Kinect2 for unity3d - avatardemo learning

AvatarDemo Study

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1.Avatar Controller

1.1 Introduce

AvatarController Yes, it will Kinect The captured user actions are transferred to the components of the character model

1.2 Related properties

Property:	Description:
Player Index	Player index ,0 Represents the first ,1 Represents the second
Mirrored Movement	Whether the character model faces the player
Vertical Movement	Whether the model allows vertical movement
Horizontal Movement	Whether the model can move horizontally
External Root Motion	Model root Whether the motion is applied by other components or scripts
Finger Orientations	Whether finger direction is allowed
Move Rate	The rate at which the model moves in the scene
Smooth Factor	Smoothing factor for model motion and joint rotation
Offset Node	The object of the game transform Is relative (optional).
Pos Relative to Camera	If enabled , The position of the model relative to the camera is relative to that of the player Kinect The position of the sensor is the same .
Pos Rel Overlay Color	Whether the position of the model matches the color image ( Only in Pos-rel-to-camera In mode ).
Grounded Feet	Whether the feet of the model must be pasted on the ground .
Apply Muscle Limits	Whether to apply the muscle limitation of human like model .
Flip Left Right	Whether it turns left and right relative to the sensor
Horizontal Offset	The horizontal offset of the character's position relative to the user's spine base .
Vertical Offset	The vertical offset of the character's position relative to the base of the user's spine .
Forward Offset	The forward offset of the character's position relative to the base of the user's spine .

2.Avatar Controller Classic

2.1 Introduce

AvatarControllerClassic It's a AvatarController Alternative components , It allows users to manually map model joints to human joints , And track through sensors

2.2 Related properties

Property:	Description:
Player Index	Player index ,0 Represents the first ,1 Represents the second
Mirrored Movement	Whether the character model faces the player
Vertical Movement	Whether the model allows vertical movement
Horizontal Movement	Whether the model can move horizontally
External Root Motion	Model root Whether the motion is applied by other components or scripts
Finger Orientations	Whether finger direction is allowed
Move Rate	The rate at which the model moves in the scene
Smooth Factor	Smoothing factor for model motion and joint rotation
Offset Node	The object of the game transform Is relative (optional).
Pos Relative to Camera	If enabled , The position of the model relative to the camera is relative to that of the player Kinect The position of the sensor is the same .
Pos Rel Overlay Color	Whether the position of the model matches the color image ( Only in Pos-rel-to-camera In mode ).
Grounded Feet	Whether the feet of the model must be pasted on the ground .
Apply Muscle Limits	Whether to apply the muscle limitation of human like model .
Flip Left Right	Whether it turns left and right relative to the sensor
Horizontal Offset	The horizontal offset of the character's position relative to the user's spine base .
Vertical Offset	The vertical offset of the character's position relative to the base of the user's spine .
Forward Offset	The forward offset of the character's position relative to the base of the user's spine .
Hip Center	The model position attribute is monitored from each joint , The same below
Spine	Avatar transform that will receive the respective user joint orientation.
Shoulder Center	Avatar transform that will receive the respective user joint orientation.
Neck	Avatar transform that will receive the respective user joint orientation.
Clavicle Left	Avatar transform that will receive the respective user joint orientation.
Shoulder Left	Avatar transform that will receive the respective user joint orientation.
Elbow Left	Avatar transform that will receive the respective user joint orientation.
Hand Left	Avatar transform that will receive the respective user joint orientation.
Fingers Left	Avatar transform that will receive the respective user joint orientation.
Thumb Left	Avatar transform that will receive the respective user joint orientation.
Clavicle Right	Avatar transform that will receive the respective user joint orientation.
Shoulder Right	Avatar transform that will receive the respective user joint orientation.
Elbow Right	Avatar transform that will receive the respective user joint orientation.
Hand Right	Avatar transform that will receive the respective user joint orientation.
Fingers Right	Avatar transform that will receive the respective user joint orientation.
Thumb Right	Avatar transform that will receive the respective user joint orientation.
Hip Left	Avatar transform that will receive the respective user joint orientation.
Knee Left	Avatar transform that will receive the respective user joint orientation.
Foot Left	Avatar transform that will receive the respective user joint orientation.
Hip Right	Avatar transform that will receive the respective user joint orientation.
Knee Right	Avatar transform that will receive the respective user joint orientation.
Foot Right	Avatar transform that will receive the respective user joint orientation.
BodyRoot	Model transform Will move through the player's posture , If not specified , Will use top-level transformation

3.Avatar Scaler

3.1 Introduce

AvatarScaler It is a component that scales the body of a human model according to the body size of the tracked user .

3.2 attribute

Property:	Description:
Player Index	Player index , Tracked by this component
Mirrored Avatar	Whether the model faces the player
Body Scale Factor	Body scale factor ( Including arms and legs ), It can be used for fine adjustment of model scale .
Body Width Factor	Body width scaling factor , It can be used to fine tune the width scale of the model . If set to 0, The body scale factor will be used for height and width scaling
Arm Scale Factor	The scaling factor attached to the arm , Used for fine-tuning the scale of the model arm
Leg Scale Factor	The scaling factor attached to the leg , For fine adjustment of model leg scale
Continuous Scaling	Whether the zoom is continuously updated Or calibration scale
Smooth Factor	Smoothness index when scaling continuously
Foreground Camera	The camera is used to cover the model on the background .
Debug Text	Show avatar-scaler Of debug messages UI Text

4.Demo1 demonstration

5.Demo2 demonstration

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