public override void prepareForUse()
{
// if this is a from tween first reverse the path then build it. we unreverse in case we were copied
if (_ownerTween.isFrom)
{
_path.reverseNodes();
}
else
{
_path.unreverseNodes();
}
_path.buildPath();
// a from tween means the start value is the last node
if (_ownerTween.isFrom)
{
_startValue = _path.getLastNode();
}
else
{
// retrieve the getter only when needed
var getter = GoTweenUtils.getterForProperty <Func <Vector3> >(_ownerTween.target, propertyName);
_startValue = getter();
}
}
public override void prepareForUse()
{
// retrieve the getter
if (_getter == null)
{
_getter = GoTweenUtils.getterForProperty <Func <Vector3> >(_ownerTween.target, propertyName);
}
_endValue = _originalEndValue;
// if this is a from tween we need to swap the start and end values
if (_ownerTween.isFrom)
{
_startValue = _endValue;
_endValue = _getter().x;
}
else
{
_startValue = _getter().x;
}
// prep the diff value
if (_isRelative && !_ownerTween.isFrom)
{
_diffValue = _endValue;
}
else
{
_diffValue = _endValue - _startValue;
}
}
public override void prepareForUse()
{
// retrieve the getter
_endValue = _originalEndValue;
var transform = _ownerTween.TargetTransform;
Vector3 value;
_targetTransform = transform;
if (transform != null)
{
value = transform.FastGetterVector3(propertyName);
}
else
{
var getter = GoTweenUtils.getterForProperty <Func <Vector3> >(_ownerTween.target, propertyName);
value = getter();
}
// if this is a from tween we need to swap the start and end values
if (_ownerTween.isFrom)
{
_startValue = _endValue;
_endValue = value;
}
else
{
_startValue = value;
}
base.prepareForUse();
}
public override void prepareForUse()
{
Func <Color> func = GoTweenUtils.getterForProperty <Func <Color> >(_ownerTween.target, propertyName);
_endValue = _originalEndValue;
if (_ownerTween.isFrom)
{
_startValue = _endValue;
_endValue = func();
}
else
{
_startValue = func();
}
base.prepareForUse();
}
public override void prepareForUse()
{
// retrieve the getter
var getter = GoTweenUtils.getterForProperty <Func <Vector3> >(_ownerTween.target, propertyName);
_endValue = _originalEndValue;
// if this is a from tween we need to swap the start and end values
if (_ownerTween.isFrom)
{
_startValue = _endValue;
_endValue = getter();
}
else
{
_startValue = getter();
}
base.prepareForUse();
}
public override void prepareForUse()
{
if (_ownerTween.isFrom)
{
_path.reverseNodes();
}
else
{
_path.unreverseNodes();
}
_path.buildPath();
if (_ownerTween.isFrom)
{
_startValue = _path.getLastNode();
return;
}
Func <Vector3> func = GoTweenUtils.getterForProperty <Func <Vector3> >(_ownerTween.target, propertyName);
_startValue = func();
}
public override void prepareForUse()
{
Func <Vector4> func = GoTweenUtils.getterForProperty <Func <Vector4> >(_ownerTween.target, propertyName);
_endValue = _originalEndValue;
if (_ownerTween.isFrom)
{
_endValue = _startValue;
_endValue = func();
}
else
{
_startValue = func();
}
if (_isRelative && !_ownerTween.isFrom)
{
_diffValue = _endValue;
}
else
{
_diffValue = _endValue - _startValue;
}
}
public override void prepareForUse()
{
_getter = GoTweenUtils.getterForProperty <Func <Vector3> >(_ownerTween.target, base.propertyName);
_endValue = _originalEndValue;
if (_ownerTween.isFrom)
{
_startValue = _endValue;
Vector3 vector = _getter();
_endValue = vector.z;
}
else
{
Vector3 vector2 = _getter();
_startValue = vector2.z;
}
if (_isRelative && !_ownerTween.isFrom)
{
_diffValue = _endValue;
}
else
{
_diffValue = _endValue - _startValue;
}
}
public override void prepareForUse()
{
// retrieve the getter
var getter = GoTweenUtils.getterForProperty <Func <float> >(_ownerTween.target, propertyName);
_endValue = _originalEndValue;
// if this is a from tween we need to swap the start and end values
if (_ownerTween.isFrom)
{
_startValue = _endValue;
_endValue = getter();
}
else
{
_startValue = getter();
}
// setup the diff value
// if( _isRelative && !_ownerTween.isFrom )
// _diffValue = _endValue;
// else
_diffValue = _endValue - _startValue;
}