diff options
Diffstat (limited to 'rules.js')
| -rw-r--r-- | rules.js | 220 |
1 files changed, 137 insertions, 83 deletions
@@ -37,13 +37,13 @@ const S_OFF_BOARD_2 = 9 const S_OFF_BOARD_3 = 10 const S_OFF_BOARD_4 = 11 -const FIRST_TILE = 1 -const TILE_NONE = 0 -const TILE_BLUE = 1 -const TILE_RED = 13 -const TILE_GOLD = 25 -const TILE_WHITE = 37 -const TILE_GREEN = 49 +const TILE_NONE = -1 +const TILE_GOLD = 0 +const TILE_BLUE = 12 +const TILE_WHITE = 24 +const TILE_RED = 36 +const TILE_GREEN = 48 +const TILE_UNKNOWN = 60 const COUNT_NAME = [ "no", @@ -80,15 +80,35 @@ function space_name(s) { } } -function tile_name(tile) { - if (tile >= TILE_BLUE && tile < TILE_BLUE + 12) return "blue" - if (tile >= TILE_RED && tile < TILE_RED + 12) return "red" - if (tile >= TILE_GOLD && tile < TILE_GOLD + 12) return "gold" - if (tile >= TILE_WHITE && tile < TILE_WHITE + 12) return "white" - if (tile >= TILE_GREEN && tile < TILE_GREEN + 6) return "green" +const XTILE_NAME_UC = [ "Gold", "Blue", "White", "Red", "Green" ] +const XTILE_NAME_LC = [ "gold", "blue", "white", "red", "green" ] + +const TILE_NAME_UC = [ "Cloth", "Beasts", "Piety", "Tournaments", "Jewels" ] +const TILE_NAME_LC = [ "cloth", "beasts", "piety", "tournaments", "jewels" ] + +const TILE_NAME_CODE = [ "G", "B", "W", "R", "J", "K" ] +const TILE_NAME_CODE_X = [ [], [], [], [], [], [] ] + +for (let k = 0; k < 6; ++k) + for (let i = 0; i < 12; ++i) + TILE_NAME_CODE_X[k][i] = Array(i).fill(TILE_NAME_CODE[k]).join(" ") + +function tile_type(tile) { + return (tile / 12 | 0) * 12 +} + +function tile_name_count(tile, n) { + if (tile >= 0) + return TILE_NAME_CODE_X[tile / 12 | 0][n] return "None" } +function tile_name(tile) { + if (tile >= 0) + return TILE_NAME_CODE[tile / 12 | 0] + return "none" +} + function gen_action(action, argument) { if (!(action in view.actions)) view.actions[action] = [] @@ -111,6 +131,14 @@ function gen_action_square(space) { gen_action("square", space) } +function gen_action_score_red() { + gen_action("score", 1) +} + +function gen_action_score_blue() { + gen_action("score", 2) +} + function gen_action_score() { if (game.active === RED) gen_action("score", 1) @@ -193,9 +221,9 @@ exports.resign = function (state, player) { game = state if (game.state !== 'game_over') { if (player === RED) - goto_game_over(BLUE, "Red resigned.") + goto_game_over(BLUE, RED + " resigned.") if (player === BLUE) - goto_game_over(RED, "Blue resigned.") + goto_game_over(RED, BLUE + " resigned.") } return game } @@ -236,7 +264,7 @@ exports.setup = function (seed, scenario, options) { blue_hand: [], } - for (let i = FIRST_TILE; i < TILE_GREEN; ++i) + for (let i = 0; i < TILE_GREEN; ++i) game.darkness.push(i) shuffle(game.darkness) @@ -267,6 +295,12 @@ exports.setup = function (seed, scenario, options) { // === HANDS AND COURTS === +function rival_name() { + if (game.active === RED) + return BLUE + return RED +} + function rival_court() { if (game.active === RED) return game.blue_court @@ -314,34 +348,40 @@ function gift_tile_in_space(to) { // Gift associated tile to rival. if (to <= LAST_TILE_SPACE) { let tile = game.squares[to] - log("Gifted " + tile_name(tile) + ".") + log("Gift " + tile_name(tile)) game.squares[to] = TILE_NONE rival_court().push(tile) } } -function score_points(who, n) { +function score_points(who, n, reason = ".") { if (n > 0) { - if (n === 1) - log(who + " scored " + count_name(n) + " point.") - else - log(who + " scored " + count_name(n) + " points.") + log(who + " scored " + n + reason) if (who === RED) game.red_score += n - if (who === BLUE) + else game.blue_score += n } } function score_own_points(n) { - score_points(game.active, n) + if (n > 0) { + log("Score " + n) + if (game.active === RED) + game.red_score += n + else + game.blue_score += n + } } function score_rival_points(n) { - if (game.active === RED) - score_points(BLUE, n) - else - score_points(RED, n) + if (n > 0) { + log("Score " + n + " for rival") + if (game.active === RED) + game.blue_score += n + else + game.red_score += n + } } function count_tiles(list, type) { @@ -368,19 +408,19 @@ function gen_tile_in_list(type, list) { function log_reveal_tiles_into_court(type) { let n = count_tiles(own_hand(), type) if (n > 0) - log("Revealed " + count_name(n) + " " + tile_name(type) + ".") + log("Reveal " + tile_name_count(type, n)) } function log_remove_tiles_from_court(type) { let n = count_tiles(own_court(), type) if (n > 0) - log("Removed " + count_name(n) + " " + tile_name(type) + ".") + log("Remove " + tile_name_count(type, n)) } function log_remove_tiles_from_rival_court(type) { let n = count_tiles(rival_court(), type) if (n > 0) - log("Rival removed " + count_name(n) + " " + tile_name(type) + ".") + log("Remove " + tile_name_count(type, n) + " from rival") } function can_reveal_tiles_into_court(type) { @@ -468,11 +508,9 @@ states.move_token_to = { game.from = game.tokens[game.selected_token] if (game.active === RED) - log(".r " + space_name(to)) + log(".r O" + to + " " + space_name(to)) else - log(".b " + space_name(to)) - - //log("From " + space_name(game.from) + ".") + log(".b O" + to + " " + space_name(to)) // Move the token. game.tokens[game.selected_token] = to @@ -518,41 +556,29 @@ function end_turn() { // Return Dragon if needed. if (is_oval_space_empty(S_DRAGON_1) && game.tokens[TOKEN_DRAGON] !== S_DRAGON_2) { - game.state = "return_dragon_1" + game.state = "return_dragon" return } goto_refill_tiles() } -states.return_dragon_1 = { - inactive: "Dragon", +states.return_dragon = { + inactive: "End of Turn", prompt() { view.prompt = "End of Turn Move the Dragon back to its space." gen_action_token(TOKEN_DRAGON) }, token(_) { - game.state = "return_dragon_2" - }, -} - -states.return_dragon_2 = { - inactive: "End Turn", - prompt() { - view.prompt = "End Turn: Move the Dragon back to its space." - view.selected_token = TOKEN_DRAGON - gen_action_space(S_DRAGON_2) - }, - space(_) { - log("Returned Dragon.") + log("Return CW") game.tokens[TOKEN_DRAGON] = S_DRAGON_2 goto_refill_tiles() - } + }, } function must_refill_tiles() { for (let i = FIRST_SPACE; i <= LAST_TILE_SPACE; ++i) - if (is_oval_space_empty(i) && game.squares[i] === 0) + if (is_oval_space_empty(i) && game.squares[i] === TILE_NONE) return true return false } @@ -565,17 +591,17 @@ function goto_refill_tiles() { } states.refill_tiles = { - inactive: "End Turn", + inactive: "End of Turn", prompt() { - view.prompt = "End Turn: Place a new tile." + view.prompt = "End of Turn: Draw and place a new tile." for (let i = FIRST_SPACE; i <= LAST_TILE_SPACE; ++i) - if (is_oval_space_empty(i) && game.squares[i] === 0) + if (is_oval_space_empty(i) && game.squares[i] === TILE_NONE) gen_action_square(i) }, square(i) { clear_undo() let tile = game.darkness.pop() - log("Placed " + tile_name(tile) + " at " + space_name(i) + ".") + log("Place " + tile_name(tile) + " at O" + i) game.squares[i] = tile if (game.darkness.length === 0) return goto_end_of_the_contest() @@ -621,7 +647,7 @@ states.dragon_2 = { gen_action_space(i) }, space(to) { - log("Dragon to " + space_name(to) + ".") + log("Move CW to O" + to) game.tokens[TOKEN_DRAGON] = to gift_tile_in_space(to) end_turn() @@ -642,13 +668,13 @@ function gain_tiles_from_darkness_rival(n) { function gain_secrecy_tiles() { let n = Math.min(SECRECY_PER_ROW[own_score() / 8 | 0], game.darkness.length) - log("Gained " + count_name(n) + ".") + log("Gain " + tile_name_count(TILE_UNKNOWN, n)) gain_tiles_from_darkness(n) } function gain_secrecy_tiles_rival() { let n = Math.min(SECRECY_PER_ROW[rival_score() / 8 | 0], game.darkness.length) - log("Rival gained " + count_name(n) + ".") + log("Gain " + tile_name_count(TILE_UNKNOWN, n) + " to rival") gain_tiles_from_darkness_rival(n) } @@ -984,7 +1010,7 @@ states.tournaments_remove_rival = { states.tournaments_secrecy = { inactive: "Tournaments", prompt() { - view.prompt = "Tournaments: Gain tiles from the Darkness." + view.prompt = "Tournaments: Gain tiles from the Darkness for you and your rival." view.actions.darkness = 1 }, darkness() { @@ -1065,62 +1091,90 @@ function calc_gold_score(score, court) { function goto_end_of_the_contest() { log(".x End of the Contest") - game.state = "end_of_the_contest_jewels" + goto_end_of_the_contest_jewels_1() +} + +function goto_end_of_the_contest_jewels_1() { + if (calc_jewel_score(game.red_court)) + game.state = "end_of_the_contest_jewels_1" + else + goto_end_of_the_contest_jewels_2() +} + +function goto_end_of_the_contest_jewels_2() { + if (calc_jewel_score(game.blue_court)) + game.state = "end_of_the_contest_jewels_2" + else + goto_end_of_the_contest_gold_1() } -states.end_of_the_contest_jewels = { +function goto_end_of_the_contest_gold_1() { + if (calc_gold_score(game.red_score, game.red_court)) + game.state = "end_of_the_contest_gold_1" + else + goto_end_of_the_contest_gold_2() +} + +function goto_end_of_the_contest_gold_2() { + if (calc_gold_score(game.blue_score, game.blue_court)) + game.state = "end_of_the_contest_gold_2" + else + goto_victory() +} + +states.end_of_the_contest_jewels_1 = { inactive: "End of the Contest", prompt() { - prompt_score("End of the Contest", calc_jewel_score(own_court()), " for Jewels.") - gen_action_score() + prompt_score("End of the Contest", calc_jewel_score(game.red_court), " for Red's Jewels.") + gen_action_score_red() }, score() { - score_own_points(calc_jewel_score(own_court())) - game.state = "end_of_the_contest_jewels_rival" + score_points(RED, calc_jewel_score(game.red_court), " for Jewels.") + goto_end_of_the_contest_jewels_2() }, } -states.end_of_the_contest_jewels_rival = { +states.end_of_the_contest_jewels_2 = { inactive: "End of the Contest", prompt() { - prompt_score("End of the Contest", calc_jewel_score(rival_court()), " to your rival for Jewels.") - gen_action_score_rival() + prompt_score("End of the Contest", calc_jewel_score(game.blue_court), " for Blue's Jewels.") + gen_action_score_blue() }, score() { - score_rival_points(calc_jewel_score(rival_court())) - game.state = "end_of_the_contest_gold" + score_points(BLUE, calc_jewel_score(game.blue_court), " for Jewels.") + goto_end_of_the_contest_gold_1() }, } -states.end_of_the_contest_gold = { +states.end_of_the_contest_gold_1 = { inactive: "End of the Contest", prompt() { - prompt_score("End of the Contest", calc_gold_score(own_score(), own_court()), " for Gold.") - gen_action_score() + prompt_score("End of the Contest", calc_gold_score(game.red_score, game.red_court), " for Red's Gold.") + gen_action_score_red() }, score() { - score_own_points(calc_gold_score(own_score(), own_court())) - game.state = "end_of_the_contest_gold_rival" + score_points(RED, calc_gold_score(game.red_score, game.red_court), " for Gold.") + goto_end_of_the_contest_gold_2() }, } -states.end_of_the_contest_gold_rival = { +states.end_of_the_contest_gold_2 = { inactive: "End of the Contest", prompt() { - prompt_score("End of the Contest", calc_gold_score(rival_score(), rival_court()), " to your rival for Gold.") - gen_action_score_rival() + prompt_score("End of the Contest", calc_gold_score(game.blue_score, game.blue_court), " for Blue's Gold.") + gen_action_score_blue() }, score() { - score_rival_points(calc_gold_score(rival_score(), rival_court())) + score_points(BLUE, calc_gold_score(game.blue_score, game.blue_court), " for Gold.") goto_victory() }, } function victory_check(red, blue) { if (red > blue) - return goto_game_over(RED, "Red is the winner!") + return goto_game_over(RED, RED + " is the winner with " + game.red_score + " points!") if (blue > red) - return goto_game_over(BLUE, "Blue is the winner!") + return goto_game_over(BLUE, BLUE + " is the winner with " + game.blue_score + " points!") return true } |