Examples of com.jme3.math.Vector3f.distance()

com.jme3.math.Vector3f.distance()
distance calculates the distance between this vector and vector v. @param v the second vector to determine the distance. @return the distance between the two vectors.

    }


    // env state - target
    Vector3f targetCoords = getBluePillWorldTranslation();
    Vector3f leftEyeCoords = leftEye.getWorldTranslation();
    float distL = leftEyeCoords.distance(targetCoords) - TARGET_RADIUS;
    Vector3f rightEyeCoords = rightEye.getWorldTranslation();
    float distR = rightEyeCoords.distance(targetCoords) - TARGET_RADIUS;
    Vector3f headCoords = head.getWorldTranslation();
    float headDistance = headCoords.distance(targetCoords) - TARGET_RADIUS - HEAD_RADIUS;
    boolean wasCollision = headDistance < 0.005f;

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    // env state - target
    Vector3f targetCoords = getBluePillWorldTranslation();
    Vector3f leftEyeCoords = leftEye.getWorldTranslation();
    float distL = leftEyeCoords.distance(targetCoords) - TARGET_RADIUS;
    Vector3f rightEyeCoords = rightEye.getWorldTranslation();
    float distR = rightEyeCoords.distance(targetCoords) - TARGET_RADIUS;
    Vector3f headCoords = head.getWorldTranslation();
    float headDistance = headCoords.distance(targetCoords) - TARGET_RADIUS - HEAD_RADIUS;
    boolean wasCollision = headDistance < 0.005f;


    EnvState roboticArmEnvState = new EnvState(distL, distR, headDistance, relativePositions, wasCollision);

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    Vector3f leftEyeCoords = leftEye.getWorldTranslation();
    float distL = leftEyeCoords.distance(targetCoords) - TARGET_RADIUS;
    Vector3f rightEyeCoords = rightEye.getWorldTranslation();
    float distR = rightEyeCoords.distance(targetCoords) - TARGET_RADIUS;
    Vector3f headCoords = head.getWorldTranslation();
    float headDistance = headCoords.distance(targetCoords) - TARGET_RADIUS - HEAD_RADIUS;
    boolean wasCollision = headDistance < 0.005f;


    EnvState roboticArmEnvState = new EnvState(distL, distR, headDistance, relativePositions, wasCollision);
    return roboticArmEnvState;
  }

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        Vector3f patchPos = getCenterLocation(patch);


        // vector from camera to patch
        //Vector3f toPatchDir = locations.get(0).subtract(patchPos).normalizeLocal();
        //float facing = cam.getDirection().dot(toPatchDir);
        float distance = patchPos.distance(locations.get(0));


        // go through each lod level to find the one we are in
        for (int i = 0; i <= patch.getMaxLod(); i++) {
            if (distance < lodEntropies[i] * cameraConstant || i == patch.getMaxLod()){
                boolean reIndexNeeded = false;

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