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632
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1.44k
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11
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|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
m_ep1_00248#1820#2032
|
[
432,
432,
432,
432,
432,
432,
432,
432,
432,
432,
432,
1818,
1818,
1818,
819,
819,
966,
1821,
1818,
1978,
2,
1052,
1198,
96,
1818,
1818
] | 0.073281
|
The person stands in a relaxed, neutral position. They lift their left foot and kick it forward, then place it back down. Following this, they repeat the motion with the right foot, kicking it forward and lowering it back to the ground.
|
The person begins in a neutral standing position. They execute a sharp forward kick with the left foot, simultaneously tilting their head downward. This is followed by a sharp forward kick with the right foot, again with a head tilt. They then return to the initial neutral stance.
|
The person stands still in a relaxed posture. They then lift the left foot and kick it forward in a controlled motion before lowering it back down. Next, they lift the right foot, executing a similar forward kick, and then gently place it back on the ground.
|
The person stands calmly in a neutral position. Suddenly, they sharply kick forward with their left foot, simultaneously tilting their head downward. Immediately following, they perform another sharp forward kick with their right foot, again tilting their head down. They then return to their initial neutral resting position.
|
The person stands in a neutral resting position. The person then kicks forward with the left foot and lowers it, then kicks forward with the right foot and lowers it.
|
The person is standing in a neutral resting position. Then, they make a sharp kick forward with their left foot, tilting their head down. Afterward, they make a sharp kick forward with their right foot, again tilting their head down. Finally, they return to a neutral resting position.
|
<motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_1818><motion_1818><motion_1818><motion_819><motion_819><motion_966><motion_1821><motion_1818><motion_1978><motion_2><motion_1052><motion_1198><motion_96><motion_1818><motion_1818>
|
m_ep1_00248
| 1,820
| 2,032
| 7.066667
|
<|im_start|>user
You are given a detailed description of a human motion sequence. Your task is to rewrite it as a short, natural user message that asks an AI assistant to visualize or animate the movement.
Guidelines:
- Write as if a real user is chatting with an AI.
- Keep it concise but clear.
- Preserve the main actions and their order.
- Use natural everyday language (not academic or caption style).
- Focus on what the character/person is doing, not background details.
- Prefer action verbs (walk, turn, raise, jump, etc.).
- Output a prompt sentence only.
- Do not explain anything.
- Do not include quotation marks.
**Motion Description:**
The person begins in a neutral standing position. They execute a sharp forward kick with the left foot, simultaneously tilting their head downward. This is followed by a sharp forward kick with the right foot, again with a head tilt. They then return to the initial neutral stance.
Return only the final user prompt.
The prompt must start with "Hello".
<|im_end|>
<|im_start|>assistant
|
Hello, show me a person starting in a neutral stand, then doing a quick forward kick with their left foot while tilting their head down, followed by a quick forward kick with their right foot and another head tilt, then smoothly returning to the starting position.
|
<|im_start|>user
User input: The person stands in a neutral resting position. The person then kicks forward with the left foot and lowers it, then kicks forward with the right foot and lowers it.
Assistant final output: <motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_1818><motion_1818><motion_1818><motion_819><motion_819><motion_966><motion_1821><motion_1818><motion_1978><motion_2><motion_1052><motion_1198><motion_96><motion_1818><motion_1818>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 7-second motion clip with 212 frames.
Your task is to generate an **alignment narration** that explains how the motion described in the user input corresponds to the temporal progression of the motion clip.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with the progression of the motion clip.
2. The narration must use **natural language only**.
* Do not include motion tokens or token identifiers.
* Describe motion progression using temporal and biomechanical descriptions.
3. The narration should describe posture transitions, limb movement, balance changes, spatial shifts, and stabilization events throughout the motion.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided motion description and the implied progression of the motion clip.
* Highlight meaningful phases of movement progression.
* Avoid repeating or paraphrasing the entire user input verbatim.
5. The narration is a descriptive alignment between text instructions and motion progression. It is not an explanation of model decision-making or internal reasoning.
6. Focus on describing how each stage of the movement unfolds and transitions into the next.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and motion clip are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
<|im_end|>
<|im_start|>assistant
|
<|im_start|>user
User input: The person stands in a neutral resting position. The person then kicks forward with the left foot and lowers it, then kicks forward with the right foot and lowers it.
Assistant final output: <motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_1818><motion_1818><motion_1818><motion_819><motion_819><motion_966><motion_1821><motion_1818><motion_1978><motion_2><motion_1052><motion_1198><motion_96><motion_1818><motion_1818>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 7-second motion clip with 212 frames.
Your task is to generate an **alignment narration** that describes how the motion described in the user input corresponds to the progression of motion tokens.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with motion token generation.
2. The narration must interleave **natural language** and **motion tokens** in a smooth and coherent way.
* Motion tokens must appear inline inside the narration text.
* Motion tokens must use the exact format `<motion_ID>`.
* Each `<motion_ID>` represents one motion token.
3. The narration should describe posture transitions, limb movement, balance changes, and motion stabilization events that correspond to token generation.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided final motion token sequence.
* Introduce motion tokens where meaningful motion progression occurs.
* Avoid inserting tokens arbitrarily or clustering tokens unnaturally.
5. The narration is a descriptive alignment between text instructions and motion token progression. It is not an explanation of model decision-making or internal reasoning.
6. Do not restate or copy the final token sequence directly. Instead, describe the motion progression that corresponds to it.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and final motion token sequence are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
```
### Additional Constraints
* Do not include any extra keys.
* Do not include any text outside the JSON object.
* Do not mention instructions, prompts, or formatting rules.
* Motion tokens must be naturally integrated into the narration text.
* Do not generate all tokens in your reasoning, it is a reasoning non a final answer.
* Generate only one JSON.
### Remember:
To the model, these are not different tokens, it is like possible movements. Think like this, integrate naturally into the text like it is thinking directly in the motion modality as 'i will <motion_id> turning to the left'
<|im_end|>
<|im_start|>assistant
|
The motion begins with the person standing in a neutral resting posture, maintaining balanced weight distribution across both feet, with a relaxed yet stable alignment of the spine and limbs. Over the first several seconds, the left foot initiates a forward kick, extending from the hip and knee while the torso remains upright and slightly forward-leaning to maintain balance. As the left foot moves forward, the right foot remains grounded, acting as a stable base, and the body's center of mass shifts slightly toward the left side. After reaching the forward extension, the left foot lowers back down to the ground in a controlled manner, returning to the neutral stance with both feet again. Immediately following, the right foot performs a similar forward kick, driven by hip and knee extension, with the torso continuing to support the movement through subtle core engagement. The right foot travels forward, briefly lifting off the ground, then descends back to the floor with a soft landing, redistributing the body's weight evenly. This alternating pattern of kicking and lowering each foot creates a rhythmic, walking-like motion, with each leg acting as a pendulum that swings forward and settles down in sequence. Throughout the sequence, the upper body remains relatively stable, with only minor adjustments in posture to counteract the forward momentum generated by each kick. The motion stabilizes after each foot return, ensuring that the body maintains equilibrium before the next movement begins. The overall progression reflects a controlled, repetitive gait-like motion, with smooth transitions between phases of extension, flight, and landing, culminating in a consistent, balanced rhythm that spans the full duration of the clip.
|
The person begins in a neutral resting position, maintaining balanced posture with both feet grounded. This stable stance is represented by a sequence of <motion_432> tokens, indicating a steady, grounded frame with minimal movement. As the motion initiates, the left foot begins to lift and kick forward, marking the first dynamic shift in balance. This forward propulsion is captured by the transition into <motion_1818>, a motion that reflects the leg extending and moving through the air. The left foot lands gently, and the body stabilizes slightly, signaled by a brief repetition of <motion_1818> and a subtle shift into <motion_819>, which captures the weight transfer and grounding of the left foot. The right foot then follows, lifting and kicking forward in a mirrored motion. This phase is marked by <motion_819> transitioning into <motion_966>, representing the right leg’s forward swing and the moment of maximum extension. As the right foot descends, the body adjusts its center of mass, with <motion_1821> capturing the controlled lowering and stabilization. The motion continues with a smooth recovery phase, where the body returns to a balanced posture, reinforced by a sequence of <motion_1818> tokens indicating slight postural adjustments and weight redistribution. The motion stabilizes further as the person settles into a new neutral stance, with <motion_1978> reflecting the final alignment of limbs and torso. The sequence concludes with a subtle reaffirmation of balance, conveyed through <motion_2>, <motion_1052>, <motion_1198>, <motion_96>, and two final <motion_1818> tokens, ensuring the motion ends with a grounded, stable finish.
|
Hello, show me a person starting in a neutral stand, then doing a quick forward kick with their left foot while tilting their head down, followed by a quick forward kick with their right foot and another head tilt, then smoothly returning to the starting position.
|
<start_think>The motion begins with the person standing in a neutral resting posture, maintaining balanced weight distribution across both feet, with a relaxed yet stable alignment of the spine and limbs. Over the first several seconds, the left foot initiates a forward kick, extending from the hip and knee while the torso remains upright and slightly forward-leaning to maintain balance. As the left foot moves forward, the right foot remains grounded, acting as a stable base, and the body's center of mass shifts slightly toward the left side. After reaching the forward extension, the left foot lowers back down to the ground in a controlled manner, returning to the neutral stance with both feet again. Immediately following, the right foot performs a similar forward kick, driven by hip and knee extension, with the torso continuing to support the movement through subtle core engagement. The right foot travels forward, briefly lifting off the ground, then descends back to the floor with a soft landing, redistributing the body's weight evenly. This alternating pattern of kicking and lowering each foot creates a rhythmic, walking-like motion, with each leg acting as a pendulum that swings forward and settles down in sequence. Throughout the sequence, the upper body remains relatively stable, with only minor adjustments in posture to counteract the forward momentum generated by each kick. The motion stabilizes after each foot return, ensuring that the body maintains equilibrium before the next movement begins. The overall progression reflects a controlled, repetitive gait-like motion, with smooth transitions between phases of extension, flight, and landing, culminating in a consistent, balanced rhythm that spans the full duration of the clip.<end_think>
<motion_start><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_432><motion_1818><motion_1818><motion_1818><motion_819><motion_819><motion_966><motion_1821><motion_1818><motion_1978><motion_2><motion_1052><motion_1198><motion_96><motion_1818><motion_1818><motion_end>
|
st3_00599#434#715
|
[
1282,
1282,
1477,
1036,
2039,
353,
1398,
2037,
1398,
896,
1990,
572,
1203,
572,
1868,
1448,
919,
188,
235,
204,
1576,
947,
1731,
1132,
1132,
374,
947,
1799,
1873,
1132,
465,
465,
465,
465,
612
] | 0.375417
|
A person stands upright and begins mimicking boxing movements. They shift slightly to their right, glance left, bend their knees, and raise their fists in a defensive stance near their face. The person steps forward with their left foot and delivers a punch with their right hand, then returns to standing straight.
|
The individual stands in a boxing stance with bent knees, left foot forward, and executes a series of punches. They move their head side to side defensively while punching. Eventually, they stop punching and return to a neutral, standing pose with a satisfied smile.
|
The individual stands upright, mimicking a boxing stance. They rotate slightly right, gaze leftwards, bend their knees, and hold their fists near their face. Taking a step forward with the left foot, they extend their right arm, simulating a punch, before returning to an upright position.
|
A person stands in a boxing stance with bent knees and the left foot forward. They throw a series of punches, simultaneously moving their head side to side as if dodging. Finally, they relax from the stance and return to a neutral position, smiling.
|
A person is standing upright and then pretends to do boxing. He turns slightly to the right, looks to his left, bends his knees, and raises his fists in front of his face. He steps forward with his left foot, throws a punch with his right arm, and then stands up straight.
|
A person, grimacing, stands in a boxing stance on bent knees, left foot forward, and makes several punches, moving his head to the left and right. At the end, smiling, he takes a neutral pose.
|
<motion_1282><motion_1282><motion_1477><motion_1036><motion_2039><motion_353><motion_1398><motion_2037><motion_1398><motion_896><motion_1990><motion_572><motion_1203><motion_572><motion_1868><motion_1448><motion_919><motion_188><motion_235><motion_204><motion_1576><motion_947><motion_1731><motion_1132><motion_1132><motion_374><motion_947><motion_1799><motion_1873><motion_1132><motion_465><motion_465><motion_465><motion_465><motion_612>
|
st3_00599
| 434
| 715
| 9.366667
|
<|im_start|>user
You are given a detailed description of a human motion sequence. Your task is to rewrite it as a short, natural user message that asks an AI assistant to visualize or animate the movement.
Guidelines:
- Write as if a real user is chatting with an AI.
- Keep it concise but clear.
- Preserve the main actions and their order.
- Use natural everyday language (not academic or caption style).
- Focus on what the character/person is doing, not background details.
- Prefer action verbs (walk, turn, raise, jump, etc.).
- Output a prompt sentence only.
- Do not explain anything.
- Do not include quotation marks.
**Motion Description:**
A person, grimacing, stands in a boxing stance on bent knees, left foot forward, and makes several punches, moving his head to the left and right. At the end, smiling, he takes a neutral pose.
Return only the final user prompt.
The prompt must start with "Yo".
<|im_end|>
<|im_start|>assistant
|
Yo animate a person in a boxing stance, knees bent, left foot forward, grimacing as they throw quick punches while bobbing their head left and right, then slowly smile and settle into a neutral pose
|
<|im_start|>user
User input: A person stands upright and begins mimicking boxing movements. They shift slightly to their right, glance left, bend their knees, and raise their fists in a defensive stance near their face. The person steps forward with their left foot and delivers a punch with their right hand, then returns to standing straight.
Assistant final output: <motion_1282><motion_1282><motion_1477><motion_1036><motion_2039><motion_353><motion_1398><motion_2037><motion_1398><motion_896><motion_1990><motion_572><motion_1203><motion_572><motion_1868><motion_1448><motion_919><motion_188><motion_235><motion_204><motion_1576><motion_947><motion_1731><motion_1132><motion_1132><motion_374><motion_947><motion_1799><motion_1873><motion_1132><motion_465><motion_465><motion_465><motion_465><motion_612>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 9-second motion clip with 281 frames.
Your task is to generate an **alignment narration** that explains how the motion described in the user input corresponds to the temporal progression of the motion clip.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with the progression of the motion clip.
2. The narration must use **natural language only**.
* Do not include motion tokens or token identifiers.
* Describe motion progression using temporal and biomechanical descriptions.
3. The narration should describe posture transitions, limb movement, balance changes, spatial shifts, and stabilization events throughout the motion.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided motion description and the implied progression of the motion clip.
* Highlight meaningful phases of movement progression.
* Avoid repeating or paraphrasing the entire user input verbatim.
5. The narration is a descriptive alignment between text instructions and motion progression. It is not an explanation of model decision-making or internal reasoning.
6. Focus on describing how each stage of the movement unfolds and transitions into the next.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and motion clip are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
<|im_end|>
<|im_start|>assistant
|
<|im_start|>user
User input: A person stands upright and begins mimicking boxing movements. They shift slightly to their right, glance left, bend their knees, and raise their fists in a defensive stance near their face. The person steps forward with their left foot and delivers a punch with their right hand, then returns to standing straight.
Assistant final output: <motion_1282><motion_1282><motion_1477><motion_1036><motion_2039><motion_353><motion_1398><motion_2037><motion_1398><motion_896><motion_1990><motion_572><motion_1203><motion_572><motion_1868><motion_1448><motion_919><motion_188><motion_235><motion_204><motion_1576><motion_947><motion_1731><motion_1132><motion_1132><motion_374><motion_947><motion_1799><motion_1873><motion_1132><motion_465><motion_465><motion_465><motion_465><motion_612>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 9-second motion clip with 281 frames.
Your task is to generate an **alignment narration** that describes how the motion described in the user input corresponds to the progression of motion tokens.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with motion token generation.
2. The narration must interleave **natural language** and **motion tokens** in a smooth and coherent way.
* Motion tokens must appear inline inside the narration text.
* Motion tokens must use the exact format `<motion_ID>`.
* Each `<motion_ID>` represents one motion token.
3. The narration should describe posture transitions, limb movement, balance changes, and motion stabilization events that correspond to token generation.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided final motion token sequence.
* Introduce motion tokens where meaningful motion progression occurs.
* Avoid inserting tokens arbitrarily or clustering tokens unnaturally.
5. The narration is a descriptive alignment between text instructions and motion token progression. It is not an explanation of model decision-making or internal reasoning.
6. Do not restate or copy the final token sequence directly. Instead, describe the motion progression that corresponds to it.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and final motion token sequence are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
```
### Additional Constraints
* Do not include any extra keys.
* Do not include any text outside the JSON object.
* Do not mention instructions, prompts, or formatting rules.
* Motion tokens must be naturally integrated into the narration text.
* Do not generate all tokens in your reasoning, it is a reasoning non a final answer.
* Generate only one JSON.
### Remember:
To the model, these are not different tokens, it is like possible movements. Think like this, integrate naturally into the text like it is thinking directly in the motion modality as 'i will <motion_id> turning to the left'
<|im_end|>
<|im_start|>assistant
|
The motion begins with the person standing upright, establishing a stable base and neutral posture. They gradually shift their weight slightly to the right side, creating a subtle lateral balance adjustment while simultaneously turning their head to glance left, indicating situational awareness or preparation for movement. As the motion progresses, the knees bend slightly, lowering the center of gravity and preparing the body for dynamic action. The arms rise to the front of the face, forming a defensive guard position with the fists close to the temples, protecting the head while maintaining readiness. This transition into a defensive stance marks the initiation of a combat-ready posture. The person then steps forward with the left foot, driving the body forward with controlled momentum, which shifts the center of mass forward and engages the lower body musculature. As the left foot plants firmly, the right arm extends in a powerful punch, rotating the torso and shoulders to generate force, while the left arm remains tucked in for balance. The punch reaches its peak extension, then the body begins to retract—first the right arm pulls back, followed by a controlled return of the left foot to the original position. The torso gradually straightens, the knees unlock, and the upper body returns to an upright, balanced stance, completing the sequence. Throughout the motion, subtle stabilizations occur at key transitions—such as the foot plant and the punch’s retraction—to maintain control and readiness. The entire sequence unfolds with a natural rhythm, blending defensive readiness, forward propulsion, explosive action, and controlled recovery, culminating in a poised, balanced state that mirrors the initial posture but with a sense of dynamic completion.
|
The motion begins with a person standing upright, captured by the initial <motion_1282> token, representing a neutral, stable posture. As the individual shifts slightly to their right, the transition is marked by <motion_1282> maintaining the base stance while subtle weight redistribution occurs. A quick glance to the left is reflected in a slight head rotation, aligning with <motion_1477>, which captures the directional focus without disrupting the body's center. The bending of the knees initiates a lowering of the center of mass, signaled by <motion_1036>, as the body prepares for defensive readiness. Simultaneously, the fists rise toward the face in a protective guard position, corresponding to <motion_2039> and <motion_353>, which together represent the coordinated arm elevation and hand positioning. The left foot steps forward, initiating forward momentum, captured in <motion_1398>, with the body beginning to lean into the movement. The right hand delivers a punch, a rapid extension of the arm, represented by <motion_2037>, followed by the immediate retraction and return to guard, indicated by <motion_1398> again, now stabilizing the motion. The return to standing straight is marked by a smooth reintegration of posture, with <motion_896> capturing the upright alignment and balance recovery. As the body settles, the sequence continues with <motion_1990>, reflecting subtle postural adjustments and micro-stabilizations. The rhythm of the motion is maintained through repeated patterns: <motion_572> and <motion_1203> denote brief pauses and weight shifts, reinforcing control and balance. The return to a centered stance is reinforced by <motion_572> and <motion_1868>, which depict the final settling of the torso and limbs. The motion stabilizes further with <motion_1448>, <motion_919>, and <motion_188>, indicating a gradual release of tension and grounding of the body. The sequence then enters a phase of subtle refinement, with <motion_235> and <motion_204> capturing minor adjustments in foot placement and torso alignment. As the motion concludes, <motion_1576> reflects a final balance check, followed by <motion_947>, which shows the body fully settling into a stable, upright posture. The final moments are marked by <motion_1731>, <motion_1132>, and <motion_1132>, representing sustained stillness and postural confirmation. The repetition of <motion_374> and <motion_947> emphasizes the completion of the sequence, while <motion_1799>, <motion_1873>, and <motion_1132> reinforce the final stance. The closing cluster of <motion_465> tokens, repeated four times, indicates a lingering stability, signifying the end of the motion clip with full control and resolution.
|
Yo animate a person in a boxing stance, knees bent, left foot forward, grimacing as they throw quick punches while bobbing their head left and right, then slowly smile and settle into a neutral pose
|
<start_think>The motion begins with the person standing upright, establishing a stable base and neutral posture. They gradually shift their weight slightly to the right side, creating a subtle lateral balance adjustment while simultaneously turning their head to glance left, indicating situational awareness or preparation for movement. As the motion progresses, the knees bend slightly, lowering the center of gravity and preparing the body for dynamic action. The arms rise to the front of the face, forming a defensive guard position with the fists close to the temples, protecting the head while maintaining readiness. This transition into a defensive stance marks the initiation of a combat-ready posture. The person then steps forward with the left foot, driving the body forward with controlled momentum, which shifts the center of mass forward and engages the lower body musculature. As the left foot plants firmly, the right arm extends in a powerful punch, rotating the torso and shoulders to generate force, while the left arm remains tucked in for balance. The punch reaches its peak extension, then the body begins to retract—first the right arm pulls back, followed by a controlled return of the left foot to the original position. The torso gradually straightens, the knees unlock, and the upper body returns to an upright, balanced stance, completing the sequence. Throughout the motion, subtle stabilizations occur at key transitions—such as the foot plant and the punch’s retraction—to maintain control and readiness. The entire sequence unfolds with a natural rhythm, blending defensive readiness, forward propulsion, explosive action, and controlled recovery, culminating in a poised, balanced state that mirrors the initial posture but with a sense of dynamic completion.<end_think>
<motion_start><motion_1282><motion_1282><motion_1477><motion_1036><motion_2039><motion_353><motion_1398><motion_2037><motion_1398><motion_896><motion_1990><motion_572><motion_1203><motion_572><motion_1868><motion_1448><motion_919><motion_188><motion_235><motion_204><motion_1576><motion_947><motion_1731><motion_1132><motion_1132><motion_374><motion_947><motion_1799><motion_1873><motion_1132><motion_465><motion_465><motion_465><motion_465><motion_612><motion_end>
|
m_gp_00010#972#1241
|
[
897,
448,
1919,
1347,
1347,
1609,
1327,
1327,
595,
897,
897,
897,
2002,
2032,
2032,
2032,
1754,
1081,
1081,
1081,
1754,
788,
1099,
1919,
962,
962,
270,
1751,
1602,
154,
154,
1144,
41
] | 0.073493
|
A person stands while playing the violin, holding it with their right hand and using their left hand to manipulate the strings. They sway gently side to side, occasionally turning their torso, and lean slightly forward in a fluid, expressive motion.
|
The person stands calmly, gently swaying from side to side while playing the violin. They hold the violin with their right arm against their shoulder and skillfully move the bow with their left hand in smooth, controlled motions.
|
A person stands and mimics playing a violin, holding the instrument with their right hand while their left hand moves as if playing. Their body sways gently side to side, occasionally turning slightly and leaning forward momentarily to convey a dynamic performance.
|
The person maintains a steady stance, gently swaying from side to side. They hold the violin securely with their right arm, while their left hand skillfully moves the bow across the strings in a fluid motion.
|
A person plays a violin sensually. The person is standing, holding the violin with their right hand and playing with their left hand while swaying and turning to the sides and leaning forward for a short time.
|
The person calmly stays, swings from side to side, and plays the violin. He holds the violin with his right arm and moves the bow with his left hand.
|
<motion_897><motion_448><motion_1919><motion_1347><motion_1347><motion_1609><motion_1327><motion_1327><motion_595><motion_897><motion_897><motion_897><motion_2002><motion_2032><motion_2032><motion_2032><motion_1754><motion_1081><motion_1081><motion_1081><motion_1754><motion_788><motion_1099><motion_1919><motion_962><motion_962><motion_270><motion_1751><motion_1602><motion_154><motion_154><motion_1144><motion_41>
|
m_gp_00010
| 972
| 1,241
| 8.966667
|
<|im_start|>user
You are given a detailed description of a human motion sequence. Your task is to rewrite it as a short, natural user message that asks an AI assistant to visualize or animate the movement.
Guidelines:
- Write as if a real user is chatting with an AI.
- Keep it concise but clear.
- Preserve the main actions and their order.
- Use natural everyday language (not academic or caption style).
- Focus on what the character/person is doing, not background details.
- Prefer action verbs (walk, turn, raise, jump, etc.).
- Output a prompt sentence only.
- Do not explain anything.
- Do not include quotation marks.
**Motion Description:**
The person stands calmly, gently swaying from side to side while playing the violin. They hold the violin with their right arm against their shoulder and skillfully move the bow with their left hand in smooth, controlled motions.
Return only the final user prompt.
The prompt must start with "You are expected to".
<|im_end|>
<|im_start|>assistant
|
You are expected to animate a person standing calmly, gently swaying side to side while playing the violin, holding the instrument with their right arm against their shoulder and moving the bow smoothly with their left hand.
|
<|im_start|>user
User input: The person stands calmly, gently swaying from side to side while playing the violin. They hold the violin with their right arm against their shoulder and skillfully move the bow with their left hand in smooth, controlled motions.
Assistant final output: <motion_897><motion_448><motion_1919><motion_1347><motion_1347><motion_1609><motion_1327><motion_1327><motion_595><motion_897><motion_897><motion_897><motion_2002><motion_2032><motion_2032><motion_2032><motion_1754><motion_1081><motion_1081><motion_1081><motion_1754><motion_788><motion_1099><motion_1919><motion_962><motion_962><motion_270><motion_1751><motion_1602><motion_154><motion_154><motion_1144><motion_41>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 8-second motion clip with 269 frames.
Your task is to generate an **alignment narration** that explains how the motion described in the user input corresponds to the temporal progression of the motion clip.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with the progression of the motion clip.
2. The narration must use **natural language only**.
* Do not include motion tokens or token identifiers.
* Describe motion progression using temporal and biomechanical descriptions.
3. The narration should describe posture transitions, limb movement, balance changes, spatial shifts, and stabilization events throughout the motion.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided motion description and the implied progression of the motion clip.
* Highlight meaningful phases of movement progression.
* Avoid repeating or paraphrasing the entire user input verbatim.
5. The narration is a descriptive alignment between text instructions and motion progression. It is not an explanation of model decision-making or internal reasoning.
6. Focus on describing how each stage of the movement unfolds and transitions into the next.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and motion clip are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
<|im_end|>
<|im_start|>assistant
|
<|im_start|>user
User input: The person stands calmly, gently swaying from side to side while playing the violin. They hold the violin with their right arm against their shoulder and skillfully move the bow with their left hand in smooth, controlled motions.
Assistant final output: <motion_897><motion_448><motion_1919><motion_1347><motion_1347><motion_1609><motion_1327><motion_1327><motion_595><motion_897><motion_897><motion_897><motion_2002><motion_2032><motion_2032><motion_2032><motion_1754><motion_1081><motion_1081><motion_1081><motion_1754><motion_788><motion_1099><motion_1919><motion_962><motion_962><motion_270><motion_1751><motion_1602><motion_154><motion_154><motion_1144><motion_41>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 8-second motion clip with 269 frames.
Your task is to generate an **alignment narration** that describes how the motion described in the user input corresponds to the progression of motion tokens.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with motion token generation.
2. The narration must interleave **natural language** and **motion tokens** in a smooth and coherent way.
* Motion tokens must appear inline inside the narration text.
* Motion tokens must use the exact format `<motion_ID>`.
* Each `<motion_ID>` represents one motion token.
3. The narration should describe posture transitions, limb movement, balance changes, and motion stabilization events that correspond to token generation.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided final motion token sequence.
* Introduce motion tokens where meaningful motion progression occurs.
* Avoid inserting tokens arbitrarily or clustering tokens unnaturally.
5. The narration is a descriptive alignment between text instructions and motion token progression. It is not an explanation of model decision-making or internal reasoning.
6. Do not restate or copy the final token sequence directly. Instead, describe the motion progression that corresponds to it.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and final motion token sequence are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
```
### Additional Constraints
* Do not include any extra keys.
* Do not include any text outside the JSON object.
* Do not mention instructions, prompts, or formatting rules.
* Motion tokens must be naturally integrated into the narration text.
* Do not generate all tokens in your reasoning, it is a reasoning non a final answer.
* Generate only one JSON.
### Remember:
To the model, these are not different tokens, it is like possible movements. Think like this, integrate naturally into the text like it is thinking directly in the motion modality as 'i will <motion_id> turning to the left'
<|im_end|>
<|im_start|>assistant
|
The motion begins with the person standing in a poised, balanced posture, maintaining a calm and stable stance as they prepare to play. Their body gently begins to sway side to side in a subtle, rhythmic motion, suggesting a natural engagement with the music's pulse. The right arm lifts and positions the violin against the shoulder, establishing a secure, consistent contact point between the instrument and the body. As the motion continues, the left hand takes up the bow, initiating a smooth, controlled movement that flows with precision and fluidity. The bow glides across the strings in a steady, even motion, with the hand and forearm rotating and adjusting subtly to maintain consistent pressure and tone. The side-to-side sway becomes more pronounced in rhythm with the bowing, creating a harmonious interplay between upper body movement and the musical expression. Throughout the sequence, the body remains grounded, with slight shifts in weight and balance that support the sustained motion without disrupting stability. The arms move in coordinated arcs, the right arm maintaining a steady hold on the violin while the left hand traces continuous, flowing patterns. As the motion progresses, the tempo and intensity of the bowing remain consistent, with the hands and forearms executing controlled micro-adjustments to sustain tone and articulation. The final phase shows a gradual return to a composed stillness, with the swaying diminishing and the bowing concluding in a smooth, deliberate finish. The entire sequence unfolds with a seamless transition between phases, maintaining a balance between expressive motion and technical precision, culminating in a poised, resolved posture that reflects the completion of the musical phrase.
|
The person begins in a poised, centered stance, their body upright and balanced, as captured by the initial <motion_897> tokens, which establish a stable, calm posture. A gentle sway begins, shifting weight subtly from side to side, smoothly transitioning into <motion_448>, reflecting the natural rocking motion of a performer immersed in music. As the violin is brought into position, the right arm lifts and settles against the shoulder, a controlled movement marked by <motion_1919>, anchoring the instrument securely. The left hand now takes up the bow, initiating a fluid motion with <motion_1347>, the first of several precise, rhythmic strokes that define the playing action. This motion repeats with consistent control, each bow stroke reinforced by the recurrence of <motion_1347>, maintaining a steady, musical pulse. The upper body continues its gentle oscillation, synchronized with the bowing, as <motion_1609> introduces a subtle shift in torso orientation, enhancing the expressive flow. The right arm remains stable against the shoulder, with <motion_1327> reinforcing the secure hold, while the left hand continues its controlled motion, now emphasized by a second instance of <motion_1327>, indicating a slight adjustment in bow pressure or angle. The rhythm builds in precision, with <motion_595> signaling a micro-adjustment in hand position, ensuring continuity in tone. The sequence repeats with <motion_897> reappearing, reaffirming the foundational posture, now deepened by the integration of musical expression. The bowing becomes more dynamic, with <motion_897> recurring in tandem with <motion_2002>, suggesting a slight forward lean to increase intensity. As the performance gains momentum, the body responds with synchronized motion: <motion_2032> captures the extended reach of the left arm, while <motion_2032> and <motion_2032> maintain the sustained motion, reflecting a flowing, uninterrupted stroke. The torso shifts again, with <motion_1754> indicating a subtle counterbalance, preparing for a change in direction. The left hand returns to a neutral position, marked by <motion_1081>, followed by a series of controlled returns to the bowing stance, each reinforced by <motion_1081> and <motion_1081>. A brief pause in motion is implied by <motion_1754>, allowing for breath and focus before resuming with <motion_788>, a delicate repositioning of the bow. The motion intensifies once more, with <motion_1099> capturing a refined adjustment in wrist angle, followed by <motion_1919>, which reaffirms the violin’s position. The bowing becomes more expressive, with <motion_962> and <motion_962> indicating a sustained, flowing stroke, each repetition reinforcing the musical phrasing. A slight shift in balance is introduced by <motion_270>, as the performer leans slightly into the motion, enhancing emotional delivery. The right arm remains steady, with <motion_1751> and <motion_1602> capturing minor corrections in posture. The left hand stabilizes, with <motion_154> and <motion_154> reflecting a moment of stillness in the bow’s motion, before the rhythm resumes. The final phase is marked by <motion_1144>, a smooth deceleration, as the motion begins to wind down, culminating in <motion_41>, a soft release of tension, returning the performer to a calm, composed state, completing the sequence with grace and control.
|
You are expected to animate a person standing calmly, gently swaying side to side while playing the violin, holding the instrument with their right arm against their shoulder and moving the bow smoothly with their left hand.
|
<start_think>The motion begins with the person standing in a poised, balanced posture, maintaining a calm and stable stance as they prepare to play. Their body gently begins to sway side to side in a subtle, rhythmic motion, suggesting a natural engagement with the music's pulse. The right arm lifts and positions the violin against the shoulder, establishing a secure, consistent contact point between the instrument and the body. As the motion continues, the left hand takes up the bow, initiating a smooth, controlled movement that flows with precision and fluidity. The bow glides across the strings in a steady, even motion, with the hand and forearm rotating and adjusting subtly to maintain consistent pressure and tone. The side-to-side sway becomes more pronounced in rhythm with the bowing, creating a harmonious interplay between upper body movement and the musical expression. Throughout the sequence, the body remains grounded, with slight shifts in weight and balance that support the sustained motion without disrupting stability. The arms move in coordinated arcs, the right arm maintaining a steady hold on the violin while the left hand traces continuous, flowing patterns. As the motion progresses, the tempo and intensity of the bowing remain consistent, with the hands and forearms executing controlled micro-adjustments to sustain tone and articulation. The final phase shows a gradual return to a composed stillness, with the swaying diminishing and the bowing concluding in a smooth, deliberate finish. The entire sequence unfolds with a seamless transition between phases, maintaining a balance between expressive motion and technical precision, culminating in a poised, resolved posture that reflects the completion of the musical phrase.<end_think>
<motion_start><motion_897><motion_448><motion_1919><motion_1347><motion_1347><motion_1609><motion_1327><motion_1327><motion_595><motion_897><motion_897><motion_897><motion_2002><motion_2032><motion_2032><motion_2032><motion_1754><motion_1081><motion_1081><motion_1081><motion_1754><motion_788><motion_1099><motion_1919><motion_962><motion_962><motion_270><motion_1751><motion_1602><motion_154><motion_154><motion_1144><motion_41><motion_end>
|
m_ep1_00117#5049#5348
|
[
2003,
966,
1847,
140,
140,
140,
981,
981,
981,
140,
140,
140,
140,
140,
140,
140,
140,
993,
993,
993,
993,
993,
140,
140,
993,
1256,
1279,
1922,
106,
1570,
979,
875,
1062,
1650,
1062,
1264,
508
] | 0.072112
|
The individual takes a tiny step forward, barely moving, while slightly bending their knees and gently swinging their arms. They then pause momentarily. Suddenly, they jump straight up, executing a 180-degree turn to the left in mid-air. Right after landing, they perform another 180-degree turn to the right, swiftly pivoting back to their original direction.
|
The person begins standing in a neutral position. They jump while executing a turn to the left, landing back in a neutral stance. Following the jump, they rotate to the right, returning to face forward in the starting neutral position.
|
The person takes a small step forward, barely moving, and slightly bends their knees while gently swinging their arms. They pause briefly, then jump up, rotating 180 degrees to the left mid-air. Instantly upon landing, they turn 180 degrees to the right, returning to their original facing direction.
|
The person stands neutrally, then jumps while simultaneously twisting their body to the left. After landing, the person stands again in a neutral position before turning to the right without jumping, resuming their initial stance.
|
The person takes a very small step forward, almost standing still, and bending the knees very slightly, swings the arms slightly, and then stands still. After a while, the person jumps up, and at the same time turns to the left 180 degrees. After that, the person immediately turns to the right 180 degrees.
|
The person stands in a neutral position. Then the person jumps as they turn around to the left. Then the person turns to the right standing in a neutral position.
|
<motion_2003><motion_966><motion_1847><motion_140><motion_140><motion_140><motion_981><motion_981><motion_981><motion_140><motion_140><motion_140><motion_140><motion_140><motion_140><motion_140><motion_140><motion_993><motion_993><motion_993><motion_993><motion_993><motion_140><motion_140><motion_993><motion_1256><motion_1279><motion_1922><motion_106><motion_1570><motion_979><motion_875><motion_1062><motion_1650><motion_1062><motion_1264><motion_508>
|
m_ep1_00117
| 5,049
| 5,348
| 9.966667
|
<|im_start|>user
You are given a detailed description of a human motion sequence. Your task is to rewrite it as a short, natural user message that asks an AI assistant to visualize or animate the movement.
Guidelines:
- Write as if a real user is chatting with an AI.
- Keep it concise but clear.
- Preserve the main actions and their order.
- Use natural everyday language (not academic or caption style).
- Focus on what the character/person is doing, not background details.
- Prefer action verbs (walk, turn, raise, jump, etc.).
- Output a prompt sentence only.
- Do not explain anything.
- Do not include quotation marks.
**Motion Description:**
The individual takes a tiny step forward, barely moving, while slightly bending their knees and gently swinging their arms. They then pause momentarily. Suddenly, they jump straight up, executing a 180-degree turn to the left in mid-air. Right after landing, they perform another 180-degree turn to the right, swiftly pivoting back to their original direction.
Return only the final user prompt.
The prompt must start with "A subject".
<|im_end|>
<|im_start|>assistant
|
A subject takes a tiny step forward, slightly bends their knees, gently swings their arms, pauses, jumps straight up, spins 180 degrees left in mid-air, lands, and immediately spins 180 degrees right to face the original direction.
|
<|im_start|>user
User input: The person takes a very small step forward, almost standing still, and bending the knees very slightly, swings the arms slightly, and then stands still. After a while, the person jumps up, and at the same time turns to the left 180 degrees. After that, the person immediately turns to the right 180 degrees.
Assistant final output: <motion_2003><motion_966><motion_1847><motion_140><motion_140><motion_140><motion_981><motion_981><motion_981><motion_140><motion_140><motion_140><motion_140><motion_140><motion_140><motion_140><motion_140><motion_993><motion_993><motion_993><motion_993><motion_993><motion_140><motion_140><motion_993><motion_1256><motion_1279><motion_1922><motion_106><motion_1570><motion_979><motion_875><motion_1062><motion_1650><motion_1062><motion_1264><motion_508>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 9-second motion clip with 299 frames.
Your task is to generate an **alignment narration** that explains how the motion described in the user input corresponds to the temporal progression of the motion clip.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with the progression of the motion clip.
2. The narration must use **natural language only**.
* Do not include motion tokens or token identifiers.
* Describe motion progression using temporal and biomechanical descriptions.
3. The narration should describe posture transitions, limb movement, balance changes, spatial shifts, and stabilization events throughout the motion.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided motion description and the implied progression of the motion clip.
* Highlight meaningful phases of movement progression.
* Avoid repeating or paraphrasing the entire user input verbatim.
5. The narration is a descriptive alignment between text instructions and motion progression. It is not an explanation of model decision-making or internal reasoning.
6. Focus on describing how each stage of the movement unfolds and transitions into the next.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and motion clip are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
<|im_end|>
<|im_start|>assistant
|
<|im_start|>user
User input: The person takes a very small step forward, almost standing still, and bending the knees very slightly, swings the arms slightly, and then stands still. After a while, the person jumps up, and at the same time turns to the left 180 degrees. After that, the person immediately turns to the right 180 degrees.
Assistant final output: <motion_2003><motion_966><motion_1847><motion_140><motion_140><motion_140><motion_981><motion_981><motion_981><motion_140><motion_140><motion_140><motion_140><motion_140><motion_140><motion_140><motion_140><motion_993><motion_993><motion_993><motion_993><motion_993><motion_140><motion_140><motion_993><motion_1256><motion_1279><motion_1922><motion_106><motion_1570><motion_979><motion_875><motion_1062><motion_1650><motion_1062><motion_1264><motion_508>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 9-second motion clip with 299 frames.
Your task is to generate an **alignment narration** that describes how the motion described in the user input corresponds to the progression of motion tokens.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with motion token generation.
2. The narration must interleave **natural language** and **motion tokens** in a smooth and coherent way.
* Motion tokens must appear inline inside the narration text.
* Motion tokens must use the exact format `<motion_ID>`.
* Each `<motion_ID>` represents one motion token.
3. The narration should describe posture transitions, limb movement, balance changes, and motion stabilization events that correspond to token generation.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided final motion token sequence.
* Introduce motion tokens where meaningful motion progression occurs.
* Avoid inserting tokens arbitrarily or clustering tokens unnaturally.
5. The narration is a descriptive alignment between text instructions and motion token progression. It is not an explanation of model decision-making or internal reasoning.
6. Do not restate or copy the final token sequence directly. Instead, describe the motion progression that corresponds to it.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and final motion token sequence are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
```
### Additional Constraints
* Do not include any extra keys.
* Do not include any text outside the JSON object.
* Do not mention instructions, prompts, or formatting rules.
* Motion tokens must be naturally integrated into the narration text.
* Do not generate all tokens in your reasoning, it is a reasoning non a final answer.
* Generate only one JSON.
### Remember:
To the model, these are not different tokens, it is like possible movements. Think like this, integrate naturally into the text like it is thinking directly in the motion modality as 'i will <motion_id> turning to the left'
<|im_end|>
<|im_start|>assistant
|
The motion begins with a subtle shift forward, where the person takes a tiny step, barely moving forward while maintaining near-stillness, and slightly bends their knees to prepare for movement. Their arms swing gently, indicating a preparatory phase with minimal momentum. This initial phase is marked by a controlled, almost imperceptible adjustment in posture and balance. After a brief pause, the person initiates a jump, lifting their body off the ground with a sudden burst of energy. At the moment of takeoff, they rotate their entire body to the left by 180 degrees, completing the turn mid-air with a smooth, coordinated rotation. Upon landing, they immediately reverse direction, turning 180 degrees to the right in a rapid, fluid motion. The transition from the left turn to the right turn is seamless, suggesting a dynamic shift in momentum and spatial orientation. Throughout the sequence, the person maintains a stable center of mass during the transitions, with controlled limb movements and precise timing in the rotations. The landing after the jump is absorbed through slight knee flexion, and the body stabilizes quickly, returning to a neutral standing posture. The final phase shows a brief moment of stillness, with the body fully upright and balanced, indicating the completion of the motion sequence. The entire motion unfolds with a rhythmic progression of subtle preparation, explosive action, rotational dynamics, and controlled recovery, culminating in a balanced, stable stance.
|
The motion begins with a subtle shift forward, barely moving but adjusting balance—this is captured by the initial sequence of <motion_2003><motion_966><motion_1847>, where the body maintains a stable yet preparatory posture with slight knee flexion and minimal arm sway. The slight bending of the knees and controlled arm movement are reflected in the smooth transition between these tokens, indicating a grounding phase before any dynamic action. As the person prepares to jump, the body stabilizes further, and the repeated <motion_140> tokens suggest a momentary pause in balance, reinforcing the stillness before the leap. Then, with the jump, the motion accelerates—<motion_981> appears three times, representing the explosive upward thrust, with the body leaving the ground and initiating rotation. At the peak of the jump, the turn to the left 180 degrees begins, which is marked by the sustained <motion_981> sequence, indicating a full rotational arc in mid-air. Immediately after, the body begins the counter-rotation to the right, signaled by the return of <motion_140> tokens, now stabilizing the transition from left turn to right. The repeated <motion_140> frames suggest a brief moment of reorientation as the body adjusts mid-rotation. The full rightward 180-degree turn is completed through the extended sequence of <motion_993>, which captures the dynamic spinning motion with controlled limb positioning. The final phase sees the body settling into a stable stance, with the repeated <motion_140> tokens indicating balance recovery and posture stabilization. The appearance of <motion_993> again confirms the completion of the turn, followed by a final stabilization sequence with <motion_1256><motion_1279><motion_1922><motion_106><motion_1570><motion_979><motion_875><motion_1062><motion_1650><motion_1062><motion_1264><motion_508>, each representing subtle adjustments in limb positioning, weight distribution, and final posture refinement as the motion concludes in a balanced, grounded state.
|
A subject takes a tiny step forward, slightly bends their knees, gently swings their arms, pauses, jumps straight up, spins 180 degrees left in mid-air, lands, and immediately spins 180 degrees right to face the original direction.
|
<start_think>The motion begins with a subtle shift forward, where the person takes a tiny step, barely moving forward while maintaining near-stillness, and slightly bends their knees to prepare for movement. Their arms swing gently, indicating a preparatory phase with minimal momentum. This initial phase is marked by a controlled, almost imperceptible adjustment in posture and balance. After a brief pause, the person initiates a jump, lifting their body off the ground with a sudden burst of energy. At the moment of takeoff, they rotate their entire body to the left by 180 degrees, completing the turn mid-air with a smooth, coordinated rotation. Upon landing, they immediately reverse direction, turning 180 degrees to the right in a rapid, fluid motion. The transition from the left turn to the right turn is seamless, suggesting a dynamic shift in momentum and spatial orientation. Throughout the sequence, the person maintains a stable center of mass during the transitions, with controlled limb movements and precise timing in the rotations. The landing after the jump is absorbed through slight knee flexion, and the body stabilizes quickly, returning to a neutral standing posture. The final phase shows a brief moment of stillness, with the body fully upright and balanced, indicating the completion of the motion sequence. The entire motion unfolds with a rhythmic progression of subtle preparation, explosive action, rotational dynamics, and controlled recovery, culminating in a balanced, stable stance.<end_think>
<motion_start><motion_2003><motion_966><motion_1847><motion_140><motion_140><motion_140><motion_981><motion_981><motion_981><motion_140><motion_140><motion_140><motion_140><motion_140><motion_140><motion_140><motion_140><motion_993><motion_993><motion_993><motion_993><motion_993><motion_140><motion_140><motion_993><motion_1256><motion_1279><motion_1922><motion_106><motion_1570><motion_979><motion_875><motion_1062><motion_1650><motion_1062><motion_1264><motion_508><motion_end>
|
st3_00281#1149#1396
|
[
1310,
1310,
1310,
1310,
1592,
2017,
1534,
1291,
722,
763,
644,
1801,
1801,
496,
1280,
947,
24,
1066,
1066,
1066,
1066,
1176,
1066,
1176,
984,
433,
1873,
1873,
879,
879
] | 0.203088
|
The person starts with arms extended at head level, then lowers them to their sides. They take two steps backward, turn to their left, and lean slightly forward. Next, they turn to their right, take two more steps backward, and stand upright again.
|
The person strikes a joyful pose, standing with their head and arms raised to the sides. They then step backward, slightly turning to the right. Their head turns left as they pivot to the left, before finally stepping to the right.
|
The individual begins with arms extended sideways at head level, then gently lowers them to their sides. They take two steps backward, turn left, and lean slightly forward at the waist. Turning right, they take two more steps back, then stand upright with a straight posture.
|
The person stands joyfully, with their head lifted and arms raised by their sides. They take a step backward, turning slightly to the right, then shift their head to the left. Subsequently, they turn left and take a step to the right.
|
The person with their arms outstretched at their sides at head level lowers them. The person then takes two steps back. The person then turns to their left and leans slightly forward. The person then turns to their right, takes two steps back and stands straight.
|
The person poses happily. The person stands with his head raised, and his arms raised and on his sides. Then the person steps backward, turns slightly to his right, turns his head to his left, turns to his left, and steps to his right.
|
<motion_1310><motion_1310><motion_1310><motion_1310><motion_1592><motion_2017><motion_1534><motion_1291><motion_722><motion_763><motion_644><motion_1801><motion_1801><motion_496><motion_1280><motion_947><motion_24><motion_1066><motion_1066><motion_1066><motion_1066><motion_1176><motion_1066><motion_1176><motion_984><motion_433><motion_1873><motion_1873><motion_879><motion_879>
|
st3_00281
| 1,149
| 1,396
| 8.233333
|
<|im_start|>user
You are given a detailed description of a human motion sequence. Your task is to rewrite it as a short, natural user message that asks an AI assistant to visualize or animate the movement.
Guidelines:
- Write as if a real user is chatting with an AI.
- Keep it concise but clear.
- Preserve the main actions and their order.
- Use natural everyday language (not academic or caption style).
- Focus on what the character/person is doing, not background details.
- Prefer action verbs (walk, turn, raise, jump, etc.).
- Output a prompt sentence only.
- Do not explain anything.
- Do not include quotation marks.
**Motion Description:**
The person strikes a joyful pose, standing with their head and arms raised to the sides. They then step backward, slightly turning to the right. Their head turns left as they pivot to the left, before finally stepping to the right.
Return only the final user prompt.
The prompt must start with "A man".
<|im_end|>
<|im_start|>assistant
|
A man strikes a joyful pose with head and arms raised to the sides, steps backward while slightly turning right, turns his head left as he pivots left, then steps to the right.
|
<|im_start|>user
User input: The person with their arms outstretched at their sides at head level lowers them. The person then takes two steps back. The person then turns to their left and leans slightly forward. The person then turns to their right, takes two steps back and stands straight.
Assistant final output: <motion_1310><motion_1310><motion_1310><motion_1310><motion_1592><motion_2017><motion_1534><motion_1291><motion_722><motion_763><motion_644><motion_1801><motion_1801><motion_496><motion_1280><motion_947><motion_24><motion_1066><motion_1066><motion_1066><motion_1066><motion_1176><motion_1066><motion_1176><motion_984><motion_433><motion_1873><motion_1873><motion_879><motion_879>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 8-second motion clip with 247 frames.
Your task is to generate an **alignment narration** that explains how the motion described in the user input corresponds to the temporal progression of the motion clip.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with the progression of the motion clip.
2. The narration must use **natural language only**.
* Do not include motion tokens or token identifiers.
* Describe motion progression using temporal and biomechanical descriptions.
3. The narration should describe posture transitions, limb movement, balance changes, spatial shifts, and stabilization events throughout the motion.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided motion description and the implied progression of the motion clip.
* Highlight meaningful phases of movement progression.
* Avoid repeating or paraphrasing the entire user input verbatim.
5. The narration is a descriptive alignment between text instructions and motion progression. It is not an explanation of model decision-making or internal reasoning.
6. Focus on describing how each stage of the movement unfolds and transitions into the next.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and motion clip are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
<|im_end|>
<|im_start|>assistant
|
<|im_start|>user
User input: The person with their arms outstretched at their sides at head level lowers them. The person then takes two steps back. The person then turns to their left and leans slightly forward. The person then turns to their right, takes two steps back and stands straight.
Assistant final output: <motion_1310><motion_1310><motion_1310><motion_1310><motion_1592><motion_2017><motion_1534><motion_1291><motion_722><motion_763><motion_644><motion_1801><motion_1801><motion_496><motion_1280><motion_947><motion_24><motion_1066><motion_1066><motion_1066><motion_1066><motion_1176><motion_1066><motion_1176><motion_984><motion_433><motion_1873><motion_1873><motion_879><motion_879>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 8-second motion clip with 247 frames.
Your task is to generate an **alignment narration** that describes how the motion described in the user input corresponds to the progression of motion tokens.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with motion token generation.
2. The narration must interleave **natural language** and **motion tokens** in a smooth and coherent way.
* Motion tokens must appear inline inside the narration text.
* Motion tokens must use the exact format `<motion_ID>`.
* Each `<motion_ID>` represents one motion token.
3. The narration should describe posture transitions, limb movement, balance changes, and motion stabilization events that correspond to token generation.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided final motion token sequence.
* Introduce motion tokens where meaningful motion progression occurs.
* Avoid inserting tokens arbitrarily or clustering tokens unnaturally.
5. The narration is a descriptive alignment between text instructions and motion token progression. It is not an explanation of model decision-making or internal reasoning.
6. Do not restate or copy the final token sequence directly. Instead, describe the motion progression that corresponds to it.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and final motion token sequence are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
```
### Additional Constraints
* Do not include any extra keys.
* Do not include any text outside the JSON object.
* Do not mention instructions, prompts, or formatting rules.
* Motion tokens must be naturally integrated into the narration text.
* Do not generate all tokens in your reasoning, it is a reasoning non a final answer.
* Generate only one JSON.
### Remember:
To the model, these are not different tokens, it is like possible movements. Think like this, integrate naturally into the text like it is thinking directly in the motion modality as 'i will <motion_id> turning to the left'
<|im_end|>
<|im_start|>assistant
|
The motion begins with the person extending their arms outward at head level, maintaining a stable stance while the upper body remains upright. As the arms slowly descend to the sides, the body subtly shifts its weight, preparing for a backward movement. The first two steps back are executed with controlled, deliberate foot placement, maintaining balance while gradually increasing the distance from the original position. During this phase, the torso remains upright but begins to engage core muscles to stabilize the center of mass. Upon completing the backward steps, the person initiates a smooth leftward turn, rotating the torso and hips while leaning slightly forward to shift the center of gravity. This forward lean provides momentum and balance during the turn. The turn concludes with the body facing the new direction, and the person immediately takes two more steps backward, continuing to maintain a controlled, grounded motion. As the final step is completed, the body re-stabilizes into a straight, upright posture, with arms naturally at the sides and weight evenly distributed across both feet. Throughout the sequence, transitions between phases are fluid and intentional, with each movement setting up the next through coordinated shifts in posture, balance, and spatial orientation. The entire motion unfolds with a rhythmic, deliberate pacing, reflecting a clear progression from extended arms to a composed, centered stance after the final turn and retreat.
|
The motion begins with the person extending their arms outstretched at head level, a stable and balanced pose that sets the foundation for the sequence. This posture is captured by the initial <motion_1310> tokens, which represent the arms fully extended and held steady. As the person lowers their arms slowly toward their sides, the motion transitions into a more relaxed upper-body posture, marked by the gradual shift from <motion_1310> to <motion_1592>, reflecting the controlled descent of the limbs. The lowering action stabilizes, and the person takes two steps backward, initiating a backward locomotion phase. This movement is expressed through a series of smooth transitions: <motion_2017> and <motion_1534> depict the coordinated leg motion and weight shift during the steps, maintaining balance while retreating. Upon completing the steps, the person turns to their left, a rotational movement that begins with a slight pivot of the torso and hips, captured by <motion_1291> and <motion_722>, which convey the turning motion with controlled body alignment. The turn is followed by a slight forward lean, a subtle shift in center of gravity, represented by <motion_763> and <motion_644>, where the upper body tilts forward while the legs remain grounded. The person then pivots to the right, reversing the direction of rotation, with <motion_1801> marking the dynamic turn and the stabilization of the torso mid-rotation. As the turn completes, the person takes two more steps backward, continuing the retreat with the same fluid gait, expressed through repeated <motion_1801> and <motion_496> tokens that maintain rhythm and balance. The final phase sees the person returning to an upright stance, with the body re-centering and straightening, a stabilization event captured by <motion_1280>, <motion_947>, and <motion_24>, which represent the gradual realignment of the spine and limbs. The sequence concludes with a brief pause in the upright posture, reinforced by the repeated <motion_1066> tokens, indicating stillness and balance. The final moments are stabilized by <motion_1176>, <motion_1066>, <motion_1176>, <motion_984>, <motion_433>, <motion_1873>, and <motion_879>, which collectively represent the body settling into a neutral, grounded stance, with subtle micro-adjustments to maintain equilibrium. The entire motion unfolds with natural transitions, each token reflecting a precise stage in the body’s movement, from extension to retraction, turning, stepping, leaning, and final stabilization.
|
A man strikes a joyful pose with head and arms raised to the sides, steps backward while slightly turning right, turns his head left as he pivots left, then steps to the right.
|
<start_think>The motion begins with the person extending their arms outward at head level, maintaining a stable stance while the upper body remains upright. As the arms slowly descend to the sides, the body subtly shifts its weight, preparing for a backward movement. The first two steps back are executed with controlled, deliberate foot placement, maintaining balance while gradually increasing the distance from the original position. During this phase, the torso remains upright but begins to engage core muscles to stabilize the center of mass. Upon completing the backward steps, the person initiates a smooth leftward turn, rotating the torso and hips while leaning slightly forward to shift the center of gravity. This forward lean provides momentum and balance during the turn. The turn concludes with the body facing the new direction, and the person immediately takes two more steps backward, continuing to maintain a controlled, grounded motion. As the final step is completed, the body re-stabilizes into a straight, upright posture, with arms naturally at the sides and weight evenly distributed across both feet. Throughout the sequence, transitions between phases are fluid and intentional, with each movement setting up the next through coordinated shifts in posture, balance, and spatial orientation. The entire motion unfolds with a rhythmic, deliberate pacing, reflecting a clear progression from extended arms to a composed, centered stance after the final turn and retreat.<end_think>
<motion_start><motion_1310><motion_1310><motion_1310><motion_1310><motion_1592><motion_2017><motion_1534><motion_1291><motion_722><motion_763><motion_644><motion_1801><motion_1801><motion_496><motion_1280><motion_947><motion_24><motion_1066><motion_1066><motion_1066><motion_1066><motion_1176><motion_1066><motion_1176><motion_984><motion_433><motion_1873><motion_1873><motion_879><motion_879><motion_end>
|
gp_00233#287#546
|
[
1016,
1751,
1959,
1895,
45,
33,
33,
1347,
1347,
1754,
275,
1556,
1325,
1719,
1719,
33,
550,
1646,
1059,
553,
1253,
314,
252,
27,
1131,
1499,
740,
1327,
1908,
654,
1131,
314
] | 0.075138
|
The man sits with his head slightly tilted downward. He holds an accordion, pressing the keys with the fingers of his left hand while his right hand rhythmically pumps the bellows. His movements are mechanical and precise as he plays.
|
The person is seated with legs bent and head inclined slightly downward. They are engaged in playing the cello, gripping and maneuvering the neck with their left hand while the right hand moves the bow across the strings, executing side-to-side motions.
|
The man is seated with a slight forward head tilt, engaging in a mechanical motion of playing the accordion. He grips the accordion firmly with both hands, using his left fingers to press the keys and his right hand to methodically pump the bellows.
|
The person is seated with legs bent and head slightly inclined forward. They are playing the cello, using their left hand to hold and maneuver the cello neck while the right hand moves the bow side to side across the strings.
|
The man is sitting with his head tilted down, playing the accordion mechanically. He holds the instrument with both hands, presses the keys with his left fingers, and pumps the bellows with his right hand.
|
The person sits with bent legs and head slightly tilted down. The person plays the cello, holds and moves the cello neck with the left hand, and moves to the sides with the right hand.
|
<motion_1016><motion_1751><motion_1959><motion_1895><motion_45><motion_33><motion_33><motion_1347><motion_1347><motion_1754><motion_275><motion_1556><motion_1325><motion_1719><motion_1719><motion_33><motion_550><motion_1646><motion_1059><motion_553><motion_1253><motion_314><motion_252><motion_27><motion_1131><motion_1499><motion_740><motion_1327><motion_1908><motion_654><motion_1131><motion_314>
|
gp_00233
| 287
| 546
| 8.633333
|
<|im_start|>user
You are given a detailed description of a human motion sequence. Your task is to rewrite it as a short, natural user message that asks an AI assistant to visualize or animate the movement.
Guidelines:
- Write as if a real user is chatting with an AI.
- Keep it concise but clear.
- Preserve the main actions and their order.
- Use natural everyday language (not academic or caption style).
- Focus on what the character/person is doing, not background details.
- Prefer action verbs (walk, turn, raise, jump, etc.).
- Output a prompt sentence only.
- Do not explain anything.
- Do not include quotation marks.
**Motion Description:**
The man is seated with a slight forward head tilt, engaging in a mechanical motion of playing the accordion. He grips the accordion firmly with both hands, using his left fingers to press the keys and his right hand to methodically pump the bellows.
Return only the final user prompt.
The prompt must start with "Now".
<|im_end|>
<|im_start|>assistant
|
Now show a man sitting with a slight forward head tilt, playing an accordion by pressing keys with his left hand and pumping the bellows with his right hand in a steady rhythm.
|
<|im_start|>user
User input: The man is seated with a slight forward head tilt, engaging in a mechanical motion of playing the accordion. He grips the accordion firmly with both hands, using his left fingers to press the keys and his right hand to methodically pump the bellows.
Assistant final output: <motion_1016><motion_1751><motion_1959><motion_1895><motion_45><motion_33><motion_33><motion_1347><motion_1347><motion_1754><motion_275><motion_1556><motion_1325><motion_1719><motion_1719><motion_33><motion_550><motion_1646><motion_1059><motion_553><motion_1253><motion_314><motion_252><motion_27><motion_1131><motion_1499><motion_740><motion_1327><motion_1908><motion_654><motion_1131><motion_314>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 8-second motion clip with 259 frames.
Your task is to generate an **alignment narration** that explains how the motion described in the user input corresponds to the temporal progression of the motion clip.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with the progression of the motion clip.
2. The narration must use **natural language only**.
* Do not include motion tokens or token identifiers.
* Describe motion progression using temporal and biomechanical descriptions.
3. The narration should describe posture transitions, limb movement, balance changes, spatial shifts, and stabilization events throughout the motion.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided motion description and the implied progression of the motion clip.
* Highlight meaningful phases of movement progression.
* Avoid repeating or paraphrasing the entire user input verbatim.
5. The narration is a descriptive alignment between text instructions and motion progression. It is not an explanation of model decision-making or internal reasoning.
6. Focus on describing how each stage of the movement unfolds and transitions into the next.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and motion clip are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
<|im_end|>
<|im_start|>assistant
|
<|im_start|>user
User input: The man is seated with a slight forward head tilt, engaging in a mechanical motion of playing the accordion. He grips the accordion firmly with both hands, using his left fingers to press the keys and his right hand to methodically pump the bellows.
Assistant final output: <motion_1016><motion_1751><motion_1959><motion_1895><motion_45><motion_33><motion_33><motion_1347><motion_1347><motion_1754><motion_275><motion_1556><motion_1325><motion_1719><motion_1719><motion_33><motion_550><motion_1646><motion_1059><motion_553><motion_1253><motion_314><motion_252><motion_27><motion_1131><motion_1499><motion_740><motion_1327><motion_1908><motion_654><motion_1131><motion_314>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 8-second motion clip with 259 frames.
Your task is to generate an **alignment narration** that describes how the motion described in the user input corresponds to the progression of motion tokens.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with motion token generation.
2. The narration must interleave **natural language** and **motion tokens** in a smooth and coherent way.
* Motion tokens must appear inline inside the narration text.
* Motion tokens must use the exact format `<motion_ID>`.
* Each `<motion_ID>` represents one motion token.
3. The narration should describe posture transitions, limb movement, balance changes, and motion stabilization events that correspond to token generation.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided final motion token sequence.
* Introduce motion tokens where meaningful motion progression occurs.
* Avoid inserting tokens arbitrarily or clustering tokens unnaturally.
5. The narration is a descriptive alignment between text instructions and motion token progression. It is not an explanation of model decision-making or internal reasoning.
6. Do not restate or copy the final token sequence directly. Instead, describe the motion progression that corresponds to it.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and final motion token sequence are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
```
### Additional Constraints
* Do not include any extra keys.
* Do not include any text outside the JSON object.
* Do not mention instructions, prompts, or formatting rules.
* Motion tokens must be naturally integrated into the narration text.
* Do not generate all tokens in your reasoning, it is a reasoning non a final answer.
* Generate only one JSON.
### Remember:
To the model, these are not different tokens, it is like possible movements. Think like this, integrate naturally into the text like it is thinking directly in the motion modality as 'i will <motion_id> turning to the left'
<|im_end|>
<|im_start|>assistant
|
The motion begins with the man settling into a seated position, maintaining a stable posture with a slight forward tilt of the head, indicating focused attention on the instrument. His upper body remains upright but leans slightly forward, establishing a grounded and intentional stance. Both hands come into play as he secures the accordion with a firm grip, his left hand positioning itself to press the keys with precision, while his right hand prepares to manipulate the bellows. The initial phase involves the coordinated engagement of the left hand, where individual finger movements begin to press the keys in a controlled manner, setting the rhythm of the performance. Simultaneously, the right hand initiates the bellows pump, starting with a steady, methodical motion that builds in consistency and flow. As the motion progresses, the bellows movement becomes more rhythmic and continuous, with the right hand alternating between pushing and pulling in a smooth, cyclical pattern, synchronized with the left hand’s key presses. The entire upper body remains engaged, with subtle shifts in torso alignment to accommodate the mechanical demands of the instrument, particularly during the bellows extension and contraction phases. The forward head tilt persists throughout, reinforcing the focused, immersive state of playing. The motion stabilizes into a sustained, repetitive cycle of key presses and bellows pumping, demonstrating a seamless integration of hand and torso coordination. Over time, the movements become fluid and efficient, with minimal wasted motion, reflecting the practiced nature of the performance. The final moments of the clip maintain this established rhythm, with the hands continuing their synchronized actions, the bellows moving with consistent amplitude, and the overall posture remaining stable and purposeful, indicating a complete and cohesive musical expression.
|
The man begins in a stable seated posture with a slight forward head tilt, establishing his focus on the instrument—this is captured by the initial <motion_1016>, representing a controlled, upright seated stance with subtle cervical flexion. As he prepares to play, his left hand moves toward the keyboard, initiating the first key press with precise finger control, signaled by <motion_1751>. The right hand begins its rhythmic motion, starting the bellows pump with a steady, deliberate push—this is reflected in <motion_1959>, marking the onset of the mechanical bellows movement. The left hand continues its sequential key pressing, each press synchronized with the pump cycle, represented by alternating <motion_1895> and <motion_45>, capturing the fine motor coordination of finger articulation. The right hand maintains a consistent pumping rhythm, with the motion stabilized by <motion_33>, indicating a steady, repeating bellows action. As the motion settles into a steady cadence, the repetition of <motion_33> reinforces the mechanical consistency of the pump. The left hand's finger presses become more synchronized, with the repeated <motion_1347> denoting precise, repeated key depressions. The body maintains its forward head tilt, now stabilized, as the upper torso remains engaged in a controlled posture, indicated by <motion_1347> recurring in tandem with the left hand's motion. The right hand’s pump continues with a smooth, flowing arc, captured in <motion_1754>, reflecting the natural extension and contraction of the arm. The left hand shifts slightly to adjust finger placement, introducing a subtle repositioning gesture, marked by <motion_275>, ensuring optimal key access. The torso remains stable, with minimal sway, as the motion transitions into a sustained performance phase, indicated by <motion_1556>—a subtle stabilization of core posture. The left hand’s fingers begin to alternate between different keys, introducing variation in the sequence, signaled by <motion_1325>, reflecting dynamic keyboard engagement. The right hand continues its pump with consistent timing, now with a slight increase in amplitude, captured by <motion_1719>, indicating a more expressive motion. The repetition of <motion_1719> suggests the motion has settled into a rhythmic, expressive pattern. The left hand makes a brief shift in hand angle to access a new key cluster, signaled by <motion_33>, a micro-adjustment to maintain precision. The right hand’s pump continues with unwavering rhythm, now with a slight downward emphasis, reflected in <motion_550>, indicating a deeper bellows compression. The left hand returns to a central position on the keyboard, with fingers ready for the next sequence, marked by <motion_1646>. The torso subtly shifts to accommodate the right arm’s motion, introducing a slight lateral lean, captured by <motion_1059>. The left hand executes a quick series of rapid key presses, indicated by <motion_553>, reflecting a burst of melodic articulation. The right hand continues its steady pump, now with a more pronounced upstroke, represented by <motion_1253>, showing the full extension of the arm. The left hand repositions for a new chord, with fingers spreading slightly, captured by <motion_314>. The right hand completes a full pump cycle, with the motion stabilizing again at the top, indicated by <motion_252>. The left hand returns to a relaxed but ready position, signaled by <motion_27>, reflecting a brief pause in active pressing. The man’s head remains tilted forward, maintaining focus, as the motion enters a sustained phase, with the body adjusting subtly to maintain balance, indicated by <motion_1131>. The right hand begins a new pump cycle with increased force, captured by <motion_1499>, suggesting a dynamic shift in expression. The left hand prepares for a complex sequence, with fingers lifting and repositioning, signaled by <motion_740>. The right hand completes the pump, returning to its starting position, with the motion stabilized by <motion_1327>. The left hand executes a rapid key sequence, now with greater precision, marked by <motion_1908>. The right hand continues its rhythm, now with a slightly faster tempo, indicated by <motion_654>. The left hand shifts to a new key cluster, with fingers adjusting to a new configuration, signaled by <motion_1131>. The right hand maintains the pump, now with a steady, flowing motion, represented by <motion_314>.
|
Now show a man sitting with a slight forward head tilt, playing an accordion by pressing keys with his left hand and pumping the bellows with his right hand in a steady rhythm.
|
<start_think>The motion begins with the man settling into a seated position, maintaining a stable posture with a slight forward tilt of the head, indicating focused attention on the instrument. His upper body remains upright but leans slightly forward, establishing a grounded and intentional stance. Both hands come into play as he secures the accordion with a firm grip, his left hand positioning itself to press the keys with precision, while his right hand prepares to manipulate the bellows. The initial phase involves the coordinated engagement of the left hand, where individual finger movements begin to press the keys in a controlled manner, setting the rhythm of the performance. Simultaneously, the right hand initiates the bellows pump, starting with a steady, methodical motion that builds in consistency and flow. As the motion progresses, the bellows movement becomes more rhythmic and continuous, with the right hand alternating between pushing and pulling in a smooth, cyclical pattern, synchronized with the left hand’s key presses. The entire upper body remains engaged, with subtle shifts in torso alignment to accommodate the mechanical demands of the instrument, particularly during the bellows extension and contraction phases. The forward head tilt persists throughout, reinforcing the focused, immersive state of playing. The motion stabilizes into a sustained, repetitive cycle of key presses and bellows pumping, demonstrating a seamless integration of hand and torso coordination. Over time, the movements become fluid and efficient, with minimal wasted motion, reflecting the practiced nature of the performance. The final moments of the clip maintain this established rhythm, with the hands continuing their synchronized actions, the bellows moving with consistent amplitude, and the overall posture remaining stable and purposeful, indicating a complete and cohesive musical expression.<end_think>
<motion_start><motion_1016><motion_1751><motion_1959><motion_1895><motion_45><motion_33><motion_33><motion_1347><motion_1347><motion_1754><motion_275><motion_1556><motion_1325><motion_1719><motion_1719><motion_33><motion_550><motion_1646><motion_1059><motion_553><motion_1253><motion_314><motion_252><motion_27><motion_1131><motion_1499><motion_740><motion_1327><motion_1908><motion_654><motion_1131><motion_314><motion_end>
|
m_ep1_00106#4936#5165
|
[
936,
538,
1064,
110,
1824,
680,
837,
839,
637,
998,
1211,
364,
773,
1554,
966,
1251,
1411,
29,
1494,
656,
610,
1717,
945,
534,
992,
427,
2024,
2024
] | 0.297054
|
The individual stands upright and gradually rotates 180 degrees to the left. They then execute a large forward jump, landing with knees bent. After straightening up, they take a step forward, complete another 180-degree turn to the left, and take a step backward.
|
The individual begins by turning to the left while standing still, then transitions into a squat, leaning forward with arms extended backward. They jump far forward, arms extending forward, legs straightening and bending. After the jump, they stand up and walk forward calmly, turning left. Finally, they take small backward steps, swinging their arms gently at their sides.
|
The individual stands upright, then slowly rotates 180 degrees to the left. They execute a large jump forward, landing with knees bent. Upon landing, they straighten their body, take a step forward, then turn 180 degrees to the left again, concluding with a step backward.
|
The person begins with an energetic movement, pivoting to the left while standing. They squat, lean forward, and extend their arms back. Then, they jump forward, arms reaching ahead, legs straighten and bend, swinging arms fluidly. After landing, they stand and walk forward calmly, turning left. The sequence ends with small backward steps, arms swinging gently by their sides.
|
The person stands straight slowly turns to the left by 180 degrees and makes a big jump forward. Lands on bent legs, straightens up, takes a step forward, turns to the left by 180 degrees and takes a step back.
|
The person moves energetically. Initially, they turn to the left while standing in place. Then, they squat and lean their torso and head forward, extending their arms backward before jumping far forward, extending their arms ahead, straightening and bending their legs, and swinging their arms. After that, the person stands up and walks calmly forward, turning to the left. Finally, the person takes small steps backward while swinging their lowered arms.
|
<motion_936><motion_538><motion_1064><motion_110><motion_1824><motion_680><motion_837><motion_839><motion_637><motion_998><motion_1211><motion_364><motion_773><motion_1554><motion_966><motion_1251><motion_1411><motion_29><motion_1494><motion_656><motion_610><motion_1717><motion_945><motion_534><motion_992><motion_427><motion_2024><motion_2024>
|
m_ep1_00106
| 4,936
| 5,165
| 7.633333
|
<|im_start|>user
You are given a detailed description of a human motion sequence. Your task is to rewrite it as a short, natural user message that asks an AI assistant to visualize or animate the movement.
Guidelines:
- Write as if a real user is chatting with an AI.
- Keep it concise but clear.
- Preserve the main actions and their order.
- Use natural everyday language (not academic or caption style).
- Focus on what the character/person is doing, not background details.
- Prefer action verbs (walk, turn, raise, jump, etc.).
- Output a prompt sentence only.
- Do not explain anything.
- Do not include quotation marks.
**Motion Description:**
The person begins with an energetic movement, pivoting to the left while standing. They squat, lean forward, and extend their arms back. Then, they jump forward, arms reaching ahead, legs straighten and bend, swinging arms fluidly. After landing, they stand and walk forward calmly, turning left. The sequence ends with small backward steps, arms swinging gently by their sides.
Return only the final user prompt.
The prompt must start with "Your task is to".
<|im_end|>
<|im_start|>assistant
|
Your task is to animate a person starting with a quick left pivot, then squatting, leaning forward, and reaching arms back. Next, they jump forward with arms reaching ahead, legs straightening and bending, arms swinging fluidly. After landing, they stand up and walk forward calmly, turning left. Finally, they take small steps backward, arms swinging gently by their sides.
|
<|im_start|>user
User input: The individual begins by turning to the left while standing still, then transitions into a squat, leaning forward with arms extended backward. They jump far forward, arms extending forward, legs straightening and bending. After the jump, they stand up and walk forward calmly, turning left. Finally, they take small backward steps, swinging their arms gently at their sides.
Assistant final output: <motion_936><motion_538><motion_1064><motion_110><motion_1824><motion_680><motion_837><motion_839><motion_637><motion_998><motion_1211><motion_364><motion_773><motion_1554><motion_966><motion_1251><motion_1411><motion_29><motion_1494><motion_656><motion_610><motion_1717><motion_945><motion_534><motion_992><motion_427><motion_2024><motion_2024>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 7-second motion clip with 229 frames.
Your task is to generate an **alignment narration** that explains how the motion described in the user input corresponds to the temporal progression of the motion clip.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with the progression of the motion clip.
2. The narration must use **natural language only**.
* Do not include motion tokens or token identifiers.
* Describe motion progression using temporal and biomechanical descriptions.
3. The narration should describe posture transitions, limb movement, balance changes, spatial shifts, and stabilization events throughout the motion.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided motion description and the implied progression of the motion clip.
* Highlight meaningful phases of movement progression.
* Avoid repeating or paraphrasing the entire user input verbatim.
5. The narration is a descriptive alignment between text instructions and motion progression. It is not an explanation of model decision-making or internal reasoning.
6. Focus on describing how each stage of the movement unfolds and transitions into the next.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and motion clip are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
<|im_end|>
<|im_start|>assistant
|
<|im_start|>user
User input: The individual begins by turning to the left while standing still, then transitions into a squat, leaning forward with arms extended backward. They jump far forward, arms extending forward, legs straightening and bending. After the jump, they stand up and walk forward calmly, turning left. Finally, they take small backward steps, swinging their arms gently at their sides.
Assistant final output: <motion_936><motion_538><motion_1064><motion_110><motion_1824><motion_680><motion_837><motion_839><motion_637><motion_998><motion_1211><motion_364><motion_773><motion_1554><motion_966><motion_1251><motion_1411><motion_29><motion_1494><motion_656><motion_610><motion_1717><motion_945><motion_534><motion_992><motion_427><motion_2024><motion_2024>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 7-second motion clip with 229 frames.
Your task is to generate an **alignment narration** that describes how the motion described in the user input corresponds to the progression of motion tokens.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with motion token generation.
2. The narration must interleave **natural language** and **motion tokens** in a smooth and coherent way.
* Motion tokens must appear inline inside the narration text.
* Motion tokens must use the exact format `<motion_ID>`.
* Each `<motion_ID>` represents one motion token.
3. The narration should describe posture transitions, limb movement, balance changes, and motion stabilization events that correspond to token generation.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided final motion token sequence.
* Introduce motion tokens where meaningful motion progression occurs.
* Avoid inserting tokens arbitrarily or clustering tokens unnaturally.
5. The narration is a descriptive alignment between text instructions and motion token progression. It is not an explanation of model decision-making or internal reasoning.
6. Do not restate or copy the final token sequence directly. Instead, describe the motion progression that corresponds to it.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and final motion token sequence are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
```
### Additional Constraints
* Do not include any extra keys.
* Do not include any text outside the JSON object.
* Do not mention instructions, prompts, or formatting rules.
* Motion tokens must be naturally integrated into the narration text.
* Do not generate all tokens in your reasoning, it is a reasoning non a final answer.
* Generate only one JSON.
### Remember:
To the model, these are not different tokens, it is like possible movements. Think like this, integrate naturally into the text like it is thinking directly in the motion modality as 'i will <motion_id> turning to the left'
<|im_end|>
<|im_start|>assistant
|
The motion begins with a controlled pivot to the left while maintaining a stable standing posture, initiating a shift in body orientation. As the individual transitions into a squat, the hips and knees bend progressively, lowering the center of mass while the upper body leans forward slightly, arms extending backward to counterbalance the forward lean. This preparatory phase builds momentum and tension in the lower body. The sequence then accelerates into a powerful forward jump: the legs explosively straighten, propelling the body forward through the air, while the arms swing forcefully forward to enhance forward momentum and stabilize the upper body. During the airborne phase, the body remains elongated and extended, with limbs fully outstretched. Upon landing, the legs absorb the impact by bending at the knees and hips, transitioning into a controlled recovery phase. The individual rises smoothly to a standing position, re-establishing balance and upright posture. With steady, deliberate steps, they walk forward, maintaining a calm and grounded gait, and execute another left turn, indicating a continuation of directional change. The motion then shifts to a backward progression: small, measured steps are taken while the arms swing gently at the sides, maintaining rhythm and balance. The entire sequence unfolds with a natural flow, transitioning seamlessly between static postures, dynamic movements, and controlled recoveries, each phase building on the previous one to create a cohesive and fluid motion pattern over the course of the clip.
|
The individual begins by turning to the left while standing still, initiating a subtle shift in posture and weight distribution, which is captured in the early motion tokens as <motion_936> and <motion_538>, reflecting a controlled rotational movement of the torso and lower body. As the turn completes, the body begins to descend into a squat, with the spine leaning forward and arms extending backward in preparation for propulsion—this transition is marked by <motion_1064> and <motion_110>, indicating the lowering of the center of mass and the extension of limbs in opposition to the forward lean. The next phase is a powerful forward jump, where the legs straighten explosively and arms swing forward to generate momentum—this dynamic action is represented by <motion_1824>, <motion_680>, and <motion_837>, capturing the full extension of limbs and the moment of takeoff. As the body reaches the peak of the jump, the motion stabilizes briefly in mid-air, signaled by <motion_839> and <motion_637>, before landing with controlled impact. Upon landing, the individual begins to straighten up, transitioning from the crouched landing posture to a standing position, with <motion_998> and <motion_1211> reflecting the gradual extension of the spine and legs. The forward movement resumes with a calm walk, maintaining a steady gait, as <motion_364> and <motion_773> convey the rhythmic alternation of limbs and torso stability. The individual then turns left again, a smooth rotational shift that is captured in <motion_1554> and <motion_966>, aligning with the change in direction while preserving balance. Finally, the motion transitions into small backward steps, with arms gently swinging at the sides to maintain equilibrium—this controlled retraction is represented by <motion_1251>, <motion_1411>, <motion_29>, <motion_1494>, <motion_656>, <motion_610>, <motion_1717>, <motion_945>, <motion_534>, <motion_992>, <motion_427>, and the repeated <motion_2024> tokens, which reflect the subtle, consistent motion of the limbs and torso during the retreat, ending with a stable, grounded posture.
|
Your task is to animate a person starting with a quick left pivot, then squatting, leaning forward, and reaching arms back. Next, they jump forward with arms reaching ahead, legs straightening and bending, arms swinging fluidly. After landing, they stand up and walk forward calmly, turning left. Finally, they take small steps backward, arms swinging gently by their sides.
|
<start_think>The motion begins with a controlled pivot to the left while maintaining a stable standing posture, initiating a shift in body orientation. As the individual transitions into a squat, the hips and knees bend progressively, lowering the center of mass while the upper body leans forward slightly, arms extending backward to counterbalance the forward lean. This preparatory phase builds momentum and tension in the lower body. The sequence then accelerates into a powerful forward jump: the legs explosively straighten, propelling the body forward through the air, while the arms swing forcefully forward to enhance forward momentum and stabilize the upper body. During the airborne phase, the body remains elongated and extended, with limbs fully outstretched. Upon landing, the legs absorb the impact by bending at the knees and hips, transitioning into a controlled recovery phase. The individual rises smoothly to a standing position, re-establishing balance and upright posture. With steady, deliberate steps, they walk forward, maintaining a calm and grounded gait, and execute another left turn, indicating a continuation of directional change. The motion then shifts to a backward progression: small, measured steps are taken while the arms swing gently at the sides, maintaining rhythm and balance. The entire sequence unfolds with a natural flow, transitioning seamlessly between static postures, dynamic movements, and controlled recoveries, each phase building on the previous one to create a cohesive and fluid motion pattern over the course of the clip.<end_think>
<motion_start><motion_936><motion_538><motion_1064><motion_110><motion_1824><motion_680><motion_837><motion_839><motion_637><motion_998><motion_1211><motion_364><motion_773><motion_1554><motion_966><motion_1251><motion_1411><motion_29><motion_1494><motion_656><motion_610><motion_1717><motion_945><motion_534><motion_992><motion_427><motion_2024><motion_2024><motion_end>
|
gp_00238#0#169
|
[
1864,
1810,
1792,
1864,
561,
561,
561,
561,
561,
561,
561,
561,
561,
561,
1850,
1275,
160,
1759,
169,
169,
1719
] | 0.062152
|
The person sits with both hands at belly level, fists clenched. They perform rapid wrist movements up and down. Following this, the person extends their right hand forward to the right side, maintaining fluidity in motion.
|
The individual sits with their head turned to the left, palms folded at waist level. They move their palms quickly up and down, then turn their head to the right. Subsequently, they turn their right hand to the right and raise it slightly upwards and towards the left.
|
The person is seated with both hands bent at belly level, forming fists. They rapidly move their wrists up and down, creating a quick motion. Following this, the person extends their right hand forward and to the right, maintaining the fist shape.
|
The person is seated with their head turned to the left, palms folded at the waist. They quickly move their palms up and down at waist level. Then, they turn their head to the right, rotate the right hand outward, and slightly lift it upwards and to the left.
|
The person sits with his hands bent on belly level in fists, he moves his wrists up and down quickly and then moves his right hand to their forward right.
|
A person sits with the head turned to the left, keeping the palms folded at the level of the waist, moving the palms quickly up and down at the level of the waist, turning the head to the right, turning the right hand to the right, and raising the hand slightly up and to the left.
|
<motion_1864><motion_1810><motion_1792><motion_1864><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_1850><motion_1275><motion_160><motion_1759><motion_169><motion_169><motion_1719>
|
gp_00238
| 0
| 169
| 5.633333
|
<|im_start|>user
You are given a detailed description of a human motion sequence. Your task is to rewrite it as a short, natural user message that asks an AI assistant to visualize or animate the movement.
Guidelines:
- Write as if a real user is chatting with an AI.
- Keep it concise but clear.
- Preserve the main actions and their order.
- Use natural everyday language (not academic or caption style).
- Focus on what the character/person is doing, not background details.
- Prefer action verbs (walk, turn, raise, jump, etc.).
- Output a prompt sentence only.
- Do not explain anything.
- Do not include quotation marks.
**Motion Description:**
A person sits with the head turned to the left, keeping the palms folded at the level of the waist, moving the palms quickly up and down at the level of the waist, turning the head to the right, turning the right hand to the right, and raising the hand slightly up and to the left.
Return only the final user prompt.
The prompt must start with "Give".
<|im_end|>
<|im_start|>assistant
|
Give a person sitting with palms folded at waist level, quickly moving palms up and down, then turning head to the right, rotating right hand to the right, and raising it slightly up and to the left.
|
<|im_start|>user
User input: A person sits with the head turned to the left, keeping the palms folded at the level of the waist, moving the palms quickly up and down at the level of the waist, turning the head to the right, turning the right hand to the right, and raising the hand slightly up and to the left.
Assistant final output: <motion_1864><motion_1810><motion_1792><motion_1864><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_1850><motion_1275><motion_160><motion_1759><motion_169><motion_169><motion_1719>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 5-second motion clip with 169 frames.
Your task is to generate an **alignment narration** that explains how the motion described in the user input corresponds to the temporal progression of the motion clip.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with the progression of the motion clip.
2. The narration must use **natural language only**.
* Do not include motion tokens or token identifiers.
* Describe motion progression using temporal and biomechanical descriptions.
3. The narration should describe posture transitions, limb movement, balance changes, spatial shifts, and stabilization events throughout the motion.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided motion description and the implied progression of the motion clip.
* Highlight meaningful phases of movement progression.
* Avoid repeating or paraphrasing the entire user input verbatim.
5. The narration is a descriptive alignment between text instructions and motion progression. It is not an explanation of model decision-making or internal reasoning.
6. Focus on describing how each stage of the movement unfolds and transitions into the next.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and motion clip are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
<|im_end|>
<|im_start|>assistant
|
<|im_start|>user
User input: A person sits with the head turned to the left, keeping the palms folded at the level of the waist, moving the palms quickly up and down at the level of the waist, turning the head to the right, turning the right hand to the right, and raising the hand slightly up and to the left.
Assistant final output: <motion_1864><motion_1810><motion_1792><motion_1864><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_1850><motion_1275><motion_160><motion_1759><motion_169><motion_169><motion_1719>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 5-second motion clip with 169 frames.
Your task is to generate an **alignment narration** that describes how the motion described in the user input corresponds to the progression of motion tokens.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with motion token generation.
2. The narration must interleave **natural language** and **motion tokens** in a smooth and coherent way.
* Motion tokens must appear inline inside the narration text.
* Motion tokens must use the exact format `<motion_ID>`.
* Each `<motion_ID>` represents one motion token.
3. The narration should describe posture transitions, limb movement, balance changes, and motion stabilization events that correspond to token generation.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided final motion token sequence.
* Introduce motion tokens where meaningful motion progression occurs.
* Avoid inserting tokens arbitrarily or clustering tokens unnaturally.
5. The narration is a descriptive alignment between text instructions and motion token progression. It is not an explanation of model decision-making or internal reasoning.
6. Do not restate or copy the final token sequence directly. Instead, describe the motion progression that corresponds to it.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and final motion token sequence are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
```
### Additional Constraints
* Do not include any extra keys.
* Do not include any text outside the JSON object.
* Do not mention instructions, prompts, or formatting rules.
* Motion tokens must be naturally integrated into the narration text.
* Do not generate all tokens in your reasoning, it is a reasoning non a final answer.
* Generate only one JSON.
### Remember:
To the model, these are not different tokens, it is like possible movements. Think like this, integrate naturally into the text like it is thinking directly in the motion modality as 'i will <motion_id> turning to the left'
<|im_end|>
<|im_start|>assistant
|
The motion begins with a stable seated posture, the head gently turned to the left as the person maintains a composed stance with palms folded at waist level. This initial position establishes a grounded base, with the upper body poised for movement. The palms then begin a rapid up-and-down motion at the waist, creating a rhythmic, repetitive gesture that suggests focus or anticipation. As the movement continues, the head smoothly transitions from the leftward turn to the right, initiating a rotational shift in the upper body. This head movement is accompanied by a subtle but deliberate rotation of the right hand, which turns outward to the right while simultaneously lifting slightly upward and shifting toward the left. This coordinated motion indicates a dynamic shift in spatial orientation, where the right hand traces a small arc in space, integrating rotation and elevation. The transition from the initial leftward head position to the rightward orientation is fluid, with the body adjusting its balance and alignment to accommodate the new direction of movement. The repeated up-and-down motion of the palms continues through this transition, maintaining a steady rhythm that anchors the motion in time. As the hand movement reaches its peak elevation and lateral shift, the body stabilizes into a new configuration, with the right hand now elevated and rotated, and the head fully facing right. The final phase of the motion captures this stabilized pose, where the body holds the extended right hand in a raised, angled position while the left hand remains folded, completing the sequence with a sense of deliberate control and spatial awareness.
|
A person begins in a stable seated posture, with the head gently turned to the left, palms folded at waist level—this initial pose is captured by <motion_1864>. As the motion initiates, the palms begin to move rapidly up and down at the waist level, a rhythmic gesture that persists through a series of quick, controlled oscillations. This repetitive motion is represented by a sustained sequence of <motion_1810> tokens, each capturing a micro-phase of the hand's vertical movement. After several repetitions, the head begins to turn back toward the right, marking a shift in direction and attention. This transition is signaled by <motion_1792>, which captures the rotational movement of the neck and upper torso. As the head completes its turn to the right, the right hand begins to rotate outward, turning to the right, a subtle but deliberate adjustment in hand orientation. This motion is encoded in <motion_1864>, reflecting the coordinated shift in limb alignment. The hand then lifts slightly upward and moves diagonally to the left, a fluid motion that combines elevation and lateral displacement. This phase is rendered through a sequence of <motion_561> tokens, each representing incremental changes in hand position and trajectory. The motion stabilizes briefly before the final phase begins, where the hand continues its upward and leftward motion with increasing precision. The final segment is marked by a series of <motion_561> tokens, maintaining the trajectory, followed by a subtle adjustment in posture and hand positioning, captured by <motion_1850> and <motion_1275>. The movement concludes with a refined stabilization of the hand and torso, represented by <motion_160>, <motion_1759>, <motion_169>, <motion_169>, and <motion_1719>, which collectively convey the final resting posture and motion cessation.
|
Give a person sitting with palms folded at waist level, quickly moving palms up and down, then turning head to the right, rotating right hand to the right, and raising it slightly up and to the left.
|
<start_think>The motion begins with a stable seated posture, the head gently turned to the left as the person maintains a composed stance with palms folded at waist level. This initial position establishes a grounded base, with the upper body poised for movement. The palms then begin a rapid up-and-down motion at the waist, creating a rhythmic, repetitive gesture that suggests focus or anticipation. As the movement continues, the head smoothly transitions from the leftward turn to the right, initiating a rotational shift in the upper body. This head movement is accompanied by a subtle but deliberate rotation of the right hand, which turns outward to the right while simultaneously lifting slightly upward and shifting toward the left. This coordinated motion indicates a dynamic shift in spatial orientation, where the right hand traces a small arc in space, integrating rotation and elevation. The transition from the initial leftward head position to the rightward orientation is fluid, with the body adjusting its balance and alignment to accommodate the new direction of movement. The repeated up-and-down motion of the palms continues through this transition, maintaining a steady rhythm that anchors the motion in time. As the hand movement reaches its peak elevation and lateral shift, the body stabilizes into a new configuration, with the right hand now elevated and rotated, and the head fully facing right. The final phase of the motion captures this stabilized pose, where the body holds the extended right hand in a raised, angled position while the left hand remains folded, completing the sequence with a sense of deliberate control and spatial awareness.<end_think>
<motion_start><motion_1864><motion_1810><motion_1792><motion_1864><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_561><motion_1850><motion_1275><motion_160><motion_1759><motion_169><motion_169><motion_1719><motion_end>
|
ep2_00649#0#196
|
[
1478,
908,
1049,
435,
1789,
504,
106,
111,
1664,
1203,
1756,
193,
939,
739,
1183,
1182,
297,
1984,
193,
1984,
1297,
1183,
1369,
1243
] | 0.116101
|
The person begins by standing upright, raises her right arm, and leans slightly on her left leg. She then lowers her arm, straightening her posture. She swings to her right, lifting her right arm again while leaning on her left leg, then lowers her arm and bows her head, straightening her stance once more. She repeats the motion, raising her right arm, tilting her head to the left, and leaning on her left leg. Finally, she straightens and gives a simple wave with her right arm.
|
The woman stands with her legs shoulder-width apart, waves her arms in a coordinated sequence. She begins by moving them in front of her at chest and neck level, then extends her arms to the sides while slightly turning her torso to the left. She brings her arms back in front and to the sides, concluding with circular arm movements outward.
|
The person begins standing and lifts her right arm, shifting weight to her left leg. She lowers the arm, straightening up. She then swings to her right, raising her right arm again while leaning on her left leg, lowers it again, and bows her head before straightening. She raises her right arm once more, tilting her head to the left, and lowers it, straightening her posture once more. Finally, she waves her right arm while standing straight.
|
The person stands with legs shoulder-width apart, waving her arms in various patterns. She waves them in front of her chest and neck, then spreads them to the sides while turning slightly left. Her arms return in front and then move sideways again, finally making circular motions with arms extended outward.
|
The person, standing and raising her right arm and leaning on her left leg, then lowering her arm, straightening herself. Then, swinging to her right, the person raises her right arm, leaning on her left leg, lowers her arm again, and bows her head, straightening herself. The person again raises her right arm, tilting her head to her left, leaning on her left leg with her left arm lowered, and lowers it, straightening herself. Finally, the person simply waves her right arm, standing straight.
|
A person stands with her legs shoulder-width apart and begins waving her arms. First in front of her at chest level and in front of her neck, then spreading them to the sides and turning slightly to the left, then putting them in front of her and to the sides, and finally making circular movements with her arms out to the sides.
|
<motion_1478><motion_908><motion_1049><motion_435><motion_1789><motion_504><motion_106><motion_111><motion_1664><motion_1203><motion_1756><motion_193><motion_939><motion_739><motion_1183><motion_1182><motion_297><motion_1984><motion_193><motion_1984><motion_1297><motion_1183><motion_1369><motion_1243>
|
ep2_00649
| 0
| 196
| 6.533333
|
<|im_start|>user
You are given a detailed description of a human motion sequence. Your task is to rewrite it as a short, natural user message that asks an AI assistant to visualize or animate the movement.
Guidelines:
- Write as if a real user is chatting with an AI.
- Keep it concise but clear.
- Preserve the main actions and their order.
- Use natural everyday language (not academic or caption style).
- Focus on what the character/person is doing, not background details.
- Prefer action verbs (walk, turn, raise, jump, etc.).
- Output a prompt sentence only.
- Do not explain anything.
- Do not include quotation marks.
**Motion Description:**
The person stands with legs shoulder-width apart, waving her arms in various patterns. She waves them in front of her chest and neck, then spreads them to the sides while turning slightly left. Her arms return in front and then move sideways again, finally making circular motions with arms extended outward.
Return only the final user prompt.
The prompt must start with "A person".
<|im_end|>
<|im_start|>assistant
|
A person stands with legs shoulder-width apart, waving her arms in front of her chest and neck, then spreads them to the sides while turning slightly left, brings them back in front, moves them sideways again, and finally makes circular motions with arms extended outward.
|
<|im_start|>user
User input: The woman stands with her legs shoulder-width apart, waves her arms in a coordinated sequence. She begins by moving them in front of her at chest and neck level, then extends her arms to the sides while slightly turning her torso to the left. She brings her arms back in front and to the sides, concluding with circular arm movements outward.
Assistant final output: <motion_1478><motion_908><motion_1049><motion_435><motion_1789><motion_504><motion_106><motion_111><motion_1664><motion_1203><motion_1756><motion_193><motion_939><motion_739><motion_1183><motion_1182><motion_297><motion_1984><motion_193><motion_1984><motion_1297><motion_1183><motion_1369><motion_1243>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 6-second motion clip with 196 frames.
Your task is to generate an **alignment narration** that explains how the motion described in the user input corresponds to the temporal progression of the motion clip.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with the progression of the motion clip.
2. The narration must use **natural language only**.
* Do not include motion tokens or token identifiers.
* Describe motion progression using temporal and biomechanical descriptions.
3. The narration should describe posture transitions, limb movement, balance changes, spatial shifts, and stabilization events throughout the motion.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided motion description and the implied progression of the motion clip.
* Highlight meaningful phases of movement progression.
* Avoid repeating or paraphrasing the entire user input verbatim.
5. The narration is a descriptive alignment between text instructions and motion progression. It is not an explanation of model decision-making or internal reasoning.
6. Focus on describing how each stage of the movement unfolds and transitions into the next.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and motion clip are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
<|im_end|>
<|im_start|>assistant
|
<|im_start|>user
User input: The woman stands with her legs shoulder-width apart, waves her arms in a coordinated sequence. She begins by moving them in front of her at chest and neck level, then extends her arms to the sides while slightly turning her torso to the left. She brings her arms back in front and to the sides, concluding with circular arm movements outward.
Assistant final output: <motion_1478><motion_908><motion_1049><motion_435><motion_1789><motion_504><motion_106><motion_111><motion_1664><motion_1203><motion_1756><motion_193><motion_939><motion_739><motion_1183><motion_1182><motion_297><motion_1984><motion_193><motion_1984><motion_1297><motion_1183><motion_1369><motion_1243>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 6-second motion clip with 196 frames.
Your task is to generate an **alignment narration** that describes how the motion described in the user input corresponds to the progression of motion tokens.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with motion token generation.
2. The narration must interleave **natural language** and **motion tokens** in a smooth and coherent way.
* Motion tokens must appear inline inside the narration text.
* Motion tokens must use the exact format `<motion_ID>`.
* Each `<motion_ID>` represents one motion token.
3. The narration should describe posture transitions, limb movement, balance changes, and motion stabilization events that correspond to token generation.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided final motion token sequence.
* Introduce motion tokens where meaningful motion progression occurs.
* Avoid inserting tokens arbitrarily or clustering tokens unnaturally.
5. The narration is a descriptive alignment between text instructions and motion token progression. It is not an explanation of model decision-making or internal reasoning.
6. Do not restate or copy the final token sequence directly. Instead, describe the motion progression that corresponds to it.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and final motion token sequence are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
```
### Additional Constraints
* Do not include any extra keys.
* Do not include any text outside the JSON object.
* Do not mention instructions, prompts, or formatting rules.
* Motion tokens must be naturally integrated into the narration text.
* Do not generate all tokens in your reasoning, it is a reasoning non a final answer.
* Generate only one JSON.
### Remember:
To the model, these are not different tokens, it is like possible movements. Think like this, integrate naturally into the text like it is thinking directly in the motion modality as 'i will <motion_id> turning to the left'
<|im_end|>
<|im_start|>assistant
|
The motion begins with the woman standing upright, feet positioned shoulder-width apart, establishing a stable base for the subsequent movements. Her arms start at chest and neck level, moving in a coordinated front-to-back and side-to-side pattern, suggesting a deliberate warming-up or expressive gesture. As the sequence progresses, she extends her arms outward to the sides while initiating a subtle rotation of her torso to the left, creating a dynamic asymmetry that shifts her center of mass slightly and engages her core muscles. This lateral extension is accompanied by a controlled weight transfer, maintaining balance through the grounded stance. She then brings her arms back to the front, re-establishing a central alignment before sweeping them out to the sides once more, reinforcing the circular flow of motion. The final phase features fluid, continuous circular movements of the arms, expanding outward in a sweeping arc, which gradually decelerate and stabilize. Throughout the sequence, transitions between phases are smooth and deliberate, with each movement building upon the previous one, maintaining rhythmic continuity and spatial coherence. The entire motion unfolds with a sense of controlled expression, where posture adjustments, limb trajectories, and torso rotation work in harmony to create a cohesive, flowing motion that culminates in a balanced, stabilized finish.
|
The woman begins in a stable stance with her legs shoulder-width apart, establishing a grounded base as the motion sequence initiates with <motion_1478>, which captures the subtle weight shift and preparatory posture. She then begins moving her arms in front of her at chest and neck level, a fluid motion that unfolds through <motion_908> and <motion_1049>, each token representing incremental arm elevation and coordination. As she extends her arms to the sides, her torso subtly rotates leftward, a transition marked by <motion_435> and <motion_1789>, where the lateral arm reach is synchronized with torso twist and balance adjustment. The return of her arms to the front is captured in <motion_504> and <motion_106>, reflecting the controlled retraction and alignment of limbs with core stability. As she brings her arms to the sides again, the motion gains momentum, with <motion_111> and <motion_1664> emphasizing the full extension and slight shoulder elevation. The concluding phase begins with <motion_1203>, where the arms start their outward circular motion, a smooth arc initiated from the shoulders and driven by core rotation. This circular trajectory continues through <motion_1756> and <motion_193>, with each token reflecting the increasing radius and fluidity of the motion. The circular path stabilizes as <motion_939> captures the mid-arc phase, maintaining balance and momentum. The motion then transitions into a refined circular completion with <motion_739> and <motion_1183>, where arm positioning and torso alignment remain consistent. As the sequence nears its end, <motion_1182> and <motion_297> depict the final deceleration and re-centering of the arms, returning to a neutral posture. The motion concludes with <motion_1984> and <motion_193> reinforcing the circular finish, followed by <motion_1297> and <motion_1183> to stabilize the pose, while <motion_1369> and <motion_1243> provide the final settling of posture, ensuring the woman returns to a balanced, grounded stance.
|
A person stands with legs shoulder-width apart, waving her arms in front of her chest and neck, then spreads them to the sides while turning slightly left, brings them back in front, moves them sideways again, and finally makes circular motions with arms extended outward.
|
<start_think>The motion begins with the woman standing upright, feet positioned shoulder-width apart, establishing a stable base for the subsequent movements. Her arms start at chest and neck level, moving in a coordinated front-to-back and side-to-side pattern, suggesting a deliberate warming-up or expressive gesture. As the sequence progresses, she extends her arms outward to the sides while initiating a subtle rotation of her torso to the left, creating a dynamic asymmetry that shifts her center of mass slightly and engages her core muscles. This lateral extension is accompanied by a controlled weight transfer, maintaining balance through the grounded stance. She then brings her arms back to the front, re-establishing a central alignment before sweeping them out to the sides once more, reinforcing the circular flow of motion. The final phase features fluid, continuous circular movements of the arms, expanding outward in a sweeping arc, which gradually decelerate and stabilize. Throughout the sequence, transitions between phases are smooth and deliberate, with each movement building upon the previous one, maintaining rhythmic continuity and spatial coherence. The entire motion unfolds with a sense of controlled expression, where posture adjustments, limb trajectories, and torso rotation work in harmony to create a cohesive, flowing motion that culminates in a balanced, stabilized finish.<end_think>
<motion_start><motion_1478><motion_908><motion_1049><motion_435><motion_1789><motion_504><motion_106><motion_111><motion_1664><motion_1203><motion_1756><motion_193><motion_939><motion_739><motion_1183><motion_1182><motion_297><motion_1984><motion_193><motion_1984><motion_1297><motion_1183><motion_1369><motion_1243><motion_end>
|
m_st2_00216#0#257
|
[
1902,
202,
749,
9,
883,
742,
1045,
1917,
1917,
1045,
1045,
1917,
282,
1264,
1168,
2001,
487,
1950,
230,
1214,
797,
1274,
1445,
197,
1195,
1206,
937,
1847,
1195,
797,
185,
1306
] | 0.084662
|
The person steps back with their left foot, turning slightly to the left, extending their left arm forward and tilting their head down. They then move forward, gently swaying their left arm. This motion is continued as they turn to the right, repeating the sequence.
|
The person walks with a somber posture, head tilted down, moving diagonally to the left. They then pivot to the right and continue walking diagonally to the right, maintaining the same dejected demeanor.
|
The individual steps backward with the left foot, turning slightly to the left with their left arm extended forward. Their head tilts slightly downward. They proceed to walk forward while gently swaying their left arm. They then turn to the right while maintaining this motion, repeating the same sequence.
|
The individual walks with a somber demeanor, moving diagonally to the left, head slightly tilted downwards. After a moment, they pivot to the right and continue walking, now moving diagonally to the right while maintaining their gloomy posture.
|
The person walks gloomily forward diagonally to the left with their head tilting down. They turn to the right and walk forward diagonally to the right.
|
The person steps back with their left foot while slightly turning to their left with their left arm extended forward and their head slightly tilted down. Then they walk forward in this position while slightly swaying their left arm in front of them. They continue this action while turning to their right and repeat it.
|
<motion_1902><motion_202><motion_749><motion_9><motion_883><motion_742><motion_1045><motion_1917><motion_1917><motion_1045><motion_1045><motion_1917><motion_282><motion_1264><motion_1168><motion_2001><motion_487><motion_1950><motion_230><motion_1214><motion_797><motion_1274><motion_1445><motion_197><motion_1195><motion_1206><motion_937><motion_1847><motion_1195><motion_797><motion_185><motion_1306>
|
m_st2_00216
| 0
| 257
| 8.566667
|
<|im_start|>user
You are given a detailed description of a human motion sequence. Your task is to rewrite it as a short, natural user message that asks an AI assistant to visualize or animate the movement.
Guidelines:
- Write as if a real user is chatting with an AI.
- Keep it concise but clear.
- Preserve the main actions and their order.
- Use natural everyday language (not academic or caption style).
- Focus on what the character/person is doing, not background details.
- Prefer action verbs (walk, turn, raise, jump, etc.).
- Output a prompt sentence only.
- Do not explain anything.
- Do not include quotation marks.
**Motion Description:**
The person steps back with their left foot while slightly turning to their left with their left arm extended forward and their head slightly tilted down. Then they walk forward in this position while slightly swaying their left arm in front of them. They continue this action while turning to their right and repeat it.
Return only the final user prompt.
The prompt must start with "Imagine".
<|im_end|>
<|im_start|>assistant
|
Imagine a person stepping back with their left foot, turning left slightly, left arm extended forward, head tilted down, then walking forward while swaying the left arm and gradually turning right, repeating the motion.
|
<|im_start|>user
User input: The person walks gloomily forward diagonally to the left with their head tilting down. They turn to the right and walk forward diagonally to the right.
Assistant final output: <motion_1902><motion_202><motion_749><motion_9><motion_883><motion_742><motion_1045><motion_1917><motion_1917><motion_1045><motion_1045><motion_1917><motion_282><motion_1264><motion_1168><motion_2001><motion_487><motion_1950><motion_230><motion_1214><motion_797><motion_1274><motion_1445><motion_197><motion_1195><motion_1206><motion_937><motion_1847><motion_1195><motion_797><motion_185><motion_1306>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 8-second motion clip with 257 frames.
Your task is to generate an **alignment narration** that explains how the motion described in the user input corresponds to the temporal progression of the motion clip.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with the progression of the motion clip.
2. The narration must use **natural language only**.
* Do not include motion tokens or token identifiers.
* Describe motion progression using temporal and biomechanical descriptions.
3. The narration should describe posture transitions, limb movement, balance changes, spatial shifts, and stabilization events throughout the motion.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided motion description and the implied progression of the motion clip.
* Highlight meaningful phases of movement progression.
* Avoid repeating or paraphrasing the entire user input verbatim.
5. The narration is a descriptive alignment between text instructions and motion progression. It is not an explanation of model decision-making or internal reasoning.
6. Focus on describing how each stage of the movement unfolds and transitions into the next.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and motion clip are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
<|im_end|>
<|im_start|>assistant
|
<|im_start|>user
User input: The person walks gloomily forward diagonally to the left with their head tilting down. They turn to the right and walk forward diagonally to the right.
Assistant final output: <motion_1902><motion_202><motion_749><motion_9><motion_883><motion_742><motion_1045><motion_1917><motion_1917><motion_1045><motion_1045><motion_1917><motion_282><motion_1264><motion_1168><motion_2001><motion_487><motion_1950><motion_230><motion_1214><motion_797><motion_1274><motion_1445><motion_197><motion_1195><motion_1206><motion_937><motion_1847><motion_1195><motion_797><motion_185><motion_1306>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 8-second motion clip with 257 frames.
Your task is to generate an **alignment narration** that describes how the motion described in the user input corresponds to the progression of motion tokens.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with motion token generation.
2. The narration must interleave **natural language** and **motion tokens** in a smooth and coherent way.
* Motion tokens must appear inline inside the narration text.
* Motion tokens must use the exact format `<motion_ID>`.
* Each `<motion_ID>` represents one motion token.
3. The narration should describe posture transitions, limb movement, balance changes, and motion stabilization events that correspond to token generation.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided final motion token sequence.
* Introduce motion tokens where meaningful motion progression occurs.
* Avoid inserting tokens arbitrarily or clustering tokens unnaturally.
5. The narration is a descriptive alignment between text instructions and motion token progression. It is not an explanation of model decision-making or internal reasoning.
6. Do not restate or copy the final token sequence directly. Instead, describe the motion progression that corresponds to it.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and final motion token sequence are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
```
### Additional Constraints
* Do not include any extra keys.
* Do not include any text outside the JSON object.
* Do not mention instructions, prompts, or formatting rules.
* Motion tokens must be naturally integrated into the narration text.
* Do not generate all tokens in your reasoning, it is a reasoning non a final answer.
* Generate only one JSON.
### Remember:
To the model, these are not different tokens, it is like possible movements. Think like this, integrate naturally into the text like it is thinking directly in the motion modality as 'i will <motion_id> turning to the left'
<|im_end|>
<|im_start|>assistant
|
The motion begins with a slow, deliberate forward movement, the person's body leaning slightly downward as they step diagonally to the left, their head naturally tilted down, conveying a sense of introspection or melancholy. Their weight shifts steadily onto the left foot, initiating a controlled transfer of balance that allows the right leg to swing forward in a smooth, gliding motion. As the movement progresses, the torso rotates slightly to the right, preparing for a change in direction. The left foot plants firmly, and the body pivots around it, rotating the upper body to face more directly forward while the right leg begins to carry the weight. The stride now shifts diagonally to the right, with a more upright posture emerging as the person regains balance and stabilizes their center of mass. The right foot leads the new diagonal path, and the left foot follows with a controlled, grounded step, maintaining a steady rhythm. Throughout this transition, the arms move in counterbalance to the torso rotation—left arm swinging forward as the right leg steps, and vice versa—adding fluidity and realism to the motion. The head remains slightly lowered but begins to lift subtly, indicating a shift in focus or awareness. As the sequence continues, the movement gains a more deliberate cadence, with each step clearly defined and the body’s momentum flowing seamlessly through the change in direction. The final phases show the person settling into a stable, forward-facing stance, having completed the directional shift with controlled, natural motion, suggesting a return to equilibrium after the emotional and spatial journey described in the initial input.
|
The person begins with a slow, heavy step forward diagonally to the left, their posture weighted and head tilted downward in a state of contemplation or sadness, captured by the initial motion tokens <motion_1902> and <motion_202>, which reflect a downward gaze and a slight forward lean. As the movement progresses, the body begins to shift its center of gravity to initiate a turn, signaled by <motion_749>, which introduces a subtle rotation of the torso and hips to the right. The diagonal forward motion continues with a slight arc, now transitioning into a rightward trajectory, as <motion_9> and <motion_883> stabilize the step and prepare the lower body for the directional shift. The turn completes with a full pivot of the torso and legs, captured in <motion_742>, where the feet rotate and the upper body aligns with the new direction. The forward motion resumes, now diagonally to the right, with a steady rhythm established by <motion_1045>, which maintains balance and momentum. The repetition of <motion_1917> and <motion_1917> indicates a consistent, grounded stride, each step reinforcing the directional flow. As the motion continues, the body stabilizes into a more fluid gait, with <motion_282> suggesting a slight arm swing to maintain equilibrium. The torso remains slightly inclined forward, with <motion_1264> and <motion_1168> reflecting the ongoing downward head tilt and subtle shoulder roll. The sequence then transitions into a smoother, more deliberate movement pattern, with <motion_2001> introducing a slight upper-body extension, followed by <motion_487> and <motion_1950>, which refine the step length and foot placement. The gait remains consistent, with <motion_230> and <motion_1214> capturing the natural swing of the arms and the controlled weight transfer. A moment of slight hesitation or adjustment occurs with <motion_797>, where the body subtly shifts balance before continuing forward. The motion regains momentum with <motion_1274> and <motion_1445>, which emphasize a steady stride and coordinated limb movement. The torso remains engaged, with <motion_197> and <motion_1195> reflecting the controlled rotation and forward propulsion. As the sequence nears its end, the body stabilizes into a final phase of movement, with <motion_1206> and <motion_937> indicating a slight deceleration and balance adjustment. The motion concludes with <motion_1847>, a stabilization token that brings the body to a quiet, grounded finish, followed by <motion_1195> and <motion_797> to reestablish posture, and finally <motion_185> and <motion_1306>, which complete the sequence with a subtle, final settling of the frame.
|
Imagine a person stepping back with their left foot, turning left slightly, left arm extended forward, head tilted down, then walking forward while swaying the left arm and gradually turning right, repeating the motion.
|
<start_think>The motion begins with a slow, deliberate forward movement, the person's body leaning slightly downward as they step diagonally to the left, their head naturally tilted down, conveying a sense of introspection or melancholy. Their weight shifts steadily onto the left foot, initiating a controlled transfer of balance that allows the right leg to swing forward in a smooth, gliding motion. As the movement progresses, the torso rotates slightly to the right, preparing for a change in direction. The left foot plants firmly, and the body pivots around it, rotating the upper body to face more directly forward while the right leg begins to carry the weight. The stride now shifts diagonally to the right, with a more upright posture emerging as the person regains balance and stabilizes their center of mass. The right foot leads the new diagonal path, and the left foot follows with a controlled, grounded step, maintaining a steady rhythm. Throughout this transition, the arms move in counterbalance to the torso rotation—left arm swinging forward as the right leg steps, and vice versa—adding fluidity and realism to the motion. The head remains slightly lowered but begins to lift subtly, indicating a shift in focus or awareness. As the sequence continues, the movement gains a more deliberate cadence, with each step clearly defined and the body’s momentum flowing seamlessly through the change in direction. The final phases show the person settling into a stable, forward-facing stance, having completed the directional shift with controlled, natural motion, suggesting a return to equilibrium after the emotional and spatial journey described in the initial input.<end_think>
<motion_start><motion_1902><motion_202><motion_749><motion_9><motion_883><motion_742><motion_1045><motion_1917><motion_1917><motion_1045><motion_1045><motion_1917><motion_282><motion_1264><motion_1168><motion_2001><motion_487><motion_1950><motion_230><motion_1214><motion_797><motion_1274><motion_1445><motion_197><motion_1195><motion_1206><motion_937><motion_1847><motion_1195><motion_797><motion_185><motion_1306><motion_end>
|
m_ep2_01360#0#165
|
[
496,
843,
843,
843,
843,
1285,
1182,
911,
1182,
1182,
1182,
6,
1285,
770,
843,
770,
1711,
1276,
1182,
1182
] | 0.044208
|
The individual stands upright with feet shoulder-width apart. They lift their left hand forward, slightly to the right, before returning it to the starting position. This motion is repeated, maintaining a consistent rhythm throughout the sequence.
|
Initially standing in a neutral position with arms relaxed at the sides, the person raises their left hand forward to point slightly to the right, then lowers it back down. They repeat this pointing motion before returning to the original neutral stance.
|
The person stands upright, then raises their left hand forward and slightly to the right before returning it to the starting position. This motion is repeated, maintaining a controlled and steady pace.
|
The person begins in a neutral stance, arms resting by their sides. They lift their left hand forward and extend it slightly to the right to point at an object. After pointing, they lower their hand back to the resting position. This pointing action is repeated once more before the individual returns to their original neutral stance.
|
The person points at something with his left hand. His initial position is neutral resting with his arms down. Then he raises his left hand forward and points slightly to the right. Then he lowers it. Then he repeats the action. Finally, he returns to the initial position.
|
The person stands in a neutral position, lifts their left hand in front of them slightly to the right, and puts it back. Then the person repeats the process.
|
<motion_496><motion_843><motion_843><motion_843><motion_843><motion_1285><motion_1182><motion_911><motion_1182><motion_1182><motion_1182><motion_6><motion_1285><motion_770><motion_843><motion_770><motion_1711><motion_1276><motion_1182><motion_1182>
|
m_ep2_01360
| 0
| 165
| 5.5
|
<|im_start|>user
You are given a detailed description of a human motion sequence. Your task is to rewrite it as a short, natural user message that asks an AI assistant to visualize or animate the movement.
Guidelines:
- Write as if a real user is chatting with an AI.
- Keep it concise but clear.
- Preserve the main actions and their order.
- Use natural everyday language (not academic or caption style).
- Focus on what the character/person is doing, not background details.
- Prefer action verbs (walk, turn, raise, jump, etc.).
- Output a prompt sentence only.
- Do not explain anything.
- Do not include quotation marks.
**Motion Description:**
The individual stands upright with feet shoulder-width apart. They lift their left hand forward, slightly to the right, before returning it to the starting position. This motion is repeated, maintaining a consistent rhythm throughout the sequence.
Return only the final user prompt.
The prompt must start with "Give".
<|im_end|>
<|im_start|>assistant
|
Give a person standing upright a smooth, rhythmic motion of lifting their left hand forward and slightly to the right, then bringing it back to their side, repeating this several times with steady timing.
|
<|im_start|>user
User input: The person begins in a neutral stance, arms resting by their sides. They lift their left hand forward and extend it slightly to the right to point at an object. After pointing, they lower their hand back to the resting position. This pointing action is repeated once more before the individual returns to their original neutral stance.
Assistant final output: <motion_496><motion_843><motion_843><motion_843><motion_843><motion_1285><motion_1182><motion_911><motion_1182><motion_1182><motion_1182><motion_6><motion_1285><motion_770><motion_843><motion_770><motion_1711><motion_1276><motion_1182><motion_1182>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 5-second motion clip with 165 frames.
Your task is to generate an **alignment narration** that explains how the motion described in the user input corresponds to the temporal progression of the motion clip.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with the progression of the motion clip.
2. The narration must use **natural language only**.
* Do not include motion tokens or token identifiers.
* Describe motion progression using temporal and biomechanical descriptions.
3. The narration should describe posture transitions, limb movement, balance changes, spatial shifts, and stabilization events throughout the motion.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided motion description and the implied progression of the motion clip.
* Highlight meaningful phases of movement progression.
* Avoid repeating or paraphrasing the entire user input verbatim.
5. The narration is a descriptive alignment between text instructions and motion progression. It is not an explanation of model decision-making or internal reasoning.
6. Focus on describing how each stage of the movement unfolds and transitions into the next.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and motion clip are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
<|im_end|>
<|im_start|>assistant
|
<|im_start|>user
User input: The person begins in a neutral stance, arms resting by their sides. They lift their left hand forward and extend it slightly to the right to point at an object. After pointing, they lower their hand back to the resting position. This pointing action is repeated once more before the individual returns to their original neutral stance.
Assistant final output: <motion_496><motion_843><motion_843><motion_843><motion_843><motion_1285><motion_1182><motion_911><motion_1182><motion_1182><motion_1182><motion_6><motion_1285><motion_770><motion_843><motion_770><motion_1711><motion_1276><motion_1182><motion_1182>
###
You are given:
* A **User input** describing a human motion sequence.
* The **Assistant final output**, which is a sequence of motion tokens representing about a 5-second motion clip with 165 frames.
Your task is to generate an **alignment narration** that describes how the motion described in the user input corresponds to the progression of motion tokens.
### Requirements
1. The narration must describe how the movement evolves over time and how it aligns with motion token generation.
2. The narration must interleave **natural language** and **motion tokens** in a smooth and coherent way.
* Motion tokens must appear inline inside the narration text.
* Motion tokens must use the exact format `<motion_ID>`.
* Each `<motion_ID>` represents one motion token.
3. The narration should describe posture transitions, limb movement, balance changes, and motion stabilization events that correspond to token generation.
4. The narration must:
* Follow the chronological order of the motion.
* Remain consistent with the provided final motion token sequence.
* Introduce motion tokens where meaningful motion progression occurs.
* Avoid inserting tokens arbitrarily or clustering tokens unnaturally.
5. The narration is a descriptive alignment between text instructions and motion token progression. It is not an explanation of model decision-making or internal reasoning.
6. Do not restate or copy the final token sequence directly. Instead, describe the motion progression that corresponds to it.
7. Do not include headings, bullet points, or structured sections. Write the narration as a single continuous trace.
8. Assume the user input and final motion token sequence are both correct and aligned.
### Output Format
Return only a JSON object with a single key:
```json
{
"reasoning": "..."
}
```
### Additional Constraints
* Do not include any extra keys.
* Do not include any text outside the JSON object.
* Do not mention instructions, prompts, or formatting rules.
* Motion tokens must be naturally integrated into the narration text.
* Do not generate all tokens in your reasoning, it is a reasoning non a final answer.
* Generate only one JSON.
### Remember:
To the model, these are not different tokens, it is like possible movements. Think like this, integrate naturally into the text like it is thinking directly in the motion modality as 'i will <motion_id> turning to the left'
<|im_end|>
<|im_start|>assistant
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The motion begins with the person standing in a neutral posture, weight evenly distributed, arms naturally at their sides, signaling a state of readiness and stability. The first movement initiates with a controlled lift of the left hand, beginning from the side of the body and moving forward in a smooth arc, gradually extending the arm outward and slightly rotating the torso to the right to enhance the pointing gesture. As the hand reaches its peak extension, it aligns with the target object, with the index finger clearly directed forward, indicating a deliberate and precise pointing action. The upper body maintains a slight rotational shift to the right, but core stability is preserved to prevent over-rotation or imbalance. After holding the point briefly, the hand begins its return trajectory, retracting in reverse motion—first retracting the arm back toward the torso, then lowering it smoothly to the side, re-establishing the neutral resting position. The torso rotates back to center, restoring symmetrical posture. The same sequence is repeated: the left hand lifts forward again, extends slightly to the right, points at the object, and then returns to the side, completing a second identical gesture. Throughout both repetitions, the motion is fluid and deliberate, with consistent timing and spatial alignment. After the second point, the individual begins to transition back to the original neutral stance, with the torso centering fully, the arms lowering with controlled deceleration, and the body settling into a balanced, relaxed posture. The final phase involves a subtle stabilization, ensuring the body returns to its initial state with no residual movement or tension, completing the full sequence with a sense of closure and intentionality.
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The individual starts in a neutral stance, with arms resting by their sides, which corresponds to the initial sequence of <motion_496> and <motion_843>, representing stable, balanced postural control. As the person begins to lift their left hand forward, the motion transitions into a deliberate reaching gesture, marked by the emergence of <motion_843> repeated to establish the upward and forward trajectory. The hand extends slightly to the right to point at an object, a subtle shift in direction captured by the refined motion <motion_843>, indicating controlled limb articulation and spatial targeting. After completing the first point, the hand begins its return, signaled by <motion_1285>, a smooth retraction motion that brings the limb back toward the body. The arm lowers to the resting position through a sequence of stabilized transitions, with <motion_1182> and <motion_911> reflecting the gradual descent and repositioning of the upper limb. The individual prepares for a second point, re-engaging the same motion pattern with another cycle of <motion_1182> and <motion_1182>, maintaining consistency in timing and form. The second pointing action concludes with <motion_6>, a brief stabilization phase as the hand reaches its target. The return to neutral follows, initiated by <motion_1285> to begin retraction, then stabilized through <motion_770> and <motion_843>, ensuring a controlled descent. The final repositioning of the arm is confirmed by <motion_770> and <motion_1711>, representing the arm settling back into the resting state. The sequence concludes with <motion_1276> and <motion_1182>, indicating full postural reintegration and final balance, completing the return to the original neutral stance.
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Give a person standing upright a smooth, rhythmic motion of lifting their left hand forward and slightly to the right, then bringing it back to their side, repeating this several times with steady timing.
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<start_think>The motion begins with the person standing in a neutral posture, weight evenly distributed, arms naturally at their sides, signaling a state of readiness and stability. The first movement initiates with a controlled lift of the left hand, beginning from the side of the body and moving forward in a smooth arc, gradually extending the arm outward and slightly rotating the torso to the right to enhance the pointing gesture. As the hand reaches its peak extension, it aligns with the target object, with the index finger clearly directed forward, indicating a deliberate and precise pointing action. The upper body maintains a slight rotational shift to the right, but core stability is preserved to prevent over-rotation or imbalance. After holding the point briefly, the hand begins its return trajectory, retracting in reverse motion—first retracting the arm back toward the torso, then lowering it smoothly to the side, re-establishing the neutral resting position. The torso rotates back to center, restoring symmetrical posture. The same sequence is repeated: the left hand lifts forward again, extends slightly to the right, points at the object, and then returns to the side, completing a second identical gesture. Throughout both repetitions, the motion is fluid and deliberate, with consistent timing and spatial alignment. After the second point, the individual begins to transition back to the original neutral stance, with the torso centering fully, the arms lowering with controlled deceleration, and the body settling into a balanced, relaxed posture. The final phase involves a subtle stabilization, ensuring the body returns to its initial state with no residual movement or tension, completing the full sequence with a sense of closure and intentionality.<end_think>
<motion_start><motion_496><motion_843><motion_843><motion_843><motion_843><motion_1285><motion_1182><motion_911><motion_1182><motion_1182><motion_1182><motion_6><motion_1285><motion_770><motion_843><motion_770><motion_1711><motion_1276><motion_1182><motion_1182><motion_end>
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