sig
module type T =
sig
type device =
Gnuplot_common_.device =
X
| Wxt
| PS of string
| EPS of string
| EPSLaTeX of string
| FIG of string
| PNG of string
| MP of string
| MF of string
| SVG of string
type color = int
type handle = Gnuplot_common_.handle
type style =
Gnuplot_common_.style =
Lines
| Linespoints
| Points
| Dots
| Impulses
val device_of_filename : string -> Gnuplot_common.T.device
val init :
?offline:string ->
?max_inline:int ->
?persist:bool ->
?color:bool ->
?nxsub:int ->
?nysub:int ->
?xsize:float ->
?ysize:float ->
?aspect:float -> Gnuplot_common.T.device -> Gnuplot_common.T.handle
val close : Gnuplot_common.T.handle -> unit
val adv : ?sub:int -> Gnuplot_common.T.handle -> unit
val clear : Gnuplot_common.T.handle -> unit
val pen : Gnuplot_common.T.handle -> int -> unit
val color : Gnuplot_common.T.handle -> Gnuplot_common.T.color -> unit
val pen_width : Gnuplot_common.T.handle -> float -> unit
val point : Gnuplot_common.T.handle -> int -> unit
val point_width : Gnuplot_common.T.handle -> float -> unit
val font : Gnuplot_common.T.handle -> string -> unit
val font_size : Gnuplot_common.T.handle -> int -> unit
val title : Gnuplot_common.T.handle -> string -> unit
val xlabel : Gnuplot_common.T.handle -> string -> unit
val ylabel : Gnuplot_common.T.handle -> string -> unit
type coord = Graph | Viewport | Subpage | World
val text :
Gnuplot_common.T.handle ->
?tag:int ->
?frame:float ->
?rotate:float ->
?coord:Gnuplot_common.T.coord -> float -> float -> string -> unit
val show :
?immediately:bool -> ?tag:int -> Gnuplot_common.T.handle -> unit
val hide :
?immediately:bool -> ?tag:int -> Gnuplot_common.T.handle -> unit
val auto : tag:int -> Gnuplot_common.T.handle -> unit
val free : tag:int -> Gnuplot_common.T.handle -> unit
val win :
Gnuplot_common.T.handle -> float -> float -> float -> float -> unit
type axis_opt
type border_loc = int list
val axis :
?which:Gnuplot_common.T.border_loc ->
unit -> Gnuplot_common.T.axis_opt
val border :
?which:Gnuplot_common.T.border_loc ->
unit -> Gnuplot_common.T.axis_opt
val tics :
?which:Gnuplot_common.T.border_loc ->
?outward:bool ->
?grid:bool ->
?minor:int ->
?minor_grid:bool ->
?log:bool -> ?step:float -> unit -> Gnuplot_common.T.axis_opt
val labels :
?which:Gnuplot_common.T.border_loc ->
?prec:int -> ?rotate:bool -> unit -> Gnuplot_common.T.axis_opt
val box :
?x:Gnuplot_common.T.axis_opt list ->
?y:Gnuplot_common.T.axis_opt list -> Gnuplot_common.T.handle -> unit
val env :
Gnuplot_common.T.handle ->
?xaxis:bool ->
?xgrid:bool ->
?xlog:bool ->
float ->
float ->
?yaxis:bool -> ?ygrid:bool -> ?ylog:bool -> float -> float -> unit
val fx :
Gnuplot_common.T.handle ->
?tag:int ->
?style:Gnuplot_common.T.style ->
?label:string ->
?nsamples:int -> (float -> float) -> float -> float -> unit
val xy_param :
Gnuplot_common.T.handle ->
?tag:int ->
?style:Gnuplot_common.T.style ->
?label:string ->
?nsamples:int -> (float -> float * float) -> float -> float -> unit
val xy_file :
Gnuplot_common.T.handle ->
?tag:int ->
?style:Gnuplot_common.T.style -> ?label:string -> string -> unit
val box3 :
?x:Gnuplot_common.T.axis_opt list ->
?y:Gnuplot_common.T.axis_opt list ->
?z:Gnuplot_common.T.axis_opt list -> Gnuplot_common.T.handle -> unit
val env3 :
Gnuplot_common.T.handle ->
?xaxis:bool ->
?xgrid:bool ->
?xlog:bool ->
float ->
float ->
?yaxis:bool ->
?ygrid:bool ->
?ylog:bool ->
float ->
float ->
?zaxis:bool -> ?zgrid:bool -> ?zlog:bool -> float -> float -> unit
val fxy :
Gnuplot_common.T.handle ->
?tag:int ->
?style:Gnuplot_common.T.style ->
?label:string ->
?xnsamples:int ->
?ynsamples:int ->
(float -> float -> float) -> float -> float -> float -> float -> unit
val fxy_param :
Gnuplot_common.T.handle ->
?tag:int ->
?style:Gnuplot_common.T.style ->
?label:string ->
?xnsamples:int ->
?ynsamples:int ->
(float -> float -> float * float * float) ->
float -> float -> float -> float -> unit
val xyz_ft :
Gnuplot_common.T.handle ->
?tag:int ->
?style:Gnuplot_common.T.style ->
?label:string ->
?tnsamples:int ->
(float -> float * float * float) -> float -> float -> unit
end
end