public void showRandHand()
{
AngleBasedHandModel result = createRandom();
output.visualizeHand(result);
Debug.Log("Comfort+Discomfort: " + (Discomfort.getDiscomfortAngled(result) + Comfort.getRRPComponent(result)));
}
void saveData()
{
UserStudyData.instance.targetHand = targethand;
UserStudyData.instance.angleDis = Comfort.getRRPComponent(targethand);
UserStudyData.instance.hyperDis = Discomfort.getHyperExtensionComponent(targethand);
UserStudyData.instance.yaxisDis = Discomfort.getAbductionComponent(targethand);
UserStudyData.instance.interDis = Discomfort.getInterFingerComponent(targethand);
UserStudyData.instance.discomfort = Discomfort.getDiscomfortAngled(targethand);
UserStudyData.instance.palmangle = targethand.getAvgMCPAngle() * 0;
Debug.Log(targethand.getAvgMCPAngle() * 0);
}
public AngleBasedHandModel createRandom(float disc_min, float disc_max)
{
AngleBasedHandModel result;
do
{
result = createRandom();
}while (Discomfort.getDiscomfortAngled(result) + Comfort.getRRPComponent(result) < disc_min || Discomfort.getDiscomfortAngled(result) + Comfort.getRRPComponent(result) > disc_max);
Debug.Log("Discomfort: " + Discomfort.getDiscomfortAngled(result) + ", Comfort: " + Comfort.getRRPComponent(result));
return(result);
}
void saveResults()
{
File.AppendAllText(
fileName,
UserStudyData.instance.Name + endl +
slider.value + endl +
Discomfort.getDiscomfortAngled(targethand) + endl +
Comfort.getRRPComponent(targethand) + endl +
Discomfort.getInterFingerComponent(targethand) + endl +
Discomfort.getAbductionComponent(targethand) + endl +
Discomfort.getHyperExtensionComponent(targethand) + endl +
Discomfort.getInterFingerCSV(targethand, endl) +
Discomfort.getAbductionCSV(targethand, endl) +
Discomfort.getHyperExtensionCSV(targethand, endl) +
Comfort.getRRPCSV(targethand, endl) +
targethand.ToCSVString(endl) + Environment.NewLine
);
}
void saveResults()
{
File.AppendAllText(
fileNameEnd,
UserStudyData.instance.Name + endl +
UserStudyData.instance.ComfortEvaluation + endl +
timer + endl +
timerTracking + endl +
Discomfort.getDiscomfortAngled(UserStudyData.instance.targetHand) + endl +
Comfort.getRRPComponent(UserStudyData.instance.targetHand) + endl +
Discomfort.getInterFingerComponent(UserStudyData.instance.targetHand) + endl +
Discomfort.getAbductionComponent(UserStudyData.instance.targetHand) + endl +
Discomfort.getHyperExtensionComponent(UserStudyData.instance.targetHand) + endl +
Discomfort.getInterFingerCSV(UserStudyData.instance.targetHand, endl) +
Discomfort.getAbductionCSV(UserStudyData.instance.targetHand, endl) +
Discomfort.getHyperExtensionCSV(UserStudyData.instance.targetHand, endl) +
Comfort.getRRPCSV(UserStudyData.instance.targetHand, endl) +
UserStudyData.instance.targetHand.ToCSVString(endl) + Environment.NewLine
);
}
IEnumerator getNewRandomHand()
{
generating = true;
int counter = 0;
Debug.Log(targetdiscomfort);
do
{
uncomfortable = randHand.createRandom();
yield return(new WaitForEndOfFrame());
counter++;
if (counter > 200)
{
counter = 0;
targetdiscomfort -= 25;
Debug.Log(targetdiscomfort);
}
}while (Discomfort.getDiscomfortAngled(uncomfortable) + Comfort.getRRPComponent(uncomfortable) < targetdiscomfort || Discomfort.getDiscomfortAngled(uncomfortable) + Comfort.getRRPComponent(uncomfortable) > targetdiscomfort + 100);
generating = false;
}
IEnumerator getNewRandomHand()
{
generating = true;
targetdiscomfort = UnityEngine.Random.Range(50, 1000);
int counter = 0;
Debug.Log(targetdiscomfort);
do
{
targethand = randHand.createRandom();
outputHand.visualizeHand(targethand);
yield return(new WaitForEndOfFrame());
counter++;
if (counter > 200)
{
counter = 0;
targetdiscomfort = UnityEngine.Random.Range(50, 1000);
Debug.Log(targetdiscomfort);
}
}while (Discomfort.getDiscomfortAngled(targethand) + Comfort.getRRPComponent(targethand) < targetdiscomfort || Discomfort.getDiscomfortAngled(targethand) + Comfort.getRRPComponent(targethand) > targetdiscomfort + 100);
generating = false;
}
// Update is called once per frame
void Update()
{
text.text = "RRP-Component: " + Mathf.Max(0.0f, Comfort.getRRPComponent(hand.hand) - 20);
}
// Update is called once per frame
void Update()
{
//TODO: this seems to not be correct; position values are funny
hand.rotation = root.rotation;
hand.position = root.position;
sQuaternion temp = Quaternion.Inverse(root.rotation) * thumb1.rotation;
if (rightHanded)
{
temp.mirrorX();
}
hand.thumb.tmc = temp;
hand.thumb.jointAngles [(int)AngleBasedThumbModel.Fingerjoints.TMC_X] = ((Quaternion)temp).eulerAngles.x;
hand.thumb.jointAngles [(int)AngleBasedThumbModel.Fingerjoints.TMC_Y] = ((Quaternion)temp).eulerAngles.y;
hand.thumb.jointAngles [(int)AngleBasedThumbModel.Fingerjoints.TMC_Z] = ((Quaternion)temp).eulerAngles.z;
hand.thumb.jointAngles [(int)AngleBasedThumbModel.Fingerjoints.MP] = Vector3.Angle(thumb1.forward, thumb2.forward);
hand.thumb.jointAngles [(int)AngleBasedThumbModel.Fingerjoints.IP] = Vector3.Angle(thumb3.forward, thumb2.forward);
temp = Quaternion.Inverse(root.rotation) * index1.rotation;
if (rightHanded)
{
temp.mirrorX();
}
hand.fingers [(int)AngleBasedHandModel.FingerName.index].mcp = temp;
hand.fingers[(int)AngleBasedHandModel.FingerName.index].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.MCP_SIDE] = ((Quaternion)temp).eulerAngles.y;
hand.fingers[(int)AngleBasedHandModel.FingerName.index].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.MCP_UP] = ((Quaternion)temp).eulerAngles.x;
hand.fingers[(int)AngleBasedHandModel.FingerName.index].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.PIP] = Vector3.Angle(index1.forward, index2.forward);
hand.fingers[(int)AngleBasedHandModel.FingerName.index].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.DIP] = Vector3.Angle(index2.forward, index3.forward);
temp = Quaternion.Inverse(root.rotation) * middle1.rotation;
if (rightHanded)
{
temp.mirrorX();
}
hand.fingers [(int)AngleBasedHandModel.FingerName.middle].mcp = temp;
hand.fingers[(int)AngleBasedHandModel.FingerName.middle].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.MCP_SIDE] = ((Quaternion)temp).eulerAngles.y;
hand.fingers[(int)AngleBasedHandModel.FingerName.middle].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.MCP_UP] = ((Quaternion)temp).eulerAngles.x;
hand.fingers[(int)AngleBasedHandModel.FingerName.middle].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.PIP] = Vector3.Angle(middle1.forward, middle2.forward);
hand.fingers[(int)AngleBasedHandModel.FingerName.middle].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.DIP] = Vector3.Angle(middle2.forward, middle3.forward);
temp = Quaternion.Inverse(root.rotation) * ring1.rotation;
if (rightHanded)
{
temp.mirrorX();
}
hand.fingers [(int)AngleBasedHandModel.FingerName.ring].mcp = temp;
hand.fingers[(int)AngleBasedHandModel.FingerName.ring].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.MCP_SIDE] = ((Quaternion)temp).eulerAngles.y;
hand.fingers[(int)AngleBasedHandModel.FingerName.ring].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.MCP_UP] = ((Quaternion)temp).eulerAngles.x;
hand.fingers[(int)AngleBasedHandModel.FingerName.ring].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.PIP] = Vector3.Angle(ring1.forward, ring2.forward);
hand.fingers[(int)AngleBasedHandModel.FingerName.ring].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.DIP] = Vector3.Angle(ring2.forward, ring3.forward);
temp = Quaternion.Inverse(root.rotation) * pinky1.rotation;
if (rightHanded)
{
temp.mirrorX();
}
hand.fingers [(int)AngleBasedHandModel.FingerName.pinky].mcp = temp;
hand.fingers[(int)AngleBasedHandModel.FingerName.pinky].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.MCP_SIDE] = ((Quaternion)temp).eulerAngles.y;
hand.fingers[(int)AngleBasedHandModel.FingerName.pinky].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.MCP_UP] = ((Quaternion)temp).eulerAngles.x;
hand.fingers[(int)AngleBasedHandModel.FingerName.pinky].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.PIP] = Vector3.Angle(pinky1.forward, pinky2.forward);
hand.fingers[(int)AngleBasedHandModel.FingerName.pinky].jointAngles[(int)AngleBasedFingerModel.Fingerjoints.DIP] = Vector3.Angle(pinky2.forward, pinky3.forward);
if (isDetecting)
{
if (Input.GetKeyDown("k"))
{
saveCurrentAs(trainingPosture);
}
else if (Input.GetKeyDown("s"))
{
PostureDataHandler.instance.saveData();
}
else
{
currentPosture = knn.detectPosture(hand);
if (poseText)
{
poseText.text = "Posture: " + currentPosture + "; Discomfort: " + getDiscomfort() + "; Comfort: " + Comfort.getRRPComponent(hand);
}
}
}
}
