Terrain (Mibo) | Mibo

Terrain Module

Namespace: Mibo.Layout3D
Assembly: Mibo.dll

A domain module providing standard layout stamps for outdoor 3D terrain. These functions generate landscapes, paths, and terrain features. They are agnostic to content type, allowing flexible reuse.

Functions and values

Function or value	Description
`checkerSurface heightFn odd even section` Full Usage: `checkerSurface heightFn odd even section` Parameters: heightFn : `int -> int -> int` odd : `'T` even : `'T` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Fills the terrain surface with a checkerboard pattern following the height function. heightFn : `int -> int -> int` odd : `'T` even : `'T` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`generateSurface heightFn generator section` Full Usage: `generateSurface heightFn generator section` Parameters: heightFn : `int -> int -> int` generator : `int -> int -> int -> 'T` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Generates content for the terrain surface using a generator function. The generator is called for each (x, z) coordinate at the height determined by heightFn. heightFn : `int -> int -> int` generator : `int -> int -> int -> 'T` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`ground width depth content section` Full Usage: `ground width depth content section` Parameters: width : `int` - Width of the ground (X axis). depth : `int` - Depth of the ground (Z axis). content : `'T` - Content for the ground tiles. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Generates a flat ground plane at Y = 0. width : `int` Width of the ground (X axis). depth : `int` Depth of the ground (Z axis). content : `'T` Content for the ground tiles. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`heightmap heightFn content section` Full Usage: `heightmap heightFn content section` Parameters: heightFn : `int -> int -> int` - Function that returns height for a given (x, z) coordinate. content : `'T` - Content to fill. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Generates terrain using a height function. For each (x, z), calls heightFn to get the Y height, then fills from Y=0 to that height. heightFn : `int -> int -> int` Function that returns height for a given (x, z) coordinate. content : `'T` Content to fill. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`layeredHeightmap heightFn topLayer midLayer midDepth bottomLayer section` Full Usage: `layeredHeightmap heightFn topLayer midLayer midDepth bottomLayer section` Parameters: heightFn : `int -> int -> int` - Function that returns total height for (x, z). topLayer : `'T` - Content for top layer (depth 1). midLayer : `'T` - Content for middle layer. midDepth : `int` - Depth of middle layer from top. bottomLayer : `'T` - Content for everything below. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Generates terrain with distinct layers (e.g., grass on top, dirt below, stone at bottom). heightFn : `int -> int -> int` Function that returns total height for (x, z). topLayer : `'T` Content for top layer (depth 1). midLayer : `'T` Content for middle layer. midDepth : `int` Depth of middle layer from top. bottomLayer : `'T` Content for everything below. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`path points width content section` Full Usage: `path points width content section` Parameters: points : `(int * int * int) list` - List of (x, y, z) waypoints. width : `int` - Width of the path (expands perpendicular to direction). content : `'T` - Content for the path. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Generates a path/road connecting waypoints at ground level (Y = 0). Uses 3D line rasterization between consecutive points. points : `(int * int * int) list` List of (x, y, z) waypoints. width : `int` Width of the path (expands perpendicular to direction). content : `'T` Content for the path. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`pit width depth dropHeight section` Full Usage: `pit width depth dropHeight section` Parameters: width : `int` - Width of the pit (X axis). depth : `int` - Depth of the pit (Z axis). dropHeight : `int` - How deep the pit goes (Y levels to clear). section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Clears a pit/depression below ground level. Position the section where the pit should be carved. width : `int` Width of the pit (X axis). depth : `int` Depth of the pit (Z axis). dropHeight : `int` How deep the pit goes (Y levels to clear). section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`plateau width depth height top side section` Full Usage: `plateau width depth height top side section` Parameters: width : `int` - Width of the plateau (X axis). depth : `int` - Depth of the plateau (Z axis). height : `int` - Height of the plateau (Y axis). top : `'T` - Content for the top surface. side : `'T` - Content for the vertical sides. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Generates an elevated plateau with a flat top and vertical sides. width : `int` Width of the plateau (X axis). depth : `int` Depth of the plateau (Z axis). height : `int` Height of the plateau (Y axis). top : `'T` Content for the top surface. side : `'T` Content for the vertical sides. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`rampX width depth rise content section` Full Usage: `rampX width depth rise content section` Parameters: width : `int` - Width of the ramp (Z axis, perpendicular to slope). depth : `int` - Depth of the ramp (X axis, direction of slope). rise : `int` - Height change from start to end (Y axis). content : `'T` - Content for the ramp surface. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Generates a ramp rising along the X axis. width : `int` Width of the ramp (Z axis, perpendicular to slope). depth : `int` Depth of the ramp (X axis, direction of slope). rise : `int` Height change from start to end (Y axis). content : `'T` Content for the ramp surface. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`rampZ width depth rise content section` Full Usage: `rampZ width depth rise content section` Parameters: width : `int` - Width of the ramp (X axis, perpendicular to slope). depth : `int` - Depth of the ramp (Z axis, direction of slope). rise : `int` - Height change from start to end (Y axis). content : `'T` - Content for the ramp surface. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Generates a ramp rising along the Z axis. width : `int` Width of the ramp (X axis, perpendicular to slope). depth : `int` Depth of the ramp (Z axis, direction of slope). rise : `int` Height change from start to end (Y axis). content : `'T` Content for the ramp surface. section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`scatter count seed content section` Full Usage: `scatter count seed content section` Parameters: count : `int` seed : `int` content : `'T` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Scatters content randomly on the ground plane (Y = 0). count : `int` seed : `int` content : `'T` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`scatterAt y count seed content section` Full Usage: `scatterAt y count seed content section` Parameters: y : `int` count : `int` seed : `int` content : `'T` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Scatters content randomly on a plane at a specific Y level. Useful for placing items on plateaus or different floor levels. y : `int` count : `int` seed : `int` content : `'T` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`scatterPath points count seed content section` Full Usage: `scatterPath points count seed content section` Parameters: points : `(int * int * int) list` count : `int` seed : `int` content : `'T` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Scatters content randomly along a multi-point path at ground level (Y=0). points : `(int * int * int) list` count : `int` seed : `int` content : `'T` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`scatterStampAt y count seed stamp section` Full Usage: `scatterStampAt y count seed stamp section` Parameters: y : `int` count : `int` seed : `int` stamp : `GridSection3D<'T> -> GridSection3D<'T>` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Scatters a stamp randomly on an XZ plane at a specific Y level. y : `int` count : `int` seed : `int` stamp : `GridSection3D<'T> -> GridSection3D<'T>` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`
`scatterSurface heightFn count seed content section` Full Usage: `scatterSurface heightFn count seed content section` Parameters: heightFn : `int -> int -> int` count : `int` seed : `int` content : `'T` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>` Modifiers: inline Type parameters: 'T	Scatters content randomly across a varying surface defined by a height function. Perfect for placing trees, rocks, or grass on hills and valleys. heightFn : `int -> int -> int` count : `int` seed : `int` content : `'T` section : `GridSection3D<'T>` Returns: `GridSection3D<'T>`