Dumbbell Training Sequence Biomechanical Diagram AI Image Prompt
Generate a monochrome grayscale technical illustration, a biomechanically accurate fitness instruction sheet, clean 3D anatomical figures, scientific diagram aesthetics, minimalist style, no artistic exaggeration. 2x4 grid layout (total of 8 panels), perfectly aligned cells, equal spacing, thin black border, numbered 1 to 8. Neutral athletic human body (gender-neutral), proportional anatomy, consistent figure across all panels. {argument name="training sequence" default="Dumbbell training"} sequence (key positions only): 1. Dumbbell Curl (starting position) 2. Dumbbell Curl (top contraction) 3. Shoulder Press (start at shoulder height) 4. Shoulder Press (overhead lockout) 5. Lateral Raise (arms down) 6. Lateral Raise (arms to shoulder height) 7. Dumbbell Squat (standing start) 8. Squat (bottom position). Top left corner: bold number + movement name (Chinese). Center: full-body pose (clear joint positioning). Bottom left corner: brief technical description (2–3 lines, correct posture cues). Overlay: directional arrows showing the path of motion (up/down/arc). Correct joint alignment, neutral spine, proper elbow and knee positioning, realistic weight distribution, no exaggerated movements. Highly detailed grayscale shading, soft studio lighting, subtle shadows, clean lines, medical/sports science diagram quality. Solid white background. No color, no background environment, no extra elements, no stylization, no blur.
Content: 2x4 grid layout with 8 panels, each showing a key position of an exercise; subject is gender-neutral, anatomically accurate full-body pose; style is biomechanical scientific diagram, grayscale shading, soft lighting, white background; includes numbering, movement name, technical description, and motion arrows.
Pros: Clear structure with grid numbering matching actions, easy to follow; rich details (poses, descriptions, arrows) for practical use.
Cons: Minimalist style may lack visual appeal; requires precise anatomy and joint alignment, AI generation prone to inaccuracies.
Reference image: No obvious reference-image dependency
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