Motion capture technology is primarily used to record and analyze human movement, enabling the creation of realistic animations, virtual reality experiences, and video games.

Optical, magnetic, and inertial motion capture systems are commonly used, while acoustic motion capture is not a widely adopted technology.

Digitization refers to the process of converting motion capture data into a digital format, allowing it to be stored, processed, and analyzed using computers.

Motion capture technology is primarily used in film and television production, video game development, and sports analysis, while it is not commonly used in medical research.

Animation rigging refers to the process of creating a digital skeleton and attaching it to a 3D model, allowing animators to manipulate the model's movement based on motion capture data.

BVH, FBX, and C3D are common file formats used for storing motion capture data, while OBJ is primarily used for storing 3D model geometry.

Motion retargeting refers to the process of transferring motion capture data from one character to another, allowing animators to reuse animations across different characters.

Filtering, smoothing, and gap filling are common techniques used for motion capture data cleanup, while motion editing refers to the process of manually adjusting the motion data.

Facial rigging refers to the process of creating a digital facial skeleton and attaching it to a 3D model, allowing animators to manipulate the model's facial expressions based on motion capture data.

Motion capture technology is primarily used in sports for performance analysis, injury prevention, and training and rehabilitation, while it is not commonly used in game development.

Cloth simulation refers to the process of creating realistic cloth animations by simulating the physical properties of cloth, such as its elasticity and weight.

Lossless compression, lossy compression, and quantization are common techniques used for motion capture data compression, while interpolation is used for filling in missing data.

Hair simulation refers to the process of creating realistic hair animations by simulating the physical properties of hair, such as its elasticity and weight.

Motion capture technology is primarily used in film and television production for character animation and visual effects, while it is not commonly used in game development.

Crowd simulation refers to the process of creating realistic crowd animations by simulating the collective behavior of a large number of individual characters.