 FoxyzandClaude Opus 5.5
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d83273dd2f
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Body step 2: the player is a muscle-driven ragdoll (Project TX)
PlayerRagdoll: 9 bodies, spine/neck ball joints, shoulder drives (girdle + muscle),
elbow hinges, torque-capped motor PDs toward the True Body, chest->hand guides,
implicit balance motor, mass-scaled ground control. PlayerRig: XR driver with
stick move / snap turn and Bonelab-style push-back (eye->camera sphere sweep).
Replaces the chase bodies in main.tscn; RagdollSpike regression (14 phases).
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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2026-10-02 06:43:52 +03:00 |
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FoxyzandClaude Opus 5.5
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81a9b1fca2
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Body step 1: one-time T-pose calibration (prefs.json, forced gate) + True Body solver + shared ArmSolver
- BodyProfile (Winter anthropometry, T-pose: arm = (span - shoulder width)/2 - 1.5 cm) and
Prefs (gitignored prefs.json next to the executable / project folder in editor builds)
- Calibration node: loads prefs, else head-locked prompt + jitter-proof TPoseDetector; body
systems wait for BodyProfile.Current; Recalibrate() in group "calibration"; recal rebuilds arms
- ArmSolver: PhysicsArms' elbow solve extracted (behaviour-identical) + min reach |U-F| fix
- TrueBody: derived real-body pose (neck, chest yaw + crouch lean at neck pivot, lagging pelvis,
moving shoulder girdle with scapulohumeral shrug, arms) + debug skeleton
- PhysicsArms/PhysicsTorso/BodyRig now profile-driven (arm length no longer from head height)
- TrueBodySpike PASS x3; all spikes PASS x3 (arm spike thresholds re-based for correct 0.57 m arms;
CollapseSpike uses a fixed standing profile)
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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2026-10-02 05:47:20 +03:00 |
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