Animation Details
Stage a tense, nongraphic interaction between two standing characters. Holding neck tight shows one figure with an arm extended toward the other figure's neck area while the second figure keeps open hands raised near the chest and face. The extended arm changes its bend as both bodies make small shifts through the shoulders, hips and knees. The responding figure leans back slightly and lifts the hands higher before returning toward the earlier pose. Both figures remain upright throughout the displayed passage. These visible gestures support fictional confrontation choreography without establishing any injury or physical outcome.
Technical Specifications
The listing identifies FBX animation format and names holding neck tight.zip as the download. Asset duration, frame rate, skeleton configuration, looping and root-motion behavior have not been verified from the files.
Compatibility and Production Workflows
Use an import and retargeting route supported by your animation tools; compatibility is untested. Review the spacing between characters, hand placement and shoulder movement after retargeting. Match their relative scale before staging the interaction. Any approach, separation or surrounding performance will need to be assessed and prepared for your scene.
Suitable Uses
Consider the motion for a fictional confrontation, a dramatic cutscene or performance previsualization. The sustained face-to-face arrangement puts attention on the raised hands and restrained posture changes. Frame the scene to preserve readable silhouettes and assess the passage against the tone and pacing of the surrounding sequence.
What's Included
The named ZIP is the listing's download, and FBX is the stated format. Archive contents and character-track coverage remain uninspected. The two visible preview figures do not confirm included models or synchronized animation tracks. Environments and effects are not verified as included.
Tags
standing interaction, fictional confrontation, raised hands, restrained body shifts, paired performance, dramatic character motion, scene previsualization
