public FixedGroupLengthConstraint(
IFixedRectConstraintValueData valueData
) : base(
valueData
)
{
}
public FixedElementLengthConstraint(
IFixedRectConstraintValueData valueData
) : base(
valueData
)
{
}
public FixedPaddingConstraint(
IFixedRectConstraintValueData valueData
) : base(
valueData
)
{
}
IRectConstraint CreateRectConstraint(
RectConstraintType constraintType,
FixedRectValueType fixedValueType,
RectTransform referenceRect,
Vector2 constraintValue
)
{
IRectConstraint rectConstraint;
if (ConstraintIsFixedType(constraintType))
{
IFixedRectConstraintValueData fixedConstraintValueData = CreateFixedConstraintValueData(
fixedValueType,
referenceRect,
constraintValue
);
switch (constraintType)
{
case RectConstraintType.FixedGroupLength:
rectConstraint = new FixedGroupLengthConstraint(
fixedConstraintValueData
);
break;
case RectConstraintType.FixedElementLength:
rectConstraint = new FixedElementLengthConstraint(
fixedConstraintValueData
);
break;
case RectConstraintType.FixedPadding:
rectConstraint = new FixedPaddingConstraint(
fixedConstraintValueData
);
break;
default:
throw new System.InvalidOperationException(
"fixed constraint must be one of the three"
);
}
}
else // first constraint is ratio
{
switch (constraintType)
{
case RectConstraintType.GroupToElementRatio:
rectConstraint = new GroupToElementRatioRectConstraint(
constraintValue
);
break;
case RectConstraintType.ElementToPaddingRatio:
rectConstraint = new ElementToPaddingRatioRectConstraint(
constraintValue
);
break;
case RectConstraintType.GroupToPaddingRatio:
rectConstraint = new GroupToPaddingRatioRectConstraint(
constraintValue
);
break;
default:
throw new System.InvalidOperationException(
"ratio constraint must be one of three"
);
}
}
return(rectConstraint);
}
public AbsFixedRectConstraint(
IFixedRectConstraintValueData valueData
)
{
thisValueData = valueData;
}
