Tools used
- create_workout
- find_exercise_candidates
- compute_protein_target
- update_preferences
- remember
Procedure
Procedure
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Assess and Configure Preferences:
- Confirm the user's primary goal is lower body hypertrophy with waist maintenance.
- Use
compute_protein_targetto establish a baseline of 1.7–2g/kg of body weight to support muscle repair. - Use
rememberto store the preference for avoiding weighted oblique work and prioritizing "cinched" waist aesthetics.
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Select Lower Body Movements by Vector:
- For each lower body session, use
find_exercise_candidatesto select:- Vertical Hip Extension (Stretched): 1–2 exercises such as squats, Romanian deadlifts, or lunges.
- Horizontal Hip Extension (Shortened): 1–2 exercises such as barbell hip thrusts or glute bridges.
- Unilateral/Activation focus: 1 exercise such as step-ups for high GMax activation.
- Lateral/Rotary focus: 1 exercise such as seated or cable hip abductions for gluteus medius fullness.
- For each lower body session, use
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Implement Waist-Narrowing Core Strategy:
- Audit current core exercises. Replace any weighted side-bends or weighted spinal twists.
- Integrate Static Stability movements: planks and dead-bugs to develop functional strength without bulk.
- Include Transversus Abdominis (TVA) training: prescribe "stomach vacuums" to improve the "cinched" appearance.
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Optimize Stability for Intensity:
- To allow high-intensity leg training without excessive external oblique/rectus abdominis bracing, incorporate machine-based movements.
- Use
create_workoutto suggest substituting heavy free-weight compound lifts with Hack Squats or Leg Presses when the goal is purely muscular failure with minimal core thickening.
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Program Parameters:
- Volume: Schedule 3–6 sets per exercise.
- Proximity to Failure: Ensure sets are performed close to failure across various loading zones to maximize hypertrophy.
- Frequency: Distribute the identified movements across multiple weekly sessions to ensure adequate recovery and total volume.
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Progressive Overload Tracking:
- Monitor systematic increases in load, repetitions, or range of motion for all prioritized lower body movements to drive continued adaptation.