HexGrid3DRenderer (Mibo) | Mibo

HexGrid3DRenderer Module

Namespace: Mibo.Layout3D
Assembly: Mibo.MonoGame.dll

Hex-grid renderers for the MonoGame backend. Mirrors the cell-grid renderers but for HexGrid3D; layout logic is reused from Mibo.Core.Layout3D.

Functions and values

Function or value	Description
`render grid renderCell` Full Usage: `render grid renderCell` Parameters: grid : `HexGrid3D<'T>` renderCell : `Vector3 -> 'T -> unit` Modifiers: inline Type parameters: 'T	grid : `HexGrid3D<'T>` renderCell : `Vector3 -> 'T -> unit`
`renderInstanced ctx grid buffer` Full Usage: `renderInstanced ctx grid buffer` Parameters: ctx : `InstancedRenderContext<'T, 'K>` grid : `HexGrid3D<'T>` buffer : `RenderBuffer3D` Type parameters: 'T, 'K (requires equality)	Renders a hex grid using GPU instancing. Cells are grouped by a key function, and each group emits one `DrawInstanced` per sub-mesh. ctx : `InstancedRenderContext<'T, 'K>` grid : `HexGrid3D<'T>` buffer : `RenderBuffer3D`
`renderInstancedWithEffect ctx grid shaderForKey buffer` Full Usage: `renderInstancedWithEffect ctx grid shaderForKey buffer` Parameters: ctx : `InstancedRenderContext<'T, 'K>` grid : `HexGrid3D<'T>` shaderForKey : `'K -> Effect voption` buffer : `RenderBuffer3D` Type parameters: 'T, 'K (requires equality)	Like `renderInstanced` but wraps each key's draws in a `BeginEffect`/`EndEffect` scope when shaderForKey returns `ValueSome`. A `ValueNone` key uses the default PBR path. Whole-grid shading: pass `fun _ -> ValueSome effect`. ctx : `InstancedRenderContext<'T, 'K>` grid : `HexGrid3D<'T>` shaderForKey : `'K -> Effect voption` buffer : `RenderBuffer3D`
`renderVolume bounds grid renderCell` Full Usage: `renderVolume bounds grid renderCell` Parameters: bounds : `BoundingBox` grid : `HexGrid3D<'T>` renderCell : `Vector3 -> 'T -> unit` Modifiers: inline Type parameters: 'T	bounds : `BoundingBox` grid : `HexGrid3D<'T>` renderCell : `Vector3 -> 'T -> unit`
`renderVolumeInstanced ctx bounds grid buffer` Full Usage: `renderVolumeInstanced ctx bounds grid buffer` Parameters: ctx : `InstancedRenderContext<'T, 'K>` bounds : `BoundingBox` grid : `HexGrid3D<'T>` buffer : `RenderBuffer3D` Type parameters: 'T, 'K (requires equality)	Like `renderInstanced` but restricted to a bounding volume. ctx : `InstancedRenderContext<'T, 'K>` bounds : `BoundingBox` grid : `HexGrid3D<'T>` buffer : `RenderBuffer3D`
`renderVolumeInstancedWithEffect ctx bounds grid shaderForKey buffer` Full Usage: `renderVolumeInstancedWithEffect ctx bounds grid shaderForKey buffer` Parameters: ctx : `InstancedRenderContext<'T, 'K>` bounds : `BoundingBox` grid : `HexGrid3D<'T>` shaderForKey : `'K -> Effect voption` buffer : `RenderBuffer3D` Type parameters: 'T, 'K (requires equality)	Like `renderVolumeInstanced` but wraps each key's draws in a `BeginEffect`/`EndEffect` scope when shaderForKey returns `ValueSome`. ctx : `InstancedRenderContext<'T, 'K>` bounds : `BoundingBox` grid : `HexGrid3D<'T>` shaderForKey : `'K -> Effect voption` buffer : `RenderBuffer3D`
`renderWithIndices grid renderCell` Full Usage: `renderWithIndices grid renderCell` Parameters: grid : `HexGrid3D<'T>` renderCell : `int -> int -> int -> Vector3 -> 'T -> unit` Modifiers: inline Type parameters: 'T	grid : `HexGrid3D<'T>` renderCell : `int -> int -> int -> Vector3 -> 'T -> unit`