How to use

AnimatableTransformListValue

in

org.apache.batik.anim.values

/**
 * Returns a zero value of this AnimatableValue's type.  This returns an
 * empty transform list.
 */
public AnimatableValue getZeroValue() {
  return new AnimatableTransformListValue(target, new Vector(5));
}

cumulativeDistances3[i - 1]
  + ((AnimatableTransformListValue)
    this.values[i - 1]).distanceTo3(this.values[i]);
cumulativeDistances2[i - 1]
  + ((AnimatableTransformListValue)
    this.values[i - 1]).distanceTo2(this.values[i]);
cumulativeDistances1[i - 1]
  + ((AnimatableTransformListValue)
    this.values[i - 1]).distanceTo1(this.values[i]);

/**
 * Updates the animated value with the given {@link AnimatableValue}.
 */
protected void updateAnimatedValue(AnimatableValue val) {
  if (val == null) {
    hasAnimVal = false;
  } else {
    hasAnimVal = true;
    AnimatableTransformListValue aval =
      (AnimatableTransformListValue) val;
    if (animVal == null) {
      animVal = new AnimSVGTransformList();
    }
    animVal.setAnimatedValue(aval.getTransforms());
  }
  fireAnimatedAttributeListeners();
}

  this.value = AnimatableTransformListValue.interpolate
    ((AnimatableTransformListValue) this.value, value1, value2,
     value3, nextValue1, nextValue2, nextValue3, interpolation1,
  break;
default:
  this.value = AnimatableTransformListValue.interpolate
    ((AnimatableTransformListValue) this.value, value1, value2,
     nextValue1, nextValue2, interpolation1, interpolation2,

/**
 * Updates the animated value with the given {@link AnimatableValue}.
 */
protected void updateAnimatedValue(AnimatableValue val) {
  if (val == null) {
    hasAnimVal = false;
  } else {
    hasAnimVal = true;
    AnimatableTransformListValue aval =
      (AnimatableTransformListValue) val;
    if (animVal == null) {
      animVal = new AnimSVGTransformList();
    }
    animVal.setAnimatedValue(aval.getTransforms());
  }
  fireAnimatedAttributeListeners();
}

  this.value = AnimatableTransformListValue.interpolate
    ((AnimatableTransformListValue) this.value, value1, value2,
     value3, nextValue1, nextValue2, nextValue3, interpolation1,
  break;
default:
  this.value = AnimatableTransformListValue.interpolate
    ((AnimatableTransformListValue) this.value, value1, value2,
     nextValue1, nextValue2, interpolation1, interpolation2,

/**
 * Returns a zero value of this AnimatableValue's type.  This returns an
 * empty transform list.
 */
public AnimatableValue getZeroValue() {
  return new AnimatableTransformListValue(target, new Vector(5));
}

cumulativeDistances3[i - 1]
  + ((AnimatableTransformListValue)
    this.values[i - 1]).distanceTo3(this.values[i]);
cumulativeDistances2[i - 1]
  + ((AnimatableTransformListValue)
    this.values[i - 1]).distanceTo2(this.values[i]);
cumulativeDistances1[i - 1]
  + ((AnimatableTransformListValue)
    this.values[i - 1]).distanceTo1(this.values[i]);

/**
 * Updates the animated value with the given {@link AnimatableValue}.
 */
protected void updateAnimatedValue(AnimatableValue val) {
  if (val == null) {
    hasAnimVal = false;
  } else {
    hasAnimVal = true;
    AnimatableTransformListValue aval =
      (AnimatableTransformListValue) val;
    if (animVal == null) {
      animVal = new AnimSVGTransformList();
    }
    animVal.setAnimatedValue(aval.getTransforms());
  }
  fireAnimatedAttributeListeners();
}

  this.value = AnimatableTransformListValue.interpolate
    ((AnimatableTransformListValue) this.value, value1, value2,
     value3, nextValue1, nextValue2, nextValue3, interpolation1,
  break;
default:
  this.value = AnimatableTransformListValue.interpolate
    ((AnimatableTransformListValue) this.value, value1, value2,
     nextValue1, nextValue2, interpolation1, interpolation2,

/**
 * Returns a zero value of this AnimatableValue's type.  This returns an
 * empty transform list.
 */
public AnimatableValue getZeroValue() {
  return new AnimatableTransformListValue(target, new Vector(5));
}

cumulativeDistances3[i - 1]
  + ((AnimatableTransformListValue)
    this.values[i - 1]).distanceTo3(this.values[i]);
cumulativeDistances2[i - 1]
  + ((AnimatableTransformListValue)
    this.values[i - 1]).distanceTo2(this.values[i]);
cumulativeDistances1[i - 1]
  + ((AnimatableTransformListValue)
    this.values[i - 1]).distanceTo1(this.values[i]);

/**
 * Returns the base value of the attribute as an {@link AnimatableValue}.
 */
public AnimatableValue getUnderlyingValue(AnimationTarget target) {
  SVGTransformList tl = getBaseVal();
  int n = tl.getNumberOfItems();
  List v = new ArrayList(n);
  for (int i = 0; i < n; i++) {
    v.add(tl.getItem(i));
  }
  return new AnimatableTransformListValue(target, v);
}

/**
 * Returns the base value of the attribute as an {@link AnimatableValue}.
 */
public AnimatableValue getUnderlyingValue(AnimationTarget target) {
  SVGTransformList tl = getBaseVal();
  int n = tl.getNumberOfItems();
  List v = new ArrayList(n);
  for (int i = 0; i < n; i++) {
    v.add(tl.getItem(i));
  }
  return new AnimatableTransformListValue(target, v);
}

/**
 * Returns the base value of the attribute as an {@link AnimatableValue}.
 */
public AnimatableValue getUnderlyingValue(AnimationTarget target) {
  SVGTransformList tl = getBaseVal();
  int n = tl.getNumberOfItems();
  List v = new ArrayList(n);
  for (int i = 0; i < n; i++) {
    v.add(tl.getItem(i));
  }
  return new AnimatableTransformListValue(target, v);
}

    break;
return new AnimatableTransformListValue(target, t);

    break;
return new AnimatableTransformListValue(target, t);

    break;
return new AnimatableTransformListValue(target, t);

res = new AnimatableTransformListValue(target);
res.transforms = new Vector(newSize);
res.transforms.setSize(newSize);

res = new AnimatableTransformListValue(target);
res.transforms = new Vector(newSize);
res.transforms.setSize(newSize);