A type of Geo that can be procedurally created in the editor.

This allows you to create simple or complex primitives that you can place in your maps with all the benefits of Geos.

Note that in order to create a GeoBuilder that you can create via the Geo Create menu in the Editor, you will need to create an implementation of Editor.ToolCreateGeo.

class Editor.GeoBuilder : Editor.Node

Matrix4x4 GetScaleTransform()

Returns:

Returns any scale that's been applied to the GeoBuilder. Most of the time this will just return the same value that was passed in to #OnTransformScale.

void OnTransformScale(Matrix4x4 scaleTransform)

Arguments:

This method is used to deal with scaling GeoBuilders within the editor. If this method isn't implemented, the Scale tool will scale all of the vertices within the currently built state of the GeoBuilder, but will NOT retain that scaling if the GeoBuilder rebuilds itself at any point. To address this, you can implement OnTransformScale (And the accompanying #GetScaleTransform), save the scale transform to a variable, and then apply it to each vertex when the geometry is rebuilt.

int GetVertexCount()

Returns:

int GetEdgeCount()

Returns:

int GetFaceCount()

Returns:

void ClearAll()

Arguments:

This removes all vertices, edges and faces currently in the Geo.

GeoBuilder.Vertex CreateVertex(Vector3 position, Editor.UndoItem undo)

Returns:

Arguments:

Creates a Vertex in the Geo. The created vertex will have an index equal to the number of vertices that were in the Geo at the time the vertex was created.

GeoBuilder.Face CreateFace(List<:System.Types.UInt32:> indices, Render.Material material, Editor.UndoItem undo)

Returns:

Arguments:

Creates a Face in the Geo using the supplied indices of vertices. Note that it is generally preferred to call #GetOrCreateFace instead of this, to avoid the possibility of creating the same face twice using the same indices.

GeoBuilder.Face GetOrCreateFace(List<:System.Types.UInt32:> indices, Editor.UndoItem undo)

Returns:

Arguments:

If a Face already exists in the Geo with the same indices, will return that face. Otherwise, it will be created.

GeoBuilder.Vertex GetVertex(int i)

Returns:

Arguments:

Retrieves an existing vertex from the Geo. If i is less than zero, or greater than or equal to the number of vertices currently in the geo, an exception will be thrown. It's recommend to check GetVertexCount() first in order to avoid this.

GeoBuilder.Edge GetEdge(int i)

Returns:

Arguments:

Retrieves an existing edge from the Geo. If i is less than zero, or greater than or equal to the number of edges currently in the geo, an exception will be thrown. It's recommend to check GetEdgeCount() first in order to avoid this.

GeoBuilder.Edge FindEdge(int v1, int v2)

Returns:

Arguments:

Retrieves an existing edge from the Geo, made up of the vertices v1 and v2. If such an edge isn't found in the Geo, returns null.

GeoBuilder.Face GetFace(int i)

Returns:

Arguments:

Retrieves an existing face from the Geo. If i is less than zero, or greater than or equal to the number of faces currently in the geo, an exception will be thrown. It's recommend to check GetFaceCount() first in order to avoid this.

virtual void RenderEdges(Render.Renderer renderer, Color color)

Arguments:

Renders all of the edges currently in the Geo. Can be overridden.

Math.AABB CalculateBoundsLocal()

Returns:

Gets the bounding box/extents of the Geos vertices in local space, relative to the Geos pivot point.

Math.AABB CalculateBoundsWorld()

Returns:

Gets the bounding box/extents of the Geos vertices in world space, relative to the Geos pivot point. Note that this bounding box is axis-aligned, so if the Geo is rotated or scaled, the bounding box will remain axis-aligned to the worldspace, expanding to include the rotated/scaled position of all vertices.

Math.AABB CalculateBoundsWorld()

Clears all current lightmaps on the Geo.

Editor.Geo GetEditorGeo()

Returns: