void Transform::setAnimationPropertyValue(int propertyId, AnimationValue* value, float blendWeight)
{
assert(blendWeight >= 0.0f && blendWeight <= 1.0f);
if (blendWeight == 0.0f)
return;
switch (propertyId)
{
case ANIMATE_SCALE_UNIT:
{
float scale = value->getFloat(0);
if (blendWeight != 1.0f)
scale *= blendWeight;
applyAnimationValueScaleX(scale);
applyAnimationValueScaleY(scale);
applyAnimationValueScaleZ(scale);
break;
}
case ANIMATE_SCALE:
{
float sx = value->getFloat(0);
float sy = value->getFloat(1);
float sz = value->getFloat(2);
if (blendWeight != 1.0f)
{
sx *= blendWeight;
sy *= blendWeight;
sz *= blendWeight;
}
applyAnimationValueScaleX(sx);
applyAnimationValueScaleY(sy);
applyAnimationValueScaleZ(sz);
break;
}
case ANIMATE_SCALE_X:
{
float sx = value->getFloat(0);
if (blendWeight != 1.0f)
sx *= blendWeight;
applyAnimationValueScaleX(sx);
break;
}
case ANIMATE_SCALE_Y:
{
float sy = value->getFloat(0);
if (blendWeight != 1.0f)
sy *= blendWeight;
applyAnimationValueScaleY(sy);
break;
}
case ANIMATE_SCALE_Z:
{
float sz = value->getFloat(0);
if (blendWeight != 1.0f)
sz *= blendWeight;
applyAnimationValueScaleZ(sz);
break;
}
case ANIMATE_ROTATE:
{
Quaternion q(value->getFloat(0), value->getFloat(1), value->getFloat(2), value->getFloat(3));
if (blendWeight != 1.0f)
Quaternion::slerp(Quaternion::identity(), q, blendWeight, &q);
applyAnimationValueRotation(&q);
break;
}
case ANIMATE_TRANSLATE:
{
float tx = value->getFloat(0);
float ty = value->getFloat(1);
float tz = value->getFloat(2);
if (blendWeight != 1.0f)
{
tx *= blendWeight;
ty *= blendWeight;
tz *= blendWeight;
}
applyAnimationValueTranslationX(tx);
applyAnimationValueTranslationY(ty);
applyAnimationValueTranslationZ(tz);
break;
}
case ANIMATE_TRANSLATE_X:
{
float tx = value->getFloat(0);
if (blendWeight != 1.0f)
tx *= blendWeight;
applyAnimationValueTranslationX(tx);
break;
}
case ANIMATE_TRANSLATE_Y:
{
float ty = value->getFloat(0);
if (blendWeight != 1.0f)
ty *= blendWeight;
applyAnimationValueTranslationY(ty);
break;
}
case ANIMATE_TRANSLATE_Z:
{
float tz = value->getFloat(0);
if (blendWeight != 1.0f)
tz *= blendWeight;
applyAnimationValueTranslationZ(tz);
break;
}
case ANIMATE_ROTATE_TRANSLATE:
{
Quaternion q(value->getFloat(0), value->getFloat(1), value->getFloat(2), value->getFloat(3));
float tx = value->getFloat(4);
float ty = value->getFloat(5);
float tz = value->getFloat(6);
if (blendWeight != 1.0f)
{
Quaternion::slerp(Quaternion::identity(), q, blendWeight, &q);
tx *= blendWeight;
ty *= blendWeight;
tz *= blendWeight;
}
applyAnimationValueRotation(&q);
applyAnimationValueTranslationX(tx);
applyAnimationValueTranslationY(ty);
applyAnimationValueTranslationZ(tz);
break;
}
case ANIMATE_SCALE_ROTATE_TRANSLATE:
{
float sx = value->getFloat(0);
float sy = value->getFloat(1);
float sz = value->getFloat(2);
Quaternion q(value->getFloat(3), value->getFloat(4), value->getFloat(5), value->getFloat(6));
float tx = value->getFloat(7);
float ty = value->getFloat(8);
float tz = value->getFloat(9);
if (blendWeight != 1.0f)
{
sx *= blendWeight;
sy *= blendWeight;
sz *= blendWeight;
Quaternion::slerp(Quaternion::identity(), q, blendWeight, &q);
tx *= blendWeight;
ty *= blendWeight;
tz *= blendWeight;
}
applyAnimationValueScaleX(sx);
applyAnimationValueScaleY(sy);
applyAnimationValueScaleZ(sz);
applyAnimationValueRotation(&q);
applyAnimationValueTranslationX(tx);
applyAnimationValueTranslationY(ty);
applyAnimationValueTranslationZ(tz);
break;
}
default:
break;
}
}
void Transform::setAnimationPropertyValue(int propertyId, AnimationValue* value, float blendWeight)
{
GP_ASSERT(value);
GP_ASSERT(blendWeight >= 0.0f && blendWeight <= 1.0f);
switch (propertyId)
{
case ANIMATE_SCALE_UNIT:
{
float scale = Curve::lerp(blendWeight, _scale.x, value->getFloat(0));
setScale(scale);
break;
}
case ANIMATE_SCALE:
{
setScale(Curve::lerp(blendWeight, _scale.x, value->getFloat(0)), Curve::lerp(blendWeight, _scale.y, value->getFloat(1)), Curve::lerp(blendWeight, _scale.z, value->getFloat(2)));
break;
}
case ANIMATE_SCALE_X:
{
setScaleX(Curve::lerp(blendWeight, _scale.x, value->getFloat(0)));
break;
}
case ANIMATE_SCALE_Y:
{
setScaleY(Curve::lerp(blendWeight, _scale.y, value->getFloat(0)));
break;
}
case ANIMATE_SCALE_Z:
{
setScaleZ(Curve::lerp(blendWeight, _scale.z, value->getFloat(0)));
break;
}
case ANIMATE_ROTATE:
{
applyAnimationValueRotation(value, 0, blendWeight);
break;
}
case ANIMATE_TRANSLATE:
{
setTranslation(Curve::lerp(blendWeight, _translation.x, value->getFloat(0)), Curve::lerp(blendWeight, _translation.y, value->getFloat(1)), Curve::lerp(blendWeight, _translation.z, value->getFloat(2)));
break;
}
case ANIMATE_TRANSLATE_X:
{
setTranslationX(Curve::lerp(blendWeight, _translation.x, value->getFloat(0)));
break;
}
case ANIMATE_TRANSLATE_Y:
{
setTranslationY(Curve::lerp(blendWeight, _translation.y, value->getFloat(0)));
break;
}
case ANIMATE_TRANSLATE_Z:
{
setTranslationZ(Curve::lerp(blendWeight, _translation.z, value->getFloat(0)));
break;
}
case ANIMATE_ROTATE_TRANSLATE:
{
applyAnimationValueRotation(value, 0, blendWeight);
setTranslation(Curve::lerp(blendWeight, _translation.x, value->getFloat(4)), Curve::lerp(blendWeight, _translation.y, value->getFloat(5)), Curve::lerp(blendWeight, _translation.z, value->getFloat(6)));
break;
}
case ANIMATE_SCALE_ROTATE:
{
setScale(Curve::lerp(blendWeight, _scale.x, value->getFloat(0)), Curve::lerp(blendWeight, _scale.y, value->getFloat(1)), Curve::lerp(blendWeight, _scale.z, value->getFloat(2)));
applyAnimationValueRotation(value, 3, blendWeight);
break;
}
case ANIMATE_SCALE_TRANSLATE:
{
setScale(Curve::lerp(blendWeight, _scale.x, value->getFloat(0)), Curve::lerp(blendWeight, _scale.y, value->getFloat(1)), Curve::lerp(blendWeight, _scale.z, value->getFloat(2)));
setTranslation(Curve::lerp(blendWeight, _translation.x, value->getFloat(3)), Curve::lerp(blendWeight, _translation.y, value->getFloat(4)), Curve::lerp(blendWeight, _translation.z, value->getFloat(5)));
break;
}
case ANIMATE_SCALE_ROTATE_TRANSLATE:
{
setScale(Curve::lerp(blendWeight, _scale.x, value->getFloat(0)), Curve::lerp(blendWeight, _scale.y, value->getFloat(1)), Curve::lerp(blendWeight, _scale.z, value->getFloat(2)));
applyAnimationValueRotation(value, 3, blendWeight);
setTranslation(Curve::lerp(blendWeight, _translation.x, value->getFloat(7)), Curve::lerp(blendWeight, _translation.y, value->getFloat(8)), Curve::lerp(blendWeight, _translation.z, value->getFloat(9)));
break;
}
default:
break;
}
}
