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myshelfie.game.php
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myshelfie.game.php
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<?php
/**
*------
* BGA framework: © Gregory Isabelli <[email protected]> & Emmanuel Colin <[email protected]>
* MyShelfie implementation : © Pietro Luigi Porcedda [email protected]
*
* This code has been produced on the BGA studio platform for use on http://boardgamearena.com.
* See http://en.boardgamearena.com/#!doc/Studio for more information.
* -----
*/
require_once( APP_GAMEMODULE_PATH.'module/table/table.game.php' );
class MyShelfie extends Table {
/* ------------- */
/* --- SETUP --- */
/* ------------- */
#region
function __construct() {
parent::__construct();
self::initGameStateLabels(array(
"first_player" => 10,
"common_goal_1" => 11,
"common_goal_2" => 12,
"is_last_round" => 13,
// "my_first_game_variant" => 100,
));
}
protected function getGameName() {
return "myshelfie";
}
protected function setupNewGame($players, $options = array()) {
$gameinfos = self::getGameinfos();
$default_colors = $gameinfos['player_colors'];
$personalGoalsPool = range(1,12);
shuffle($personalGoalsPool);
// Create players
$sql = "INSERT INTO player (player_id, player_color, player_canal, player_name, player_avatar, player_personal_goal) VALUES ";
$values = array();
foreach($players as $player_id => $player) {
$personalGoalCard = array_shift($personalGoalsPool);
$color = array_shift( $default_colors );
$values[] = "('".$player_id."','$color','".$player['player_canal']."','".addslashes( $player['player_name'] )."','".addslashes( $player['player_avatar'] )."',$personalGoalCard)";
}
$sql .= implode($values,',');
self::DbQuery($sql);
self::reattributeColorsBasedOnPreferences($players,$gameinfos['player_colors']);
self::reloadPlayersBasicInfos();
self::setGameStateInitialValue('first_player',self::getUniqueValueFromDb("SELECT player_id FROM player WHERE player_no = 1"));
self::setGameStateInitialValue('is_last_round',0);
// SET COMMON GOAL CARDS
$commonGoalsPool = range(1,12);
shuffle($commonGoalsPool);
$cg1 = array_shift($commonGoalsPool);
$cg2 = array_shift($commonGoalsPool);
self::setGameStateInitialValue('common_goal_1', $cg1);
self::setGameStateInitialValue('common_goal_2', $cg2);
$tokenPool = [2,4,6,8];
if (self::getPlayersNumber()<4) unset($tokenPool[0]);
if (self::getPlayersNumber()<3) unset($tokenPool[2]);
$tokenPool = array_values($tokenPool);
// SET TOKENS
$sql = "INSERT INTO token (id, n, `location`) VALUES ";
$values = ["(1,1,'board')"];
$j = 2;
for ($i=0; $i < count($tokenPool); $i++) {
$n = $tokenPool[$i];
$values[] = "($j,$n,'common_goal_$cg1')";
$j++;
}
for ($i=0; $i < count($tokenPool); $i++) {
$n = $tokenPool[$i];
$values[] = "($j,$n,'common_goal_$cg2')";
$j++;
}
$sql .= implode($values,',');
self::DbQuery($sql);
// Init game statistics
self::initStat('table','turns_number',0);
self::initStat('table','green_drawn',0);
self::initStat('table','white_drawn',0);
self::initStat('table','orange_drawn',0);
self::initStat('table','blue_drawn',0);
self::initStat('table','cyan_drawn',0);
self::initStat('table','fuchsia_drawn',0);
self::initStat('player','points_common_goals',0);
self::initStat('player','points_personal_goal',0);
self::initStat('player','points_tiles_groups',0);
self::initStat('player','favourite_color',0);
// TODO: setup the initial game situation here
// POPULATE DB WITH ITEM TILE (ALL IN BAG LOCATION)
$sql = "INSERT INTO tile (`id`, `location`, `position_x`, `position_y`, `color`, `type`) VALUES ";
$values = array();
$colorPool = ['green', 'white', 'orange', 'blue', 'cyan', 'fuchsia'];
$id = 0;
for ($i=0; $i < 6; $i++) {
for ($j=0; $j < 23; $j++) {
$color = $colorPool[$i];
$type = $j%3;
$values[] = "($id, 'bag', NULL, NULL, '$color', $type)";
$id += 1;
}
}
$sql .= implode($values,',');
self::DbQuery($sql);
// test translation in stats
clienttranslate("Cats (green)");
clienttranslate("Books (white)");
clienttranslate("Games (orange)");
clienttranslate("Frames (blue)");
clienttranslate("Trophies (cyan)");
clienttranslate("Plants (fuchsia)");
self::refillBoard();
// Activate first player (which is in general a good idea :) )
$this->activeNextPlayer();
}
protected function getAllDatas() {
$result = array();
$current_player_id = self::getCurrentPlayerId(); // !! RETURN INFORMATION VISIBILE ONLY TO THIS PLAYER !!
$sql = "SELECT player_id id, player_score score FROM player ";
$result['players'] = self::getCollectionFromDb( $sql );
$personalGoal = self::getUniqueValueFromDb("SELECT player_personal_goal FROM player WHERE player_id = $current_player_id");
$result['personalGoal'] = $personalGoal;
if (!self::isSpectator()) {
$result['personalGoalCoords'] = self::getPersonalGoalCoords($personalGoal);
}
$result['first_player'] = self::getGameStateValue('first_player');
$cg1 = self::getGameStateValue('common_goal_1');
$cg2 = self::getGameStateValue('common_goal_2');
$result['commonGoals'] = array_filter($this->common_goals, function($key) use($cg1,$cg2) { return $key == $cg1 || $key == $cg2; }, ARRAY_FILTER_USE_KEY);
//$result['commonGoals'][$cg1] = ['tooltip' => clienttranslate($this->common_goals[$cg1]['tooltip'])];
//$result['commonGoals'][$cg2] = ['tooltip' => clienttranslate($this->common_goals[$cg2]['tooltip'])];
/* [
self::getGameStateValue('common_goal_1') => $this->common_goals[self::getGameStateValue('common_goal_1')]['tooltip'],
self::getGameStateValue('common_goal_2') => $this->common_goals[self::getGameStateValue('common_goal_2')]['tooltip']] */
$result['tokens'] = self::getObjectListFromDb("SELECT * FROM token");
$result['validSquares'] = self::getAllValidSquares();
$result['boardTiles'] = self::getObjectListFromDb("SELECT id, position_x x, position_y y, color, `type` FROM tile WHERE `location` = 'board'");
$result['shelves'] = [];
foreach (self::getPlayers() as $pid) {
$result['shelves'][$pid] = self::getObjectListFromDb("SELECT id, position_x x, position_y y, color, `type` FROM tile WHERE `location` = '$pid'");
}
return $result;
}
function getGameProgression() {
// TODO: compute and return the game progression
$sql = "SELECT COUNT(*) as amt
FROM tile
WHERE `location` != 'board' AND `location` != 'bag'
GROUP BY `location`
ORDER BY amt DESC
LIMIT 1";
$mostTileShelf = self::getUniqueValueFromDb($sql);
if (is_null($mostTileShelf)) $mostTileShelf = 0;
return ($mostTileShelf / 30) * 100;
}
#endregion
/* ----------------------- */
/* --- UTILITY METHODS --- */
/* ----------------------- */
#region
/* function test() {
$id = 2352472;
$y = 1;
$x = 4;
$shelf = self::getShelfMatrix($id);
self::trace("// START OF GROUP FINDING ALGO");
$group = self::groupFromTileAt($y,$x,$shelf,["$y,$x"]);
self::dump("// GROUP SIZE",count($group));
} */
/* function testCommonGoals($cg1, $cg2) {
$prevcg1 = self::getGameStateValue("common_goal_1");
$prevcg2 = self::getGameStateValue("common_goal_2");
self::setGameStateValue("common_goal_1",$cg1);
self::setGameStateValue("common_goal_2",$cg2);
self::dbQuery("UPDATE token SET `location` = 'common_goal_$cg1' WHERE `location` = 'common_goal_$prevcg1'");
self::dbQuery("UPDATE token SET `location` = 'common_goal_$cg2' WHERE `location` = 'common_goal_$prevcg2'");
} */
/* function testPersonalGoal($pg) {
$id = self::getCurrentPlayerId();
self::dbQuery("UPDATE player SET player_personal_goal = $pg WHERE player_id = $id");
} */
/* function populateShelves() {
$bagTiles = self::getObjectListFromDb("SELECT id FROM tile WHERE `location`='bag'",true);
shuffle($bagTiles);
foreach (self::getPlayers() as $pid) {
for ($i=0; $i < 5; $i++) {
$tiles = [];
$amt = ($i==0)? 5:6; // bga_rand(1,6);
for ($j=0; $j < $amt; $j++) {
$tiles[] = array_shift($bagTiles);
}
self::slotTilesInColumn($tiles,$i,$pid);
}
}
} */
function getPlayers() {
return self::getObjectListFromDb("SELECT player_id FROM player",true);
}
function getTileNameFromColor($col) {
switch ($col) {
case 'white': return clienttranslate('white tile');
break;
case 'orange': return clienttranslate('orange tile');
break;
case 'cyan': return clienttranslate('cyan tile');
break;
case 'blue': return clienttranslate('blue tile');
break;
case 'green': return clienttranslate('green tile');
break;
case 'fuchsia': return clienttranslate('fuchsia tile');
break;
}
}
function slotTilesInColumn($tiles,$column,$player) {
// check action validity (column not full);
$y = 0;
$firstFreeSlot = self::getCollectionFromDb("SELECT position_y FROM tile WHERE `location` = '$player' AND position_x = $column",true);
if (empty($firstFreeSlot)) $y = 5;
else $firstFreeSlot = min($y)-1;
foreach ($tiles as $tile) {
self::dbQuery("UPDATE tile SET position_x = $column, position_y = $y, `location` = '$player' WHERE id = $tile");
$y--;
}
}
// get all tiles in specified location. can be 'bag', 'board' or a player id
function getTilesIn($location) {
// TODO security checks
return self::getObjectListFromDb("SELECT id, position_x x, position_y y, color, `type` FROM tile WHERE `location` = '$location'");
}
function getAllValidSquares() {
/* $baseTiles = [
[],
[3,4],
[3,4,5],
[2,3,4,5,6,7],
[1,2,3,4,5,6,7],
[2,3,4,5,6],
[3,4,5],
[4,5],
[]
] */
$baseTiles = ['1,3','1,4',
'2,3','2,4','2,5',
'3,2','3,3','3,4','3,5','3,6','3,7',
'4,1','4,2','4,3','4,4','4,5','4,6','4,7',
'5,1','5,2','5,3','5,4','5,5','5,6',
'6,3','6,4','6,5',
'7,4','7,5'];
$fourpTiles = ['0,4','1,5','3,1','4,0','4,8','5,7','7,3','8,4'];
$threepTiles = ['0,3','2,2','2,6','3,8','5,0','6,2','6,6','8,5'];
$playersNum = self::getPlayersNumber();
$allTiles = $baseTiles;
if ($playersNum > 2) $allTiles = array_merge($allTiles,$threepTiles);
if ($playersNum > 3) $allTiles = array_merge($allTiles,$fourpTiles);
return $allTiles;
}
function refillBoard() {
self::dbQuery("UPDATE tile SET `location` = 'bag', position_x = NULL, position_y = NULL WHERE `location` = 'board'");
self::notifyAllPlayers('clearBoard','',[]);
//$occupiedTiles = self::getObjectListFromDb("SELECT CONCAT(position_y,',',position_x) as pos FROM tile WHERE `location` = 'board'",true);
$allTiles = self::getAllValidSquares();
$drawnTiles = [];
for ($y=0; $y < 9; $y++) {
for ($x=0; $x < 9; $x++) {
$position = "$y,$x";
if (in_array($position,$allTiles) /* && !in_array($position,$occupiedTiles) */) {
$drawnTiles[$position] = self::drawTile($y,$x);
if (is_null($drawnTiles[$position])) {
unset($drawnTiles[$position]);
}
}
}
}
self::notifyAllPlayers('refillBoard',clienttranslate("The living room board is refilled with Item tiles"),[
'tiles' => $drawnTiles
]);
}
// draw item tile from bag and position it on board at given coordinate (conceptually, no notification sent). returns details on tile drawn.
// writing y,x in reverse as its more intuitive to think row (x), column(y) instead of vice versa
function drawTile($y,$x) {
if ($y < 0 || $y > 9 || $x < 0 || $x > 9) throw new BgaSystemException("Invalid board position");
$tilesBag = self::getObjectListFromDb("SELECT id, color, `type` FROM tile WHERE `location` = 'bag'");
if (empty($tilesBag)) return null;
$drawnTile = $tilesBag[bga_rand(0,count($tilesBag)-1)];
$id = $drawnTile['id'];
self::dbQuery("UPDATE tile SET `location` = 'board', position_x = $x, position_y = $y WHERE id = $id");
self::incStat(1,$drawnTile['color'].'_drawn');
return $drawnTile;
}
// fetches any tile in the game based on its id
function fetchTile($tid) {
$tile = self::getObjectFromDb("SELECT id, position_x x, position_y y, color, `type` FROM tile WHERE id = $tid");
if (empty($tile)) throw new BgaSystemException ("Tile ($tid) does not exist");
return $tile;
}
// fetches tile at specified row (y) and column (x) on the board
function fetchTileAt($y,$x,$loc='board') {
$tile = self::getObjectFromDb("SELECT id, position_x x, position_y y, color, `type` FROM tile WHERE position_x = $x AND position_y = $y AND `location` = '$loc'");
// return null semantically useful
return $tile;
}
// check if tile has at least one free side (it's not surrounded by any adjacent item tiles)
function isTileFree($y,$x,$completely=false) {
$left = self::fetchTileAt($y,$x-1);
$right = self::fetchTileAt($y,$x+1);
$top = self::fetchTileAt($y-1,$x);
$bottom = self::fetchTileAt($y+1,$x);
if ($completely)
return is_null($top) && is_null($bottom) && is_null($left) && is_null($right);
else
return is_null($top) || is_null($bottom) || is_null($left) || is_null($right);
}
function areTilesAdjacent($t1,$t2) {
if ($t1['x'] == $t2['x'] && abs($t1['y'] - $t2['y']) == 1) return true;
if ($t1['y'] == $t2['y'] && abs($t1['x'] - $t2['x']) == 1) return true;
return false;
}
// check if tiles (objects as returned by db) are on the same line
// mems x and y coordinates of all tiles, then remove duplicate elements from respective axis array. if array length is > 1 then not all elements where equals
function areTilesAlligned($tiles) {
$xs = [];
$ys = [];
foreach ($tiles as $tile) {
$xs[] = $tile['x'];
$ys[] = $tile['y'];
}
if ((count(array_unique($xs)) == 1) || (count(array_unique($ys)) == 1)) return true;
else return false;
}
// returns matrix 5x6 (5 coulmns, 6 rows) representing the tile colors (from 1 to 6, 0 is empty) inside the shelf of given player
function getShelfMatrix($id) {
$matrix = array_fill(0,6,array_fill(0,5,0));
$colorPool = ['green', 'white', 'orange', 'blue', 'cyan', 'fuchsia'];
for ($x=0; $x < 5; $x++) {
for ($y=0; $y < 6; $y++) {
$t = self::fetchTileAt($y,$x,$id);
if (is_null($t)) $matrix[$y][$x] = 0; // usless?
else $matrix[$y][$x] = array_search($t['color'],$colorPool)+1;
}
}
return $matrix;
}
// same as getShelfMatrix, but returns a single array representing a single column
function getShelfColumnArray($id,$x) {
$column = array_fill(0,6,0);
$colorPool = ['green', 'white', 'orange', 'blue', 'cyan', 'fuchsia'];
for ($y=0; $y < 6; $y++) {
$t = self::fetchTileAt($y,$x,$id);
if (!is_null($t)) $column[$y] = array_search($t['color'],$colorPool)+1;
}
return $column;
}
// same as getShelfMatrix, but returns a single array representing a single row
function getShelfRowArray($id,$y) {
$row = array_fill(0,5,0);
$colorPool = ['green', 'white', 'orange', 'blue', 'cyan', 'fuchsia'];
for ($x=0; $x < 5; $x++) {
$t = self::fetchTileAt($y,$x,$id);
if (!is_null($t)) $row[$x] = array_search($t['color'],$colorPool)+1;
}
return $row;
}
function groupFromTileAt($y, $x, $shelfMatrix, $group = [], $stopAt = 0) {
if (empty($group)) $group[] = "$y,$x";
$matrixPrint = $shelfMatrix;
foreach ($matrixPrint as &$row) {
$row = '['.implode(',',$row).']';
} unset($row);
$matrixPrint = '<br>'.implode('<br>',$matrixPrint).'<br>';
//self::trace("// GROUP FROM TILE AT ($y,$x)");
//self::dump("// GROUP",implode('->',$group));
//self::dump("// MATRIX",$matrixPrint);
if ($x<4 && $shelfMatrix[$y][$x+1] == $shelfMatrix[$y][$x] && !in_array("$y,".($x+1),$group)) {
//self::trace("// ADJACENCY ON THE RIGHT");
$group[] = "$y,".($x+1);
if (count($group) == $stopAt) return $group;
else $group = self::groupFromTileAt($y,$x+1,$shelfMatrix,$group);
}
if ($y<5 && $shelfMatrix[$y+1][$x] == $shelfMatrix[$y][$x] && !in_array(($y+1).",$x",$group)) {
//self::trace("// ADJACENCY ON THE BOTTOM");
$group[] = ($y+1).",$x";
if (count($group) == $stopAt) return $group;
else $group = self::groupFromTileAt($y+1,$x,$shelfMatrix,$group);
}
if ($x>0 && $shelfMatrix[$y][$x-1] == $shelfMatrix[$y][$x] && !in_array("$y,".($x-1),$group)) {
//self::trace("// ADJACENCY ON THE LEFT");
$group[] = "$y,".($x-1);
if (count($group) == $stopAt) return $group;
else $group = self::groupFromTileAt($y,$x-1,$shelfMatrix,$group);
}
if ($y>0 && $shelfMatrix[$y-1][$x] == $shelfMatrix[$y][$x] && !in_array(($y-1).",$x",$group)) {
//self::trace("// ADJACENCY ON THE TOP");
$group[] = ($y-1).",$x";
if (count($group) == $stopAt) return $group;
else $group = self::groupFromTileAt($y-1,$x,$shelfMatrix,$group);
}
//self::trace("// NO (MORE) ADJACENCY");
return $group;
}
function checkCommonGoals($id) {
//self::trace("// CHECKING COMMON GOALS");
for ($i=1; $i <= 2; $i++) {
$n = self::getGameStateValue("common_goal_$i");
//self::trace("// CHECKING COMMON GOAL $i: $n");
// check if player already completed goal
if (self::getUniqueValueFromDb("SELECT player_completed_common_goal_$i FROM player WHERE player_id = $id")) {
//self::trace("// PLAYER HAS ALREADY COMPLETED COMMON GOAL $i");
} else {
$ret = null;
switch ($n) {
case 1:
// Two groups each containing 4 tiles of the same type in a 2x2 square. The tiles of one square can be different from those of the other square
$matrix = self::getShelfMatrix($id);
$groups = [];
// parse matrix (except for last column and row)
for ($x=0; $x < 4; $x++) {
for ($y=0; $y < 5; $y++) {
$t = $matrix[$y][$x];
// for each non empty tile
if ($t != 0) {
// check tiles
$tr = $matrix[$y][$x+1]; // at right
$tb = $matrix[$y+1][$x]; // at bottom
$tbr = $matrix[$y+1][$x+1]; // at bottom-right
// (so that they form a square)
// get group (to remove all adjacent tiles);
$g = self::groupFromTileAt($y,$x,$matrix);
// if they are all of equal color
if ($t == $tr && $t == $tb && $t == $tbr) {
$groups[] = ["$y,$x",
"$y,".($x+1),
($y+1).",$x",
($y+1).",".($x+1)]; // then a group is formed
// empty tile(s) of the whole group (not only 2x2 square)
foreach ($g as $pos) {
[$posy,$posx] = explode(',',$pos);
$matrix[$posy][$posx] = 0;
}
/* $matrix[$y][$x] = 0;
$matrix[$y][$x+1] = 0;
$matrix[$y+1][$x] = 0;
$matrix[$y+1][$x+1] = 0; */
// if groups are 2, condition is met, stop searching
if (count($groups) == 2) {
$ret = $groups;
break 2;
}
}
}
}
}
break;
case 2:
//Two columns each formed by 6 different types of tiles
$columns = [];
// for each column
for ($x=0; $x < 5; $x++) {
// get col
$c = self::getShelfColumnArray($id,$x);
// if col doesn't contain empty tiles and has all unique tiles, condition is met
if (!in_array(0,$c) && count(array_unique($c)) == 6) {
$columns[] = ["0,$x","1,$x","2,$x","3,$x","4,$x","5,$x"]; // store coordinates of all column tiles for return
}
// if condition is met 2 times, return
if (count($columns) == 2) {
$ret = $columns;
break;
}
}
break;
case 3:
// Four separated groups each formed by four adjacent tiles (not necessarily in the depicted shape) of the same type. The tiles of one group can be different from those of another group.
$groups = [];
$matrix = self::getShelfMatrix($id);
// parse matrix
for ($y=0; $y < 6; $y++) {
for ($x=0; $x < 5; $x++) {
// for every non empty tile
if ($matrix[$y][$x] != 0) {
// get group of 4 from tile
$group = self::groupFromTileAt($y,$x,$matrix,["$y,$x"]);
// empty tile(s) regardless
foreach ($group as $pos) {
[$posy,$posx] = explode(',',$pos);
$matrix[$posy][$posx] = 0;
}
// check condition
if (count($group) >= 4) {
$groups[] = array_slice($group,0,4);
// check condition iteration
if (count($groups) == 4) {
$ret = $groups;
break 2;
}
}
}
}
}
break;
case 4:
// Six separated groups each formed by 2 adjacent tiles (not necessarily in the depicted shape) of the same type. The tiles of one group can be different from those of another group.
$couples = [];
$matrix = self::getShelfMatrix($id);
// parse matrix
for ($y=0; $y < 6; $y++) {
for ($x=0; $x < 5; $x++) {
// for every non empty tile
if ($matrix[$y][$x] != 0) {
// get couple from tile
$couple = self::groupFromTileAt($y,$x,$matrix,["$y,$x"]);
// empty tile(s) regardless
foreach ($couple as $pos) {
[$posy,$posx] = explode(',',$pos);
$matrix[$posy][$posx] = 0;
}
// check condition
if (count($couple) >= 2) {
$couples[] = array_slice($couple,0,2);
// check condition iteration
if (count($couples) == 6) {
$ret = $couples;
break 2;
}
}
}
}
}
break;
case 5:
// Three columns each formed by 6 tiles of maximum three different types. One column can show the same or a different combination of another column
$columns = [];
// for each column
for ($x=0; $x < 5; $x++) {
// fetch all coulmn element
$c = self::getShelfColumnArray($id,$x);
//self::dump("// COLUMN $x",implode(',',$c));
//self::dump("// COLUMN $x UNIQUES",implode(',',array_unique($c)));
// if column has no empty slot and has 3 max unique elements, condition is met
if (!in_array(0,$c) && count(array_unique($c)) <= 3) {
$columns[] = ["0,$x","1,$x","2,$x","3,$x","4,$x","5,$x"];
//self::trace("// CONDITION MET");
//self::dump("// COLUMNS",$columns);
// check condition iteration
if (count($columns) == 3) {
$ret = $columns;
break;
}
}
}
break;
case 6:
//Two lines each formed by 5 different types of tiles.
// (works similarly to n2)
$rows = [];
for ($y=0; $y < 6; $y++) {
$r = self::getShelfRowArray($id,$y);
if (!in_array(0,$r) && count(array_unique($r)) == 5) {
$rows[] = ["$y,0","$y,1","$y,2","$y,3","$y,4"];
}
if (count($rows) == 2) {
$ret = $rows;
break;
}
}
break;
case 7:
// Four lines each formed by 5 tiles of maximum three different types. One line can show the same or a different combination of another line
// (works similarly to n5)
$rows = [];
for ($y=0; $y < 6; $y++) {
$r = self::getShelfRowArray($id,$y);
// if row has no empty slot and has 3 max unique elements, condition is met
if (!in_array(0,$r) && count(array_unique($r)) <= 3) {
$rows[] = ["$y,0","$y,1","$y,2","$y,3","$y,4"];
// check condition iteration
if (count($rows) == 4) {
$ret = $rows;
break;
}
}
}
break;
case 8:
//Four tiles of the same type in the four corners of the bookshelf
$matrix = self::getShelfMatrix($id);
$tl = $matrix[0][0]; // top-left corner
$tr = $matrix[0][4]; // top-right corner
$bl = $matrix[5][0]; // bottom-left corner
$br = $matrix[5][4]; // bottom-right corner
// if slot are not empty and tiles are equal condition is met
if ($tl!=0 && $tl==$tr && $tr==$bl && $bl==$br) {
$ret = ['0,0','0,4','5,0','5,4'];
}
break;
case 9:
// Eight tiles of the same type. There’s no restriction about the position of these tiles
$colorPool = ['green', 'white', 'orange', 'blue', 'cyan', 'fuchsia'];
// search all colors
foreach ($colorPool as $col) {
// get tiles amt in shelf of that color
$amt = self::getUniqueValueFromDb("SELECT COUNT(*) FROM tile WHERE `location` = $id AND color = '$col'");
// if 8 or higher, condition is met
if ($amt >=8) {
$tiles = self::getObjectListFromDb("SELECT CONCAT(position_y,',',position_x) as pos FROM tile WHERE `location` = $id AND color = '$col'",true);
// if > 8 slice arr
if (count($tiles) > 8) $tiles = array_slice($tiles,0,8);
$ret = $tiles;
break;
}
}
break;
case 10:
// Five tiles of the same type forming an X
// (works similarly to n1)
$matrix = self::getShelfMatrix($id);
// parse matrix (except for last and second to last column and row)
for ($x=0; $x < 3; $x++) {
for ($y=0; $y < 4; $y++) {
$t = $matrix[$y][$x];
// for each non empty tile
if ($t != 0) {
// [] []
// []
// [] []
// t tr
// c
// tbl tbr
// check tiles
$tr = $matrix[$y][$x+2]; // at right
$tc = $matrix[$y+1][$x+1]; // at center
$tb = $matrix[$y+2][$x]; // at bottom
$tbr = $matrix[$y+2][$x+2]; // at bottom-right
// (so that they form an X)
// if they are all of equal color
if ($t == $tr && $t == $tc && $t == $tb && $t == $tbr) {
$ret = ["$y,$x",
"$y,".($x+2),
($y+2).",$x",
($y+1).",".($x+1),
($y+2).",".($x+2)];
// "empty" corresponding tiles
$matrix[$y][$x] = 0;
$matrix[$y][$x+2] = 0;
$matrix[$y+1][$x+1] = 0;
$matrix[$y+2][$x] = 0;
$matrix[$y+2][$x+2] = 0;
break 2;
}
}
}
}
break;
case 11:
// Five tiles of the same type forming a diagonal
/*
$diags = [[],[],[],[]]; // initiate array that store tiles for each diagonal
for ($x=0; $x < 5; $x++) {
for ($y=0; $y < 6; $y++) {
$t = self::fetchTileAt($y,$x,$id);
if (!is_null($t)) {
// 4 diagonals possible
if ($x==$y) {
$diags[0][] = $t['color'];
}
if ($x+1==$y) {
$diags[1][] = $t['color'];
}
if ($y-$x = 4) {
$diags[2][] = $t['color'];
}
if ($y-$x = 5) {
$diags[3][] = $t['color'];
}
}
}
}
foreach ($diags as $did => $colors) {
if (count($colors) == 5 && count(array_unique($colors)) == 1) return true;
}
return false;
*/
$m = self::getShelfMatrix($id);
// check diag top-left to bottom-right
if ($m[0][0] !=0 && $m[0][0] == $m[1][1] && $m[1][1] == $m[2][2] && $m[2][2] == $m[3][3] && $m[3][3] == $m[4][4]) {
$ret = ['0,0','1,1','2,2','3,3','4,4'];
}
// check diag top-left to bottom-right shifted 1 step down
else if ($m[1][0] !=0 && $m[1][0] == $m[2][1] && $m[2][1] == $m[3][2] && $m[3][2] == $m[4][3] && $m[4][3] == $m[5][4]) {
$ret = ['1,0','2,1','3,2','4,3','5,4'];
}
// check diag top-right to bottom-left
else if ($m[0][4] !=0 && $m[0][4] == $m[1][3] && $m[1][3] == $m[2][2] && $m[2][2] == $m[3][1] && $m[3][1] == $m[4][0]) {
$ret = ['0,4','1,3','2,2','3,1','4,0'];
}
// check diag top-right to bottom-left shifted 1 step down
else if ($m[1][4] !=0 && $m[1][4] == $m[2][3] && $m[2][3] == $m[3][2] && $m[3][2] == $m[4][1] && $m[4][1] == $m[5][0]) {
$ret = ['1,4','2,3','3,2','4,1','5,0'];
}
break;
case 12:
// Five columns of increasing or decreasing height. Starting from the first column on the left or on the right, each next column must be made of exactly one more tile. Tiles can be of any type.
$columnsH = [];
// for each column
for ($x=0; $x < 5; $x++) {
// fetch all coulmn element
$c = self::getShelfColumnArray($id,$x);
$c = array_filter($c,function($t) { return $t!=0; });
$columnsH[] = count($c); // column height is length of column array
$tilesPos[] = self::getObjectListFromDb("SELECT CONCAT(position_y,',',position_x) as pos FROM tile WHERE `location` = $id AND position_x = $x",true);
}
// check condition
$columnsH = implode(',',$columnsH);
if ($columnsH == '1,2,3,4,5' || $columnsH == '2,3,4,5,6' || $columnsH == '5,4,3,2,1' || $columnsH == '6,5,4,3,2') {
$ret = $tilesPos;
}
break;
default:
throw new BgaSystemException("Invalid common goal id");
break;
}
if (!empty($ret)) {
$token = self::getUniqueValueFromDb("SELECT MAX(n) FROM token WHERE `location` = 'common_goal_$n'");
self::notifyAllPlayers('completeCommonGoal',clienttranslate('${player_name} completes a common goal and gains ${scoring_token}'),[
'player_id' => $id,
'player_name' => self::getPlayerNameById($id),
'goal_num' => $n,
'token_num' => $token,
"scoring_token" => [
'log' => '${scoring_token_'.$token.'}',
'args' => ["scoring_token_$token" => $token." ".clienttranslate("victory points")],
'i18n' => ["scoring_token_$token"]
],
'highlight_tiles' => $ret
]);
self::dbQuery("UPDATE player SET player_completed_common_goal_$i = 1 WHERE player_id = $id");
self::DbQuery("UPDATE token SET `location` = '$id' WHERE n=$token AND `location` = 'common_goal_$n'"); // remove token from card pile
self::DbQuery("UPDATE player SET player_score = player_score+$token WHERE player_id=$id"); // update player score
self::incStat($token,'points_common_goals',$id);
} //else self::trace("// GOAL NOT COMPLETED");
}
}
}
function calculatePersonalGoalScore($id) {
$matrix = self::getShelfMatrix($id);
$n = self::getUniqueValueFromDb("SELECT player_personal_goal FROM player WHERE player_id = $id");
$matches = [];
// check every match manually
switch ($n) {
case 1:
if ($matrix[0][0] == 6) $matches[] = '0,0';
if ($matrix[0][2] == 4) $matches[] = '0,2';
if ($matrix[1][4] == 1) $matches[] = '1,4';
if ($matrix[2][3] == 2) $matches[] = '2,3';
if ($matrix[3][1] == 3) $matches[] = '3,1';
if ($matrix[5][2] == 5) $matches[] = '5,2';
break;
case 2:
if ($matrix[1][1] == 6) $matches[] = '1,1';
if ($matrix[2][0] == 1) $matches[] = '2,0';
if ($matrix[2][2] == 3) $matches[] = '2,2';
if ($matrix[3][4] == 2) $matches[] = '3,4';
if ($matrix[4][3] == 5) $matches[] = '4,3';
if ($matrix[5][4] == 4) $matches[] = '5,4';
break;
case 3:
if ($matrix[1][0] == 4) $matches[] = '1,0';
if ($matrix[1][3] == 3) $matches[] = '1,3';
if ($matrix[2][2] == 6) $matches[] = '2,2';
if ($matrix[3][1] == 1) $matches[] = '3,1';
if ($matrix[3][4] == 5) $matches[] = '3,4';
if ($matrix[5][0] == 2) $matches[] = '5,0';
break;
case 4: