unreal.AvaRadialArrangeModifier

class unreal.AvaRadialArrangeModifier(outer: Object | None = None, name: Name | str = 'None')

Bases: AvaArrangeBaseModifier

Arranges child actors in a circular rings around its center

C++ Source:

  • Plugin: Avalanche

  • Module: AvalancheModifiers

  • File: AvaRadialArrangeModifier.h

Editor Properties: (see get_editor_property/set_editor_property)

  • arrangement (AvaRadialArrangement): [Read-Write] Defines how to arrange the child elements around the center.

  • count (int32): [Read-Write] The number of child elements to limit in the arrangement, or -1 if unlimited. Children whose index is greater than or equal to this value will be hidden.

  • end_angle (float): [Read-Write] The end angle for the arrangement space. 0 = Up, -90 = Left, 90 = Right

  • flip_orient (bool): [Read-Write] If true, will flip the orientation axis to the opposite direction.

  • inner_radius (float): [Read-Write] The radius from the center to the first inner ring.

  • modifier_enabled (bool): [Read-Write] Is the modifier enabled or disabled

  • orient (bool): [Read-Write] If true, will orient the selected axis torwards the center.

  • orient_axis (AvaAxis): [Read-Write] The axis to look at the center.

  • outer_radius (float): [Read-Write] The radius from the center to the last outer ring.

  • rings (int32): [Read-Write] The number of rings.

  • start_angle (float): [Read-Write] The start angle for the arrangement space and moving clockwise. 0 = Up, -90 = Left, 90 = Right

  • start_from_outer_radius (bool): [Read-Write] If true, will arrange the child elements starting from the outer radius and moving to the inner radius. Has no effect if only using one ring.

property arrangement: AvaRadialArrangement

[Read-Write] Defines how to arrange the child elements around the center.

Type:

(AvaRadialArrangement)

property count: int

[Read-Write] The number of child elements to limit in the arrangement, or -1 if unlimited. Children whose index is greater than or equal to this value will be hidden.

Type:

(int32)

property end_angle: float

[Read-Write] The end angle for the arrangement space. 0 = Up, -90 = Left, 90 = Right

Type:

(float)

property flip_orient: bool

[Read-Write] If true, will flip the orientation axis to the opposite direction.

Type:

(bool)

get_arrangement() → AvaRadialArrangement

Defines how to arrange the child elements around the center.

Return type:

AvaRadialArrangement

get_count() → int32

Gets the number of child elements to use in the arrangement. Children whose index is greater than or equal to this value will be hidden.

Return type:

int32

get_end_angle() → float

Gets the end angle for the arrangement space. 0 = Up, -90 = Left, 90 = Right

Return type:

float

get_flip_orient() → bool

If true, will flip the center orientation to face outwards.

Return type:

bool

get_inner_radius() → float

Gets the radius from the center to the first inner ring.

Return type:

float

get_orient() → bool

If true, will orient the selected axis torwards the center.

Return type:

bool

get_orient_axis() → AvaAxis

Gets the axis to look at the center.

Return type:

AvaAxis

get_outer_radius() → float

Gets the radius from the center to the last outer ring.

Return type:

float

get_rings() → int32

Gets the number of rings.

Return type:

int32

get_start_angle() → float

Gets the start angle for the arrangement space and moving clockwise. 0 = Up, -90 = Left, 90 = Right

Return type:

float

get_start_from_outer_radius() → bool

If true, will arrange the child elements starting from the outer radius and moving to the inner radius. Has no effect if only using one ring.

Return type:

bool

property inner_radius: float

[Read-Write] The radius from the center to the first inner ring.

Type:

(float)

property orient: bool

[Read-Write] If true, will orient the selected axis torwards the center.

Type:

(bool)

property orient_axis: AvaAxis

[Read-Write] The axis to look at the center.

Type:

(AvaAxis)

property outer_radius: float

[Read-Write] The radius from the center to the last outer ring.

Type:

(float)

property rings: int

[Read-Write] The number of rings.

Type:

(int32)

set_arrangement(new_arrangement) → None

Defines how to arrange the child elements around the center.

Parameters:

new_arrangement (AvaRadialArrangement) –

set_count(new_count) → None

Sets the number of child elements to use in the arrangement. Children whose index is greater than or equal to this value will be hidden.

Parameters:

new_count (int32) –

set_end_angle(new_end_angle) → None

Sets the end angle for the arrangement space. 0 = Up, -90 = Left, 90 = Right

Parameters:

new_end_angle (float) –

set_flip_orient(new_flip_orient) → None

If true, will flip the center orientation to face outwards.

Parameters:

new_flip_orient (bool) –

set_inner_radius(new_inner_radius) → None

Sets the radius from the center to the first inner ring.

Parameters:

new_inner_radius (float) –

set_orient(new_orient) → None

If true, will orient the selected axis torwards the center.

Parameters:

new_orient (bool) –

set_orient_axis(new_orient_axis) → None

Sets the axis to look at the center.

Parameters:

new_orient_axis (AvaAxis) –

set_outer_radius(new_outer_radius) → None

Sets the radius from the center to the last outer ring.

Parameters:

new_outer_radius (float) –

set_rings(new_rings) → None

Sets the number of rings.

Parameters:

new_rings (int32) –

set_start_angle(new_start_angle) → None

Sets the start angle for the arrangement space and moving clockwise. 0 = Up, -90 = Left, 90 = Right

Parameters:

new_start_angle (float) –

set_start_from_outer_radius(mew_start_from_outer_radius) → None

If true, will arrange the child elements starting from the outer radius and moving to the inner radius. Has no effect if only using one ring.

Parameters:

mew_start_from_outer_radius (bool) –

property start_angle: float

[Read-Write] The start angle for the arrangement space and moving clockwise. 0 = Up, -90 = Left, 90 = Right

Type:

(float)

property start_from_outer_radius: bool

[Read-Write] If true, will arrange the child elements starting from the outer radius and moving to the inner radius. Has no effect if only using one ring.

Type:

(bool)