Shared Data Types

These are complex data types that are referenced by multiple power types, actions, and conditions across Origins.

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HudRender

Used by powers to display cooldown/resource bars in the HUD.

Field	Type	Default	Description
should_render_inactive	Boolean	true	Whether to render when the resource is full/empty
sprite_location	Identifier	origins:textures/gui/resource_bar.png	Texture for the bar
bar_index	Integer	0	Index of the bar in the sprite sheet
icon_index	Integer	0	Index of the icon in the sprite sheet
condition	Entity Condition	optional	Condition for rendering the HUD element
inverted	Boolean	false	If true, inverts the bar direction
order	Integer	0	Render order among multiple HUD elements

caution

should_render is no longer supported for HUD elements. You can just remove HudRender from power to hide the HUD element, or use the condition field to control its visibility instead.

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Key

Key binding settings.

Field	Type	Default	Description
key	String	key.origins.primary_active	Key binding ID
continuous	Boolean	false	Whether the key is treated as held continuously

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Modifier

A mathematical modifier applied to numeric values.

Field	Type	Default	Description
value	Float	required	Modifier value
operation	String	add_base_early	Operation: add_base_early, multiply_base_additive, multiply_base_multiplicative, multiply_total_additive, multiply_total_multiplicative
resource	Identifier	optional	Resource to use as the modifier value
modifier	Modifier	optional	Sub-modifier applied to the resource value

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AttributeEntry

An attribute modifier entry.

Field	Type	Default	Description
attribute	Identifier	required	Attribute ID (e.g. minecraft:generic.max_health)
operation	String	required	Operation: add_value, add_multiplied_base, add_multiplied_total
value	Float	required	Modifier value
name	String	optional	Custom name for the modifier

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PositionedItemStack

An item stack with an optional inventory slot position.

Field	Type	Default	Description
stack	Item Stack	required	The item stack
slot	Integer	optional	Inventory slot index to place the item into

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ColorSettings

RGBA color configuration.

Field	Type	Default	Description
red	Float	optional	Red channel (0-1)
green	Float	optional	Green channel (0-1)
blue	Float	optional	Blue channel (0-1)
alpha	Float	optional	Alpha channel (0-1)
color	Integer	optional	ARGB color as a single hex integer (0xAARRGGBB)

Space

Coordinate space definition for position-based powers and conditions. Currently only for origins:add_velocity.

Value	Description
world	The axes are global: x points to west (negative) or east (positive), y points to bottom (negative) or top (positive) and z points to north (negative) or south (positive).
local	The axes are local to the entity: x points to its left side and is always horizontal, y points to the top of the entity's head and z points to the direction the entity is facing.
local_horizontal	Same as local, except it considers the vertical length of the direction of the entity is facing to be 0, resulting in z being projected (flattened out) onto the horizontal plane, making it shorter. x and y also become shorter by the same amount and y always points upwards. The axes shrink as the direction the entity is facing diverges from being horizontal. (e.g: if the entity is looking straight up or straight down, the axes will have a length of 0, akin to forcing x, y and z to be 0)
local_horizontal_normalized	Same as local_horizontal, except the axes are normalized. (e.g: the axes' length are brought back to its previous length of 1 if it's of non-zero length)
velocity	The axes are local to the entity's velocity, similar to local. If the velocity is purely vertical, the way the entity is pointing is used to determine the direction of x and y instead of the velocity. The axes scale based on how fast the entity is moving. (e.g: if the entity is not moving, the axes will have a length of 0, akin to forcing x, y and z to be 0)
velocity_normalized	Same as velocity, except the axes are normalized. (e.g: the axes' length are brought back to its previous length of 1 if it's of non-zero length, making it not depend on the speed of the entity's movement, only as long as the entity is moving)
velocity_horizontal	Same as velocity, except the vertical velocity is considered to be 0.
velocity_horizontal_normalized	Same as velocity_horizontal, except the axes are normalized. (e.g: the axes' length are brought back to its previous length of 1 if it's of non-zero length)