the right. Then turns his head forw... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (standing, crossing arms, turning head, returning, repeating twice).
* **Output Format:** Time inter... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** "The person stands straight and raises his arms, crossing them on his chest and ... |
m_ep1_00028#270#439 | [
1430,
680,
681,
348,
348,
348,
860,
1523,
1213,
725,
1679,
1679,
531,
423,
845,
1221,
1107,
689,
22,
673,
1934
] | 0.370049 | The person begins seated on the floor with legs bent and arms behind. He shifts forward slightly, bringing arms forward, then rolls backward over his head, keeping knees bent. Completing the roll, he stands up, spreading his arms to the sides before raising them upwards, bending at the elbows. He then lowers his arms a... | The person is sitting calmly on the floor with her arms at her sides. She leans forward, extending her arms towards her knees, then sits down and performs a back somersault. Upon landing on her feet, she stands up triumphantly, shaking her bent arms near her head before lowering them to her sides. | The person starts sitting on the floor with arms extended behind and knees bent. He leans forward, bringing arms forward, then rolls backward over his head while keeping knees bent. After completing the roll, he stands up, spreading arms to the sides, then lifts them upward, bending at the elbows, before lowering them ... | The woman sits calmly on the floor with her arms resting at her sides. She leans forward, extending her arms forward to knee level, then smoothly shifts into a back somersault. After completing the roll, she stands up, raising her arms bent at the elbows in a celebratory gesture, and then lowers them back down. | The person performs a back roll on the floor. His initial position is sitting on the floor, both arms are behind his back, both legs are bent at the knees. Then he gets up slightly, bringing both arms forward and leaning his body slightly forward. Then he falls back and does a roll over his head, keeping his legs bent ... | The person does a back somersault. She
is sitting calmly on the floor with her arms down. Then she gently tilting her body forward and stretching her arms forward at the level of her knees. She sits down, does a somersault back, stands on her feet victoriously shaking her arms bent at the elbows at her head's level an... | <motion_cot>1. **Analyze the Request**: I need to synthesize a continuous motion sequence that begins with a static seated posture, transitions into a dynamic acrobatic maneuver involving a back somersault, and concludes with a standing celebratory gesture returning to neutral. The physics must account for balance shif... | <motion_cot>Keyframe 1:
- Sitting on floor
- Arms extended behind body
- Knees bent, feet flat
Keyframe 2:
- Torso leaning forward
- Arms reaching forward
- Weight shifting onto hands
Keyframe 3:
- Body inverted mid-roll
- Head and shoulders on ground
- Knees bent, hips over head
Keyframe 4:
- Feet planted on ground... | <motion_cot>[STATE 1]
- pose: seated on floor
- arms: behind back
- legs: bent at knees, feet flat
- head: neutral
- torso: upright seated
- balance: stable on sit bones
[TRANSITION 1 β 2]
- action: shift and prepare for roll
- direction: forward lean
- coordination: weight transfer to hands/arms, arms swing forward
-... | <motion_cot>t=0β20:
- Seated on floor with knees bent
- Arms extended behind for support
- Stable base posture with weight centered
t=20β40:
- Torso leans forward intentionally
- Arms shift forward to generate momentum
- Weight distribution shifts to hands and feet
t=40β70:
- Backward roll over head begins
- Knees re... | <motion_cot>[INTENT]
- goal: execute a fluid sequence transitioning from a seated position to a back somersault and standing celebration
- style: calm initiation transitioning to dynamic rolling, ending with energetic posture
- key_patterns: weight shift from seated to rolling momentum, rotational inertia management, b... | <motion_1430><motion_680><motion_681><motion_348><motion_348><motion_348><motion_860><motion_1523><motion_1213><motion_725><motion_1679><motion_1679><motion_531><motion_423><motion_845><motion_1221><motion_1107><motion_689><motion_22><motion_673><motion_1934> | <motion><motion_1430><motion_680><motion_681><motion_348><motion_348><motion_348><motion_860><motion_1523><motion_1213><motion_725><motion_1679><motion_1679><motion_531><motion_423><motion_845><motion_1221><motion_1107><motion_689><motion_22><motion_673><motion_1934></motion> | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis based on a provided textual description of human movement.
* **Role:** Advanced motion synthesis AI / Technical planner analyzing physics/animation.
* **Structure:** Three spe... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (sitting -> roll -> stand -> arm movements).
* **Output Format:** Numbered keyframes (Keyframe 1, ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a movement sequence (seated -> roll -> stand -> arm movement -> final stand).
* **Output Format:** Strictly alterna... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement (sitting, rolling backward, standing up... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A specific description of a woman sitting, leaning forward, doin... |
ep1_00243#1377#1664 | [
1668,
1668,
574,
1429,
269,
1910,
1144,
936,
1855,
538,
1739,
1913,
573,
234,
50,
992,
1910,
1851,
737,
737,
941,
1823,
1851,
737,
737,
1851,
481,
1851,
416,
1306,
1729,
656,
1507,
610,
1289
] | 0.088222 | The person walks forward, suddenly losing balance, her body tilts right. She extends her arms out to the side while bending elbows for stability. Regaining balance, she straightens up and continues walking forward. She stops, pivots over her left shoulder, walks ahead again, turns once more over her left shoulder, and ... | The person stands on their right foot, leaning slightly right with bent elbows. They begin walking forward, gradually lowering their hands while turning their head to the right. Then, they perform a 180-degree turn to the left and continue walking forward. Finally, they complete another 180-degree turn to the left and ... | The person moves forward but loses balance, tilting her body to the right. She extends her arms to the side for stability, bending at the elbows. Regaining balance, she straightens and proceeds forward. She halts, turns over her left shoulder, continues walking, then turns again over her left shoulder and stops. | The person stands on their right foot, leaning slightly to the right with arms bent at the elbows. They begin to walk forward, lowering their arms while turning their head right. Then, they rotate their body 180 degrees to the left, continue walking, and finish with another 180-degree turn to the left. | The person is standing on the right foot, leaning to the right and holding the arms bent at the elbows, then walking forward, lowering his hands, and turning the head to the right. Then he turns to the left side by 180 degrees and walks forward. Finally, he turns to the left by 180 degrees. | The person walks forward, losing her balance, tilting her body to the right, holding her arms out to the side, and bending at the elbow. She then straightens up and walks forward. She stops, turns over her left shoulder, and walks forward. Then she turns over her left shoulder and stops. | <motion_cot>**1. Analyze the Request**: The objective is to synthesize a continuous motion sequence involving locomotion, a specific instability event (balance loss), recovery, and rotational movement. The flow must progress from a stable walk to a compromised state, return to stability, pause, execute two distinct tur... | <motion_cot>Keyframe 1:
- Standing on right foot with left foot lifted
- Torso leaning slightly to the right
- Arms bent at elbows, held close to body
Keyframe 2:
- Initiating forward walk with left foot stepping
- Arms lowering to sides
- Head turned to the right
Keyframe 3:
- Body rotated 180 degrees to the left (f... | <motion_cot>[STATE 1]
- pose: walking forward
- arms: relaxed at sides
- legs: alternating stride
- head: forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: sudden loss of balance
- direction: tilt right
- coordination: torso leans while legs scramble
- dynamics: unstable, reactive
[STATE 2]
- po... | <motion_cot>**t=0β20:**
- Standing on right foot
- Torso leans right
- Arms bent at elbows
- Static balance maintained
**t=20β45:**
- Initiate forward walk
- Hands lower from bent position
- Head turns to the right
- Weight shifts to left foot
**t=45β70:**
- Continue walking forward
- Arms swing naturally
- Head rema... | <motion_cot>[INTENT]
- goal: execute a walking sequence involving an unexpected balance recovery and subsequent directional pivots
- style: reactive instability followed by controlled locomotion
- key_patterns: compensatory arm extension during tilt, weight transfer during pivots, consistent gait resumption
- constrain... | <motion_1668><motion_1668><motion_574><motion_1429><motion_269><motion_1910><motion_1144><motion_936><motion_1855><motion_538><motion_1739><motion_1913><motion_573><motion_234><motion_50><motion_992><motion_1910><motion_1851><motion_737><motion_737><motion_941><motion_1823><motion_1851><motion_737><motion_737><motion_1... | <motion><motion_1668><motion_1668><motion_574><motion_1429><motion_269><motion_1910><motion_1144><motion_936><motion_1855><motion_538><motion_1739><motion_1913><motion_573><motion_234><motion_50><motion_992><motion_1910><motion_1851><motion_737><motion_737><motion_941><motion_1823><motion_1851><motion_737><motion_737><... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning process for motion synthesis AI.
* **Input:** A textual description of a human movement ("The person walks forward, losing her balance, tilting her body to the right, holding her arms out to the side, a... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person stands on their right foot, leaning slightly to the right with arms bent at the elbows. They b... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a person walking, losing balance, recovering, pivoting, and stopping.
* **Output Format:** Alternating [... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a person's movement (standing on right foot, leaning, holding arms bent, walking forward, lowering hands, turning h... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement (walking, losing balance, regaining, p... |
ep1_00167#2252#2419 | [
1251,
1472,
496,
122,
1911,
1946,
2021,
1467,
131,
1723,
464,
1454,
432,
432,
432,
432,
1152,
1152,
547,
1027
] | 0.069747 | The person walks forward a few steps, with both arms moving at waist level. She then halts her movement, raising her left leg by bending it at the knee, maintaining balance. | The individual walks forward at a relaxed pace, gradually turning to the left while swinging both arms naturally. They pause momentarily, bringing their feet together, then bend their left leg at the knee, lifting the left foot off the ground slightly. | The woman walks forward, swinging her arms gently at waist level. She then pauses, lifting her left leg and bending it at the knee, maintaining balance in a stationary position. | The person walks slowly forward in a relaxed way, gradually turning to their left while their arms swing naturally. They then pause with feet together, bending their left leg to lift their left foot off the ground momentarily. | The person is walking forward slowly in a relaxed manner, turning to the left gradually and swinging their arms. Then they stand with their feet together for a moment, and bend their left leg, raising their left foot off the floor. | The person takes a few steps forward, moving her arms at waist level. Then she stops and raises her left leg, bending it at the knee. | <motion_cot>**1. Analyze the Request**: The objective is to synthesize a short animation clip featuring locomotion followed by a static balance pose. The sequence begins with forward walking motion characterized by natural arm swing, transitions into a complete stop, and concludes with a unilateral leg lift requiring c... | <motion_cot>Keyframe 1:
- Walking forward at relaxed pace
- Arms swinging naturally opposite to legs
- Torso upright, facing forward
Keyframe 2:
- Body gradually turning to the left
- Torso and hips rotated leftward
- Arms continuing swing pattern for momentum
Keyframe 3:
- Paused standing position
- Feet brought tog... | <motion_cot>[STATE 1]
- pose: standing still
- arms: relaxed at sides
- legs: shoulder-width apart
- head: forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: walk forward and turn left
- direction: forward and leftward
- coordination: natural arm swing, torso rotation
- dynamics: relaxed, fluid
[... | <motion_cot>t=0β30:
- Relaxed forward walking
- Arms swing naturally with stride
- Steady, low-impact gait
t=30β60:
- Gradual rotation to the left
- Torso and hips shift direction
- Steps curve to accommodate turn
t=60β85:
- Deceleration to a complete stop
- Feet converge to standing position
- Weight stabilizes on b... | <motion_cot>[INTENT]
- goal: execute a casual walk with a directional turn followed by a static balance adjustment
- style: relaxed, fluid, natural human locomotion
- key_patterns: contralateral arm swing during walking, smooth deceleration, weight transfer to supporting leg
- constraints: maintain balance during singl... | <motion_1251><motion_1472><motion_496><motion_122><motion_1911><motion_1946><motion_2021><motion_1467><motion_131><motion_1723><motion_464><motion_1454><motion_432><motion_432><motion_432><motion_432><motion_1152><motion_1152><motion_547><motion_1027> | <motion><motion_1251><motion_1472><motion_496><motion_122><motion_1911><motion_1946><motion_2021><motion_1467><motion_131><motion_1723><motion_464><motion_1454><motion_432><motion_432><motion_432><motion_432><motion_1152><motion_1152><motion_547><motion_1027></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The woman walks forward, swinging her arms gently at waist level.... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a human movement ("The individual walks forward at a relaxed pace, gradually turning to the left while swinging both arms... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a textual description of human movement.
* **Input:** A specific movement description ("The individual walks forward at a relaxed p... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** "The person walks slowly forward in a relaxed way, gradually turning to their left while the... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Input:** A specific textual description of a movement ("The individual wa... |
m_gp_00089#169#325 | [
302,
660,
687,
687,
802,
687,
660,
660,
687,
687,
954,
707,
687,
660,
687,
802,
687,
687,
802
] | 0.21355 | The person is crawling on the floor, moving forward by alternately advancing their arms and knees. After progressing slightly, they shift their body to turn slightly towards the left side while continuing to crawl. | The person crouches on all fours, actively looking for something on the floor. They crawl slowly, alternating movements of hands and feet. The person gradually shifts direction by turning slightly to the right, then proceeds forward, followed by a left turn and forward movement, all while frequently turning their head ... | The individual begins by crawling on the floor, moving forward with synchronized movements of their arms and knees. As they continue crawling, they gradually turn their body slightly to the left, maintaining continuous motion as they change direction. | The person is positioned on all fours, appearing to search for something on the floor. They methodically move forward by alternately advancing their hands and feet, turning their body slightly to the right, then the left, while constantly swiveling their head left and right as they continue forward. | The person crawls on the floor slightly forward moving their arms and knees. The person then turns slightly to the left. | The person is on all fours, searching for something on the floor. He slowly moves forward, taking steps with their hands and feet, slightly turning to the right and moving forward, then turning to the left and moving forward, while continuously turning their head right and left. | <motion_cot>1. **Analyze the Request**: I need to generate a continuous animation sequence depicting a quadrupedal search movement. The core mechanics involve a stable all-fours base, alternating limb locomotion for forward progress, subtle torso rotation for lateral deviation, and independent cervical spine movement f... | <motion_cot>Keyframe 1:
- Stable quadrupedal crawling stance
- Hands and knees supporting body weight
- Torso parallel to the ground
Keyframe 2:
- Forward progression phase
- One arm extended forward, opposite knee advancing
- Weight shifted over supporting limbs for balance
Keyframe 3:
- Initiation of leftward turn
... | <motion_cot>[STATE 1]
- pose: quadruped crawl
- arms: hands planted on ground
- legs: knees on ground
- head: neutral forward
- torso: parallel to floor
- balance: stable quadruped
[TRANSITION 1 β 2]
- action: forward progression
- direction: forward
- coordination: alternating arm and knee movement
- dynamics: steady... | <motion_cot>t=0β20:
- Body positioned on all fours (hands and feet grounded)
- Torso parallel to the floor
- Head lowered, gaze focused on the ground searching
t=20β40:
- Initiate methodical forward crawl
- Alternate hand and foot advancement
- Weight shifts smoothly between limbs for stability
t=40β60:
- Slight tors... | <motion_cot>[INTENT]
- goal: execute a continuous quadrupedal crawl with a mid-movement directional change
- style: stable, low-to-ground, fluid locomotion
- key_patterns: contralateral limb coordination, weight shifting during rotation, maintaining low center of gravity
- constraints: keep torso elevated slightly abov... | <motion_302><motion_660><motion_687><motion_687><motion_802><motion_687><motion_660><motion_660><motion_687><motion_687><motion_954><motion_707><motion_687><motion_660><motion_687><motion_802><motion_687><motion_687><motion_802> | <motion><motion_302><motion_660><motion_687><motion_687><motion_802><motion_687><motion_660><motion_660><motion_687><motion_687><motion_954><motion_707><motion_687><motion_660><motion_687><motion_802><motion_687><motion_687><motion_802></motion> | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis based on a provided textual description.
* **Input:** A description of a person on all fours searching the floor, moving forward alternately, turning slightly right then left, and s... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person is crawling on the floor, moving forward by alternately advancing their arms and knees. After ... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given human movement description.
* **Input:** "The person is crawling on the floor, moving forward by alternately advancing their arms and knees. After progressing slightly, they shift their b... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (person on all fours, searching, moving forward, turning body slightly, swiveling head).
* **Output ... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Structure:** Two parts: [INTENT] (high-level goals, style, patterns, cons... |
gp_00339#668#854 | [
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979,
1979
] | 0.025438 | The person sits cross-legged in the lotus position on the floor, with their arms extended straight and resting on their knees. They gently turn their head to the left, maintaining the seated posture. | The person is seated on the ground with legs crossed in a comfortable position. While sitting, they gently turn their head to the left, maintaining a relaxed posture during the head movement. | A person sits cross-legged in the lotus position, arms extended straight and resting on their knees. While maintaining this posture, they turn their head to the left, keeping their body steady and balanced. | The person is seated on the ground with their legs comfortably crossed. While maintaining this seated position, they gently turn their head to the left, gazing in that direction. | A person sits in the lotus position with their arms straight in front and placed on their knees. They turn their head to their left. | A person sits on the ground with his legs crossed legs. After that, he turns his head to his left. | <motion_cot>1. **Analyze the Request**: The objective is to generate a low-intensity animation sequence focused on a seated individual. The primary motion is isolated to the cervical spine (neck) while the lower body remains static. The flow moves from a neutral seated posture to a specific directional gaze, requiring ... | <motion_cot>Keyframe 1:
- Seated on ground with legs crossed
- Torso upright, pelvis grounded
- Head facing forward, arms relaxed
Keyframe 2:
- Seated on ground with legs crossed
- Torso upright, pelvis grounded
- Head turned to the left, arms relaxed</motion_cot> | <motion_cot>[STATE 1]
- pose: seated cross-legged on ground
- arms: resting comfortably on lap
- legs: crossed comfortably
- head: facing forward
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: rotate head
- direction: to the left
- coordination: cervical spine movement while torso remains static
- dyn... | <motion_cot>t=0β20:
- Seated in lotus position with legs crossed
- Arms extended straight, resting palms on knees
- Torso upright, fully stable and balanced
t=20β40:
- Neck muscles engage to initiate rotation
- Head begins slow turn to the left
- Lower body remains anchored and motionless
t=40β60:
- Head completes tu... | <motion_cot>[INTENT]
- goal: perform a subtle head turn while seated in a cross-legged position
- style: relaxed, gentle, and low-intensity
- key_patterns: isolated neck rotation, stable torso and lower body
- constraints: maintain seated posture without shifting weight or moving shoulders
[EXECUTION]
Step 1:
- action... | <motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979> | <motion><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979><motion_1979></motion> | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Chain of Thought" (CoT) reasoning for motion synthesis AI.
* **Input:** A textual description of a human movement ("The person is seated on the ground with their legs comfortably crossed. While maintaining this seated position, they gen... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement ("The person is seated on the ground with legs crossed in a comfortable position. While sitting, they gentl... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given motion description.
* **Input:** "The person is seated on the ground with their legs comfortably crossed. While maintaining this seated position, they gently turn their head to... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** "A person sits cross-legged in the lotus position, arms extended straight and resting on their knees. While maintaining this posture, they turn thei... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Structure:**
* [INTENT]: High-level goals, style, key patterns,... |
m_ep1_00103#5670#5965 | [
1798,
1798,
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1798,
1798,
866,
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1487,
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2044,
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1347,
1188,
1803,
1365,
984,
1164,
1787,
874,
22,
1102,
1587,
793,
1669,
611,
1038,
1258,
1562,
202,
1772,
1892,
853,
202,
1604,
1988
] | 0.144639 | The individual walks forward in a drunken manner, initially standing upright with the right hand grasping the left elbow. He then lowers his right hand and begins to move forward, swaying from one side to the other. He raises his hands frequently, shaking his body slightly to keep balance during his unsteady walk. | The woman begins standing with her left hand down and right hand resting on her left forearm. She lowers her right hand and takes a few unsteady, staggering steps forward, displaying a drunken gait. Her body sways from side to side as she walks, with her arms swinging loosely at hip level. | The person stands upright, holding their left elbow with their right hand. They begin to walk forward in an unsteady manner, swaying and shaking their body from side to side. As they move, their arms lift and adjust to help maintain balance while taking uneven steps. | The woman stands with her left hand resting naturally and her right hand on her left forearm. She moves her right hand down, then takes several uneven, staggering steps forward. Her gait resembles a drunken walk, swaying from side to side, with her arms swinging loosely at hip level. | The person walks forward in a state of intoxication. Initially, he stands straight with his right hand holding his lowered left hand by the elbow. Then he lowers his right hand and walks forward swaying from side to side, shaking his body and raising his hands to maintain balance. | The person stands with her left hand down and her right hand on her left forearm. She lowers her right hand down and takes several staggering steps forward with a drunken gait, swaying from side to side and swinging her arms at the level of her hips. | <motion_cot>**1. Analyze the Request**: The objective is to synthesize a motion sequence depicting a woman exhibiting signs of intoxication. The animation must transition from a static, composed pose into an unstable, forward-moving gait characterized by lateral swaying and loose limb control. Key physical constraints ... | <motion_cot>Keyframe 1:
- Upright standing posture
- Left hand relaxed at side
- Right hand resting on left forearm
Keyframe 2:
- Right hand sliding down from forearm
- Weight shifting forward
- Knees slightly bent for movement
Keyframe 3:
- First staggered step initiated
- Uneven foot placement
- Torso leaning to on... | <motion_cot>[STATE 1]
- pose: standing still
- arms: left hand down, right hand on left forearm
- legs: straight, weight evenly distributed
- head: neutral
- torso: upright
- balance: stable
[TRANSITION 1 β 2]
- action: lower right hand
- direction: downward
- coordination: elbow extends, hand releases grip
- dynamics... | <motion_cot>t=0β20:
- Upright standing posture
- Right hand grasping left elbow
- Static balance maintained
t=20β40:
- Release grip on elbow
- Initiate forward step
- Initial body shift introduces instability
t=40β60:
- Unsteady walking gait
- Torso sways side-to-side rhythmically
- Arms lift and adjust to counterbal... | <motion_cot>[INTENT]
- goal: simulate a realistic drunken walking sequence starting from a static pose
- style: unstable, erratic, fluid with loss of core control
- key_patterns: lateral torso sway, loose limb pendulum motion, irregular weight transfer
- constraints: maintain physical plausibility of intoxication witho... | <motion_1798><motion_1798><motion_1798><motion_1798><motion_1798><motion_866><motion_866><motion_1487><motion_1180><motion_2044><motion_1309><motion_1055><motion_1347><motion_1188><motion_1803><motion_1365><motion_984><motion_1164><motion_1787><motion_874><motion_22><motion_1102><motion_1587><motion_793><motion_1669><m... | <motion><motion_1798><motion_1798><motion_1798><motion_1798><motion_1798><motion_866><motion_866><motion_1487><motion_1180><motion_2044><motion_1309><motion_1055><motion_1347><motion_1188><motion_1803><motion_1365><motion_984><motion_1164><motion_1787><motion_874><motion_22><motion_1102><motion_1587><motion_793><motion... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of a human movement (a woman staggering drunk).
* **Output Structure:** Three s... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** A textual description of a woman's movement (standing, hand position, staggering walk, drunken gait).
* **Output Format:** Numbered keyframe... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation (States and Transitions) based on a textual description of human movement.
* **Input:** A specific description of a person standing, changin... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (standing, holding elbow, walking unsteadily, swaying, adjusting arms for balance).
* **Output Forma... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Structure:**
* [INTENT]: High-level goals, style, key patterns,... |
m_st3_00655#0#161 | [
221,
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1196,
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1059,
320,
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432,
888,
1271,
888,
1821,
432,
432,
432,
1024
] | 0.0444 | The person stands still and leans slightly toward their right side. They then straighten up, raising their left arm by bending it at the elbow, creating a controlled and steady motion. | The individual stands tall with feet shoulder-width apart, shifting weight onto the right leg. Their right arm rests by their side while the left hand holds an open palm. They straighten their pelvis, lift the left arm forward, then gently lower it while subtly moving the palm. | The person stands still and leans slightly to their right side. They then adjust their posture to a balanced position and lift their left arm, bending it at the elbow, with their forearm pointing upwards. | Standing with feet shoulder-width apart, the individual shifts their body weight onto the right leg. Their right arm hangs down, while the left hand is open with the palm facing out. They adjust their pelvis, extend the left arm forward, then lower it gently, making slight palm movements. | The person stands in place leaning slightly to the right, then levels off and raises their left arm bending at the elbow. | The person stands with their feet shoulder-width apart and shifts their body weight onto their right leg with their right arm down and their left hand holding their palm open. The person straightens their pelvis, lifts their arm forward, then lowers it down and moves their palm slightly. | <motion_cot>1. **Analyze the Request**: I need to construct a short, continuous animation sequence focused on postural correction and upper limb articulation. The primary goal is to depict a transition from a static, off-balance leaning pose to an upright neutral stance, followed by a specific flexion movement of the l... | <motion_cot>Keyframe 1:
- Standing posture with weight shifted
- Torso leaning slightly to the right
- Arms relaxed at sides
Keyframe 2:
- Neutral upright standing
- Torso aligned vertically
- Arms relaxed at sides
Keyframe 3:
- Upright standing posture
- Left arm raised with elbow bent
- Balance adjusted for arm ext... | <motion_cot>[STATE 1]
- pose: standing, leaning right
- arms: relaxed at sides
- legs: straight, weight shifted right
- head: neutral
- torso: tilted slightly right
- balance: compensated lean
[TRANSITION 1 β 2]
- action: posture adjustment
- direction: centering torso to vertical
- coordination: weight shift back to ... | <motion_cot>t=0β20:
- Initial standing stance
- Weight distribution biased to right foot
- Torso leans slightly rightward
t=20β40:
- Core engagement to correct posture
- Torso shifts back to neutral alignment
- Balance stabilizes on both feet
t=40β60:
- Left shoulder elevation begins
- Left elbow flexes at 90 degrees... | <motion_cot>[INTENT]
- goal: execute a weight-shifted stance with a specific left-hand communicative gesture
- style: stable, deliberate, controlled upper-body movement
- key_patterns: unilateral weight bearing, pelvic alignment, sequential arm elevation and retraction
- constraints: maintain balance on the right leg, ... | <motion_221><motion_1993><motion_1196><motion_1196><motion_1196><motion_1026><motion_374><motion_1059><motion_320><motion_320><motion_271><motion_432><motion_888><motion_1271><motion_888><motion_1821><motion_432><motion_432><motion_432><motion_1024> | <motion><motion_221><motion_1993><motion_1196><motion_1196><motion_1196><motion_1026><motion_374><motion_1059><motion_320><motion_320><motion_271><motion_432><motion_888><motion_1271><motion_888><motion_1821><motion_432><motion_432><motion_432><motion_1024></motion> | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** "The person stands in place leaning slightly to the right, then levels off and raises their left arm bendin... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion description.
* **Input:** "The person stands in place leaning slightly to the right, then levels off and raises their left arm bending at the elbow."
* **Constraints:... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Phase-State Planning" representation for a given motion description.
* **Input:** "The person stands still and leans slightly to their right side. They then adjust their posture to a balanced position and lift their left arm,... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** "The person stands still and leans slightly to their right side. They then adjust... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A specific movement description ("The person stands with thei... |
gp_00473#2779#3053 | [
1795,
369,
1442,
1199,
1199,
152,
1056,
1511,
29,
1794,
1648,
1958,
1667,
1484,
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2031,
451,
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991,
1756,
230,
493,
1342,
305,
206,
13,
1230,
1356,
1263,
312,
312,
719
] | 0.222587 | The person stands with legs apart, left leg forward, body leaning slightly forward, head turning left. Arms are bent near the stomach. They lower their arms, swaying left into a small step, then step back with the left leg. The left arm is raised to the side, bent at the elbow, while the right arm moves forward to ches... | The person stands with their left foot forward, body angled. They swing their arms slightly, stepping forward with the right foot. Turning left, they glance backward, lifting their hands. Grabbing an object with the left hand, they turn left, step back, then forward to the left. Finally, they step back with the right f... | The person stands with legs apart, left leg forward, body leaning slightly forward. Their head turns left, arms bent near the stomach. They lower their arms, sway left, and take a small forward and backward step with the left leg. The left arm raises sideways, bent at the elbow, while the right arm lifts to chest level... | The person stands at an angle, left foot slightly forward. They swing their hands lightly and step forward with the right foot, turning left and looking back. Lifting hands, they grab something with the left hand, turn left, and step backward slightly before stepping forward left. Then, they step back with the right fo... | The person stands with legs apart, left leg in front, body tilted forward, head turned mechanical to the left, arms bent at the elbows and raised near the stomach. Lowers arms and swaying turns to the left, takes a small step forward and back with the left leg, raises the left arm to the left bending it at the elbow, r... | The person is standing forward, their left foot slightly placed forward with their body at an angle. They have their hands placed in front of them before swinging their hands slightly as they step forward with their right foot. They turn towards the left and look backward as they turn back lifting their hands. They gra... | <motion_cot>1. **Analyze the Request**: The objective is to synthesize a complex motion sequence starting from a specific athletic or preparatory stance. The animation must flow through a weight-shift and stepping phase, followed by distinct upper-body gestures, and conclude with a specific object interaction involving... | <motion_cot>Keyframe 1:
- Left foot positioned forward
- Body angled relative to viewer
- Arms relaxed at sides
Keyframe 2:
- Right foot stepping forward
- Weight shifting to front
- Arms swinging in motion
Keyframe 3:
- Torso turning to the left
- Head glancing backward
- Hands lifted mid-air
Keyframe 4:
- Left han... | <motion_cot>[STATE 1]
- pose: standing with legs apart
- arms: bent near stomach
- legs: left leg forward
- head: turning left
- torso: leaning slightly forward
- balance: stable, weight distributed
[TRANSITION 1 β 2]
- action: sway and step
- direction: leftward
- coordination: arms lower while hips shift
- dynamics:... | <motion_cot>t=0β20:
- Initial stance: Left foot forward, body angled
- Arms relaxed at sides, slight sway
- Stable, ready posture
t=20β40:
- Arms swing slightly
- Right foot steps forward
- Weight shifts smoothly onto leading leg
t=40β60:
- Torso turns left
- Head glances backward
- Hands lift in anticipation
t=60β8... | <motion_cot>[INTENT]
- goal: execute a multi-stage movement sequence involving stance initialization, directional pivoting, object interaction, and a final stabilized pose
- style: fluid and reactive with clear weight shifts and synchronized gaze direction
- key_patterns: alternating footwork for stability, hand-object... | <motion_1795><motion_369><motion_1442><motion_1199><motion_1199><motion_152><motion_1056><motion_1511><motion_29><motion_1794><motion_1648><motion_1958><motion_1667><motion_1484><motion_1098><motion_1571><motion_2031><motion_451><motion_1202><motion_88><motion_991><motion_1756><motion_230><motion_493><motion_1342><moti... | <motion><motion_1795><motion_369><motion_1442><motion_1199><motion_1199><motion_152><motion_1056><motion_1511><motion_29><motion_1794><motion_1648><motion_1958><motion_1667><motion_1484><motion_1098><motion_1571><motion_2031><motion_451><motion_1202><motion_88><motion_991><motion_1756><motion_230><motion_493><motion_13... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate "Chain of Thought" (CoT) reasoning for motion synthesis based on a textual description.
* **Role:** Advanced motion synthesis AI / Technical planner.
* **Input:** A detailed textual description of a human movement sequence.
* *... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of a human movement.
* **Output Format:** Numbered keyframes (Keyframe 1, Keyframe 2, ...), each describing overall pose,... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Phase-State Planning" representation based on a provided textual description of human movement.
* **Output Format:** Alternating `[STATE]` and `[TRANSITION]` blocks with specifi... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Temporal Timeline Planning" representation for a given human movement description.
* **Input:** A textual description of a human movement sequence.
* **Output Format:** Ti... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a provided textual description of human movement.
* **Input:** A detailed textual description of a human movement (standing,... |
m_ep1_00173#5700#5995 | [
1892,
1777,
313,
366,
1917,
1146,
1353,
1675,
1215,
600,
957,
700,
979,
1856,
981,
1760,
1823,
1796,
833,
1389,
590,
590,
568,
791,
868,
1780,
276,
514,
514,
514,
514,
514,
514,
514,
514,
514
] | 0.093444 | The individual walks casually along a curved path, progressing forward and to the left. Their arms swing noticeably high with each step. Upon halting, they pivot slightly to the right and take a few small, deliberate steps forward. During these steps, they turn towards their right, transitioning into a backward walk. F... | The person begins walking forward, turning right in a circular path while swinging their arms widely. They then stop, lower their arms, continue walking forward, rotating over their right shoulder and complete the turn by stepping backward. Finally, they settle into a neutral resting position. | The person casually walks in a curved path forward and to the left, swinging their arms high. After some distance, they pause, turn slightly to the right, and take a few small steps forward. As they step, they turn right, transitioning smoothly into walking backward. Finally, they stop and stand in a neutral position. | The person walks forward, turning right in a circular path. Their arms swing widely, extending forward and backward. They stop, lower their arms, walk forward while rotating over their right shoulder, then pivot to face backward, taking a step back. Finally, they return to a neutral standing position. | The person walks in a curved trajectory forward and to the left casually. They swing their arms, moving them quite high, as they walk. After walking for a bit, they stop, turning a bit to the right, and take a couple of small steps forward. As they take those steps, they turn around to their right, continuing to walk b... | The person walks forward and turns right along a circular trajectory, swinging their arms widely, extending them forward and backward. Then, they stop, lower their arms, walk forward while rotating over their right shoulder, turn around, and take a step backward. Finally, they return to a neutral resting position. | <motion_cot>1. **Analyze the Request**: I need to construct a continuous animation sequence that captures a multi-stage locomotion pattern. The core goal is to depict a casual walk with specific directional curvature and arm positioning, followed by a complex reorientation involving pausing, turning, stepping forward, ... | <motion_cot>Keyframe 1:
- Walking forward with rightward circular turn
- Arms swinging widely, one forward and one back
- Torso angled right, weight shifting in gait
Keyframe 2:
- Stationary pause with arms lowered
- Feet planted, upright torso
- Balanced stance, weight evenly distributed
Keyframe 3:
- Mid-rotation o... | <motion_cot>[STATE 1]
- pose: casual walking
- arms: swinging high
- legs: rhythmic stride
- head: forward gaze
- torso: relaxed
- balance: dynamic
[TRANSITION 1 β 2]
- action: curved path walk
- direction: forward and left
- coordination: arm swing leads body rotation
- dynamics: casual, fluid
[STATE 2]
- pose: paus... | <motion_cot>t=0β25:
- Casual walking along curved path (forward-left)
- Arms swinging with high amplitude
- Relaxed upper body dynamics
t=25β40:
- Deceleration to a halt
- Torso initiates turn to the right
- Weight transfer prepares for pivot
t=40β55:
- Small steps forward while pivoting
- Rotation continues to face ... | <motion_cot>[INTENT]
- goal: Perform a locomotion sequence involving circular walking, pivoting, and backward stepping to return to rest
- style: Dynamic arm coordination transitioning into controlled rotational mechanics and stillness
- key_patterns: Circular pathing with counterbalance arm swings, rotational pivot me... | <motion_1892><motion_1777><motion_313><motion_366><motion_1917><motion_1146><motion_1353><motion_1675><motion_1215><motion_600><motion_957><motion_700><motion_979><motion_1856><motion_981><motion_1760><motion_1823><motion_1796><motion_833><motion_1389><motion_590><motion_590><motion_568><motion_791><motion_868><motion_... | <motion><motion_1892><motion_1777><motion_313><motion_366><motion_1917><motion_1146><motion_1353><motion_1675><motion_1215><motion_600><motion_957><motion_700><motion_979><motion_1856><motion_981><motion_1760><motion_1823><motion_1796><motion_833><motion_1389><motion_590><motion_590><motion_568><motion_791><motion_868>... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate "Chain of Thought" (CoT) reasoning before generating animation tokens.
* **Input:** A textual description of human movement ("The person casually walks in a curved path forward and to the lef... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a structured "Keyframe Planning" representation for a given motion sequence.
* **Input:** A textual description of human movement ("The person walks forward, turning right in a circular path...").
* **Output Format:** Numbered keyfra... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Phase-State Planning" representation for a given human movement description.
* **Input:** A textual description of a person walking in a curve, pausing, turning, stepping forward, turning again, walking backward, and stopping.
* *... | Thinking Process:
1. **Analyze the Request:**
* **Task:** Generate a "Temporal Timeline Planning" representation for a given motion description.
* **Input:** A textual description of a human movement (walking curved, swinging arms high, stopping, turning, stepping, walking backward, stopping).
* **O... | Thinking Process:
1. **Analyze the Request:**
* **Role:** Advanced motion synthesis AI.
* **Task:** Generate a structured "Intent + Execution Planning" representation based on a given textual description of human movement.
* **Structure:** Two main sections: [INTENT] (high-level goals, style, patter... |
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