public void addJoint(JointType jointType, DepthSpacePoint depthSpacePoint)
{
if (this.joinsAnalize.ContainsKey(jointType))
{
DetailsOfStepFunctionalMovement detail = new DetailsOfStepFunctionalMovement();
detail.join = (int)jointType;
detail.x = depthSpacePoint.X;
detail.y = depthSpacePoint.Y;
joinsAnalize[jointType] = detail;
}
}
private void getjoinsAnalize()
{
foreach (int _angle in this.HeaderView.Trainer.functionalMovement.anglesOfMovement)
{
List <JointType> joints = DetailsOfStepFunctionalMovement.translateAngles(_angle);
foreach (JointType joint in joints)
{
if (!this.joinsAnalize.ContainsKey(joint))
{
this.joinsAnalize.Add(joint, null);
}
}
}
}
private void readMetadata()
{
try
{
bool read = this.Trainer.getTraining();
if (read)
{
this.disableAllButtonFiles();
string nameCal = DetailsOfStepFunctionalMovement.getNameJoin(this.Trainer.functionalMovement.focusJoin);
this.LbCalibracion = $"Calibracion de ${nameCal}";
this.LbAlturaKinectText = $"La altura del Kinect es de {this.Trainer.functionalMovement.height} mts";
}
this.BtnCalibrarIsEnable = read;
}
catch (Exception)
{
this.BtnCalibrarIsEnable = false;
this.enableAllButtonFiles();
WinForms.MessageBox.Show("Hubo un error en la carpeta de metadata");
}
}
private void checkData(int step)
{
if (step > -1)
{
try
{
double time = this.gestureResultView.TimeMF;
double accumulateTime = this.gestureResultView.TimeTotalMF;
List <DetailsOfStepFunctionalMovement> details = new List <DetailsOfStepFunctionalMovement>();
foreach (KeyValuePair <JointType, DetailsOfStepFunctionalMovement> mean in this.kinectBodyView.joinsAnalize)
{
DetailsOfStepFunctionalMovement detail = mean.Value.clone();
details.Add(detail);
}
this.kinectBodyView.clearJoins();
StepFunctionalMovement sfm = StepFunctionalMovement.createStep(details, step,
this.headerView.Trainer.functionalMovement._ID, time,
accumulateTime, this.gestureResultView.Progress);
this.gestureResultView.addStepDetail(sfm);
}
catch (Exception)
{ }
}
}
public void getAngle(List <int> _angles, int i)
{
List <List <StepFunctionalMovement> > _series = this.stepsByMovement[i];
for (int x = 0; x < _series.Count; x++)
{
List <StepFunctionalMovement> _repetitions = _series[x];
bool isOut = false;
int ii = 0;
foreach (StepFunctionalMovement step in _repetitions)
{
if (step != null)
{
if (ii == 0)
{
step.time = 0;
}
else
{
step.time = _repetitions[ii].accumulate - _repetitions[ii - 1].accumulate;
}
foreach (int _angle in _angles)
{
List <JointType> joints = DetailsOfStepFunctionalMovement.translateAngles(_angle);
List <DetailsOfStepFunctionalMovement> vectorialPoints = step.detailsOfStepFunctionalMovement.FindAll(e => joints.Contains((JointType)e.join));
if (vectorialPoints.Count != 3)
{
isOut = true; break;
}
DetailsOfStepFunctionalMovement origen = vectorialPoints.Find(e => e.join == (int)joints[0]);
if (origen == null)
{
isOut = true; break;
}
vectorialPoints.RemoveAll(e => (int)e.join == (int)joints[0]);
if (vectorialPoints.Count != 2)
{
isOut = true; break;
}
if ((vectorialPoints[0] == null) || (vectorialPoints[1] == null))
{
isOut = true; break;
}
Point po = new Point(origen.x, origen.y);
Point p1 = new Point(vectorialPoints[0].x, vectorialPoints[0].y);
Point p2 = new Point(vectorialPoints[1].x, vectorialPoints[1].y);
origen.angle = KinectAngleBody.getAngleBody(po, p1, p2);
}
Predicate <DetailsOfStepFunctionalMovement> predicate = detail => {
return(!_angles.Contains(detail.join));
};
step.detailsOfStepFunctionalMovement.RemoveAll(predicate);
}
else
{
isOut = true;
}
if (isOut == true)
{
break;
}
ii++;
}
if (isOut == true)
{
_series.RemoveAt(x);
x--;
}
}
}
