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XingYing Documentation

website·Indexed 33 days ago

https://xingying-docs.nokov.com/xingying/XingYing4.5-CN/

Documentation for XingYing versions 4.5 and 4.6, featuring guides on creating marker sets for human body models (including IOR, Helen Hayes, and V3 models), robotic hand configurations, and third-party adaptations for EMG, force plates, inertial gloves, and high-speed industrial cameras such as Hikvision.

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What's inside XingYing

  1. Overview of XingYing Camera Series

    XingYing offers several camera series tailored to different application needs:

    • Mars Series: Focused on core motion capture performance for scientific-grade applications.
    • Pluto Series: Designed for entry-level, commercial, and consumer-grade development and integration.
    • Orbit Series: Plug-and-play cameras that require no calibration, optimized for desktop tracking.
    • Underwater Series: Specialized lenses for both surface and underwater use.
    • VRT Series: Designed for integration into Virtual Reality (VR) systems.

  2. Overview of the NOKOV Optical 3D Motion Capture System

    The NOKOV Optical 3D Motion Capture System is designed for indoor spatial capture using strategically arranged motion capture cameras. It tracks reflective markers placed on a target to determine three-dimensional spatial coordinates (X, Y, Z) at specific time intervals. The system supports defining target objects as rigid bodies and utilizes professional analysis software to provide precise location and posture data. Common applications include virtual simulation, motion analysis, gait rehabilitation, robotics, drones, human-computer interaction, and game/film production.

  3. Overview of Nokov Optical 3D Motion Capture System

    The Nokov Optical 3D Motion Capture System uses a network of motion capture cameras arranged in a spatial layout to cover an indoor capture area. It precisely tracks the 3D spatial positions of reflective markers (Markers) placed on a target. Using advanced algorithms, the system calculates the 3D spatial coordinates (X, Y, Z) of these markers over specific time intervals. Additionally, targets can be configured as rigid bodies, allowing professional analysis software to derive precise 3D position and orientation (pose) data. This system is applicable in fields such as virtual simulation, motion analysis, gait rehabilitation, robotics, drones, human-computer interaction, military applications, surgical plastics, VR, film animation, and game production.

  4. Overview of Nokov Optical 3D Motion Capture System

    The Nokov Optical 3D Motion Capture System uses a network of motion capture cameras distributed across an indoor space to track reflective markers (Markers) placed on a target. The system calculates the precise 3D spatial coordinates (X, Y, Z) of these markers over time. By configuring targets as rigid bodies and using professional analysis software, the system can determine the precise position and orientation (pose) of the target object. This technology is used in fields such as virtual simulation, motion analysis, gait rehabilitation, robotics, drones, human-computer interaction, military applications, surgical plastics, VR, film animation, and game production.

  5. Overview of the NOKOV Optical 3D Motion Capture System

    The NOKOV Optical 3D Motion Capture System is designed for indoor spatial capture using strategically arranged motion capture cameras. It tracks the three-dimensional spatial positions (X, Y, Z coordinates) of reflective markers placed on a target object at specific time intervals. The system supports defining target objects as rigid bodies and utilizes professional analysis software to provide precise location and posture data. Common applications include virtual simulation, motion analysis, gait rehabilitation, robotics, drones, human-computer interaction, VR, film animation, and game production.

  6. Overview of the NOKOV Optical 3D Motion Capture System

    The NOKOV Optical 3D Motion Capture System is designed for indoor spatial capture using strategically arranged motion capture cameras. The system tracks reflective markers placed on a target object to determine their precise three-dimensional spatial coordinates (X, Y, Z) at specific time intervals. Target objects can be configured as rigid bodies, and the resulting location and posture data are processed via professional analysis software. This system is applicable for virtual simulation, motion analysis, gait rehabilitation, robotics, drones, human-computer interaction, VR, film animation, and game production.

  7. Overview of Nokov Optical 3D Motion Capture System

    The Nokov Optical 3D Motion Capture System uses a network of cameras distributed in an indoor space to track reflective markers placed on a target. The system calculates the precise 3D spatial coordinates (X, Y, Z) of these markers over time. Additionally, the system supports 'rigid body' settings, allowing professional analysis software to derive the exact position and orientation (pose) of a target object. This technology is applicable in fields such as virtual simulation, motion analysis, gait rehabilitation, robotics, UAVs, human-computer interaction, military applications, surgical plastics, VR, film animation, and game production.

  8. Overview of NOKOV Camera Series

    The NOKOV Camera Range consists of several specialized series tailored to different motion capture and tracking requirements:

    • Mars Series: Focused on core motion capture capabilities for scientific applications.
    • Pluto Series: Designed for entry-level, commercial, and consumer-level development integration.
    • Orbit Series: A plug-and-play solution for desktop tracking that does not require calibration.
    • Underwater Camera Series: Versatile cameras usable in both land and underwater environments.
    • VRT Series: Specifically designed for integration into virtual reality (VR) environments to enhance digital immersion.

  9. Overview of XingYing Camera Series

    XingYing offers several camera series tailored for different motion capture and tracking applications:

    • Mars Series: Focused on core motion capture performance for scientific-grade applications.
    • Pluto Series: Designed for entry-level, commercial, and consumer-grade development and integration.
    • Orbit Series: Plug-and-play cameras that require no calibration, specifically for desktop tracking.
    • Underwater Series: Specialized lenses for use both above and below water.
    • VRT Series: Designed for integration into Virtual Reality (VR) systems.

  10. Overview of XingYing Camera Series

    XingYing offers several camera series tailored to different application needs:

    • Mars Series: Focused on core motion capture performance for scientific-grade applications.
    • Pluto Series: Designed for entry-level, commercial, and consumer-grade development and integration.
    • Orbit Series: Plug-and-play cameras that require no calibration, suitable for desktop tracking.
    • Underwater Series: Specialized lenses for use both above and below water.
    • VRT Series: Designed for integration into Virtual Reality (VR) systems.

  11. Overview of NOKOV Sync Box hardware interfaces

    The NOKOV Sync Box enables synchronization between NOKOV optical motion capture cameras and external devices. It supports professional video Genlock signals and general TTL level synchronization signals.

    Key Interfaces:

    • Genlock Sync Input: BNC interface, 75Ω impedance. Supports SD Black Burst or HD Tri-Level analog signals to lock cameras to an external video source.
    • Trigger Sync Input/Output: BNC interface, 5V TTL digital signal. Used for triggering and synchronizing NOKOV cameras.
    • General TTL Sync Input: BNC interface, supports 5V and 3.3V TTL digital signals. Hardware-linked to 8 sync output interfaces.
    • General TTL Sync Output: Available in 5V and 3.3V versions. Each provides 4 BNC interfaces outputting the same signal to trigger multiple external devices.
    • Isolated Sync Input: Used when the sync source exceeds 3.3V or has a different reference.
    • POE Port: Connects the Sync Box to the camera switch for synchronization.
    • 12V Power Interface: Power input for the device.

    Constraint: Genlock and Trigger synchronization functions are mutually exclusive; you must choose one or the other for the NOKOV camera sync input.