mesh 0.7.5 · OCaml Package

type mesh = Bigarray.fortran_layout t

type 'a vector = 'a vec

type vec = Bigarray.fortran_layout vector

type matrix = Bigarray.fortran_layout mat

type 'a int_vector = 'a int_vec

type int_vec = Bigarray.fortran_layout int_vector

val layout : Bigarray.fortran_layout Bigarray.layout

val bounding_box : mesh -> float * float * float * float

val latex : ?edge:(int -> int option) -> mesh -> string -> unit

val scilab : mesh -> vec -> string -> unit

val is_allowed : char -> bool

val matlab : 
  mesh ->
  ?edgecolor:string ->
  ?facealpha:float ->
  vec ->
  string ->
  unit

val sort_counterclockwise : matrix -> int -> int list -> int list

val adjacency : mesh -> int list array

val is_allowed_mathematica : char -> bool

val mathematica_safe : bytes -> bytes

val mathematica_print_float : Pervasives.out_channel -> float -> unit

val mathematica : mesh -> vec -> string -> unit

module M : sig ... end

module Edge : sig ... end

val default_level_eq : float -> float -> bool

val mid : point -> point -> point

val intercept : point -> float -> point -> float -> float -> point

val draw_levels : 
  boundary:(int -> int option) ->
  mesh ->
  vec ->
  ?level_eq:(float -> float -> bool) ->
  (float * int) list ->
  Pervasives.out_channel ->
  unit

type polygon_fill =

| Tri123
| Tri231
| Tri312
| Quad123
| Quad231
| Quad312
| Whole
| Empty

val super : polygon_fill array

val sub : polygon_fill array

val draw_xxx_level : 
  polygon_fill array ->
  string ->
  ?boundary:(int -> int option) ->
  mesh ->
  vec ->
  float ->
  int ->
  Pervasives.out_channel ->
  unit

val draw_super_level : 
  ?boundary:(int -> int option) ->
  mesh ->
  vec ->
  float ->
  int ->
  Pervasives.out_channel ->
  unit

val draw_sub_level : 
  ?boundary:(int -> int option) ->
  mesh ->
  vec ->
  float ->
  int ->
  Pervasives.out_channel ->
  unit

val level_curves : 
  ?boundary:(int -> int option) ->
  mesh ->
  vec ->
  ?level_eq:(float -> float -> bool) ->
  (float * int) list ->
  string ->
  unit

val super_level : 
  ?boundary:(int -> int option) ->
  mesh ->
  vec ->
  float ->
  int ->
  string ->
  unit

val sub_level : 
  ?boundary:(int -> int option) ->
  mesh ->
  vec ->
  float ->
  int ->
  string ->
  unit

val band_height_P1 : (int -> bool) option -> mesh -> int

val min_deg : int array -> int

val do_permute : int_vec -> int_vec -> mesh -> int -> mesh

val permute_unsafe : int_vec -> mesh -> mesh

val permute_points : inv:bool -> int_vec -> mesh -> mesh

val cuthill_mckee : rev:bool -> int_vec option -> mesh -> mesh

val ggps : int_vec option -> mesh -> mesh

package mesh