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26 5 23.pl
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26 5 23.pl
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% 26 5 23.pl
% 23 algs needed x
% ["Medicine","MEDICINE by Lucian Green Go to Bed at 9-30 PM 1 of 4.txt",0,algorithms,"8. I prepared to state that essent in Heidegger, from das Seiende, {n} meant that which has being. I did this by maintaining motivation. First, I wrote down the effervent's (sic) heading. Second, I wrote down 'you'. Third, I reduced essential enthusiasm to essent (sic). In this way, I prepared to state that essent in Heidegger, from das Seiende, {n} meant that which has being by maintaining motivation."]
% I did this by maintaining motivation.
% List the moving items at a particular time - items move perpendicularly, bounce off walls and off each other - if there are a number in a row, only the one on the other side one moves
:-include('../listprologinterpreter/listprolog.pl').
%:-dynamic particle_n/1.
% moti(10,10,10,3,2,XD,L),writeln(XD),writeln(L).
moti(X,Y,Z,N_particles,N_frames,Grid2,Moving_particles) :-
set_up_box(X,Y,Z,Grid1),
set_up_particles([X,Y,Z],N_particles,[],Particles1),
render_particles(X,Y,Z,N_frames,Grid1,[],Grid2,Particles1,[],Particles2),
moving_particles(Particles2,Moving_particles),
print_grids(Grid2),writeln(["moving particles",Moving_particles]).
print_grids(Grids) :-
%trace,
findall(["---","\n",Zs],(member(Grid,Grids),
%findall([Ys,"\n"],(member(Z,Grid),
findall([Xs,"\n"],(member(Y,Grid),
findall([XAs,"\n"],(member(X,Y),%writeln1(X),(X=[]->X1="-";X1=X)),Xs
findall(A1,(member(A,X),%writeln1(X),
(A=[]->A1=" ";A1=A)),XAs%)),Xs
)),Xs)),Zs)),Grids1),
flatten(Grids1,Grids2),
foldr(string_concat,Grids2,Grids3),
writeln(Grids3).
set_up_box(X,Y,Z,Grid) :-
numbers(Z,1,[],ZNs),
numbers(Y,1,[],YNs),
numbers(X,1,[],XNs),
findall(XC,(member(ZN,ZNs),
findall(XB,(member(YN,YNs),
findall(XA,(member(XN,XNs),
(((XN= 1->true;XN=X)->true;
((YN= 1->true;YN=Y)->true;
((ZN= 1->true;ZN=Z))))->XA=(*);
XA=[])
),XB)),XC)),Grid).
set_up_particles([_X,_Y,_Z],0,Particles,Particles) :- !.
set_up_particles([X,Y,Z],N_particles,Particles1,Particles2) :-
%numbers(N_particles,1,[],N_Ps),
XB is X-1,
YB is Y-1,
ZB is Z-1,
numbers(ZB,2,[],ZNs),
numbers(YB,2,[],YNs),
numbers(XB,2,[],XNs),
%retractall(particle_n(_)),
%assertz(particle_n(1)),
findall([N_particles,Speed,X1,Y1,Z1,X_Direction,Y_Direction,Z_Direction],
(%particle_n(N),
%member(N,[_]),
%retractall(particle_n(_)),
%N2 is N+1,
%assertz(particle_n(N2)),
random_member(Speed,[0,1]),
%repeat,
get_xyz(X1,Y1,Z1,XNs,YNs,ZNs,Particles1),
random_member(X_Direction,[-1,1]),
random_member(Y_Direction,[-1,1]),
random_member(Z_Direction,[-1,1])
),Particles3),
append(Particles1,Particles3,Particles4),
N_p2 is N_particles-1,
set_up_particles([X,Y,Z],N_p2,Particles4,Particles2),!.
get_xyz(X1,Y1,Z1,XNs,YNs,ZNs,Particles) :-
random_member(X1,XNs),
random_member(Y1,YNs),
random_member(Z1,ZNs),
(not(member([_,_,X1,Y1,Z1,_,_,_],Particles))->true;
get_xyz(X1,Y1,Z1,XNs,YNs,ZNs,Particles)).
render_particles(_X,_Y,_Z,0,_Grid1,Grid2,Grid2,_,Particles,Particles) :- !.
render_particles(X,Y,Z,N_frames,Grid1,Grid2,Grid3,Particles1,Particles2,Particles3) :-
update_particles([],Grid1,Grid4,Particles1,Particles2,Particles4),
N_frames2 is N_frames-1,
append(Grid2,[Grid4],Grid5),
render_particles(X,Y,Z,N_frames2,Grid1,Grid5,Grid3,Particles4,Particles4,Particles3),!.
update_particles(_,Grid,Grid,[],Particles,Particles) :- !.
update_particles(_Grid1x,Grid2,Grid3,Particles1,Particles3,Particles4) :-
%trace,
Grid1=Grid2,
Particles1=[[N,Speed,X1,Y1,Z1,X_Direction,Y_Direction,Z_Direction]|Particles2],
(Speed=0->(X1=X3,Y1=Y3,Z1=Z3,
X_Direction=X_Direction1,Y_Direction=Y_Direction1,
Z_Direction=Z_Direction1,
replace_particle_image(%[X1,Y1,Z1,_],
[X3,Y3,Z3,N],Grid1,Grid4)
/*
get_item_n(Grid1,Z1,XP6),
get_item_n(XP6,Y1,XP7),
get_item_n(XP7,X1,_XP8),
put_item_n(XP7,X3,N,XP72),
put_item_n(XP6,Y3,XP72,XP73),
put_item_n(Grid1,Z3,XP73,Grid4)
*/
%Grid4=Grid1
);
(%trace,
X2 is X1+Speed*X_Direction,Y2 is Y1+Speed*Y_Direction,
Z2 is Z1+Speed*Z_Direction,
collision(Grid1,N,X1,Y1,Z1,X2,Y2,Z2,X3,Y3,Z3,X_Direction,Y_Direction,Z_Direction,X_Direction1,Y_Direction1,Z_Direction1,Grid4)))
,
%append(Grid2,[Grid4],Grid5),
Grid4=Grid5,
delete(Particles3,[N|_],Particles6),
append(Particles6,[[N,Speed,X3,Y3,Z3,X_Direction1,Y_Direction1,Z_Direction1]],Particles5),
update_particles(Grid1,Grid5,Grid3,Particles2,Particles5,Particles4).
collision(Grid11,N,X1,Y1,Z1,X2,Y2,Z2,X3,Y3,Z3,X_Direction,Y_Direction,Z_Direction,X_Direction1,Y_Direction1,Z_Direction1,Grid2) :-
get_particle_image([X2,Y2,Z2,XP8],Grid11),
%get_item_n(Grid11,Z2,XP6),
%get_item_n(XP6,Y2,XP7),
%get_item_n(XP7,X2,XP8),
((XP8=[]%->true;XP8=N
)->(
% delete old particle image
replace_particle_image(%[X1,Y1,Z1,_],
[X1,Y1,Z1,[]],Grid11,Grid1),
/*
get_item_n(Grid11,Z1,XP631),
get_item_n(XP631,Y1,XP731),
get_item_n(XP731,X1,_XP831),
put_item_n(XP731,X1,[],XP732),
put_item_n(XP631,Y1,XP732,XP733),
put_item_n(Grid11,Z1,XP733,Grid1),
*/
X3=X2,Y3=Y2,Z3=Z2,
replace_particle_image([X1,Y1,Z1,[]],%[X2,Y2,Z2,N],
Grid1,Grid21),
replace_particle_image(%[X1,Y1,Z1,[]],
[X2,Y2,Z2,N],Grid21,Grid2),
/*get_item_n(Grid11,Z1,XP6312),
get_item_n(XP6312,Y1,XP7312),
get_item_n(XP7312,X1,_XP8312),
put_item_n(XP722,X2,N,XP7222),
put_item_n(XP622,Y2,XP7222,XP7322),
put_item_n(Grid1,Z2,XP7322,Grid2),
*/
X_Direction1 is X_Direction,
Y_Direction1 is Y_Direction,
Z_Direction1 is Z_Direction);
(%trace,
X_Direction1 is -1*X_Direction,
Y_Direction1 is -1*Y_Direction,
Z_Direction1 is -1*Z_Direction,
X3=X1,Y3=Y1,Z3=Z1,
%/*
replace_particle_image(%[X1,Y1,Z1,_],
[X1,Y1,Z1,N],Grid11,Grid2)
/*(get_item_n(Grid11,Z1,XP61),
get_item_n(XP61,Y1,XP71),
get_item_n(XP71,X1,_XP81),
put_item_n(XP71,X1,N,XP72),
put_item_n(XP61,Y1,XP72,XP73),
put_item_n(Grid11,Z1,XP73,Grid2)
*/
%*/
%Grid11=Grid2
)).
% edges
% moving_particles(Ps,List1).
%
moving_particles(Ps,List1) :-
findall(N,(member([N,Speed,_X2,_Y2,_Z2,_X_Direction1,_Y_Direction1,_Z_Direction1],Ps),not(Speed=0)),List),sort(List,List1).
replace_particle_image([X1,Y1,Z1,N1],%[X2,Y2,Z2,N],
Grid11,Grid2) :-
(replace_particle_image1([X1,Y1,Z1,N1],%[X2,Y2,Z2,N],
Grid11,Grid2)->true;writeln(here)).
replace_particle_image1([X1,Y1,Z1,N1],%[X2,Y2,Z2,N],
Grid11,Grid2) :-
get_item_n(Grid11,Z1,XP631),
get_item_n(XP631,Y1,XP731),
get_item_n(XP731,X1,_N1x),
put_item_n(XP731,X1,N1,XP732),
put_item_n(XP631,Y1,XP732,XP733),
put_item_n(Grid11,Z1,XP733,Grid2),!.
get_particle_image([X2,Y2,Z2,N],Grid11) :-
get_item_n(Grid11,Z2,XP6),
get_item_n(XP6,Y2,XP7),
get_item_n(XP7,X2,N).