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input_output.pl
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% First saved: 17/02/11
% Last saved: 26/04/11
%
% Status:
%
%
% Doing:
% Done fixing inspect ouptut for abilities on the Stack
% Noticed the inspect output takes in lowercase zone names as arguments!
% adding activate_abilities.
% updating deal_damage outputs (to new inputs)
% add [h]elp options to player actions sub-menus!
%
% Todo
% add all the wrong_input clauses from combat output on!
% add break option to player actions menu (needs player_actions change)?
%
% NOTES:
% Fix the mise options in declare_blockers outputs (cancel and ok not
% always both allowed).
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%% Swi Compatibility %%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
:- set_prolog_flag(backquoted_string,true).
% Swi LPA backtic string compatibility.
:- style_check(-singleton).
% Stop Swi warning on singleton vars.
:- style_check(-discontiguous).
% Stop Swi warning on discontiguous clauses.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%% Input %%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%input/3 01/02/11
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
/* input(+Caller, +Context, -Input) */
% Handles user input depending on the Caller predicate.
% Context is a list of arguments used to establish the conditions
% of the call, eg, information about the current step or phase etc.
% Check the user input, output a warning if it's wrong
% otherwise pass control back to the caller predicate.
input(Caller, Context, Input):-
prompt([Caller, Context]), !,
% Red cut. If wrong_input/3 is true, we must not
% backtrack into prompt/1, but all the way to Caller.
flush, get(Input), flush,
( wrong_input(Caller, Context, Input) ->
warning(Caller, Context), fail ;
true
).
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%string_input/3 22/02/11
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
/* string_input(+Caller, +Context, -Input) */
% Same as input/3 but takes input as a string of characters
% (not character codes!) and returns it as an atom.
% Check the user input, output a warning if it's wrong
% otherwise pass control back to the caller predicate.
string_input(Caller, Context, Input):-
prompt([Caller, Context]), !,
% flush, fread(a, 0, -1, Input), flush, %Swi, 29/06/11
%list_read(Input),
readlist([Input]), %, atom_to_list(Atom, Input),
( wrong_input(Caller, Context, Input) ->
warning(Caller, Context), fail ;
true
).
%%%%%%%%%%%%%%prompt/1 31/01/2011
%%%%%%%%%%%%%%%%%%%%%%%
/* prompt([+Caller, +Context]) */
% Prompt user for input, depending on the Caller predicate.
% Context is a list used to establish the conditions of the call.
%%%% Notes %%%%
%%%%%%%%%%%%%%%
/*
Args are in a list because prompt/2 is a built-in.
*/
%%%%%%%%%%%%%%prompt/1 (1) 31/01/2011
prompt([main, _]):-
output(main, ['instructions']).
%%%%%%%%%%%%%%prompt/1 (2.1) 31/01/2011
% Context == [Active_player, Priority_player, Step, Phase, New_play]
%%%% Notes %%%%
%%%%%%%%%%%%%%%
/*
Note that Step information comes as State(Step) tuples
but the player is prompted for (this) input only when he
or she gets priority, so only while continues(Step).
Specifically, Combat actions choices like declaring attackers
or blockers etc are not taken while a player has priority
but at the beginning of a Combat step, as turn-based actions
and therefore input/ output is handled by game_actions,
_not_ player_actions.
*/
% The Active_player has priority, it's a Main phase
% and he or she has not played a land this turn.
prompt([player_actions, [Active, Active, _, Phase, _]]):-
(Phase == 'First Main';
Phase == 'Second Main'),
played_land(Active, 'no'),
output(player_actions, ['prompt', 'land']), !.
% Cut or on a wrong input, we fall in the clause below
% which causes strange behaviour.
%%%%%%%%%%%%%%prompt/1 (2.2) 31/01/2011
prompt([player_actions, _]):-
output(player_actions, ['prompt', 'no_land']).
%%%%%%%%%%%%%%prompt/1 (3) 31/01/2011
prompt([inspect_game, _]):-
output(inspect_game, ['prompt']).
%%%%%%%%%%%%%%prompt/1 (4) 31/01/2011
% Switches: list of user input choices with bracketed switches,
% eg "[P]lains, [S]wamp, [I]sland"
prompt([play_land, [_Player, Map, Switches]]):-
output(play_land, ['choose', Map, Switches]).
%%%%%%%%%%%%%%prompt/1 (5) 16/02/2011
prompt([cast_spell, [Map, Switches]]):-
output(cast_spell, ['choose', [Map, Switches]]).
%%%%%%%%%%%%%%prompt/1 (6) 16/02/2011
prompt([spell_abilities, []]):-
output(spell_abilities, ['prompt']).
%%%%%%%%%%%%%%prompt/1 (7) 31/03/2011
prompt([ability_source, [Map, Switches, Identified]]):-
output(ability_source, ['choose', [Map, Switches, Identified]]).
prompt([choose_ability, [Map, Switches]]):-
output(choose_ability, [prompt, [Map, Switches]]).
%%%%%%%%%%%%%%prompt/1 (8) 20/02/2011
prompt([tap_for_mana, [Player, Map, Switches, Identified]]):-
output(tap_for_mana, ['choose_source', Player, Map, Switches, Identified]).
%%%%%%%%%%%%%%prompt/1 (9) 20/02/2011
prompt([spend_mana, [Mana_pool, Cost]]):-
output(spend_mana, ['prompt', Mana_pool, Cost]).
%%%%%%%%%%%%%%prompt/1 (10) 05/03/2011
prompt([declare_attackers, [Player, Switches, Identified]]):-
output(declare_attackers, ['prompt', Player, Switches, Identified]).
%%%%%%%%%%%%%%prompt/1 (11) 05/03/2011
prompt([one_blocker, [Player, Switches, Identified]]):-
output(one_blocker, ['prompt', Player, Switches, Identified]).
%%%%%%%%%%%%%%prompt/1 (12) 06/03/2011
prompt([one_attacker, [Controller, Blocker, Switches, Identified]]):-
output(one_attacker, ['prompt', Controller, Blocker, Switches, Identified]).
%%%%%%%%%%%%%%prompt/1 (13) 06/03/2011
prompt([order_blockers, [Attacker, Blockers, Map, Switches]]):-
output(order_blockers, ['prompt', Attacker, Blockers, Map, Switches]).
%%%%%%%%%%%%%%prompt/1 (14) 06/03/2011
prompt([order_attackers, [Blocker, Attackers, Map, Switches]]):-
output(order_attackers, ['prompt', Blocker, Attackers, Map, Switches]).
%%%%%%%%%%%%%%prompt/1 (15) 06/03/2011
prompt([assign_lethal_damage, [Controller, Bestower, Recipient, Bestower_P, Recipient_T]]):-
output(assign_lethal_damage, [prompt, Controller, Bestower, Recipient, Bestower_P, Recipient_T]).
%%%%%%%%%%%%%%prompt/1 (16) 04/04/2011
prompt([choose_targets, Context]):-
output(choose_targets, [prompt, Context]).
%%%%%%%%%%%%%%prompt/1 (17) 05/04/2011
prompt([discard_to_max, Context]):-
output(discard_to_max, [prompt, Context]).
%%%%%%%%%%%%%%prompt/1 (18) 19/04/2011
prompt([choose_deck, Context]):-
output(choose_deck, [prompt, Context]).
%%%%%%%%%%%%%%prompt/1 (19) 22/04/2011
prompt([read_card, Context]):-
output(read_card, [prompt, Context]).
%%%%%%%%%%%%%%wrong_input/2 31/01/2011
%%%%%%%%%%%%%%%%%%%%%%%
/* wrong_input(+Caller, +Context, +Input) */
% Check for wrong input, in the given Contxt of the Caller predicate.
%%%%%%%%%%%%%%wrong_input/2 (1) 31/01/2011
wrong_input(main, _, Input):-
not
(
Input == 100; % Decks
Input == 115; % Start
Input == 104; % Help
Input == 113 % Quit
).
%%%%%%%%%%%%%%wrong_input/2 (2) 31/01/2011
wrong_input(player_actions, _, Input):-
not
(
Input == 108; % Land
Input == 115; % Spells
Input == 97; % Abilities
Input == 116; % Take
Input == 112; % Pass
Input == 104; % Help
Input == 67; % Concede (uppercase C)
Input == 105; % Inspect
Input == 100 % Debug
).
%%%%%%%%%%%%%%wrong_input/2 (3) 31/01/2011
wrong_input(inspect_game, _, Input):-
not
(
Input == 108; % Library
Input == 104; % Hand
Input == 115; % Stack
Input == 98; % Battlefield
Input == 103; % Graveyard
Input == 101; % Exile
Input == 99; % Cancel
Input == 109; % Mana
Input == 119 % Win conditions
).
%%%%%%%%%%%%%%wrong_input/2 (4) 31/01/2011
wrong_input(play_land, Context, Input):-
Context = [_Player, Map, _Switches],
atom_codes(Switch, [Input]),
\+ member(_Land_card - Switch , Map).
%%%%%%%%%%%%%%wrong_input/2 (5) 16/02/2011
wrong_input(cast_spell, Context, Input):-
Context = [Map, _Switches],
atom_codes(Switch, [Input]),
\+ member(_Spell - Switch , Map).
%%%%%%%%%%%%%%wrong_input/2 (6) 31/03/2011
wrong_input(ability_source, Context, Input):-
Context = [Map, _Switches, _Identified],
atom_codes(Char, [Input]),
\+ member(_Source - Char, Map).
%%%%%%%%%%%%%%wrong_input/2 (7) 16/02/2011
wrong_input(tap_for_mana, Context, Input):-
Context = [_Player, Map, _Switches, _Identified],
atom_to_list(Input, List),
findall(Symbol,
(member(Symbol, List),
\+ member(_Source - Symbol, Map)),
Symbols),
Symbols \= [].
%%%%%%%%%%%%%%wrong_input/2 (8) 20/02/2011
wrong_input(spend_mana, _Context, Input):-
string_to_list(Input, List),
findall(Symbol,
(member(Symbol, List),
\+ (
Symbol == w; % w
Symbol == u; % u
Symbol == b; % b
Symbol == r; % r
Symbol == g; % g
Symbol == c % Cancel
)),Symbols),
Symbols \= [].
%%%%%%%%%%%%%%wrong_input/2 (X) 04/04/11
wrong_input(choose_targets, Context, Input):-
Context = [_Ability, Map, _Switches, _Identified],
atom_codes(Switch, [Input]),
\+ member(_Target - Switch , Map).
%%%%%%%%%%%%%%wrong_input/2 (X) 22/04/11
wrong_input(read_card, Context, Input):-
Context = [Map, _Switches],
atom_codes(Switch, [Input]),
\+ member(_Target - Switch , Map).
%%%%%%%%%%%%%%wrong_input/2 (9) 05/03/11
/*
These don't really work. Do them properly habibi mou.
*/
wrong_input(declare_attackers, Context, Input):-
Context = [_Player, Map, _Switches, _Identified],
atom_to_list(Input, List),
findall(Switch,
(member(Symbol, List),
\+ member(_Creature - Switch, Map)),
Switches),
Switches \= [].
%%%%%%%%%%%%%%wrong_input/2 (10) 05/03/11
wrong_input(declare_blockers, Context, Input):-
Context = [_Player, Map, _Switches, _Identified],
atom_to_list(Input, List),
findall(Switch,
(member(Symbol, List),
\+ member(_Creature - Switch, Map)),
Switches),
Switches \= [].
%%%%%%%%%%%%%%wrong_input/2 (11) 05/03/11
wrong_input(order_blockers, Context, Input):-
Context = [_Attacker, _Blockers, Map, Switches],
atom_to_list(Input, List),
findall(Switch,
(member(Symbol, List),
\+ member(_Creature - Switch, Map)),
Switches),
Switches \= [].
%%%%%%%%%%%%%%wrong_input/2 (12) 07/03/11
wrong_input(assign_lethal_damage, Context, Input):-
Context = [_Attacker, _Blockers, Map, Switches],
atom_to_list(Input, List),
findall(Switch,
(member(Symbol, List),
\+ member(_Creature - Switch, Map)),
Switches),
Switches \= [].
%%%%%%%%%%%%%%wrong_input/2 (X) 05/04/11
wrong_input(discard_to_max, Context, Input):-
Context = [_Max_hand_size, _Length, Map, _Switches],
atom_to_list(Input, List),
findall(Switch,
(member(Switch, List),
\+ member(_Card - Switch, Map)),
Switches),
Switches \= [].
%%%% Notes %%%%
%%%%%%%%%%%%%%%
/*
A problem is I don't know what switch is chosen for cancel,
except that it's first in the picking so it will probably end up
with "c". That's not 100% certain though, so it's conceivable that
this may fail- plan ahead.
*/
%%%%%%%%%%%%%%warning/1 31/01/2011
%%%%%%%%%%%%%%%%%%%%%%%
/* warning(+Caller) */
% Warn user for wrong input, depending on the Caller predicate.
%%%%%%%%%%%%%%warning/1 (1) 31/01/2011
warning(main, _):-
output(main, ['warning']).
%%%%%%%%%%%%%%warning/1 (2) 31/01/2011
warning(player_actions, _):-
output(player_actions, [warning]).
%%%%%%%%%%%%%%warning/1 (3) 31/01/2011
warning(inspect_game, _):-
output(inspect_game, ['warning']).
%%%%%%%%%%%%%%warning/1 (4) 31/01/2011
warning(play_land, _):-
output(play_land, ['warning']).
%%%%%%%%%%%%%%warning/1 (5) 31/01/2011
warning(cast_spell, _):-
output(cast_spell, ['warning']).
%%%%%%%%%%%%%%warning/1 (5) 31/03/2011
warning(ability_source, _):-
output(ability_source, ['warning']).
%%%%%%%%%%%%%%warning/1 (6) 31/01/2011
warning(tap_for_mana, _):-
output(tap_for_mana, ['warning']).
%%%%%%%%%%%%%%warning/1 (6) 31/01/2011
warning(spend_mana, _):-
output(spend_mana, ['warning']).
%%%%%%%%%%%%%%warning/1 (7) 05/03/11
warning(declare_attackers, _):-
output(declare_attackers, ['warning']).
%%%%%%%%%%%%%%warning/1 (8) 05/03/11
warning(declare_blockers, _):-
output(declare_blockers, ['warning']).
%%%%%%%%%%%%%%warning/1 (9) 05/03/11
warning(declare_blockers, _):-
output(order_blockers, ['warning']).
%%%%%%%%%%%%%%warning/1 (10) 05/03/11
warning(choose_targets, _):-
output(choose_targets, [warning]).
%%%%%%%%%%%%%%warning/1 (11) 05/03/11
warning(discard_to_max, _):-
output(discard_to_max, [warning]).
%%%%%%%%%%%%%%warning/1 (12) 23/04/11
warning(read_card, _):-
output(read_card, [warning]).
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%% Output %%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
/* output(+Predicate_name, +[Arguments]) */
% General output predicate for the parts of a turn
% Output_clause is instantiated by the parent predicate
% depending on the desired/ necessary output.
%%%% Notes %%%%
%%%%%%%%%%%%%%%
/*
Having checks about outputting or not here could be confusing.
Currently utputs are generally stand-ins for functionality,
so when they should happen should be decided by the calling
predicates?
*/
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%output/2 03/01/11
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
/* output(+Caller, +Context) */
% Handles output for the Caller predicate.
% Context is a list; the first element determines the specific
% output case for Caller and the remaining are arguments to output
%%%%%%%%%%%%%%output/2 (0.0) 31/01/11
% 0.0: minimaxing output.
% Don't show the AI thinking...
output(_, _):-
minimaxing.
%%%%%%%%%%%%%%output/2 (0.1) 31/01/11
% 0.* clauses: main output.
output(main, ['instructions']):-
nl,
write(`Enter: "[d]ecks", "[s]tart", "[h]elp", or "[q]uit" to proceed.`), nl.
%%%%%%%%%%%%%%output/2 (0.2) 31/01/11
output(main, ['warning']):-
write(`Please enter a valid option`), nl.
%%%%%%%%%%%%%%output/2 (0.3) 31/01/11
output(main, ['help']):-
nl,
write(`You are at the application main menu. You have the following options:`), nl,
%tab(5), write(`Type "[n]ame" to enter your name so that Gleemin can address you by it.`), nl,
tab(5), write(`Type "[d]ecks" to choose a deck for yourself and for Gleemin.`), nl,
tab(5), write(`Type "[s]tart" to start a game of Magic: the Gathering against Gleemin.`), nl,
tab(5), write(`Type "[h]elp" to see this help text.`), nl,
tab(5), write(`Type "[q]uit" to exit this program.`), nl, nl,
tab(25), write(`How to enter text`), nl,
write(`Whenever you are prompted for input you will be given a list of "switch" words.`), nl,
write(`Each switch word has one of its letters, enclosed in square brackets,`), nl,
write(` like this: [h]elp. You can type the whole word or just the "switched" letter.`), nl,
write(` You must press Enter afterwards for the application to accept your option.`), nl,
write(`In some cases you will be asked to enter a "string of switches". In that case`), nl,
write(` you should enter the letter-switches one after the other, just like writing a`), nl,
write(` word. If you enter a switch-word whole at that point, you may choose the`), nl,
write(` wrong options.`), nl,
write(`Please note that at the time of writing error-checking on user input is not`), nl,
write(` complete so making a wrong choice may cause the application to crash or`), nl,
write(` go into an infinite loop! If this happens, press ctrl & Scroll Lock to exit.`), nl,
write(` (Scroll Lock is usually above the Home key, which is usually above the`), nl,
write(` arrow keys; if all else fails, Alt+Ctrl+Del will do it!).`), nl,
write(`On the bright side, you don't need to end your input with a "." or enclose it`), nl,
write(` in single quotes for it to be read in correctly.`), nl,
write(`All output/ input in Gleemin is textual. Help text will always fit in 80`), nl,
write(` columns so you will not need a lot of screen space to read it. The actual`), nl,
write(` game uses indentation to separate output, so for playing you may need to`), nl,
write(` adjust your Prolog window a bit.`), nl.
%%%%%%%%%%%%%%output/2 (1.1) 03/01/11
% 1.* clauses: turn_begins output.
% There is a new active Player
output(turn_begins, ['new', Player]):-
tab(5),
write(Player),
write(`'s turn begins`), nl.
%%%%%%%%%%%%%%output/3 (1.2) 03/01/11
% The active Player remains the same.
output(turn_begins, ['current', Player]):-
tab(5),
write(`Active player: `),
write(Player), nl.
%%%%%%%%%%%%%%output/3 (2.1) 03/01/11
% 2.* clauses: phase_begins output.
% A phase begins
output(phase_begins, [Phase]):-
tab(10),
write(Phase),
write(` phase begins`), nl.
%%%%%%%%%%%%%%output/3 (2.2) 03/01/11
% The Untap or Cleanup Step is ongoing or ends. No output.
output(phase_begins, [State, Step, _]):-
(
Step == 'Untap';
Step == 'Cleanup'
),
(
State == ongoing;
State == ends
).
% This will have to be refined for Cleanup steps where
% players receive priority.
%%%%%%%%%%%%%%output/3 (2.3) 03/01/11
% Any other Step of a Phase ends. No output.
output(phase_begins, [ends, _, _]):-
true.
%%%%%%%%%%%%%%output/3 (2.4) 03/01/11
% Any other Step of a Phase is ongoing.
output(phase_begins, [_, _, Phase]):-
tab(10),
write(`Current phase: `),
write(Phase), nl.
%%%%%%%%%%%%%%output/3 (3.1) 03/01/11
% 3.* clauses: step_begins output.
% Some phases have no steps.
output(step_begins, []):-
tab(15),
write(`This phase has no steps.`), nl.
% This will fire at the end of an [] Step
% because of the slight fudge, which I should correct
% anyway. So I leave it here until I have.
%%%%%%%%%%%%%%output/3 (3.2) 03/01/11
% A step begins
output(step_begins, [Step]):-
tab(15),
write(Step),
write(` step begins.`), nl.
%%%%%%%%%%%%%%output/3 (3.3) 03/01/11
% The Untap step is ongoing
output(step_begins, [ongoing, 'Untap']):-
true.
% The Cleanup step may allow priority.
% Will implement eventually.
%%%%%%%%%%%%%%output/3 (3.4) 03/01/11
% Any other Step is ongoing.
output(step_begins, [ongoing, Step]):-
tab(15),
write(`Current step: `),
write(Step), nl.
%%%%%%%%%%%%%%output/3 (4.1) 03/01/11
% 4.* clauses: phase_actions output.
output(phase_actions, ['Beginning']):-
tab(20),
write(`Beginning phase actions`), nl.
%%%%%%%%%%%%%%output/3 (4.2) 03/01/11
output(phase_actions, ['First Main']):-
tab(20),
write(`Playing spells and abilities (1)`), nl.
%%%%%%%%%%%%%%output/3 (4.3) 03/01/11
output(phase_actions, ['Second Main']):-
tab(20),
write(`Playing spells and abilities (2)`), nl.
%%%%%%%%%%%%%%output/3 (5.1) 03/01/11
% 5.* clauses: step_actions output.
output(step_actions, ['Untap']):-
tab(20),
write(`Untapping`), nl.
%%%%%%%%%%%%%%output/3 (5.2) 03/01/11
output(step_actions, ['Upkeep']):-
tab(20),
write(`Managing Upkeep`), nl.
%%%%%%%%%%%%%%output/3 (5.3) 03/01/11
output(step_actions, ['Draw']):-
tab(20),
write(`Drawing a card`), nl.
%%%%%%%%%%%%%%output/3 (5.4) 03/01/11
output(step_actions, ['Beginning of Combat']):-
tab(20),
write(`Beginning combat`), nl.
%%%%%%%%%%%%%%output/3 (5.5) 03/01/11
output(step_actions, ['Declare Attackers']):-
tab(20),
write(`Declaring attackers`), nl.
%%%%%%%%%%%%%%output/3 (5.6) 03/01/11
output(step_actions, ['Declare Blockers']):-
tab(20),
write(`Declarking blockers`), nl.
%%%%%%%%%%%%%%output/3 (5.7) 03/01/11
output(step_actions, ['Combat Damage']):-
tab(20),
write(`Assigning combat damage`), nl.
%%%%%%%%%%%%%%output/3 (5.8) 03/01/11
output(step_actions, ['End of Combat']):-
tab(20),
write(`Ending combat`), nl.
%%%%%%%%%%%%%%output/3 (5.9) 03/01/11
output(step_actions, ['End']):-
tab(20),
write(`Ending turn`), nl.
%%%%%%%%%%%%%%output/3 (5.10) 03/01/11
output(step_actions, ['Cleanup']):-
tab(20),
write(`Doing cleanup`), nl.
%%%%%%%%%%%%%%output/3 (6) 03/01/11
% 6.* clauses: end_actions output.
output(end_actions, []):-
tab(20),
write(`Emptying mana pools`), nl.
%%%%%%%%%%%%%%output/3 (7.1) 03/01/11
% 7.* clauses: receives_priority output.
% No player receives priority this step.
output(receives_priority, []):-
tab(25),
write(`No Priority`), nl.
%%%%%%%%%%%%%%output/3 (7.2) 03/01/11
% The priority Player has changed
output(receives_priority, ['new', Player]):-
tab(25),
write(`New priority player : `),
write(Player), nl.
%%%%%%%%%%%%%%output/3 (7.4) 03/01/11
% The priority player keeps priority
output(receives_priority, [Player]):-
tab(25),
write(`Priority player : `),
write(Player), nl.
%%%%%%%%%%%%%%output/2 (8.1) 01/02/11
% 8.* clauses: player_actions output.
output(player_actions, []):-
tab(25),
write(`No Prompt`), nl.
%%%%%%%%%%%%%%output/2 (8.X) 01/02/11
% Active_player's Main phase actions.
output(player_actions, ['prompt', Context]):-
tab(25),
write(`Enter:`), nl,
player_actions_context(Context),
tab(30),
write(`"[s]pells"`), nl,
tab(30),
write(`"[a]bilities"`), nl,
tab(30),
write(`"[t]ake"`), nl,
tab(30),
write(`"[p]ass"`), nl,
tab(30),
write(`"[h]elp"`), nl,
tab(30),
write(`"[i]nspect"`), nl,
tab(25),
write(`to play.`), nl,
tab(25),
write(`Enter: "[C]oncede" to quit.`), nl,
tab(30),
write(`* * *`), nl.
%%%%%%%%%%%%%%output/3 (8.3) 03/01/11
output(player_actions, [warning]):-
tab(25),
write(`Please enter a valid option`),
nl,
tab(35),
write(`* * *`), nl.
%%%%%%%%%%%%%%output/3 (9.1) 03/01/11
% 9.* clauses: play output.
output(play, [Priority_player, 'land']):-
tab(25),
write(Priority_player),
write(` is playing land`),
nl,
tab(35),
write(`* * *`), nl.
%%%%%%%%%%%%%%output/3 (9.2) 03/01/11
output(play, [Priority_player, 'spells']):-
tab(25),
write(Priority_player),
write(` is casting spells`),
nl,
tab(35),
write(`* * *`), nl.
%%%%%%%%%%%%%%output/3 (9.3) 03/01/11
output(play, [Priority_player, 'abilities']):-
tab(25),
write(Priority_player),
write(` is activating abilities`),
nl,
tab(35),
write(`* * *`), nl.
%%%%%%%%%%%%%%output/3 (9.4) 03/01/11
output(play, [Priority_player, 'special']):-
tab(25),
write(Priority_player),
write(` is taking special actions`),
nl,
tab(35),
write(`* * *`), nl.
%%%%%%%%%%%%%%output/3 (9.5) 03/01/11
output(play, [Priority_player, 'help']):-
tab(25),
write(Priority_player),
write(` requested help`),
nl,
tab(25),
write(`Enter: `), nl,
tab(30),
write(`"[l]and": to play land`), nl,
tab(30),
write(`"[s]pells": to cast spells`), nl,
tab(30),
write(`"[a]bilities": to activate abilities of permanents`), nl,
tab(30),
write(`"[t]ake": to take special actions (other than playing a land)`), nl,
tab(30),
write(`"[p]ass": to do nothing and pass priority`), nl,
tab(30),
write(`"[h]elp": to show this help text`), nl,
tab(30),
write(`"[i]nspect": to see your cards in each zone and the state of the game`), nl,
tab(30),
write(`* * *`), nl.
%%%%%%%%%%%%%%output/3 (9.6) 03/01/11
output(play, [Priority_player, 'pass']):-
tab(25),
write(Priority_player),
write(` passes priority`),
nl,
tab(35),
write(`* * *`), nl.
%%%%%%%%%%%%%%output/3 (9.7) 03/01/11
output(play, [Priority_player, 'concede']):-
tab(25),
write(Priority_player),
write(` concedes`),
nl,
tab(35),
write(`* * *`), nl.
%%%%%%%%%%%%%%output/3 (9.8) 03/01/11
output(play, [Priority_player, 'debug']):-
tab(25),
write(Priority_player),
write(` debug`), nl.
%%%%%%%%%%%%%%output/3 (10.1) 28/01/11
% 10.* clauses: inspect_game output.
%%%%%%%%%%%%%%output/3 (10.1) 28/01/11
% Inspect prompt
output(inspect_game, ['prompt']):-
tab(25),
write(`Enter:`), nl,
tab(30),
write(`"[l]ibraries"`),nl,
tab(30),
write(`"[h]ands"`), nl,
tab(30),
write(`"[s]tack"`), nl,
tab(30),
write(`"[b]attlefield"`), nl,
tab(30),
write(`"[g]raveyards"`), nl,
tab(30),
write(`"[e]xile"`), nl,
tab(25),
write(`to see cards in that zone.`), nl,
tab(25),
write(`Enter: [m]ana to see mana in players' pools.`), nl,
tab(25),
write(`Enter: [w]in to see how close each player is to winning the game.`), nl,
tab(25),
write(`Enter: [c]ancel to return to the previous menu.`), nl,
tab(30),
write(`* * *`), nl.
%%%%%%%%%%%%%%output/3 (10.2) 28/01/11
% inspect warning
output(inspect_game, ['warning']):-
nl,
tab(25),
write(`Please enter a valid option`),
nl,
tab(35),
write(`* * *`), nl.
%%%%%%%%%%%%%%output/3 (11.1) 28/01/11
% 11.* clauses: inspect_output output.
output(inspect_output, [_Priority_player, 'Library']):-
tab(25),
write(`Cards in libraries: `), nl, fail, !.
output(inspect_output, [_Priority_player, 'Library']):-
zone(Player, 'Library', Cards),
length(Cards, Length),
tab(30),
write(Player),
write(`: `), write(Length), write(` cards`), nl, fail.
output(inspect_output, [_Priority_player, 'Library']):-
tab(30),
write(`* * *`), nl.
%%%%%%%%%%%%%%output/3 (11.2) 28/01/11
%%%% Notes %%%%
%%%%%%%%%%%%%%%
/*
Only the player should be able to see his or her hand!
Also, the computer player doesn't need output for
inspection of game states.
*/
output(inspect_output, ['Hand', _Map, _Switches]):-
tab(25),
write(`Cards in Hand:`), nl, fail, !.
output(inspect_output, ['Hand', _Map, _Switches]):-
zone(Player, 'Hand', Cards),
length(Cards, Length),
tab(30),
write(Player),
write(`: `),
write(Length), write(` cards`), nl, fail.
output(inspect_output, ['Hand', [_Cancel | Map], [_CAncel | Switches]]):-
findall(Info,(member(Card-_Switch, Map, Position),
member(Switched, Switches, Position),
card([card_name Card, mana_cost Cost, type_line [_, [Type], _], _, _, _, _, _]),
Info = [ Switched, Type, Cost ]), Infos),
pp_style('Simple', Header, Body, Footer),
pretty_print([`Name`, `Type`, `Mana Cost`],Infos, 25, Header,Body,Footer).
%%%%%%%%%%%%%%output/3 (11.3) 28/01/11
output(read_card, [warning]):-