Scripting/SUILayout

Properties

Enabled

bool Enabled { get;set; }

Enabled Behaviours are Updated, disabled Behaviours are not.

PaddingLeft

int PaddingLeft { get;set; }

Space reserved for the left edge of the padding during the layout phase.

PaddingRight

int PaddingRight { get;set; }

Space reserved for the right edge of the padding during the layout phase.

PaddingTop

int PaddingTop { get;set; }

Space reserved for the topedge of the padding during the layout phase.

PaddingBottom

int PaddingBottom { get;set; }

Space reserved for the bottom edge of the padding during the layout phase.

ChildAlignment

string ChildAlignment { get;set; }

The alignment to use for the child layout elements in the layout group.

If some child layout elements specify no flexible width and height, the children may not take up all the available space inside the layout group. The alignment setting specifies how to align them within the layout group when this is the case.

Spacing

float Spacing { get;set; }

The spacing to use between layout elements in the layout group.

ChildControlHeight

bool ChildControlHeight { get;set; }

Returns true if the Layout Group controls the heights of its children. Returns false if children control their own heights.

If set to false, the layout group will only affect the positions of the children while leaving the heights untouched. The heights of the children can be set via the respective RectTransforms in this case.

If set to true, the heights of the children are automatically driven by the layout group according to their respective minimum, preferred, and flexible heights. This is useful if the heights of the children should change depending on how much space is available. In this case the height of each child cannot be set manually in the RectTransform, but the minimum, preferred and flexible height for each child can be controlled by adding a LayoutElement component to it.

ChildControlWidth

bool ChildControlWidth { get;set; }

Returns true if the Layout Group controls the widths of its children. Returns false if children control their own widths.

If set to false, the layout group will only affect the positions of the children while leaving the widths untouched. The widths of the children can be set via the respective RectTransforms in this case.

If set to true, the widths of the children are automatically driven by the layout group according to their respective minimum, preferred, and flexible widths. This is useful if the widths of the children should change depending on how much space is available. In this case the width of each child cannot be set manually in the RectTransform, but the minimum, preferred and flexible width for each child can be controlled by adding a LayoutElement component to it.

ChildForceExpandHeight

bool ChildForceExpandHeight { get;set; }

Whether to force the children to expand to fill additional available vertical space.

ChildForceExpandWidth

bool ChildForceExpandWidth { get;set; }

Whether to force the children to expand to fill additional available horizontal space.

GridCellSize

Svector GridCellSize { get;set; }

The size to use for each cell in the grid.

GridSpacing

Svector GridSpacing { get;set; }

The spacing to use between layout elements in the grid.

GridConstraintCount

int GridConstraintCount { get;set; }

How many cells there should be along the constrained axis.

GridConstraint

string GridConstraint { get;set; }

Which constraint to use for the GridLayoutGroup.

Specifying a constraint can make the GridLayoutGroup work better in conjunction with a ContentSizeFitter component. When GridLayoutGroup is used on a RectTransform with a manually specified size, there's no need to specify a constraint.