FShotAim

#include <ComposableCameraShot.h>

Aim layer — decides camera ROTATION (Position is already determined by the Placement layer). See spec §4.4.

Public Attributes¶

Return	Name	Description
`FComposableCameraAnchorSpec`	`AimAnchor`	Where in the world the camera LOOKS AT. Independent of Placement's anchor — when they differ, you get OTS / two-shot framing for free. Resolved from the Shot's Targets list (or a fixed world point).
`EShotAimMode`	`Mode`	Selects how Rotation is computed. Currently a single mode (LookAtAnchor); kept as an enum for symmetry with PlacementMode and future expansion (e.g. ManualEuler).
`FVector2D`	`ScreenPosition`	Where the resolved aim anchor should land on screen, normalized to [-0.5, 0.5]². With `AimZones.bEnabled == false` (V1 default) this is a hard rotation constraint — the closed-form solver satisfies it exactly via `SolveCameraRotationForScreenTarget` every frame. With `AimZones.bEnabled == true` this becomes the target position the anchor is damped toward (and the center of the zone rectangles).
`FShotScreenZones`	`AimZones`	Cinemachine-style screen-space framing zones for `Aim.ScreenPosition`. Only meaningful for `AimMode == LookAtAnchor` (NoOp ignores ScreenPosition entirely). When enabled the closed-form rotation solver runs against the zone-derived effective screen target instead of the raw authored `ScreenPosition` — see `[FShotScreenZones](FShotScreenZones.md#fshotscreenzones)` for the algorithm.

AimAnchor¶

FComposableCameraAnchorSpec AimAnchor

Where in the world the camera LOOKS AT. Independent of Placement's anchor — when they differ, you get OTS / two-shot framing for free. Resolved from the Shot's Targets list (or a fixed world point).

Mode¶

EShotAimMode Mode =

Selects how Rotation is computed. Currently a single mode (LookAtAnchor); kept as an enum for symmetry with PlacementMode and future expansion (e.g. ManualEuler).

ScreenPosition¶

FVector2D ScreenPosition = FVector2D::ZeroVector

Where the resolved aim anchor should land on screen, normalized to [-0.5, 0.5]². With AimZones.bEnabled == false (V1 default) this is a hard rotation constraint — the closed-form solver satisfies it exactly via SolveCameraRotationForScreenTarget every frame. With AimZones.bEnabled == true this becomes the target position the anchor is damped toward (and the center of the zone rectangles).

AimZones¶

FShotScreenZones AimZones

Cinemachine-style screen-space framing zones for Aim.ScreenPosition. Only meaningful for AimMode == LookAtAnchor (NoOp ignores ScreenPosition entirely). When enabled the closed-form rotation solver runs against the zone-derived effective screen target instead of the raw authored ScreenPosition — see [FShotScreenZones](FShotScreenZones.md#fshotscreenzones) for the algorithm.