comparison cpack/dml/lib/mlfigs.pl @ 0:718306e29690 tip

commiting public release

+:- module(mlfigs, [ml_fig/6, ml_fig/5,ml_post/3, ml_opts/3]).
+
+%:- use_module(library(dcg_core)).
+:- use_module(library(dcg_pair)).
+:- use_module(library(computations),[unzip/3, (*)/4]).
+:- use_module(library(mlserver)).
+:- use_module(library(optutils)).
+
+% ------- tools for building matlab charts -------
+ml_fig(Type,XL,YL,Datasets,F) :- ml_fig(Type,XL,YL,Datasets,[],F).
+ml_fig(Type,XL,YL,Datasets,Opts,fig(Code;xlabel(q(XL));ylabel(q(YL)),Opts1)) :-
+   unzip(Datasets,Names,Data),
+   maplist(term_to_atom*atom_string,Names,Labels),
+   compile(Type,Labels,Data,Opts,Opts1,Cmds,[]), 
+   sequence(Cmds,Code).
+
+ml_post(Code,fig(Code0),fig(Code0;Code)).
+ml_post(Code,fig(Code0,O),fig(Code0;Code,O)).
+ml_opts(Opts,fig(Code),fig(Code,Opts)).
+ml_opts(Opts,fig(Code,Opts0), fig(Code,Opts1)) :-
+   merge_options(Opts,Opts0,Opts1).
+
+
+compile(T,Names,Data,Opts,Opts1) -->
+   plot(T,Data),
+   {option_default_select(legend(Pos),best,Opts,Opts1)},
+   [box("off"), set(gca,"TickDir","out")],
+   ( {Pos=off} -> []
+   ; [legend(cell(Names),"Location",q(Pos),
+                        "LineWidth",0.25*get(gcf,"DefaultAxesLineWidth"))]
+   ).
+
+sequence([C],C) :- !.
+sequence([C1|Cs],C1;Ss) :- sequence(Cs,Ss).
+
+pairs_to_cell(Pairs,{X,Y}) :- unzip(Pairs,X,Y).
+
+plot(bars,Data) --> plot(bars(grouped),Data).
+plot(bars(Arr),Data) --> plot(multi((x,y,varargin)\\bar(x,y,q(Arr),"EdgeColor","none",cref(varargin,[':']))),Data).
+plot(areas,Data) --> plot(multi(@area),Data).
+plot(multi(Fn),Data) --> 
+   {length(Data,L)},
+   {maplist(pairs_to_cell,Data,Cells)},
+   [multibar(Fn,cell(Cells)),caxis([1,L+1])].
+plot(scat(T,Ms),Points) -->
+   hold(run_left(foldl(scat(T,Ms),Points),0,N)),
+   [caxis([1,N+1])].
+plot(lines,Points) -->
+   {length(Points,N)},
+   hold(run_left(foldl(line(N),Points),0,_)).
+
+scat(o,Ms,Points) -->
+   \< (succ, dcg_core:get(N)), 
+   {unzip(Points,X,Y), length(Points,L), nth1(N,Ms,M)},
+   \> [scatter(X,Y,get(gcf,"DefaultLineMarkerSize").^2,repmat(N,L,1),M)].
+scat(f,Ms,Points) -->
+   \< (succ, dcg_core:get(N)), 
+   {unzip(Points,X,Y), length(Points,L), nth1(N,Ms,M)},
+   \> [scatter(X,Y,get(gcf,"DefaultLineMarkerSize").^2,repmat(N,L,1),M,"filled")].
+
+scat(p,Ms,Points) -->
+   \< (succ, dcg_core:get(N)), {marker(N,M)},
+   {unzip(Points,X,Y)},
+   {nth1(N,Ms,M)},
+   \> [scat(arr([X,Y]),"marker",M)].	
+
+line(N,Xs-Ys) -->
+   \< (succ, dcg_core:get(I)),
+   \> [plot(Xs,Ys,"-","Color",row(get(gcf,"Colormap"),floor(I/N)))].	
+
+marker(N,M) :-
+    I is N mod 5,
+    nth0(I,["r.","g.","c.","b.","m."],M).
+
+hold(G) --> [newplot,hold("on")], phrase(G), [hold("off")].