Change Details

Camera movement in helicopters, vehicles, and infantry is unnatural and unrealistic. Someone without a body is programming the soldier's movements. The movement follows a hierarchy where the eye guides the head and the head the rest of the body. In the game the head does not follow the natural functioning which is the alignment with the plane of the horizon continuously. The head aligns with the horizon during movement primarily to: Maintain balance: The vestibular system relies on head position relative to gravity for equilibrium. Stabilize vision: Minimizes head oscillations, allowing for clear focus during movement. Additional factors include postural reflexes and motor control. In short, head alignment is crucial for balance, vision, and coordinated movement. Implementation: Add pendulum axis of rotation in the head, to allow horizontal angle variation while seeking to align with the plane of gravity continuously. <img src="https://media.istockphoto.com/id/1328846821/es/vector/p%C3%A9ndulo.jpg?s=612x612&w=0&k=20&c=adcqm00Cz1cyqaNNh9E84PZKXi6ax1I0niSYlGW70co=" alt="imagen ref">

{F4305566}Camera movement in helicopters, vehicles, and infantry is unnatural and unrealistic. Someone without a body is programming the soldier's movements. The movement follows a hierarchy where the eye guides the head and the head the rest of the body. In the game the head does not follow the natural functioning which is the alignment with the plane of the horizon continuously. The head aligns with the horizon during movement primarily to: Maintain balance: The vestibular system relies on head position relative to gravity for equilibrium. Stabilize vision: Minimizes head oscillations, allowing for clear focus during movement. Additional factors include postural reflexes and motor control. In short, head alignment is crucial for balance, vision, and coordinated movement. Implementation: Add pendulum axis of rotation in the head, to allow horizontal angle variation while seeking to align with the plane of gravity continuously.

{F4305566}Camera movement in helicopters, vehicles, and infantry is unnatural and unrealistic. Someone without a body is programming the soldier's movements. The movement follows a hierarchy where the eye guides the head and the head the rest of the body. In the game the head does not follow the natural functioning which is the alignment with the plane of the horizon continuously. The head aligns with the horizon during movement primarily to: Maintain balance: The vestibular system relies on head position relative to gravity for equilibrium. Stabilize vision: Minimizes head oscillations, allowing for clear focus during movement. Additional factors include postural reflexes and motor control. In short, head alignment is crucial for balance, vision, and coordinated movement. Implementation: Add pendulum axis of rotation in the head, to allow horizontal angle variation while seeking to align with the plane of gravity continuously. <img src="https://media.istockphoto.com/id/1328846821/es/vector/p%C3%A9ndulo.jpg?s=612x612&w=0&k=20&c=adcqm00Cz1cyqaNNh9E84PZKXi6ax1I0niSYlGW70co=" alt="imagen ref">