}
}
-function publish_group_rank(response, group_name)
+function publish_group_rank(teams, games, group_name)
{
let updates = [];
let config = ultimateconfig['group_cells'][group_name];
let cols = config['score_sheet_cols'];
- let teams = parse_teams_from_spreadsheet(response);
- let games = parse_games_from_spreadsheet(response, group_name, false);
- apply_games_to_teams(games, teams);
- teams = filter_teams(teams, response);
+ apply_games_to_teams(games, teams, group_name);
+ teams.sort(function(a, b) { return a.seeding - b.seeding });
// Write the points total to the unsorted columns.
if (config['point_total_start_row'] !== null) {
// Write the ranking table, from scratch.
for (let i = 0; i < teams.length; ++i) {
let row = config['ranking_list_start_row'] + i;
- updates.push({ "range": cols[0] + row, "values": [ [ teams[i].rank ] ] });
+ updates.push({ "range": cols[0] + row, "values": [ [ teams[i].rank + config['rank_offset'] - 1] ] });
updates.push({ "range": cols[1] + row, "values": [ [ teams[i].mediumname ] ] });
updates.push({ "range": cols[2] + row, "values": [ [ teams[i].pts ] ] });
}
if (tiebreakers.length != 0) {
tb_str = tiebreakers.join("\n");
}
- updates.push({ "range": cols[0] + config['ranking_list_explain_row'], "values": [ [ tb_str ] ]});
+ updates.push({ "range": config['ranking_list_explain_cell'], "values": [ [ tb_str ] ]});
let json = {
"valueInputOption": "USER_ENTERED",
});
}
-function montecarlo(responses) {
+function montecarlo(all_teams, groups, games, groups_to_calc) {
let pseudo_group_names = ['X', 'Y', 'Z'];
- let real_group_names = ['A', 'B', 'C'];
- let teams = [], games = [], teams_to_idx = [];
+ let real_group_names = ['A', 'B', 'C']; // Better be corresponding to groups_to_calc...
+ let teams_to_idx = [];
let third_groups = [];
let busted_thirds = false;
- for (const response of responses) {
- let teams_group = parse_teams_from_spreadsheet(response);
- let games_group = parse_games_from_spreadsheet(response, 'irrelevant group name', true);
- apply_games_to_teams(games_group, teams_group);
-
+ // Split teams by group.
+ let teams = [];
+ for (let group_idx = 0; group_idx < groups_to_calc.length; ++group_idx) {
+ let teams_group = filter_teams_by_group(all_teams, groups, groups_to_calc[group_idx]);
teams.push(teams_group);
- games.push(games_group);
teams_to_idx.push(make_teams_to_idx(teams_group));
}
for (let simulation_idx = 0; simulation_idx < 100; ++simulation_idx) { // 100 seems to be enough.
- let thirds = [];
- for (let group_idx = 0; group_idx < responses.length; ++group_idx) {
+ let thirds = [], ignoreds = [];
+ let calc_groups = [];
+
+ for (let group_idx = 0; group_idx < groups_to_calc.length; ++group_idx) {
+ let teams_copy = [];
+ for (const team of teams[group_idx]) {
+ teams_copy.push(Object.assign({}, team));
+ }
+
// Fill in random results. We deliberately use a uniform [-13,+13]
// model here, since we are interested in the extremal results.
// Of course, not all real games go to 13, but the risk of that
// influencing the tiebreakers is very slim.
- let games_copy = [];
- for (const game of games[group_idx]) {
+ let games_copy = [], games_with_synth = [];
+ for (const game of games) {
games_copy.push(Object.assign({}, game));
}
- let teams_copy = [];
- for (const team of teams[group_idx]) {
- teams_copy.push(Object.assign({}, team));
- }
for (let i = 0; i < games_copy.length; ++i) {
let idx1 = teams_to_idx[group_idx][games_copy[i].name1];
if (games_copy[i].score1 === undefined || games_copy[i].score2 === undefined ||
isNaN(games_copy[i].score1) || isNaN(games_copy[i].score2) ||
games_copy[i].score1 == games_copy[i].score2) {
- // These were skipped by apply_games_to_teams() above.
+ // These were skipped by apply_games_to_teams() earlier.
let score1 = 0, score2 = 0;
let r = Math.floor(Math.random() * 26);
if (r < 13) {
teams_copy[idx2].gd += score2;
teams_copy[idx1].gd -= score2;
teams_copy[idx2].gd -= score1;
+
+ games_with_synth.push({
+ "name1": games_copy[i].name1,
+ "name2": games_copy[i].name2,
+ "score1": score1,
+ "score2": score2
+ });
} else {
+ games_with_synth.push(games_copy[i]);
continue;
}
}
}
}
}
+ if (ultimateconfig['kick_fifth_from_third'] && teams_copy.length >= 5) {
+ if (teams_copy[4].rank != 5) {
+ // A real tie for fifth; the rules are unclear, so just give up.
+ busted_thirds = true;
+ } else {
+ ignoreds.push(teams_copy[4]);
+ }
+ }
}
+
+ calc_groups.push({
+ "games": games_with_synth,
+ "teams": teams_copy
+ });
}
// Also rank thirds.
if (!busted_thirds) {
let tiebreakers = [];
+ if (ultimateconfig['kick_fifth_from_third']) {
+ // Recompute scores (but not ranks!) without the ignored games. (thirds point to these objects.)
+ for (let group_idx = 0; group_idx < groups_to_calc.length; ++group_idx) {
+ apply_games_to_teams(calc_groups[group_idx].games, calc_groups[group_idx].teams, groups_to_calc[group_idx], ignoreds);
+ }
+ }
let ranked = rank_thirds([], thirds, 1, tiebreakers);
if (simulation_idx == 0) {
third_groups = ranked;
} else {
- for (let i = 0; i < responses.length; ++i) {
- if (third_groups[i].group_idx !== ranked[i].group_idx) {
+ for (let i = 0; i < groups_to_calc.length; ++i) {
+ if (third_groups[i].group_idx !== ranked[i].group_idx || // Different from a previous simulation.
+ (i < (third_groups.length - 1) && ranked[i].rank === ranked[i + 1].rank) || // Disallow ties.
+ (i > 0 && ranked[i].rank === ranked[i - 1].rank)) { // Disallow ties.
third_groups[i].group_idx = null;
}
}
}
let replacements = [];
- for (let group_idx = 0; group_idx < responses.length; ++group_idx) {
+ for (let group_idx = 0; group_idx < groups_to_calc.length; ++group_idx) {
if (third_groups[group_idx].group_idx !== null) {
replacements.push([ pseudo_group_names[group_idx], real_group_names[third_groups[group_idx].group_idx] ]);
}
}
- for (let group_idx = 0; group_idx < responses.length; ++group_idx) {
+ // These are pretty hard-coded, but that's probably fine. Must come after we've concretized X, Y, etc.
+ for (const group_name of real_group_names) {
+ let teams = filter_teams_by_group(all_teams, groups, 'Group ' + group_name);
+ if (teams.length >= 5) {
+ for (const other_group_name of real_group_names) {
+ replacements.push([ group_name + other_group_name + '5', group_name + '5' ]);
+ }
+ for (const other_group_name of pseudo_group_names) {
+ replacements.push([ group_name + other_group_name + '5', group_name + '5' ]);
+ }
+ } else { // Perhaps a bit overkill.
+ for (const other_group_name of real_group_names) {
+ replacements.push([ group_name + other_group_name + '5', other_group_name + '5' ]);
+ }
+ for (const other_group_name of pseudo_group_names) {
+ replacements.push([ group_name + other_group_name + '5', other_group_name + '5' ]);
+ }
+ }
+ }
+
+ for (let group_idx = 0; group_idx < groups_to_calc.length; ++group_idx) {
for (let i = 0; i < teams[group_idx].length; ++i) {
if (teams[group_idx][i].simulated_rank !== null) {
replacements.push([ real_group_names[group_idx] + teams[group_idx][i].simulated_rank, teams[group_idx][i].shortname ]);
return str;
}
-function fill_playoff(replacements, teams) {
+function fill_playoff(all_teams, groups, replacements) {
let team_expansions = {};
- for (const group of teams) {
- for (const team of group) {
- team_expansions[team.name] = team_expansions[team.mediumname] = team_expansions[team.shortname] =
- [ team.name, team.mediumname, team.shortname ];
- }
+ for (const team of all_teams) {
+ team_expansions[team.name] = team_expansions[team.mediumname] = team_expansions[team.shortname] =
+ [ team.name, team.mediumname, team.shortname ];
}
let games = ultimateconfig['playoff_games'];
get_results('Results', function(response) {
let updates = [], meta_updates = [];
- let game_num = 0;
for (const game of games) {
let team1 = do_replacements(game[0], replacements);
let team2 = do_replacements(game[1], replacements);
let score2 = response['values'][row - 1][cols[2]];
let game_name = game[4];
let game_name2 = game_name.replace("Semi", "semi");
+ let game_day = game[7];
+ if (game_day === undefined) {
+ game_day = 7; // Sunday.
+ }
let range = {
"sheetId": ultimateconfig['score_sheet_index'],
updates.push({ "range": cell_score1, "values": [ [ game[4] ] ] });
meta_updates.push({ "mergeCells": { "range": range, "mergeType": "MERGE_ALL" }});
}
-
- if (game[2] == 0) { // Stream field.
- // Game.
- updates.push({
- "range": "Playoffs!A" + (game_num + 32) + ":J" + (game_num + 32),
- "values": [ [ team1, team2, score1, score2, "", "", "", 7, response['values'][row - 1][1].replace(".",":"), game[6] ] ]
- });
-
- // Team codes.
- updates.push({
- "range": "Playoffs!A" + (2 * game_num + 3) + ":C" + (2 * game_num + 3),
- "values": [ names_for_team(team1, team_expansions) ]
- });
- updates.push({
- "range": "Playoffs!A" + (2 * game_num + 4) + ":C" + (2 * game_num + 4),
- "values": [ names_for_team(team2, team_expansions) ]
- });
-
- ++game_num;
- }
}
let json = {
"valueInputOption": "USER_ENTERED",
"requests": meta_updates
};
possibly_update_oauth_key(function() {
- post_json('https://sheets.googleapis.com/v4/spreadsheets/' + ultimateconfig['score_sheet_id'] + '/values:batchUpdate?key=' + ultimateconfig['api_key'], json, function(response) {
- get_group('Playoffs 9th-13th', function(response_l) { publish_group_rank(response_l, 'Playoffs 9th-13th'); });
- }, current_oauth_access_token);
- post_json('https://sheets.googleapis.com/v4/spreadsheets/' + ultimateconfig['score_sheet_id'] + ':batchUpdate?key=' + ultimateconfig['api_key'], meta_json, function(response) {}, current_oauth_access_token);
+ if (updates.length > 0) {
+ post_json('https://sheets.googleapis.com/v4/spreadsheets/' + ultimateconfig['score_sheet_id'] + '/values:batchUpdate?key=' + ultimateconfig['api_key'], json, function(response) {
+ get_all_group_games(all_teams, groups, function(group_games) {
+ // NOTE: filter_teams_by_group will be delayed by one cycle
+ // after W P1 etc. becomes determined for the first time.
+ // Note that this requires the Groups sheet to pick out
+ // the right teams from the group matches in the Results sheet!
+ let teams_l1 = filter_teams_by_group(all_teams, groups, 'Playoffs 9th–11th');
+ let teams_l2 = filter_teams_by_group(all_teams, groups, 'Playoffs 12th–14th');
+ publish_group_rank(teams_l1, group_games, 'Playoffs 9th–11th');
+ publish_group_rank(teams_l2, group_games, 'Playoffs 12th–14th');
+ });
+ }, current_oauth_access_token);
+ }
+ if (meta_updates.length > 0) {
+ post_json('https://sheets.googleapis.com/v4/spreadsheets/' + ultimateconfig['score_sheet_id'] + ':batchUpdate?key=' + ultimateconfig['api_key'], meta_json, function(response) {}, current_oauth_access_token);
+ }
});
});
}
}
function publish_group_ranks() {
- get_group('Group A', function(response_a) {
- get_group('Group B', function(response_b) {
- get_group('Group C', function(response_c) {
- publish_group_rank(response_a, 'Group A');
- publish_group_rank(response_b, 'Group B');
- publish_group_rank(response_c, 'Group C');
-
- let replacements = montecarlo([response_a, response_b, response_c]);
- let team_a = parse_teams_from_spreadsheet(response_a);
- let team_b = parse_teams_from_spreadsheet(response_b);
- let team_c = parse_teams_from_spreadsheet(response_c);
- fill_playoff(replacements, [team_a, team_b, team_c]);
+ get_teams(function(teams) {
+ get_groups(function(groups) {
+ get_all_group_games(teams, groups, function(games) {
+ let teams_a = filter_teams_by_group(teams, groups, 'Group A');
+ let teams_b = filter_teams_by_group(teams, groups, 'Group B');
+ let teams_c = filter_teams_by_group(teams, groups, 'Group C');
+ publish_group_rank(teams_a, games, 'Group A');
+ publish_group_rank(teams_b, games, 'Group B');
+ publish_group_rank(teams_c, games, 'Group C');
+
+ let replacements = montecarlo(teams, groups, games, ['Group A', 'Group B', 'Group C']);
+ fill_playoff(teams, groups, replacements);
});
});
});
}
-function get_ranked(response, group_name) {
- let teams = parse_teams_from_spreadsheet(response);
- let games = parse_games_from_spreadsheet(response, group_name, false);
- apply_games_to_teams(games, teams);
- teams = filter_teams(teams, response);
+function get_all_playoff_games(teams, groups, group_games, cb) {
+ let replacements = montecarlo(teams, groups, group_games, ['Group A', 'Group B', 'Group C']);
+ fill_playoff(teams, groups, replacements); // To get the replacements.
+ let games = ultimateconfig['playoff_games'];
+ get_results('Results', function(response) {
+ let playoff_games = [];
+ for (const game of games) {
+ let team1 = do_replacements(game[0], replacements);
+ let team2 = do_replacements(game[1], replacements);
+ let row = ultimateconfig['playoff_games_start_row'] + game[3];
+ let cols = ultimateconfig['playoff_games_cols'][game[2]];
+ let score1 = response['values'][row - 1][cols[1]];
+ let score2 = response['values'][row - 1][cols[2]];
+ let streamday = game[7];
+ if (streamday === undefined && game[2] === 0) { // Stream field is by default on stream.
+ streamday = 7;
+ }
+ playoff_games.push({
+ "name1": team1,
+ "name2": team2,
+ "score1": parseInt(score1),
+ "score2": parseInt(score2),
+ "streamday": streamday,
+ "streamtime": response['values'][row - 1][1].replace('.', ':'),
+ "group_name": game[6]
+ });
+ }
+ cb(playoff_games);
+ });
+}
+
+function get_ranked(teams, games, group_name) {
+ apply_games_to_teams(games, teams, group_name);
let tiebreakers = [];
teams = rank(games, teams, 1, tiebreakers);
return teams;
// Pick out everything that is at rank N _or_ avoids rank N by lack of tiebreakers only.
function pick_out_rank(teams, rank, candidates) {
+ if (teams.length < rank) {
+ return;
+ }
+
let lowest_rank = teams[rank - 1].rank;
let count = 0;
}
}
+function addsign(x)
+{
+ if (x < 0) {
+ return "−" + (-x);
+ } else if (x == 0) {
+ return "=0";
+ } else {
+ return "+" + x;
+ }
+}
+
function publish_best_thirds() {
- get_group('Group A', function(response_a) {
- get_group('Group B', function(response_b) {
- get_group('Group C', function(response_c) {
- let A = get_ranked(response_a, 'Group A');
- let B = get_ranked(response_b, 'Group B');
- let C = get_ranked(response_c, 'Group C');
+ if (!ultimateconfig['best_thirds']) return;
+ get_teams(function(teams) {
+ get_groups(function(groups) {
+ get_all_group_games(teams, groups, function(games) {
+ let teams_a = filter_teams_by_group(teams, groups, 'Group A');
+ let teams_b = filter_teams_by_group(teams, groups, 'Group B');
+ let teams_c = filter_teams_by_group(teams, groups, 'Group C');
+ let A = get_ranked(teams_a, games, 'Group A');
+ let B = get_ranked(teams_b, games, 'Group B');
+ let C = get_ranked(teams_c, games, 'Group C');
let candidates = [];
pick_out_rank(A, 3, candidates);
pick_out_rank(B, 3, candidates);
pick_out_rank(C, 3, candidates);
+ let ignoreds = [];
+ let ignored_games = [], ignored_games_expl = [];
+ if (ultimateconfig['kick_fifth_from_third']) {
+ let ignoreds_A = [], ignoreds_B = [], ignoreds_C = [];
+ pick_out_rank(A, 5, ignoreds_A);
+ pick_out_rank(B, 5, ignoreds_B);
+ pick_out_rank(C, 5, ignoreds_C);
+
+ if (ignoreds_A.length >= 2) {
+ ignoreds_A = [ ignoreds_A[ignoreds_A.length - 1] ];
+ }
+ if (ignoreds_B.length >= 2) {
+ ignoreds_B = [ ignoreds_B[ignoreds_B.length - 1] ];
+ }
+ if (ignoreds_C.length >= 2) {
+ ignoreds_C = [ ignoreds_C[ignoreds_C.length - 1] ];
+ }
+ ignoreds = ignoreds_A.concat(ignoreds_B).concat(ignoreds_C);
+
+ // Protect the “candidates” array, so that apply_games_to_teams() further down
+ // doesn't modify it (we want to compare old and new).
+ A = jsonclone(A);
+ B = jsonclone(B);
+ C = jsonclone(C);
+
+ // Recompute scores (but not ranks!) without the ignored games.
+ apply_games_to_teams(games, A, 'Group A', ignoreds, ignored_games);
+ apply_games_to_teams(games, B, 'Group B', ignoreds, ignored_games);
+ apply_games_to_teams(games, C, 'Group C', ignoreds, ignored_games);
+
+ // Filter out ignored games involving the candidate thirds.
+ let candidates_to_idx = make_teams_to_idx(candidates);
+ for (const game of ignored_games) {
+ if (candidates_to_idx[game[0]] !== undefined ||
+ candidates_to_idx[game[1]] !== undefined) {
+ if (game[2]) {
+ ignored_games_expl.push("Ignoring (arbitrarily) " + game[0] + "–" + game[1]);
+ } else {
+ ignored_games_expl.push("Ignoring " + game[0] + "–" + game[1]);
+ }
+ }
+ }
+
+ let new_teams = A.concat(B).concat(C);
+ let new_teams_to_idx = make_teams_to_idx(new_teams);
+
+ // Move back the scores (points, gd, goals).
+ for (let cand of candidates) {
+ let new_version = new_teams[new_teams_to_idx[cand.shortname]];
+ if (cand.pts != new_version.pts ||
+ cand.gd != new_version.gd ||
+ cand.goals != new_version.goals) {
+ cand.pts = new_version.pts;
+ cand.gd = new_version.gd;
+ cand.goals = new_version.goals;
+ ignored_games_expl.push(cand.shortname + " at " + cand.pts + " pts, " + addsign(new_version.gd) + " GD");
+ }
+ }
+ }
+
let tiebreakers = [];
let text = "";
if (candidates.length >= 2) {
let ranked = rank_thirds([], candidates, 1, tiebreakers);
- text = "Best thirds: " + ranked[0].mediumname + ", " + ranked[1].mediumname + "\n" + tiebreakers.join("\n");
+ let best_thirds = ranked.filter(function(team) { return team.rank <= 2; });
+ if (best_thirds.length == 2) {
+ text = "Best thirds: " + best_thirds.map(function(team) { return team.mediumname }).join(', ') + "\n";
+ if (ignored_games_expl.length > 0) {
+ text += ignored_games_expl.join("; ") + "\n";
+ }
+ text += tiebreakers.join("\n");
+ }
}
let updates = [];
updates.push({ "range": ultimateconfig['explain_third_cell'], "values": [ [ text ] ] });
projects / ultimatescore / blobdiff