public static String findValueInTree(DTNode root, Example test)
{
if (root.getChildren().Count > 0)
{
double value;
// foreach child
foreach (KeyValuePair<DTNode, Condition> entry in root.getChildren())
{
switch (entry.Value.getOperator())
{
case Constants.conditionType.GEQT:
if (test.getAttributes().TryGetValue(entry.Value.getMember1(), out value) == true)
{
if (value >= entry.Value.getMember2())
return findValueInTree(entry.Key, test);
}
break;
case Constants.conditionType.LT:
if (test.getAttributes().TryGetValue(entry.Value.getMember1(), out value) == true)
{
if (value < entry.Value.getMember2())
return findValueInTree(entry.Key, test);
}
break;
default:
break;
}
}
}
return root.getResult();
}
private void nui_SkeletonFrameReady(object sender, SkeletonFrameReadyEventArgs e)
{
SkeletonFrame skeletonFrame = e.SkeletonFrame;
//tw = new StreamWriter("date.txt", true);
//KinectSDK TODO: this shouldn't be needed, but if Power is removed from the Kinect, you may still get an event here, but skeletonFrame will be null.
if (skeletonFrame == null)
{
return;
}
int iSkeleton = 0;
Brush[] brushes = new Brush[6];
brushes[0] = new SolidColorBrush(Color.FromRgb(255, 0, 0));
brushes[1] = new SolidColorBrush(Color.FromRgb(0, 255, 0));
brushes[2] = new SolidColorBrush(Color.FromRgb(64, 255, 255));
brushes[3] = new SolidColorBrush(Color.FromRgb(255, 255, 64));
brushes[4] = new SolidColorBrush(Color.FromRgb(255, 64, 255));
brushes[5] = new SolidColorBrush(Color.FromRgb(128, 128, 255));
skeletonCanvas.Children.Clear();
foreach (SkeletonData data in skeletonFrame.Skeletons)
{
if (SkeletonTrackingState.Tracked == data.TrackingState)
{
// Draw bones
Brush brush = brushes[iSkeleton % brushes.Length];
skeletonCanvas.Children.Add(getBodySegment(data.Joints, brush, JointID.HipCenter, JointID.Spine, JointID.ShoulderCenter, JointID.Head));
skeletonCanvas.Children.Add(getBodySegment(data.Joints, brush, JointID.ShoulderCenter, JointID.ShoulderLeft, JointID.ElbowLeft, JointID.WristLeft, JointID.HandLeft));
skeletonCanvas.Children.Add(getBodySegment(data.Joints, brush, JointID.ShoulderCenter, JointID.ShoulderRight, JointID.ElbowRight, JointID.WristRight, JointID.HandRight));
skeletonCanvas.Children.Add(getBodySegment(data.Joints, brush, JointID.HipCenter, JointID.HipLeft, JointID.KneeLeft, JointID.AnkleLeft, JointID.FootLeft));
skeletonCanvas.Children.Add(getBodySegment(data.Joints, brush, JointID.HipCenter, JointID.HipRight, JointID.KneeRight, JointID.AnkleRight, JointID.FootRight));
// Draw joints
//tw.WriteLine("");
Point3D[] points = new Point3D[20];
foreach (Joint joint in data.Joints)
{
//tw.WriteLine(joint.Position.X + " " + joint.Position.Y + " " + joint.Position.Z);
Point jointPos = getDisplayPosition(joint);
Line jointLine = new Line();
jointLine.X1 = jointPos.X - 3;
jointLine.X2 = jointLine.X1 + 6;
jointLine.Y1 = jointLine.Y2 = jointPos.Y;
jointLine.Stroke = jointColors[joint.ID];
jointLine.StrokeThickness = 6;
skeletonCanvas.Children.Add(jointLine);
points[(int)joint.ID] = new Point3D(joint.Position.X, joint.Position.Y, joint.Position.Z);
}
if (b1.IsEnabled == false)
{
// get position for each body part
// BODY
Example bodyExample = new Example();
double angle = GeometryUtils.getAngle(points[2], points[1], points[13]);
bodyExample.add("A.2.1.13", angle);
angle = GeometryUtils.getAngle(points[2], points[1], points[17]);
bodyExample.add("A.2.1.17", angle);
angle = GeometryUtils.getAngle(points[1], points[2], Constants.planeType.XOY);
bodyExample.add("A.1.2.XoY", angle);
angle = GeometryUtils.getAngle(points[1], points[2], Constants.planeType.YOZ);
bodyExample.add("A.1.2.YoZ", angle);
// LEFT HAND
Example leftHandExample = new Example();
angle = GeometryUtils.getAngle(points[4], points[5], Constants.planeType.XOY);
leftHandExample.add("A.4.5.XoY", angle);
angle = GeometryUtils.getAngle(points[4], points[5], Constants.planeType.YOZ);
leftHandExample.add("A.4.5.YoZ", angle);
angle = points[4].getY() - points[5].getY();
leftHandExample.add("D.4y.5y", angle);
Example rightHandExample = new Example();
angle = GeometryUtils.getAngle(points[8], points[9], Constants.planeType.XOY);
rightHandExample.add("A.8.9.XoY", angle);
angle = GeometryUtils.getAngle(points[8], points[9], Constants.planeType.YOZ);
rightHandExample.add("A.8.9.YoZ", angle);
angle = points[8].getY() - points[9].getY();
rightHandExample.add("D.8y.9y", angle);
Example leftLegExample = new Example();
angle = GeometryUtils.getAngle(points[12], points[13], points[14]);
leftLegExample.add("A.12.13.14", angle);
angle = GeometryUtils.getAngle(points[13], points[14], Constants.planeType.XOY);
leftLegExample.add("A.13.14.XoY", angle);
angle = GeometryUtils.getAngle(points[13], points[14], Constants.planeType.YOZ);
leftLegExample.add("A.13.14.YoZ", angle);
Example rightLegExample = new Example();
angle = GeometryUtils.getAngle(points[16], points[17], points[18]);
rightLegExample.add("A.16.17.18", angle);
angle = GeometryUtils.getAngle(points[17], points[18], Constants.planeType.XOY);
rightLegExample.add("A.17.18.XoY", angle);
angle = GeometryUtils.getAngle(points[17], points[18], Constants.planeType.YOZ);
rightLegExample.add("A.17.18.YoZ", angle);
rightLegPositionText.Text = DTUtils.findValueInTree(rightLegDT, rightLegExample);
String bodyPosition = DTUtils.findValueInTree(bodyDT, bodyExample);
String leftHandPosition = DTUtils.findValueInTree(leftHandDT, leftHandExample);
String rightHandPosition = DTUtils.findValueInTree(rightHandDT, rightHandExample);
String leftLegPosition = DTUtils.findValueInTree(leftLegDT, leftLegExample);
String rightLegPosition = DTUtils.findValueInTree(rightLegDT, rightLegExample);
if (contor < Constants.SnapshotFrequency)
{
bodyCommonPosition.Add(bodyPosition);
rightHandCommonPosition.Add(rightHandPosition);
leftHandCommonPosition.Add(leftHandPosition);
rightLegCommonPosition.Add(rightLegPosition);
leftLegCommonPosition.Add(leftLegPosition);
contor++;
}
else
{
if (rightLegPosition.Equals("indoit") && leftLegPosition.Equals("indoit") && bodyPosition.Equals("aplecat frontal"))
{
bodyPositionText.Text = "spre ghemuire";
}
else
{
// get position and motion
bodyPositionText.Text = PositionUtils.getCommon(bodyCommonPosition);
if (bodyPositionText.Text.Equals("culcat") == true)
{
leftHandPositionText.Text = "";
rightHandPositionText.Text = "";
leftLegPositionText.Text = "";
rightLegPositionText.Text = "";
bodyState = motionUtils.getNextBodyState(bodyState.getName(), bodyPositionText.Text);
//bodyMotionText.Text = bodyState.getMotion();
leftHandMotionText.Text = "";
rightHandMotionText.Text = "";
leftLegMotionText.Text = "";
rightLegMotionText.Text = "";
bodyCommonPosition = new List<string>();
leftHandCommonPosition = new List<string>();
rightHandCommonPosition = new List<string>();
leftLegCommonPosition = new List<string>();
rightLegCommonPosition = new List<string>();
}
else
{
leftHandPositionText.Text = PositionUtils.getCommon(leftHandCommonPosition);
rightHandPositionText.Text = PositionUtils.getCommon(rightHandCommonPosition);
leftLegPositionText.Text = PositionUtils.getCommon(leftLegCommonPosition);
rightLegPositionText.Text = PositionUtils.getCommon(rightLegCommonPosition);
bodyState = motionUtils.getNextBodyState(bodyState.getName(), bodyPositionText.Text);
leftHandState = motionUtils.getNextHandState(leftHandState.getName(), leftHandPositionText.Text);
rightHandState = motionUtils.getNextHandState(rightHandState.getName(), rightHandPositionText.Text);
leftLegState = motionUtils.getNextLegState(leftLegState.getName(), leftLegPositionText.Text);
rightLegState = motionUtils.getNextLegState(rightLegState.getName(), rightLegPositionText.Text);
bodyMotionText.Text = bodyState.getMotion();
leftHandMotionText.Text = leftHandState.getMotion();
rightHandMotionText.Text = rightHandState.getMotion();
leftLegMotionText.Text = leftLegState.getMotion();
rightLegMotionText.Text = rightLegState.getMotion();
bodyCommonPosition = new List<string>();
leftHandCommonPosition = new List<string>();
rightHandCommonPosition = new List<string>();
leftLegCommonPosition = new List<string>();
rightLegCommonPosition = new List<string>();
}
// reset counter
contor = 0;
}
}
}
}
iSkeleton++;
} // for each skeleton
//tw.Close();
}
public static void buildTree(DTNode root) {
if (isTrivial(root) == true) {
root.setResult(root.getTrainingSet()[0].getResult());
}
else if (root.getAttrNames().Count == 0) {
// set as a result the most frequent class in training set
Dictionary<String, int> classCount = new Dictionary<String, int>();
foreach (String className in root.getClasses()) {
classCount.Add(className, 0);
}
// get entropy of all training set
foreach (Example example in root.getTrainingSet()) {
int value;
if (classCount.TryGetValue(example.getResult(), out value))
{
classCount[example.getResult()] = value+1;
}
}
int maxCount = 0;
String classResult = "";
foreach(KeyValuePair<String, int> entry in classCount)
{
if (maxCount < entry.Value) {
maxCount = entry.Value;
classResult = entry.Key;
}
}
root.setResult(classResult);
}
else {
// find attribute with maximum gain
GainResult gainResult = new GainResult();
GainResult gainResultMax = new GainResult();
gainResultMax.setGain(0.0);
int resultIndex = 0;
for (int i=0; i<root.getAttrNames().Count; i++) {
gainResult = getGain(root.getTrainingSet(), root.getAttrNames()[i], root.getClasses());
gainResult.setGain(getEntropy(root.getTrainingSet(), root.getClasses(), root.getAttrNames()[i], -1) -
gainResult.getGain());
if (gainResultMax.getGain() < gainResult.getGain()) {
gainResultMax.setGain(gainResult.getGain());
gainResultMax.setPartitionIndex(gainResult.getPartitionIndex());
resultIndex = i;
}
}
String attributeNode = root.getAttrNames()[resultIndex];
root.getAttrNames().RemoveAt(resultIndex);
// sort training list by the attribute with maximum gain
root.getTrainingSet().Sort(new ExampleComparator(attributeNode));
// form children
for (int i=0; i<2; i++)
{
List<String> newAttrNames = new List<String>();
foreach (String str in root.getAttrNames()) {
newAttrNames.Add(str);
}
List<String> newClassNames = new List<String>();
foreach (String str in root.getClasses()) {
newClassNames.Add(str);
}
DTNode child = new DTNode(new List<Example>(), newAttrNames, newClassNames);
List<Example> newTrainingSet = new List<Example>();
Condition condition = new Condition();
if (i == 0) {
for (int p=0; p <= gainResultMax.getPartitionIndex(); p++) {
Example example = root.getTrainingSet()[p];
Example newExample = new Example();
// copy result
newExample.setResult(example.getResult());
// copy attribute values
Dictionary<String, Double> newAttributes = new Dictionary<String, Double>();
foreach (KeyValuePair<String, Double> entry in example.getAttributes())
{
newAttributes.Add(entry.Key, entry.Value);
}
newExample.setAttributes(newAttributes);
newTrainingSet.Add(newExample);
}
condition.setOperator(Constants.conditionType.LT);
}
else {
for (int p=gainResultMax.getPartitionIndex()+1; p<root.getTrainingSet().Count; p++) {
Example example = root.getTrainingSet()[p];
Example newExample = new Example();
// copy result
newExample.setResult(example.getResult());
// copy attribute values
Dictionary<String, Double> newAttributes = new Dictionary<String, Double>();
foreach (KeyValuePair<String, Double> entry in example.getAttributes())
{
newAttributes.Add(entry.Key, entry.Value);
}
newExample.setAttributes(newAttributes);
newTrainingSet.Add(newExample);
}
condition.setOperator(Constants.conditionType.GEQT);
}
condition.setMember1(attributeNode);
double leftValue = root.getTrainingSet()[gainResultMax.getPartitionIndex()].getValue(attributeNode);
double rightValue = root.getTrainingSet()[gainResultMax.getPartitionIndex()+1].getValue(attributeNode);
condition.setMember2((leftValue+rightValue)/2);
child.setTrainingSet(newTrainingSet);
root.getChildren().Add(child, condition);
buildTree(child);
}
}
}
private void nui_SkeletonFrameReady(object sender, SkeletonFrameReadyEventArgs e)
{
SkeletonFrame skeletonFrame = e.SkeletonFrame;
//tw = new StreamWriter("date.txt", true);
//KinectSDK TODO: this shouldn't be needed, but if Power is removed from the Kinect, you may still get an event here, but skeletonFrame will be null.
if (skeletonFrame == null)
{
return;
}
int iSkeleton = 0;
Brush[] brushes = new Brush[6];
brushes[0] = new SolidColorBrush(Color.FromRgb(255, 0, 0));
brushes[1] = new SolidColorBrush(Color.FromRgb(0, 255, 0));
brushes[2] = new SolidColorBrush(Color.FromRgb(64, 255, 255));
brushes[3] = new SolidColorBrush(Color.FromRgb(255, 255, 64));
brushes[4] = new SolidColorBrush(Color.FromRgb(255, 64, 255));
brushes[5] = new SolidColorBrush(Color.FromRgb(128, 128, 255));
skeletonCanvas.Children.Clear();
foreach (SkeletonData data in skeletonFrame.Skeletons)
{
if (SkeletonTrackingState.Tracked == data.TrackingState)
{
// Draw bones
Brush brush = brushes[iSkeleton % brushes.Length];
skeletonCanvas.Children.Add(getBodySegment(data.Joints, brush, JointID.HipCenter, JointID.Spine, JointID.ShoulderCenter, JointID.Head));
skeletonCanvas.Children.Add(getBodySegment(data.Joints, brush, JointID.ShoulderCenter, JointID.ShoulderLeft, JointID.ElbowLeft, JointID.WristLeft, JointID.HandLeft));
skeletonCanvas.Children.Add(getBodySegment(data.Joints, brush, JointID.ShoulderCenter, JointID.ShoulderRight, JointID.ElbowRight, JointID.WristRight, JointID.HandRight));
skeletonCanvas.Children.Add(getBodySegment(data.Joints, brush, JointID.HipCenter, JointID.HipLeft, JointID.KneeLeft, JointID.AnkleLeft, JointID.FootLeft));
skeletonCanvas.Children.Add(getBodySegment(data.Joints, brush, JointID.HipCenter, JointID.HipRight, JointID.KneeRight, JointID.AnkleRight, JointID.FootRight));
// Draw joints
//tw.WriteLine("");
Point3D[] points = new Point3D[20];
foreach (Joint joint in data.Joints)
{
//tw.WriteLine(joint.Position.X + " " + joint.Position.Y + " " + joint.Position.Z);
Point jointPos = getDisplayPosition(joint);
Line jointLine = new Line();
jointLine.X1 = jointPos.X - 3;
jointLine.X2 = jointLine.X1 + 6;
jointLine.Y1 = jointLine.Y2 = jointPos.Y;
jointLine.Stroke = jointColors[joint.ID];
jointLine.StrokeThickness = 6;
skeletonCanvas.Children.Add(jointLine);
points[(int)joint.ID] = new Point3D(joint.Position.X, joint.Position.Y, joint.Position.Z);
}
if (b1.IsEnabled == false)
{
// get position for each body part
// BODY
Example bodyExample = new Example();
double angle = GeometryUtils.getAngle(points[2], points[1], points[13]);
bodyExample.add("A.2.1.13", angle);
angle = GeometryUtils.getAngle(points[2], points[1], points[17]);
bodyExample.add("A.2.1.17", angle);
angle = GeometryUtils.getAngle(points[1], points[2], Constants.planeType.XOY);
bodyExample.add("A.1.2.XoY", angle);
angle = GeometryUtils.getAngle(points[1], points[2], Constants.planeType.YOZ);
bodyExample.add("A.1.2.YoZ", angle);
// LEFT HAND
Example leftHandExample = new Example();
angle = GeometryUtils.getAngle(points[4], points[5], Constants.planeType.XOY);
leftHandExample.add("A.4.5.XoY", angle);
angle = GeometryUtils.getAngle(points[4], points[5], Constants.planeType.YOZ);
leftHandExample.add("A.4.5.YoZ", angle);
angle = points[4].getY() - points[5].getY();
leftHandExample.add("D.4y.5y", angle);
Example rightHandExample = new Example();
angle = GeometryUtils.getAngle(points[8], points[9], Constants.planeType.XOY);
rightHandExample.add("A.8.9.XoY", angle);
angle = GeometryUtils.getAngle(points[8], points[9], Constants.planeType.YOZ);
rightHandExample.add("A.8.9.YoZ", angle);
angle = points[8].getY() - points[9].getY();
rightHandExample.add("D.8y.9y", angle);
Example leftLegExample = new Example();
angle = GeometryUtils.getAngle(points[12], points[13], points[14]);
leftLegExample.add("A.12.13.14", angle);
angle = GeometryUtils.getAngle(points[13], points[14], Constants.planeType.XOY);
leftLegExample.add("A.13.14.XoY", angle);
angle = GeometryUtils.getAngle(points[13], points[14], Constants.planeType.YOZ);
leftLegExample.add("A.13.14.YoZ", angle);
Example rightLegExample = new Example();
angle = GeometryUtils.getAngle(points[16], points[17], points[18]);
rightLegExample.add("A.16.17.18", angle);
angle = GeometryUtils.getAngle(points[17], points[18], Constants.planeType.XOY);
rightLegExample.add("A.17.18.XoY", angle);
angle = GeometryUtils.getAngle(points[17], points[18], Constants.planeType.YOZ);
rightLegExample.add("A.17.18.YoZ", angle);
rightLegPositionText.Text = DTUtils.findValueInTree(rightLegDT, rightLegExample);
String bodyPosition = DTUtils.findValueInTree(bodyDT, bodyExample);
String leftHandPosition = DTUtils.findValueInTree(leftHandDT, leftHandExample);
String rightHandPosition = DTUtils.findValueInTree(rightHandDT, rightHandExample);
String leftLegPosition = DTUtils.findValueInTree(leftLegDT, leftLegExample);
String rightLegPosition = DTUtils.findValueInTree(rightLegDT, rightLegExample);
if (contor < Constants.SnapshotFrequency)
{
bodyCommonPosition.Add(bodyPosition);
rightHandCommonPosition.Add(rightHandPosition);
leftHandCommonPosition.Add(leftHandPosition);
rightLegCommonPosition.Add(rightLegPosition);
leftLegCommonPosition.Add(leftLegPosition);
contor++;
}
else
{
if (rightLegPosition.Equals("indoit") && leftLegPosition.Equals("indoit") && bodyPosition.Equals("aplecat frontal"))
{
bodyPositionText.Text = "spre ghemuire";
}
else
{
// get position and motion
bodyPositionText.Text = PositionUtils.getCommon(bodyCommonPosition);
if (bodyPositionText.Text.Equals("culcat") == true)
{
leftHandPositionText.Text = "";
rightHandPositionText.Text = "";
leftLegPositionText.Text = "";
rightLegPositionText.Text = "";
bodyState = motionUtils.getNextBodyState(bodyState.getName(), bodyPositionText.Text);
//bodyMotionText.Text = bodyState.getMotion();
leftHandMotionText.Text = "";
rightHandMotionText.Text = "";
leftLegMotionText.Text = "";
rightLegMotionText.Text = "";
bodyCommonPosition = new List <string>();
leftHandCommonPosition = new List <string>();
rightHandCommonPosition = new List <string>();
leftLegCommonPosition = new List <string>();
rightLegCommonPosition = new List <string>();
}
else
{
leftHandPositionText.Text = PositionUtils.getCommon(leftHandCommonPosition);
rightHandPositionText.Text = PositionUtils.getCommon(rightHandCommonPosition);
leftLegPositionText.Text = PositionUtils.getCommon(leftLegCommonPosition);
rightLegPositionText.Text = PositionUtils.getCommon(rightLegCommonPosition);
bodyState = motionUtils.getNextBodyState(bodyState.getName(), bodyPositionText.Text);
leftHandState = motionUtils.getNextHandState(leftHandState.getName(), leftHandPositionText.Text);
rightHandState = motionUtils.getNextHandState(rightHandState.getName(), rightHandPositionText.Text);
leftLegState = motionUtils.getNextLegState(leftLegState.getName(), leftLegPositionText.Text);
rightLegState = motionUtils.getNextLegState(rightLegState.getName(), rightLegPositionText.Text);
bodyMotionText.Text = bodyState.getMotion();
leftHandMotionText.Text = leftHandState.getMotion();
rightHandMotionText.Text = rightHandState.getMotion();
leftLegMotionText.Text = leftLegState.getMotion();
rightLegMotionText.Text = rightLegState.getMotion();
bodyCommonPosition = new List <string>();
leftHandCommonPosition = new List <string>();
rightHandCommonPosition = new List <string>();
leftLegCommonPosition = new List <string>();
rightLegCommonPosition = new List <string>();
}
// reset counter
contor = 0;
}
}
}
}
iSkeleton++;
} // for each skeleton
//tw.Close();
}
public static List<Example> readRightHandTS() {
// TRAIN RIGHT HAND PART...
if (Constants.DEBUG) {
// Attributes: A.8.9.XOY, A.8.9.YOZ, D.8y.9y
Console.WriteLine("\n=====\tMANA DREAPTA =====");
Console.WriteLine("\tLanga corp");
}
StreamReader sr;
String strLine;
List<Example> rightHandTS = new List<Example>();
double maxim1 = 0.0;
double minim1 = 180.0;
double average1 = 0.0;
double maxim2 = 0.0;
double minim2 = 180.0;
double average2 = 0.0;
double maxim3 = 0.0;
double minim3 = 180.0;
double average3 = 0.0;
try {
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\msd\\langa corp.txt");
double fileSize = 22323;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
strLine = sr.ReadLine(); // 2:shoulder center
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
string[] words = strLine.Split(' ');
Point3D P8 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 9:elbow right
words = strLine.Split(' ');
Point3D P9 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
strLine = sr.ReadLine(); // 13:knee left
strLine = sr.ReadLine(); // 14:ankle left
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
strLine = sr.ReadLine(); // 17:knee right
strLine = sr.ReadLine(); // 18:ankle right
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P8,P9,Constants.planeType.XOY);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.8.9.XoY", angle);
angle = GeometryUtils.getAngle(P8,P9,Constants.planeType.YOZ);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.8.9.YoZ", angle);
angle = P8.getY() - P9.getY();
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("D.8y.9y", angle);
example.setResult("langa corp");
rightHandTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.8.9.XOY:\t(" + (int)minim1 + ", " + (int)maxim1 + "), " + ((int)average1/fileSize*21));
Console.WriteLine("A.8.9.YOZ:\t(" + (int)minim2 + ", " + (int)maxim2 + "), " + ((int)average2/fileSize*21));
Console.WriteLine("D.8y.9y:\t(" + (int)minim3 + ", " + (int)maxim3 + "), " + ((int)average3/fileSize*21));
}
//RIDICAT LATERAL
if (Constants.DEBUG) {
Console.WriteLine("\tRidicat lateral");
}
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\msd\\ridicat lateral.txt");
fileSize = 24444;
maxim1 = 0.0;
minim1 = 180.0;
average1 = 0.0;
maxim2 = 0.0;
minim2 = 180.0;
average2 = 0.0;
maxim3 = 0.0;
minim3 = 180.0;
average3 = 0.0;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
strLine = sr.ReadLine(); // 2:shoulder center
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
string[] words = strLine.Split(' ');
Point3D P8 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 9:elbow right
words = strLine.Split(' ');
Point3D P9 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
strLine = sr.ReadLine(); // 13:knee left
strLine = sr.ReadLine(); // 14:ankle left
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
strLine = sr.ReadLine(); // 17:knee right
strLine = sr.ReadLine(); // 18:ankle right
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P8,P9,Constants.planeType.XOY);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.8.9.XoY", angle);
angle = GeometryUtils.getAngle(P8,P9,Constants.planeType.YOZ);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.8.9.YoZ", angle);
angle = P8.getY() - P9.getY();
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("D.8y.9y", angle);
example.setResult("ridicat lateral");
rightHandTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.8.9.XOY:\t(" + (int)minim1 + ", " + (int)maxim1 + "), " + ((int)average1/fileSize*21));
Console.WriteLine("A.8.9.YOZ:\t(" + (int)minim2 + ", " + (int)maxim2 + "), " + ((int)average2/fileSize*21));
Console.WriteLine("D.8y.9y:\t(" + (int)minim3 + ", " + (int)maxim3 + "), " + ((int)average3/fileSize*21));
}
// RIDICAT SUS
if (Constants.DEBUG) {
Console.WriteLine("\tRidicat sus");
}
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\msd\\ridicat sus.txt");
fileSize = 14469;
maxim1 = 0.0;
minim1 = 180.0;
average1 = 0.0;
maxim2 = 0.0;
minim2 = 180.0;
average2 = 0.0;
maxim3 = 0.0;
minim3 = 180.0;
average3 = 0.0;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
strLine = sr.ReadLine(); // 2:shoulder center
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
string[] words = strLine.Split(' ');
Point3D P8 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 9:elbow right
words = strLine.Split(' ');
Point3D P9 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
strLine = sr.ReadLine(); // 13:knee left
strLine = sr.ReadLine(); // 14:ankle left
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
strLine = sr.ReadLine(); // 17:knee right
strLine = sr.ReadLine(); // 18:ankle right
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P8,P9,Constants.planeType.XOY);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.8.9.XoY", angle);
angle = GeometryUtils.getAngle(P8,P9,Constants.planeType.YOZ);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.8.9.YoZ", angle);
angle = P8.getY() - P9.getY();
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("D.8y.9y", angle);
example.setResult("ridicat sus");
rightHandTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.8.9.XOY:\t(" + (int)minim1 + ", " + (int)maxim1 + "), " + ((int)average1/fileSize*21));
Console.WriteLine("A.8.9.YOZ:\t(" + (int)minim2 + ", " + (int)maxim2 + "), " + ((int)average2/fileSize*21));
Console.WriteLine("D.8y.9y:\t(" + (int)minim3 + ", " + (int)maxim3 + "), " + ((int)average3/fileSize*21));
}
// RIDICAT FRONTAL
if (Constants.DEBUG) {
Console.WriteLine("\tRidicat frontal");
}
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\msd\\ridicat frontal.txt");
fileSize = 21567;
maxim1 = 0.0;
minim1 = 180.0;
average1 = 0.0;
maxim2 = 0.0;
minim2 = 180.0;
average2 = 0.0;
maxim3 = 0.0;
minim3 = 180.0;
average3 = 0.0;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
strLine = sr.ReadLine(); // 2:shoulder center
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
string[] words = strLine.Split(' ');
Point3D P8 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 9:elbow right
words = strLine.Split(' ');
Point3D P9 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
strLine = sr.ReadLine(); // 13:knee left
strLine = sr.ReadLine(); // 14:ankle left
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
strLine = sr.ReadLine(); // 17:knee right
strLine = sr.ReadLine(); // 18:ankle right
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P8,P9,Constants.planeType.XOY);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.8.9.XoY", angle);
angle = GeometryUtils.getAngle(P8,P9,Constants.planeType.YOZ);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.8.9.YoZ", angle);
angle = P8.getY() - P9.getY();
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("D.8y.9y", angle);
example.setResult("ridicat frontal");
rightHandTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.8.9.XOY:\t(" + (int)minim1 + ", " + (int)maxim1 + "), " + ((int)average1/fileSize*21));
Console.WriteLine("A.8.9.YOZ:\t(" + (int)minim2 + ", " + (int)maxim2 + "), " + ((int)average2/fileSize*21));
Console.WriteLine("D.8y.9y:\t(" + (int)minim3 + ", " + (int)maxim3 + "), " + ((int)average3/fileSize*21));
}
}
catch (Exception e) {Console.WriteLine(e);}
return rightHandTS;
}
public static List<Example> readRightLegTS() {
if (Constants.DEBUG) {
Console.WriteLine("\n=====\tPICIOR DREPT =====");
// DREPT
Console.WriteLine("\tDrept");
}
List<Example> rightLegTS = new List<Example>();
StreamReader sr;
String strLine;
double maxim1 = 0.0;
double minim1 = 180.0;
double average1 = 0.0;
double maxim2 = 0.0;
double minim2 = 180.0;
double average2 = 0.0;
double maxim3 = 0.0;
double minim3 = 180.0;
double average3 = 0.0;
double fileSize = 14133;
try {
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\mid\\drept.txt");
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
strLine = sr.ReadLine(); // 2:shoulder center
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
strLine = sr.ReadLine(); // 9:elbow right
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
strLine = sr.ReadLine(); // 13:knee left
strLine = sr.ReadLine(); // 14:ankle left
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
string[] words = strLine.Split(' ');
Point3D P16 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 17:knee right
words = strLine.Split(' ');
Point3D P17 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 18:ankle right
words = strLine.Split(' ');
Point3D P18 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P16,P17,P18);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.16.17.18", angle);
angle = GeometryUtils.getAngle(P17,P18,Constants.planeType.XOY);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.17.18.XoY", angle);
angle = GeometryUtils.getAngle(P17,P18,Constants.planeType.YOZ);
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("A.17.18.YoZ", angle);
example.setResult("drept");
rightLegTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.16.17.18:\t(" + (int)minim1 + ", " + (int)maxim1 + "), " + ((int)average1/fileSize*21));
Console.WriteLine("A.17.18.XOY:\t(" + (int)minim2 + ", " + (int)maxim2 + "), " + ((int)average2/fileSize*21));
Console.WriteLine("A.17.18.YOZ:\t(" + (int)minim3 + ", " + (int)maxim3 + "), " + ((int)average3/fileSize*21));
}
// RIDICAT LATERAL
if (Constants.DEBUG) {
Console.WriteLine("\tRidicat lateral");
}
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\mid\\ridicat lateral.txt");
fileSize = 5859;
maxim1 = 0.0;
minim1 = 180.0;
average1 = 0.0;
maxim2 = 0.0;
minim2 = 180.0;
average2 = 0.0;
maxim3 = 0.0;
minim3 = 180.0;
average3 = 0.0;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
strLine = sr.ReadLine(); // 2:shoulder center
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
strLine = sr.ReadLine(); // 9:elbow right
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
strLine = sr.ReadLine(); // 13:knee left
strLine = sr.ReadLine(); // 14:ankle left
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
string[] words = strLine.Split(' ');
Point3D P16 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 17:knee right
words = strLine.Split(' ');
Point3D P17 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 18:ankle right
words = strLine.Split(' ');
Point3D P18 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P16,P17,P18);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.16.17.18", angle);
angle = GeometryUtils.getAngle(P17,P18,Constants.planeType.XOY);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.17.18.XoY", angle);
angle = GeometryUtils.getAngle(P17,P18,Constants.planeType.YOZ);
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("A.17.18.YoZ", angle);
example.setResult("ridicat lateral");
rightLegTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.16.17.18:\t(" + (int)minim1 + ", " + (int)maxim1 + "), " + ((int)average1/fileSize*21));
Console.WriteLine("A.17.18.XOY:\t(" + (int)minim2 + ", " + (int)maxim2 + "), " + ((int)average2/fileSize*21));
Console.WriteLine("A.17.18.YOZ:\t(" + (int)minim3 + ", " + (int)maxim3 + "), " + ((int)average3/fileSize*21));
}
// RIDICAT FRONTAL
if (Constants.DEBUG) {
Console.WriteLine("\tRidicat frontal");
}
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\mid\\ridicat frontal.txt");
fileSize = 9870;
maxim1 = 0.0;
minim1 = 180.0;
average1 = 0.0;
maxim2 = 0.0;
minim2 = 180.0;
average2 = 0.0;
maxim3 = 0.0;
minim3 = 180.0;
average3 = 0.0;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
strLine = sr.ReadLine(); // 2:shoulder center
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
strLine = sr.ReadLine(); // 9:elbow right
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
strLine = sr.ReadLine(); // 13:knee left
strLine = sr.ReadLine(); // 14:ankle left
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
string[] words = strLine.Split(' ');
Point3D P16 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 17:knee right
words = strLine.Split(' ');
Point3D P17 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 18:ankle right
words = strLine.Split(' ');
Point3D P18 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P16,P17,P18);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.16.17.18", angle);
angle = GeometryUtils.getAngle(P17,P18,Constants.planeType.XOY);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.17.18.XoY", angle);
angle = GeometryUtils.getAngle(P17,P18,Constants.planeType.YOZ);
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("A.17.18.YoZ", angle);
example.setResult("ridicat frontal");
rightLegTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.16.17.18:\t(" + (int)minim1 + ", " + (int)maxim1 + "), " + ((int)average1/fileSize*21));
Console.WriteLine("A.17.18.XOY:\t(" + (int)minim2 + ", " + (int)maxim2 + "), " + ((int)average2/fileSize*21));
Console.WriteLine("A.17.18.YOZ:\t(" + (int)minim3 + ", " + (int)maxim3 + "), " + ((int)average3/fileSize*21));
}
// INDOIT
if (Constants.DEBUG) {
Console.WriteLine("\tIndoit");
}
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\mid\\indoit.txt");
fileSize = 28791;
maxim1 = 0.0;
minim1 = 180.0;
average1 = 0.0;
maxim2 = 0.0;
minim2 = 180.0;
average2 = 0.0;
maxim3 = 0.0;
minim3 = 180.0;
average3 = 0.0;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
strLine = sr.ReadLine(); // 2:shoulder center
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
strLine = sr.ReadLine(); // 9:elbow right
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
strLine = sr.ReadLine(); // 13:knee left
strLine = sr.ReadLine(); // 14:ankle left
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
string[] words = strLine.Split(' ');
Point3D P16 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 17:knee right
words = strLine.Split(' ');
Point3D P17 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 18:ankle right
words = strLine.Split(' ');
Point3D P18 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P16,P17,P18);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.16.17.18", angle);
angle = GeometryUtils.getAngle(P17,P18,Constants.planeType.XOY);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.17.18.XoY", angle);
angle = GeometryUtils.getAngle(P17,P18,Constants.planeType.YOZ);
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("A.17.18.YoZ", angle);
example.setResult("indoit");
rightLegTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.16.17.18:\t(" + (int)minim1 + ", " + (int)maxim1 + "), " + ((int)average1/fileSize*21));
Console.WriteLine("A.17.18.XOY:\t(" + (int)minim2 + ", " + (int)maxim2 + "), " + ((int)average2/fileSize*21));
Console.WriteLine("A.17.18.YOZ:\t(" + (int)minim3 + ", " + (int)maxim3 + "), " + ((int)average3/fileSize*21));
}
}
catch (Exception e) {Console.WriteLine(e);}
return rightLegTS;
}
public static List<Example> readLeftLegTS() {
// TRAIN LEFT LEG PART...
if (Constants.DEBUG) {
// Attributes: A.12.13.14, A.13.14.XOY, A.13.14.YOZ
Console.WriteLine("\n=====\tPICIOR STANG =====");
Console.WriteLine("\tDrept");
}
StreamReader sr;
String strLine;
List<Example> leftLegTS = new List<Example>();
double maxim1 = 0.0;
double minim1 = 180.0;
double average1 = 0.0;
double maxim2 = 0.0;
double minim2 = 180.0;
double average2 = 0.0;
double maxim3 = 0.0;
double minim3 = 180.0;
double average3 = 0.0;
double fileSize = 25242;
try {
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\mis\\drept.txt");
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
strLine = sr.ReadLine(); // 2:shoulder center
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
strLine = sr.ReadLine(); // 9:elbow right
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
string[] words = strLine.Split(' ');
Point3D P12 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 13:knee left
words = strLine.Split(' ');
Point3D P13 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 14:ankle left
words = strLine.Split(' ');
Point3D P14 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
strLine = sr.ReadLine(); // 17:knee right
strLine = sr.ReadLine(); // 18:ankle right
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P12,P13,P14);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.12.13.14", angle);
angle = GeometryUtils.getAngle(P13,P14,Constants.planeType.XOY);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.13.14.XoY", angle);
angle = GeometryUtils.getAngle(P13,P14,Constants.planeType.YOZ);
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("A.13.14.YoZ", angle);
example.setResult("drept");
leftLegTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.12.13.14:\t(" + (int)minim1 + ", " + (int)maxim1 + "), " + ((int)average1/fileSize*21));
Console.WriteLine("A.13.14.XOY:\t(" + (int)minim2 + ", " + (int)maxim2 + "), " + ((int)average2/fileSize*21));
Console.WriteLine("A.13.14.YOZ:\t(" + (int)minim3 + ", " + (int)maxim3 + "), " + ((int)average3/fileSize*21));
}
// RIDICAT LATERAL
if (Constants.DEBUG) {
Console.WriteLine("\tRidicat lateral");
}
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\mis\\ridicat lateral.txt");
fileSize = 3444;
maxim1 = 0.0;
minim1 = 180.0;
average1 = 0.0;
maxim2 = 0.0;
minim2 = 180.0;
average2 = 0.0;
maxim3 = 0.0;
minim3 = 180.0;
average3 = 0.0;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
strLine = sr.ReadLine(); // 2:shoulder center
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
strLine = sr.ReadLine(); // 9:elbow right
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
string[] words = strLine.Split(' ');
Point3D P12 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 13:knee left
words = strLine.Split(' ');
Point3D P13 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 14:ankle left
words = strLine.Split(' ');
Point3D P14 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
strLine = sr.ReadLine(); // 17:knee right
strLine = sr.ReadLine(); // 18:ankle right
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P12,P13,P14);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.12.13.14", angle);
angle = GeometryUtils.getAngle(P13,P14,Constants.planeType.XOY);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.13.14.XoY", angle);
angle = GeometryUtils.getAngle(P13,P14,Constants.planeType.YOZ);
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("A.13.14.YoZ", angle);
example.setResult("ridicat lateral");
leftLegTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.12.13.14:\t(" + (int)minim1 + ", " + (int)maxim1 + "), " + ((int)average1/fileSize*21));
Console.WriteLine("A.13.14.XOY:\t(" + (int)minim2 + ", " + (int)maxim2 + "), " + ((int)average2/fileSize*21));
Console.WriteLine("A.13.14.YOZ:\t(" + (int)minim3 + ", " + (int)maxim3 + "), " + ((int)average3/fileSize*21));
}
// RIDICAT FRONTAL
if (Constants.DEBUG) {
Console.WriteLine("\tRidicat frontal");
}
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\mis\\ridicat frontal.txt");
fileSize = 12432;
maxim1 = 0.0;
minim1 = 180.0;
average1 = 0.0;
maxim2 = 0.0;
minim2 = 180.0;
average2 = 0.0;
maxim3 = 0.0;
minim3 = 180.0;
average3 = 0.0;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
strLine = sr.ReadLine(); // 2:shoulder center
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
strLine = sr.ReadLine(); // 9:elbow right
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
string[] words = strLine.Split(' ');
Point3D P12 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 13:knee left
words = strLine.Split(' ');
Point3D P13 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 14:ankle left
words = strLine.Split(' ');
Point3D P14 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
strLine = sr.ReadLine(); // 17:knee right
strLine = sr.ReadLine(); // 18:ankle right
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P12,P13,P14);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.12.13.14", angle);
angle = GeometryUtils.getAngle(P13,P14,Constants.planeType.XOY);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.13.14.XoY", angle);
angle = GeometryUtils.getAngle(P13,P14,Constants.planeType.YOZ);
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("A.13.14.YoZ", angle);
example.setResult("ridicat frontal");
leftLegTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.12.13.14:\t(" + (int)minim1 + ", " + (int)maxim1 + "), " + ((int)average1/fileSize*21));
Console.WriteLine("A.13.14.XOY:\t(" + (int)minim2 + ", " + (int)maxim2 + "), " + ((int)average2/fileSize*21));
Console.WriteLine("A.13.14.YOZ:\t(" + (int)minim3 + ", " + (int)maxim3 + "), " + ((int)average3/fileSize*21));
}
// INDOIT
if (Constants.DEBUG) {
Console.WriteLine("\tIndoit");
}
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\mis\\indoit.txt");
fileSize = 10584;
maxim1 = 0.0;
minim1 = 180.0;
average1 = 0.0;
maxim2 = 0.0;
minim2 = 180.0;
average2 = 0.0;
maxim3 = 0.0;
minim3 = 180.0;
average3 = 0.0;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
strLine = sr.ReadLine(); // 2:shoulder center
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
strLine = sr.ReadLine(); // 9:elbow right
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
string[] words = strLine.Split(' ');
Point3D P12 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 13:knee left
words = strLine.Split(' ');
Point3D P13 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 14:ankle left
words = strLine.Split(' ');
Point3D P14 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
strLine = sr.ReadLine(); // 17:knee right
strLine = sr.ReadLine(); // 18:ankle right
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P12,P13,P14);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.12.13.14", angle);
angle = GeometryUtils.getAngle(P13,P14,Constants.planeType.XOY);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.13.14.XoY", angle);
angle = GeometryUtils.getAngle(P13,P14,Constants.planeType.YOZ);
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("A.13.14.YoZ", angle);
example.setResult("indoit");
leftLegTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.12.13.14:\t(" + (int)minim1 + ", " + (int)maxim1 + "), " + ((int)average1/fileSize*21));
Console.WriteLine("A.13.14.XOY:\t(" + (int)minim2 + ", " + (int)maxim2 + "), " + ((int)average2/fileSize*21));
Console.WriteLine("A.13.14.YOZ:\t(" + (int)minim3 + ", " + (int)maxim3 + "), " + ((int)average3/fileSize*21));
}
}
catch (Exception e) {Console.WriteLine(e);}
return leftLegTS;
}
public static List<Example> readBodyTS() {
// TRAIN BODY PART ...
List<Example> bodyTS = new List<Example>();
StreamReader sr;
String strLine;
if (Constants.DEBUG) {
Console.WriteLine("\n=====\tTRUNCHI\t=====");
// Attributes: A.2.1.13, A.2.1.17, A.1.2.XOY, A.1.2.YOZ
Console.WriteLine("\tDrept");
}
double maxim1 = 0.0;
double minim1 = 180.0;
double average1 = 0.0;
double maxim2 = 0.0;
double minim2 = 180.0;
double average2 = 0.0;
double maxim3 = 0.0;
double minim3 = 180.0;
double average3 = 0.0;
double maxim4 = 0.0;
double minim4 = 180.0;
double average4 = 0.0;
double fileSize = 5838;
try {
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\trunchi\\drept.txt");
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
string[] words = strLine.Split(' ');
Point3D P1 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 2:shoulder center
words = strLine.Split(' ');
Point3D P2 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
strLine = sr.ReadLine(); // 9:elbow right
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
strLine = sr.ReadLine(); // 13:knee left
words = strLine.Split(' ');
Point3D P13 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 14:ankle left
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
strLine = sr.ReadLine(); // 17:knee right
words = strLine.Split(' ');
Point3D P17 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 18:ankle right
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P2,P1,P13);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.2.1.13", angle);
angle = GeometryUtils.getAngle(P2,P1,P17);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.2.1.17", angle);
angle = GeometryUtils.getAngle(P1,P2,Constants.planeType.XOY);
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("A.1.2.XoY", angle);
angle = GeometryUtils.getAngle(P1,P2,Constants.planeType.YOZ);
if (maxim4 < angle)
maxim4 = angle;
if (minim4 > angle)
minim4 = angle;
average4 += angle;
example.add("A.1.2.YoZ", angle);
example.setResult("drept");
bodyTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.2.1.13:(" + (int)minim1 + ", " + (int)maxim1 + "), " + (int)(average1/fileSize*21));
Console.WriteLine("A.2.1.17:(" + (int)minim2 + ", " + (int)maxim2 + "), " + (int)(average2/fileSize*21));
Console.WriteLine("A.1.2.XOY:(" + (int)minim3 + ", " + (int)maxim3 + "), " + (int)(average3/fileSize*21));
Console.WriteLine("A.1.2.YOZ:(" + (int)minim4 + ", " + (int)maxim4 + "), " + (int)(average4/fileSize*21));
}
if (Constants.DEBUG) {
Console.WriteLine("\tAplecat frontal");
}
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\trunchi\\aplecat frontal.txt");
maxim1 = 0.0;
minim1 = 180.0;
average1 = 0.0;
maxim2 = 0.0;
minim2 = 180.0;
average2 = 0.0;
maxim3 = 0.0;
minim3 = 180.0;
average3 = 0.0;
maxim4 = 0.0;
minim4 = 180.0;
average4 = 0.0;
fileSize = 10605;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
string[] words = strLine.Split(' ');
Point3D P1 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 2:shoulder center
words = strLine.Split(' ');
Point3D P2 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
strLine = sr.ReadLine(); // 9:elbow right
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
strLine = sr.ReadLine(); // 13:knee left
words = strLine.Split(' ');
Point3D P13 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 14:ankle left
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
strLine = sr.ReadLine(); // 17:knee right
words = strLine.Split(' ');
Point3D P17 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 18:ankle right
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P2,P1,P13);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.2.1.13", angle);
angle = GeometryUtils.getAngle(P2,P1,P17);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.2.1.17", angle);
angle = GeometryUtils.getAngle(P1,P2,Constants.planeType.XOY);
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("A.1.2.XoY", angle);
angle = GeometryUtils.getAngle(P1,P2,Constants.planeType.YOZ);
if (maxim4 < angle)
maxim4 = angle;
if (minim4 > angle)
minim4 = angle;
average4 += angle;
example.add("A.1.2.YoZ", angle);
example.setResult("aplecat frontal");
bodyTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.2.1.13:(" + (int)minim1 + ", " + (int)maxim1 + "), " + (int)(average1/fileSize*21));
Console.WriteLine("A.2.1.17:(" + (int)minim2 + ", " + (int)maxim2 + "), " + (int)(average2/fileSize*21));
Console.WriteLine("A.1.2.XOY:(" + (int)minim3 + ", " + (int)maxim3 + "), " + (int)(average3/fileSize*21));
Console.WriteLine("A.1.2.YOZ:(" + (int)minim4 + ", " + (int)maxim4 + "), " + (int)(average4/fileSize*21));
}
if (Constants.DEBUG) {
Console.WriteLine("\tAplecat lateral");
}
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\trunchi\\aplecat lateral.txt");
maxim1 = 0.0;
minim1 = 180.0;
average1 = 0.0;
maxim2 = 0.0;
minim2 = 180.0;
average2 = 0.0;
maxim3 = 0.0;
minim3 = 180.0;
average3 = 0.0;
maxim4 = 0.0;
minim4 = 180.0;
average4 = 0.0;
fileSize = 9786;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
string[] words = strLine.Split(' ');
Point3D P1 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 2:shoulder center
words = strLine.Split(' ');
Point3D P2 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
strLine = sr.ReadLine(); // 9:elbow right
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
strLine = sr.ReadLine(); // 13:knee left
words = strLine.Split(' ');
Point3D P13 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 14:ankle left
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
strLine = sr.ReadLine(); // 17:knee right
words = strLine.Split(' ');
Point3D P17 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 18:ankle right
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P2,P1,P13);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.2.1.13", angle);
angle = GeometryUtils.getAngle(P2,P1,P17);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.2.1.17", angle);
angle = GeometryUtils.getAngle(P1,P2,Constants.planeType.XOY);
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("A.1.2.XoY", angle);
angle = GeometryUtils.getAngle(P1,P2,Constants.planeType.YOZ);
if (maxim4 < angle)
maxim4 = angle;
if (minim4 > angle)
minim4 = angle;
average4 += angle;
example.add("A.1.2.YoZ", angle);
example.setResult("aplecat lateral");
bodyTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.2.1.13:(" + (int)minim1 + ", " + (int)maxim1 + "), " + (int)(average1/fileSize*21));
Console.WriteLine("A.2.1.17:(" + (int)minim2 + ", " + (int)maxim2 + "), " + (int)(average2/fileSize*21));
Console.WriteLine("A.1.2.XOY:(" + (int)minim3 + ", " + (int)maxim3 + "), " + (int)(average3/fileSize*21));
Console.WriteLine("A.1.2.YOZ:(" + (int)minim4 + ", " + (int)maxim4 + "), " + (int)(average4/fileSize*21));
}
if (Constants.DEBUG) {
Console.WriteLine("\tAsezat");
}
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\trunchi\\asezat.txt");
maxim1 = 0.0;
minim1 = 180.0;
average1 = 0.0;
maxim2 = 0.0;
minim2 = 180.0;
average2 = 0.0;
maxim3 = 0.0;
minim3 = 180.0;
average3 = 0.0;
maxim4 = 0.0;
minim4 = 180.0;
average4 = 0.0;
fileSize = 6237;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
string[] words = strLine.Split(' ');
Point3D P1 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 2:shoulder center
words = strLine.Split(' ');
Point3D P2 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
strLine = sr.ReadLine(); // 9:elbow right
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
strLine = sr.ReadLine(); // 13:knee left
words = strLine.Split(' ');
Point3D P13 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 14:ankle left
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
strLine = sr.ReadLine(); // 17:knee right
words = strLine.Split(' ');
Point3D P17 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 18:ankle right
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P2,P1,P13);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.2.1.13", angle);
angle = GeometryUtils.getAngle(P2,P1,P17);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.2.1.17", angle);
angle = GeometryUtils.getAngle(P1,P2,Constants.planeType.XOY);
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("A.1.2.XoY", angle);
angle = GeometryUtils.getAngle(P1,P2,Constants.planeType.YOZ);
if (maxim4 < angle)
maxim4 = angle;
if (minim4 > angle)
minim4 = angle;
average4 += angle;
example.add("A.1.2.YoZ", angle);
example.setResult("asezat");
bodyTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.2.1.13:(" + (int)minim1 + ", " + (int)maxim1 + "), " + (int)(average1/fileSize*21));
Console.WriteLine("A.2.1.17:(" + (int)minim2 + ", " + (int)maxim2 + "), " + (int)(average2/fileSize*21));
Console.WriteLine("A.1.2.XOY:(" + (int)minim3 + ", " + (int)maxim3 + "), " + (int)(average3/fileSize*21));
Console.WriteLine("A.1.2.YOZ:(" + (int)minim4 + ", " + (int)maxim4 + "), " + (int)(average4/fileSize*21));
}
if (Constants.DEBUG) {
Console.WriteLine("\tCulcat");
}
sr = new StreamReader("D:\\LICENTA\\Pose Recognition\\input_antrenare_3\\trunchi\\culcat.txt");
maxim1 = 0.0;
minim1 = 180.0;
average1 = 0.0;
maxim2 = 0.0;
minim2 = 180.0;
average2 = 0.0;
maxim3 = 0.0;
minim3 = 180.0;
average3 = 0.0;
maxim4 = 0.0;
minim4 = 180.0;
average4 = 0.0;
fileSize = 2604;
for (int i=0; i<fileSize; i+=21) {
strLine = sr.ReadLine(); // blank
strLine = sr.ReadLine(); // 0:hipcenter
strLine = sr.ReadLine(); // 1:spine
string[] words = strLine.Split(' ');
Point3D P1 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 2:shoulder center
words = strLine.Split(' ');
Point3D P2 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 3:head
strLine = sr.ReadLine(); // 4:shoulder left
strLine = sr.ReadLine(); // 5:elbow left
strLine = sr.ReadLine(); // 6:wrist left
strLine = sr.ReadLine(); // 7:hand left
strLine = sr.ReadLine(); // 8:shoulder right
strLine = sr.ReadLine(); // 9:elbow right
strLine = sr.ReadLine(); // 10:wrist right
strLine = sr.ReadLine(); // 11:hand right
strLine = sr.ReadLine(); // 12:hip left
strLine = sr.ReadLine(); // 13:knee left
words = strLine.Split(' ');
Point3D P13 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 14:ankle left
strLine = sr.ReadLine(); // 15:foot left
strLine = sr.ReadLine(); // 16:hip right
strLine = sr.ReadLine(); // 17:knee right
words = strLine.Split(' ');
Point3D P17 = new Point3D(Double.Parse(words[0]),
Double.Parse(words[1]),
Double.Parse(words[2]));
strLine = sr.ReadLine(); // 18:ankle right
strLine = sr.ReadLine(); // 19:foot right
Example example = new Example();
double angle = GeometryUtils.getAngle(P2,P1,P13);
if (maxim1 < angle)
maxim1 = angle;
if (minim1 > angle)
minim1 = angle;
average1 += angle;
example.add("A.2.1.13", angle);
angle = GeometryUtils.getAngle(P2,P1,P17);
if (maxim2 < angle)
maxim2 = angle;
if (minim2 > angle)
minim2 = angle;
average2 += angle;
example.add("A.2.1.17", angle);
angle = GeometryUtils.getAngle(P1,P2,Constants.planeType.XOY);
if (maxim3 < angle)
maxim3 = angle;
if (minim3 > angle)
minim3 = angle;
average3 += angle;
example.add("A.1.2.XoY", angle);
angle = GeometryUtils.getAngle(P1,P2,Constants.planeType.YOZ);
if (maxim4 < angle)
maxim4 = angle;
if (minim4 > angle)
minim4 = angle;
average4 += angle;
example.add("A.1.2.YoZ", angle);
example.setResult("culcat");
bodyTS.Add(example);
}
if (Constants.DEBUG) {
Console.WriteLine("A.2.1.13:(" + (int)minim1 + ", " + (int)maxim1 + "), " + (int)(average1/fileSize*21));
Console.WriteLine("A.2.1.17:(" + (int)minim2 + ", " + (int)maxim2 + "), " + (int)(average2/fileSize*21));
Console.WriteLine("A.1.2.XOY:(" + (int)minim3 + ", " + (int)maxim3 + "), " + (int)(average3/fileSize*21));
Console.WriteLine("A.1.2.YOZ:(" + (int)minim4 + ", " + (int)maxim4 + "), " + (int)(average4/fileSize*21));
}
}
catch (Exception e) {Console.WriteLine(e);}
return bodyTS;
}
