package mesh

You can search for identifiers within the package.

in-package search v0.2.0

mesh
- Easymesh
  - C
  - F
  - pslg
- Mesh
  - C
    
    Edge
    
    M
  - F
    
    Edge
    
    M
  - LaTeX
  - alias
  - pslg
  - t
  - voronoi
mesh.display
- Mesh_display
  - C
    
    Edge
    
    M
  - F
    
    Edge
    
    M
mesh.triangle
- Mesh_triangle
  - C
  - F
  - mesh_of_pslg
  - pslg
  - t
  - voronoi

Legend:
Library
Module
Module type
Parameter
Class
Class type

module F : sig ... end

module C : sig ... end

val draw : 
  ?width:int ->
  ?height:int ->
  ?color:Graphics.color ->
  ?points:bool ->
  ?point_idx:(int -> 'b) ->
  ?triangle_idx:(int -> 'c) ->
  ?voronoi:'d ->
  ?point_marker_color:Graphics.color ->
  ?segments:bool ->
  'a Mesh.t ->
  unit

val init_graph : int -> int -> unit

val hold_graph : unit -> unit

val display : 
  ?width:int ->
  ?height:int ->
  ?color:Graphics.color ->
  ?points:bool ->
  ?point_idx:(int -> 'a) ->
  ?triangle_idx:(int -> 'b) ->
  ?voronoi:'c ->
  ?point_marker_color:Graphics.color ->
  ?segments:bool ->
  'd Mesh.t ->
  unit

val level_curves : 
  ?width:int ->
  ?height:int ->
  ?boundary:(int -> Graphics.color option) ->
  'a Mesh.t ->
  'a Mesh.vec ->
  ?level_eq:(float -> float -> bool) ->
  (float * Graphics.color) list ->
  unit

val display_level_curves : 
  ?width:int ->
  ?height:int ->
  ?boundary:(int -> Graphics.color option) ->
  'a Mesh.t ->
  'a Mesh.vec ->
  ?level_eq:(float -> float -> bool) ->
  (float * Graphics.color) list ->
  unit

val super_level : 
  ?width:int ->
  ?height:int ->
  ?boundary:(int -> Graphics.color option) ->
  'a Mesh.t ->
  'a Mesh.vec ->
  float ->
  Graphics.color ->
  unit

val sub_level : 
  ?width:int ->
  ?height:int ->
  ?boundary:(int -> Graphics.color option) ->
  'a Mesh.t ->
  'a Mesh.vec ->
  float ->
  Graphics.color ->
  unit