Orrery Terrain · OrreryTerrainPCG module · struct

FOrreryTerrainPCGAttributes

Which attributes the points carry (the Z, rotation and density are always written).

Declaration

USTRUCT(BlueprintType)
struct FOrreryTerrainPCGAttributes

Blueprint Make and Break Orrery Terrain PCGAttributes

The graph as text

Make Orrery Terrain PCGAttributes (structure)
- In Height (Boolean): true
- In Slope (Boolean): true
- In Ground Class (Boolean): true
- In Is Hole (Boolean): true
- In Precision (Boolean): true
- In Layers (Boolean): true
- In Only Layers (array of Name): not connected
- Out Orrery Terrain PCGAttributes (OrreryTerrainPCGAttributes): not connected
Break Orrery Terrain PCGAttributes (structure)
- In Orrery Terrain PCGAttributes (OrreryTerrainPCGAttributes): not connected
- Out Height (Boolean): not connected
- Out Slope (Boolean): not connected
- Out Ground Class (Boolean): not connected
- Out Is Hole (Boolean): not connected
- Out Precision (Boolean): not connected
- Out Layers (Boolean): not connected
- Out Only Layers (array of Name): not connected

Header: #include "OrreryTerrainPCGData.h"
Module: PublicDependencyModuleNames.Add("OrreryTerrainPCG"); in your module’s Build.cs.
Stability: Experimental: supported, may change in a minor version, with a changelog line.
Blueprint: “Orrery Terrain PCGAttributes”, a Blueprint type

Name	Type	Default	Meaning
`bHeight`BlueprintReadWrite	`bool`	`true`	Ground height in cm as the attribute `Height`.
`bSlope`BlueprintReadWrite	`bool`	`true`	Face slope in degrees as `Slope`.
`bGroundClass`BlueprintReadWrite	`bool`	`true`	The ground class at the nearest post as the integer `GroundClass`.
`bIsHole`BlueprintReadWrite	`bool`	`true`	`IsHole`, true over a hole (a tunnel opening).
`bPrecision`BlueprintReadWrite	`bool`	`true`	`Precision`: 0 Exact, 1 Approximate, 2 NoData, 3 Pending (EPrecision).
`bLayers`BlueprintReadWrite	`bool`	`true`	One float weight per paint layer, 0 to 1, named from the layer set.
`OnlyLayers`BlueprintReadWrite	`TArray<FName>`	—	The layer attributes to write, by attribute name (the layer set's name, or `LayerN`). Empty writes every layer. A graph that reads one or two layers lists them and skips the rest, which is most of the cost of a many-layer set.