AnimatableAngleValue res; if (result == null) { res = new AnimatableAngleValue(target); } else { res = (AnimatableAngleValue) result; AnimatableAngleValue toAngle = (AnimatableAngleValue) to; if (toAngle.unit != u) { v = rad(v, u); v += interpolation * (rad(toAngle.value, toAngle.unit) - v); u = SVGAngle.SVG_ANGLETYPE_RAD; } else { AnimatableAngleValue accAngle = (AnimatableAngleValue) accumulation; if (accAngle.unit != u) { v += multiplier * rad(accAngle.value, accAngle.unit); u = SVGAngle.SVG_ANGLETYPE_RAD; } else {
/** * Returns the CSS text representation of the value. */ public String getCssText() { if (isIdent) { return ident; } return super.getCssText(); }
/** * Returns a zero value of this AnimatableValue's type. */ public AnimatableValue getZeroValue() { return new AnimatableAngleValue (target, 0, SVGAngle.SVG_ANGLETYPE_UNSPECIFIED); }
short oldUnit = res.unit; float oldValue = res.value; super.interpolate(res, to, interpolation, accumulation, multiplier); if (res.unit != oldUnit || res.value != oldValue) { super.interpolate(res, to, interpolation, accumulation, multiplier);
/** * Returns a zero value of this AnimatableValue's type. */ public AnimatableValue getZeroValue() { return new AnimatableAngleValue (target, 0, SVGAngle.SVG_ANGLETYPE_UNSPECIFIED); }
short oldUnit = res.unit; float oldValue = res.value; super.interpolate(res, to, interpolation, accumulation, multiplier); if (res.unit != oldUnit || res.value != oldValue) { super.interpolate(res, to, interpolation, accumulation, multiplier);
AnimatableAngleValue res; if (result == null) { res = new AnimatableAngleValue(target); } else { res = (AnimatableAngleValue) result; AnimatableAngleValue toAngle = (AnimatableAngleValue) to; if (toAngle.unit != u) { v = rad(v, u); v += interpolation * (rad(toAngle.value, toAngle.unit) - v); u = SVGAngle.SVG_ANGLETYPE_RAD; } else { AnimatableAngleValue accAngle = (AnimatableAngleValue) accumulation; if (accAngle.unit != u) { v += multiplier * rad(accAngle.value, accAngle.unit); u = SVGAngle.SVG_ANGLETYPE_RAD; } else {
/** * Returns a zero value of this AnimatableValue's type. */ public AnimatableValue getZeroValue() { return new AnimatableAngleValue (target, 0, SVGAngle.SVG_ANGLETYPE_UNSPECIFIED); }
/** * Returns the CSS text representation of the value. */ public String getCssText() { if (isIdent) { return ident; } return super.getCssText(); }
short oldUnit = res.unit; float oldValue = res.value; super.interpolate(res, to, interpolation, accumulation, multiplier); if (res.unit != oldUnit || res.value != oldValue) { super.interpolate(res, to, interpolation, accumulation, multiplier);
AnimatableAngleValue res; if (result == null) { res = new AnimatableAngleValue(target); } else { res = (AnimatableAngleValue) result; AnimatableAngleValue toAngle = (AnimatableAngleValue) to; if (toAngle.unit != u) { v = rad(v, u); v += interpolation * (rad(toAngle.value, toAngle.unit) - v); u = SVGAngle.SVG_ANGLETYPE_RAD; } else { AnimatableAngleValue accAngle = (AnimatableAngleValue) accumulation; if (accAngle.unit != u) { v += multiplier * rad(accAngle.value, accAngle.unit); u = SVGAngle.SVG_ANGLETYPE_RAD; } else {
protected AnimatableValue createAnimatableValue(AnimationTarget target, String pn, Value v) { FloatValue fv = (FloatValue) v; short unit; switch (fv.getPrimitiveType()) { case CSSPrimitiveValue.CSS_NUMBER: case CSSPrimitiveValue.CSS_DEG: unit = SVGAngle.SVG_ANGLETYPE_DEG; break; case CSSPrimitiveValue.CSS_RAD: unit = SVGAngle.SVG_ANGLETYPE_RAD; break; case CSSPrimitiveValue.CSS_GRAD: unit = SVGAngle.SVG_ANGLETYPE_GRAD; break; default: // XXX Do something better than returning null. return null; } return new AnimatableAngleValue(target, fv.getFloatValue(), unit); } }
this.rotateAuto = rotateAuto; this.rotateAutoReverse = rotateAutoReverse; this.rotateAngle = AnimatableAngleValue.rad(rotateAngle, rotateAngleUnit);
/** * Returns the CSS text representation of the value. */ public String getCssText() { if (isIdent) { return ident; } return super.getCssText(); }
protected AnimatableValue createAnimatableValue(AnimationTarget target, String pn, Value v) { FloatValue fv = (FloatValue) v; short unit; switch (fv.getPrimitiveType()) { case CSSPrimitiveValue.CSS_NUMBER: case CSSPrimitiveValue.CSS_DEG: unit = SVGAngle.SVG_ANGLETYPE_DEG; break; case CSSPrimitiveValue.CSS_RAD: unit = SVGAngle.SVG_ANGLETYPE_RAD; break; case CSSPrimitiveValue.CSS_GRAD: unit = SVGAngle.SVG_ANGLETYPE_GRAD; break; default: // XXX Do something better than returning null. return null; } return new AnimatableAngleValue(target, fv.getFloatValue(), unit); } }
this.rotateAuto = rotateAuto; this.rotateAutoReverse = rotateAutoReverse; this.rotateAngle = AnimatableAngleValue.rad(rotateAngle, rotateAngleUnit);
protected AnimatableValue createAnimatableValue(AnimationTarget target, String pn, Value v) { FloatValue fv = (FloatValue) v; short unit; switch (fv.getPrimitiveType()) { case CSSPrimitiveValue.CSS_NUMBER: case CSSPrimitiveValue.CSS_DEG: unit = SVGAngle.SVG_ANGLETYPE_DEG; break; case CSSPrimitiveValue.CSS_RAD: unit = SVGAngle.SVG_ANGLETYPE_RAD; break; case CSSPrimitiveValue.CSS_GRAD: unit = SVGAngle.SVG_ANGLETYPE_GRAD; break; default: // XXX Do something better than returning null. return null; } return new AnimatableAngleValue(target, fv.getFloatValue(), unit); } }