/** * Performs interpolation to the given value. */ public AnimatableValue interpolate(AnimatableValue result, AnimatableValue to, float interpolation, AnimatableValue accumulation, int multiplier) { if (result == null) { result = new AnimatablePercentageValue(target); } return super.interpolate (result, to, interpolation, accumulation, multiplier); }
/** * Performs interpolation to the given value. */ public AnimatableValue interpolate(AnimatableValue result, AnimatableValue to, float interpolation, AnimatableValue accumulation, int multiplier) { if (result == null) { result = new AnimatablePercentageValue(target); } return super.interpolate (result, to, interpolation, accumulation, multiplier); }
/** * Performs interpolation to the given value. */ public AnimatableValue interpolate(AnimatableValue result, AnimatableValue to, float interpolation, AnimatableValue accumulation, int multiplier) { if (result == null) { result = new AnimatablePercentageValue(target); } return super.interpolate (result, to, interpolation, accumulation, multiplier); }
} else { float oldValue = res.value; super.interpolate(res, to, interpolation, accumulation, multiplier); res.numericIdent = false; super.interpolate(res, to, interpolation, accumulation, multiplier); res.numericIdent = false;
} else { float oldValue = res.value; super.interpolate(res, to, interpolation, accumulation, multiplier); res.numericIdent = false; super.interpolate(res, to, interpolation, accumulation, multiplier); res.numericIdent = false;
} else { float oldValue = res.value; super.interpolate(res, to, interpolation, accumulation, multiplier); res.numericIdent = false; super.interpolate(res, to, interpolation, accumulation, multiplier); res.numericIdent = false;