/** * Returns the underlying value of the animated attribute. Used for * composition of additive animations. */ public AnimatableValue getUnderlyingValue() { return new AnimatableMotionPointValue(animationTarget, 0f, 0f, 0f); }
/** * Returns a zero value of this AnimatableValue's type. */ public AnimatableValue getZeroValue() { return new AnimatableMotionPointValue(target, 0f, 0f, 0f); }
/** * Returns a zero value of this AnimatableValue's type. */ public AnimatableValue getZeroValue() { return new AnimatableMotionPointValue(target, 0f, 0f, 0f); }
/** * Returns a zero value of this AnimatableValue's type. */ public AnimatableValue getZeroValue() { return new AnimatableMotionPointValue(target, 0f, 0f, 0f); }
/** * Returns the underlying value of the animated attribute. Used for * composition of additive animations. */ public AnimatableValue getUnderlyingValue() { return new AnimatableMotionPointValue(animationTarget, 0f, 0f, 0f); }
/** * Returns the underlying value of the animated attribute. Used for * composition of additive animations. */ public AnimatableValue getUnderlyingValue() { return new AnimatableMotionPointValue(animationTarget, 0f, 0f, 0f); }
AnimatableMotionPointValue res; if (result == null) { res = new AnimatableMotionPointValue(target); } else { res = (AnimatableMotionPointValue) result;
AnimatableMotionPointValue res; if (result == null) { res = new AnimatableMotionPointValue(target); } else { res = (AnimatableMotionPointValue) result;
AnimatableMotionPointValue res; if (result == null) { res = new AnimatableMotionPointValue(target); } else { res = (AnimatableMotionPointValue) result;
ang = rotateAngle; value = new AnimatableMotionPointValue(null, (float) p.getX(), (float) p.getY(), ang); } else { ang = rotateAngle; value = new AnimatableMotionPointValue(null, (float) p.getX(), (float) p.getY(), ang); ang = rotateAngle; accumulation = new AnimatableMotionPointValue(null, (float) p.getX(), (float) p.getY(), ang); } else {
ang = rotateAngle; value = new AnimatableMotionPointValue(null, (float) p.getX(), (float) p.getY(), ang); } else { ang = rotateAngle; value = new AnimatableMotionPointValue(null, (float) p.getX(), (float) p.getY(), ang); ang = rotateAngle; accumulation = new AnimatableMotionPointValue(null, (float) p.getX(), (float) p.getY(), ang); } else {
ang = rotateAngle; value = new AnimatableMotionPointValue(null, (float) p.getX(), (float) p.getY(), ang); } else { ang = rotateAngle; value = new AnimatableMotionPointValue(null, (float) p.getX(), (float) p.getY(), ang); ang = rotateAngle; accumulation = new AnimatableMotionPointValue(null, (float) p.getX(), (float) p.getY(), ang); } else {
protected AnimatableValue[] parseValues(String s) { try { LengthPairListParser lplp = new LengthPairListParser(); LengthArrayProducer lap = new LengthArrayProducer(); lplp.setLengthListHandler(lap); lplp.parse(s); short[] types = lap.getLengthTypeArray(); float[] values = lap.getLengthValueArray(); AnimatableValue[] ret = new AnimatableValue[types.length / 2]; for (int i = 0; i < types.length; i += 2) { float x = animationTarget.svgToUserSpace (values[i], types[i], AnimationTarget.PERCENTAGE_VIEWPORT_WIDTH); float y = animationTarget.svgToUserSpace (values[i + 1], types[i + 1], AnimationTarget.PERCENTAGE_VIEWPORT_HEIGHT); ret[i / 2] = new AnimatableMotionPointValue(animationTarget, x, y, 0); } return ret; } catch (ParseException pEx ) { throw new BridgeException (ctx, element, pEx, ErrorConstants.ERR_ATTRIBUTE_VALUE_MALFORMED, new Object[] { SVG_VALUES_ATTRIBUTE, s }); } }
protected AnimatableValue[] parseValues(String s) { try { LengthPairListParser lplp = new LengthPairListParser(); LengthArrayProducer lap = new LengthArrayProducer(); lplp.setLengthListHandler(lap); lplp.parse(s); short[] types = lap.getLengthTypeArray(); float[] values = lap.getLengthValueArray(); AnimatableValue[] ret = new AnimatableValue[types.length / 2]; for (int i = 0; i < types.length; i += 2) { float x = animationTarget.svgToUserSpace (values[i], types[i], AnimationTarget.PERCENTAGE_VIEWPORT_WIDTH); float y = animationTarget.svgToUserSpace (values[i + 1], types[i + 1], AnimationTarget.PERCENTAGE_VIEWPORT_HEIGHT); ret[i / 2] = new AnimatableMotionPointValue(animationTarget, x, y, 0); } return ret; } catch (ParseException pEx ) { throw new BridgeException (ctx, element, pEx, ErrorConstants.ERR_ATTRIBUTE_VALUE_MALFORMED, new Object[] { SVG_VALUES_ATTRIBUTE, s }); } }
protected AnimatableValue[] parseValues(String s) { try { LengthPairListParser lplp = new LengthPairListParser(); LengthArrayProducer lap = new LengthArrayProducer(); lplp.setLengthListHandler(lap); lplp.parse(s); short[] types = lap.getLengthTypeArray(); float[] values = lap.getLengthValueArray(); AnimatableValue[] ret = new AnimatableValue[types.length / 2]; for (int i = 0; i < types.length; i += 2) { float x = animationTarget.svgToUserSpace (values[i], types[i], AnimationTarget.PERCENTAGE_VIEWPORT_WIDTH); float y = animationTarget.svgToUserSpace (values[i + 1], types[i + 1], AnimationTarget.PERCENTAGE_VIEWPORT_HEIGHT); ret[i / 2] = new AnimatableMotionPointValue(animationTarget, x, y, 0); } return ret; } catch (ParseException pEx ) { throw new BridgeException (ctx, element, pEx, ErrorConstants.ERR_ATTRIBUTE_VALUE_MALFORMED, new Object[] { SVG_VALUES_ATTRIBUTE, s }); } }