public RelativeVelocityFilter3D(
uint windowSize,
float velocityScale,
RelativeVelocityFilter.DistanceEstimationMode distanceMode)
{
x = new RelativeVelocityFilter(windowSize, velocityScale, distanceMode);
y = new RelativeVelocityFilter(windowSize, velocityScale, distanceMode);
z = new RelativeVelocityFilter(windowSize, velocityScale, distanceMode);
}
public PoseLandmarkDetect(string modelPath) : base(modelPath, true)
{
result = new Result()
{
score = 0,
joints = new Vector3[JointCount],
};
// Init filters
filters = new RelativeVelocityFilter2D[JointCount];
const int windowSize = 5;
const float velocityScale = 10;
const RelativeVelocityFilter.DistanceEstimationMode mode = RelativeVelocityFilter.DistanceEstimationMode.LegacyTransition;
for (int i = 0; i < JointCount; i++)
{
filters[i] = new RelativeVelocityFilter2D(windowSize, velocityScale, mode);
}
stopwatch = Stopwatch.StartNew();
}
public PoseLandmarkDetect(string modelPath, Options options) : base(modelPath, true)
{
result = new Result()
{
score = 0,
viewportLandmarks = new Vector4[LandmarkCount],
worldLandmarks = new Vector4[LandmarkCount],
};
this.options = options ?? new Options();
// Init filters
filters = new RelativeVelocityFilter3D[LandmarkCount];
const int windowSize = 5;
const float velocityScale = 10;
const RelativeVelocityFilter.DistanceEstimationMode mode = RelativeVelocityFilter.DistanceEstimationMode.LegacyTransition;
for (int i = 0; i < LandmarkCount; i++)
{
filters[i] = new RelativeVelocityFilter3D(windowSize, velocityScale, mode);
}
UpdateFilterScale(options.filterVelocityScale);
stopwatch = Stopwatch.StartNew();
}
