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方角ã€æ–¹å‘ã®å…¥åŠ› 方角ã¯ä»¥ä¸‹ã®ã‚ˆã†ã«å…¥åŠ›ã™ã‚‹ã“ã¨ãŒã§ãã¾ã™ 0:W(西) 1:N(北) 2:E(æ±) 3:S(å—) 4:D(下) 5:U(上) 例: //move 5 W (西ã«5移動) //move 3 1 (北ã«3移動) //move 4 D (下ã«4移動) ã¾ãŸã€æ–¹å‘を入力ã—ãªã„å ´åˆã¯ãƒ—レーヤーãŒå‘ã„ã¦ã„ã‚‹æ–¹å‘ã«ãªã‚Šã¾ã™ ### フラグã®å…¥åŠ› コマンドã«æœ€å¾Œã«ãƒ•ãƒ©ã‚°ã‚’付ã‘ã‚‹ã“ã¨ã§ãƒ•ãƒ©ã‚°ã®åŠ¹æžœã‚’å—ã‘ã¾ã™ ã¾ãŸã€äºŒã¤ä»¥ä¸Šã‚’åŒæ™‚ã«ä½¿ç”¨ã™ã‚‹å ´åˆã¯-ã®å¾Œã«ç¶šã‘ã¦å…¥åŠ›ã—ã¾ã™ 例: //paste -a //paste -ao ## コマンド ### //pos1 範囲指定をã™ã‚‹ã¨ãã«ä½¿ç”¨ã—ã¾ã™ 範囲ã®å§‹ç‚¹ã‚’é¸æŠžã§ãã¾ã™ ### //pos2 範囲指定をã™ã‚‹ã¨ãã«ä½¿ç”¨ã—ã¾ã™ 範囲ã®çµ‚点をé¸æŠžã§ãã¾ã™ ### //set [ブロックパターン] é¸æŠžç¯„囲内を指定ã—ãŸãƒ–ロックã§åŸ‹ã‚ã¾ã™ 例: //set 1 ### //replace [ブロック1] <ブロックパターン2> é¸æŠžç¯„囲内ã®ãƒ–ロック1をブロックパターン2ã«ç½®ãæ›ãˆã¾ã™ 例: //replace 1 2 //replace 1 2,3 ### //copy [-e] é¸æŠžç¯„囲内をクリップボードã«ã‚³ãƒ”ーã—ã¾ã™ フラグ: -e ã‚’ã¤ã‘ã‚‹ã¨ã‚¨ãƒ³ãƒ†ã‚£ãƒ†ã‚£ãƒ¼ã‚‚コピーã—ã¾ã™ãƒ‰ã«ã‚³ãƒ”ーã—ã¾ã™ ### //cut [-e] é¸æŠžç¯„囲内をクリップボードã«ã‚«ãƒƒãƒˆã—ã¾ã™ フラグ: -e ã‚’ã¤ã‘ã‚‹ã¨ã‚¨ãƒ³ãƒ†ã‚£ãƒ†ã‚£ãƒ¼ã‚‚コピーã—ã¾ã™ãƒ‰ã«ã‚³ãƒ”ーã—ã¾ã™ ### //paste [-aos] クリップボードを貼り付ã‘ã—ã¾ã™ フラグ: -a ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ°—ブロックを無視ã—ã¾ã™ -o ã‚’ã¤ã‘ã‚‹ã¨ã‚³ãƒ”ーã—ä½ç½®ã‚’原点ã¨ã—ã¾ã™ -s ã‚’ã¤ã‘ã‚‹ã¨è²¼ã‚Šä»˜ã‘ã—ãŸã‚‚ã®ã‚’範囲ã¨ã—ã¦é¸æŠžã—ã¾ã™ ### //rotate [] [] クリップボードを回転ã•ã›ã¾ã™ ### //flip [<æ–¹å‘>] クリップボードを指定方å‘ã«ã²ã£ãã‚Šè¿”ã—ã¾ã™ ### //sphere <ブロックパターン> <åŠå¾„>[,<åŠå¾„>,<åŠå¾„>] [頭上?] 自分ã®ä½ç½®ã«çƒä½“を生æˆã—ã¾ã™ åŠå¾„を三ã¤æŒ‡å®šã™ã‚‹ã¨æ¥•å††ä½“を生æˆã§ãã¾ã™ [頭上?]ã®ã¨ã“ã‚ã«trueを入力ã™ã‚‹ã¨ç”Ÿæˆä½ç½®ã‚’頭上ã«è¨­å®šã§ãã¾ã™ フラグ: -h ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ´žã«ã§ãã¾ã™ ### //cylinder <ブロックパターン> <åŠå¾„>[,<åŠå¾„>], <高ã•> 自分ã®ä½ç½®ã«å††æŸ±ã‚’生æˆã§ãã¾ã™ åŠå¾„を二ã¤æŒ‡å®šã™ã‚‹ã¨æ¥•å††æŸ±ã‚’生æˆã§ãã¾ã™ フラグ: -h ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ´žã«ã§ãã¾ã™ ### //pyramid <ブロックパターン> <サイズ> 自分ã®ä½ç½®ã«ãƒ”ラミッドを生æˆã§ãã¾ã™ フラグ: -h ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ´žã«ã§ãã¾ã™ ### //hsphere <ブロックパターン> <åŠå¾„>[,<åŠå¾„>,<åŠå¾„>] [頭上?] 自分ã®ä½ç½®ã«ç©ºæ´žã®çƒä½“を生æˆã—ã¾ã™ åŠå¾„を三ã¤æŒ‡å®šã™ã‚‹ã¨æ¥•å††ä½“を生æˆã§ãã¾ã™ [頭上?]ã®ã¨ã“ã‚ã«trueを入力ã™ã‚‹ã¨ç”Ÿæˆä½ç½®ã‚’頭上ã«è¨­å®šã§ãã¾ã™ ### //hcylinder <ブロックパターン> <åŠå¾„>[,<åŠå¾„>], <高ã•> 自分ã®ä½ç½®ã«ç©ºæ´žã®å††æŸ±ã‚’生æˆã§ãã¾ã™ åŠå¾„を二ã¤æŒ‡å®šã™ã‚‹ã¨æ¥•å††æŸ±ã‚’生æˆã§ãã¾ã™ ### //hpyramid <ブロックパターン> <サイズ> 自分ã®ä½ç½®ã«ç©ºæ´žã®ãƒ”ラミッドを生æˆã§ãã¾ã™ ### //stack [回数] [æ–¹å‘] é¸æŠžç¯„囲を指定ã—ãŸæ–¹å‘ã«ç©ã¿é‡ã­ã¾ã™ フラグ: -a ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ°—ブロックを無視ã—ã¾ã™ -s ã‚’ã¤ã‘ã‚‹ã¨ç©ã¿é‡ã­ãŸæœ€å¾Œã®ã‚‚ã®ã‚’範囲ã¨ã—ã¦é¸æŠžã—ã¾ã™ ### //move [è·é›¢] [æ–¹å‘] [除外] é¸æŠžç¯„囲を指定ã—ãŸè·é›¢ã ã‘指定ã—ãŸæ–¹å‘ã«ç§»å‹•ã•ã›ã¾ã™ 除外を指定ã™ã‚‹ã¨ãã®ãƒ–ロックã¯ç§»å‹•ã—ã¾ã›ã‚“ フラグ: -s ã‚’ã¤ã‘ã‚‹ã¨ç§»å‹•ã—ãŸå…ˆã‚’範囲ã¨ã—ã¦é¸æŠžã—ã¾ã™ ### //overlay <ブロックパターン> é¸æŠžç¯„囲内ã®ãƒ–ロックã®ä¸Šã«ãƒ–ロックを設置ã—ã¾ã™ ### //undo [回数] 回数分ã ã‘æ“作を元ã«æˆ»ã—ã¾ã™ ### //redo [回数] 回数分ã ã‘æ“作をやり直ã—ã¾ã™ ### //brush //brush sphere //brush sphere <ブロックパターン> [åŠå¾„] çƒä½“を生æˆã—ã¾ã™ フラグ: -h ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ´žã«ã—ã¾ã™ //brush cylinder //brush cylinder <ブロックパターン> [åŠå¾„] [高ã•] 円柱を生æˆã—ã¾ã™ フラグ: -h ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ´žã«ã—ã¾ã™ //brush clipboard //brush clipboard クリップボードを貼り付ã‘ã¾ã™ //brush smooth //brush smooth [サイズ] [回数] 地形を回数分滑らã‹ã«ã—ã¾ã™ //brush gravity //brush gravity [åŠå¾„] é‡åŠ›ã‚’発生ã•ã›ã¾ã™ フラグ: -h ã‚’ã¤ã‘ã‚‹ã¨é«˜ã•ã‚’無制é™ã«ã—ã¾ã™ ### //mask [フィルター] ブラシã«å½±éŸ¿ã•ã‚Œã‚‹ãƒ–ロックを制é™ã—ã¾ã™ 例: //mask 1 //mask stone # WorldEditNIGHTMMARE ## 設定ファイルã®ä»•æ§˜ ### â é¸æŠžãƒ„ール âž IDを記入ã—ã¦ãã ã•ã„。ID以外ã¯çµ¶å¯¾ã«å…¥ã‚Œãªã„ã§ãã ã•ã„ ### â OP以外も使ãˆã‚‹ã‚ˆã†ã«ã™ã‚‹ âž OP以外ã®ãƒ—レイヤーãŒã“ã®ãƒ—ラグインを使ãˆã‚‹ã‹ã©ã†ã‹ã‚’決ã‚ã¾ã™ã€‚ **false**ã«ã™ã‚‹ã¨OP以外ã¯ä½¿ãˆãªããªã‚Šã¾ã™ **true**ã«ã™ã‚‹ã¨OP以外も使ãˆã‚‹ã‚ˆã†ã«ãªã‚Šã¾ã™ ++※ãŸã ã—使ãˆã‚‹ã®ã¯ã‚¯ãƒªã‚¨ã‚¤ãƒ†ã‚£ãƒ–モードã®ãƒ—レイヤーã®ã¿++ ## ≫≫コマンドã®ä»•æ§˜ ≪≪ ### ブロックIDã®å…¥åŠ› IDã¯å˜ä½“ã§å…¥åŠ›ã™ã‚‹ã“ã¨ãŒã§ãã¾ã™ 例: //set 1 //set stone 複数ã®IDをランダムã§å…¥ã‚ŒãŸã„å ´åˆã¯IDã¨IDã®é–“ã«","を入れã¾ã™ 例: //set 1,2 //set stone,dirt 複数ã®IDを入れるã¨ãã«ç¢ºçŽ‡ã‚’ã¤ã‘ãŸã„å ´åˆã¯IDã®å‰ã«%表示ã§ç¢ºçŽ‡ã‚’入れã¾ã™ 例: //set 20%1,80%2 //set 20%stone,80%dirt ### 方角ã€æ–¹å‘ã®å…¥åŠ› 方角ã¯ä»¥ä¸‹ã®ã‚ˆã†ã«å…¥åŠ›ã™ã‚‹ã“ã¨ãŒã§ãã¾ã™ 0:W(西) 1:N(北) 2:E(æ±) 3:S(å—) 4:D(下) 5:U(上) 例: //move 5 W (西ã«5移動) //move 3 1 (北ã«3移動) //move 4 D (下ã«4移動) ã¾ãŸã€æ–¹å‘を入力ã—ãªã„å ´åˆã¯ãƒ—レーヤーãŒå‘ã„ã¦ã„ã‚‹æ–¹å‘ã«ãªã‚Šã¾ã™ ### フラグã®å…¥åŠ› コマンドã«æœ€å¾Œã«ãƒ•ãƒ©ã‚°ã‚’付ã‘ã‚‹ã“ã¨ã§ãƒ•ãƒ©ã‚°ã®åŠ¹æžœã‚’å—ã‘ã¾ã™ ã¾ãŸã€äºŒã¤ä»¥ä¸Šã‚’åŒæ™‚ã«ä½¿ç”¨ã™ã‚‹å ´åˆã¯-ã®å¾Œã«ç¶šã‘ã¦å…¥åŠ›ã—ã¾ã™ 例: //paste -a //paste -ao ## コマンド ### //pos1 範囲指定をã™ã‚‹ã¨ãã«ä½¿ç”¨ã—ã¾ã™ 範囲ã®å§‹ç‚¹ã‚’é¸æŠžã§ãã¾ã™ ### //pos2 範囲指定をã™ã‚‹ã¨ãã«ä½¿ç”¨ã—ã¾ã™ 範囲ã®çµ‚点をé¸æŠžã§ãã¾ã™ ### //set [ブロックパターン] é¸æŠžç¯„囲内を指定ã—ãŸãƒ–ロックã§åŸ‹ã‚ã¾ã™ 例: //set 1 ### //replace [ブロック1] <ブロックパターン2> é¸æŠžç¯„囲内ã®ãƒ–ロック1をブロックパターン2ã«ç½®ãæ›ãˆã¾ã™ 例: //replace 1 2 //replace 1 2,3 ### //copy [-e] é¸æŠžç¯„囲内をクリップボードã«ã‚³ãƒ”ーã—ã¾ã™ フラグ: -e ã‚’ã¤ã‘ã‚‹ã¨ã‚¨ãƒ³ãƒ†ã‚£ãƒ†ã‚£ãƒ¼ã‚‚コピーã—ã¾ã™ãƒ‰ã«ã‚³ãƒ”ーã—ã¾ã™ ### //cut [-e] é¸æŠžç¯„囲内をクリップボードã«ã‚«ãƒƒãƒˆã—ã¾ã™ フラグ: -e ã‚’ã¤ã‘ã‚‹ã¨ã‚¨ãƒ³ãƒ†ã‚£ãƒ†ã‚£ãƒ¼ã‚‚コピーã—ã¾ã™ãƒ‰ã«ã‚³ãƒ”ーã—ã¾ã™ ### //paste [-aos] クリップボードを貼り付ã‘ã—ã¾ã™ フラグ: -a ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ°—ブロックを無視ã—ã¾ã™ -o ã‚’ã¤ã‘ã‚‹ã¨ã‚³ãƒ”ーã—ä½ç½®ã‚’原点ã¨ã—ã¾ã™ -s ã‚’ã¤ã‘ã‚‹ã¨è²¼ã‚Šä»˜ã‘ã—ãŸã‚‚ã®ã‚’範囲ã¨ã—ã¦é¸æŠžã—ã¾ã™ ### //rotate [] [] クリップボードを回転ã•ã›ã¾ã™ ### //flip [<æ–¹å‘>] クリップボードを指定方å‘ã«ã²ã£ãã‚Šè¿”ã—ã¾ã™ ### //sphere <ブロックパターン> <åŠå¾„>[,<åŠå¾„>,<åŠå¾„>] [頭上?] 自分ã®ä½ç½®ã«çƒä½“を生æˆã—ã¾ã™ åŠå¾„を三ã¤æŒ‡å®šã™ã‚‹ã¨æ¥•å††ä½“を生æˆã§ãã¾ã™ [頭上?]ã®ã¨ã“ã‚ã«trueを入力ã™ã‚‹ã¨ç”Ÿæˆä½ç½®ã‚’頭上ã«è¨­å®šã§ãã¾ã™ フラグ: -h ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ´žã«ã§ãã¾ã™ ### //cylinder <ブロックパターン> <åŠå¾„>[,<åŠå¾„>], <高ã•> 自分ã®ä½ç½®ã«å††æŸ±ã‚’生æˆã§ãã¾ã™ åŠå¾„を二ã¤æŒ‡å®šã™ã‚‹ã¨æ¥•å††æŸ±ã‚’生æˆã§ãã¾ã™ フラグ: -h ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ´žã«ã§ãã¾ã™ ### //pyramid <ブロックパターン> <サイズ> 自分ã®ä½ç½®ã«ãƒ”ラミッドを生æˆã§ãã¾ã™ フラグ: -h ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ´žã«ã§ãã¾ã™ ### //hsphere <ブロックパターン> <åŠå¾„>[,<åŠå¾„>,<åŠå¾„>] [頭上?] 自分ã®ä½ç½®ã«ç©ºæ´žã®çƒä½“を生æˆã—ã¾ã™ åŠå¾„を三ã¤æŒ‡å®šã™ã‚‹ã¨æ¥•å††ä½“を生æˆã§ãã¾ã™ [頭上?]ã®ã¨ã“ã‚ã«trueを入力ã™ã‚‹ã¨ç”Ÿæˆä½ç½®ã‚’頭上ã«è¨­å®šã§ãã¾ã™ ### //hcylinder <ブロックパターン> <åŠå¾„>[,<åŠå¾„>], <高ã•> 自分ã®ä½ç½®ã«ç©ºæ´žã®å††æŸ±ã‚’生æˆã§ãã¾ã™ åŠå¾„を二ã¤æŒ‡å®šã™ã‚‹ã¨æ¥•å††æŸ±ã‚’生æˆã§ãã¾ã™ ### //hpyramid <ブロックパターン> <サイズ> 自分ã®ä½ç½®ã«ç©ºæ´žã®ãƒ”ラミッドを生æˆã§ãã¾ã™ ### //stack [回数] [æ–¹å‘] é¸æŠžç¯„囲を指定ã—ãŸæ–¹å‘ã«ç©ã¿é‡ã­ã¾ã™ フラグ: -a ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ°—ブロックを無視ã—ã¾ã™ -s ã‚’ã¤ã‘ã‚‹ã¨ç©ã¿é‡ã­ãŸæœ€å¾Œã®ã‚‚ã®ã‚’範囲ã¨ã—ã¦é¸æŠžã—ã¾ã™ ### //move [è·é›¢] [æ–¹å‘] [除外] é¸æŠžç¯„囲を指定ã—ãŸè·é›¢ã ã‘指定ã—ãŸæ–¹å‘ã«ç§»å‹•ã•ã›ã¾ã™ 除外を指定ã™ã‚‹ã¨ãã®ãƒ–ロックã¯ç§»å‹•ã—ã¾ã›ã‚“ フラグ: -s ã‚’ã¤ã‘ã‚‹ã¨ç§»å‹•ã—ãŸå…ˆã‚’範囲ã¨ã—ã¦é¸æŠžã—ã¾ã™ ### //overlay <ブロックパターン> é¸æŠžç¯„囲内ã®ãƒ–ロックã®ä¸Šã«ãƒ–ロックを設置ã—ã¾ã™ ### //undo [回数] 回数分ã ã‘æ“作を元ã«æˆ»ã—ã¾ã™ ### //redo [回数] 回数分ã ã‘æ“作をやり直ã—ã¾ã™ ### //brush //brush sphere //brush sphere <ブロックパターン> [åŠå¾„] çƒä½“を生æˆã—ã¾ã™ フラグ: -h ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ´žã«ã—ã¾ã™ //brush cylinder //brush cylinder <ブロックパターン> [åŠå¾„] [高ã•] 円柱を生æˆã—ã¾ã™ フラグ: -h ã‚’ã¤ã‘ã‚‹ã¨ç©ºæ´žã«ã—ã¾ã™ //brush clipboard //brush clipboard クリップボードを貼り付ã‘ã¾ã™ //brush smooth //brush smooth [サイズ] [回数] 地形を回数分滑らã‹ã«ã—ã¾ã™ //brush gravity //brush gravity [åŠå¾„] é‡åŠ›ã‚’発生ã•ã›ã¾ã™ フラグ: -h ã‚’ã¤ã‘ã‚‹ã¨é«˜ã•ã‚’無制é™ã«ã—ã¾ã™ ### //mask [フィルター] ブラシã«å½±éŸ¿ã•ã‚Œã‚‹ãƒ–ロックを制é™ã—ã¾ã™ 例: //mask 1 //mask stone setId($id); $this->setData($data); $this->setNbtData($nbtData); } public function getId() : int{ return $this->id; } public function internalSetId(int $id){ if($id > self::MAX_ID){ return; } if($id < 0){ return; } $this->id = $id; } public function setId(int $id){ $this->internalSetId($id); } public function getData() : int{ return $this->data; } public function internalSetData(int $data){ if($data > self::MAX_DATA){ return; } if($data < -1){ return; } $this->data = $data; } public function setData(int $data){ $this->internalSetData($data); } public function setIdAndData(int $id, int $data){ $this->setId($id); $this->setData($data); } public function hasWildcardData() : bool{ return $this->getData() == -1; } public function hasNbtData() : bool{ return $this->getNbtData() != null; } public function getNbtId() : string{ $nbtData = $this->getNbtData(); if($nbtData == null){ return ""; } $idTag = $nbtData->getValue()->get("id"); if($idTag != null && $idTag instanceof StringTag){ return $idTag->getValue(); }else{ return ""; } } public function getNbtData() : ?CompoundTag{ return $this->nbtData; } public function setNbtData(?CompoundTag $nbtData){ $this->nbtData = $nbtData; } public function getType() : int{ return $this->getId(); } public function setType(int $type){ $this->setId($type); } public function isAir() : bool{ return $this->getType() == Block::AIR; } public function rotate90() : int{ $newData = BlockData::rotate90($this->getType(), $this->getData()); $this->setData($newData); return $newData; } public function rotate90Reverse() : int{ $newData = BlockData::rotate90Reverse($this->getType(), $this->getData()); $this->setData($newData); return $newData; } public function cycleData(int $increment) : int{ $newData = BlockData::cycle($this->getType(), $this->getData(), $increment); $this->setData($newData); return $newData; } public function flip(int $direction = null) : BaseBlock{ if($direction == null) $this->setData(BlockData::flip($this->getType(), $this->getData(), null)); else $this->setData(BlockData::flip($this->getType(), $this->getData(), $direction)); return $this; } public function equals($o) : bool{ if(!($o instanceof BaseBlock)){ return false; } return $this->getType() == $o->getType() && $this->getData() == $o->getData(); } public function equalsFuzzy(BaseBlock $o){ return ($this->getType() == $o->getType()) && ($this->getData() == $o->getData() || $this->getData() == -1 || $o->getData() == -1); } public function inIterable(array $iter) : bool{ foreach($iter as $block){ if($block->equalsFuzzy($this)){ return true; } } return false; } public static function containsFuzzy(array $collection, BaseBlock $o) : bool{ return Blocks::containsFuzzy($collection, $o); } }= 4 && $data <= 11) $data ^= 0xc; break; case Block::UNPOWERED_COMPARATOR: case Block::POWERED_COMPARATOR: case Block::UNPOWERED_REPEATER: case Block::POWERED_REPEATER: $dir = $data & 0x03; $delay = $data - $dir; switch($dir){ case 0: return 1 | $delay; case 1: return 2 | $delay; case 2: return 3 | $delay; case 3: return 0 | $delay; } break; case Block::TRAPDOOR: case Block::IRON_TRAPDOOR: $withoutOrientation = $data & ~0x3; $orientation = $data & 0x3; switch($orientation){ case 0: return 3 | $withoutOrientation; case 1: return 2 | $withoutOrientation; case 2: return 0 | $withoutOrientation; case 3: return 1 | $withoutOrientation; } break; case Block::PISTON: case Block::STICKY_PISTON: case Block::PISTONARMCOLLISION: $rest = $data & ~0x7; switch($data & 0x7){ case 2: return 5 | $rest; case 3: return 4 | $rest; case 4: return 2 | $rest; case 5: return 3 | $rest; } break; case Block::BROWN_MUSHROOM_BLOCK: case Block::RED_MUSHROOM_BLOCK: if($data >= 10) return $data; return ($data * 3) % 10; case Block::VINE: return (($data << 1) | ($data >> 3)) & 0xf; case Block::FENCE_GATE: return (($data + 1) & 0x3) | ($data & ~0x3); case Block::ANVIL: $damage = $data & ~0x3; switch($data & 0x3){ case 0: return 3 | $damage; case 2: return 1 | $damage; case 1: return 0 | $damage; case 3: return 2 | $damage; } break; case Block::BED_BLOCK: return $data & ~0x3 | ($data + 1) & 0x3; case Block::SKULL_BLOCK: switch($data){ case 2: return 5; case 3: return 4; case 4: return 2; case 5: return 3; } } return $data; } public static function rotate90Reverse(int $type, int $data) : int{ // case ([0-9]+): return ([0-9]+) -> case \2: return \1 switch($type){ case Block::TORCH: case Block::UNLIT_REDSTONE_TORCH: case Block::LIT_REDSTONE_TORCH: switch($data){ case 3: return 1; case 4: return 2; case 2: return 3; case 1: return 4; } break; case Block::RAIL: switch($data){ case 7: return 6; case 8: return 7; case 9: return 8; case 6: return 9; } /* FALL-THROUGH */ case Block::POWERED_RAIL: case Block::DETECTOR_RAIL: case Block::ACTIVATOR_RAIL: $power = $data & ~0x7; switch($data & 0x7){ case 1: return 0 | $power; case 0: return 1 | $power; case 5: return 2 | $power; case 4: return 3 | $power; case 2: return 4 | $power; case 3: return 5 | $power; } break; case Block::OAK_STAIRS: case Block::COBBLESTONE_STAIRS: case Block::BRICK_STAIRS: case Block::STONE_BRICK_STAIRS: case Block::NETHER_BRICK_STAIRS: case Block::SANDSTONE_STAIRS: case Block::SPRUCE_STAIRS: case Block::BIRCH_STAIRS: case Block::JUNGLE_STAIRS: case Block::QUARTZ_STAIRS: case Block::ACACIA_STAIRS: case Block::DARK_OAK_STAIRS: switch($data){ case 2: return 0; case 3: return 1; case 1: return 2; case 0: return 3; case 6: return 4; case 7: return 5; case 5: return 6; case 4: return 7; } break; case Block::STONE_BUTTON: case Block::WOODEN_BUTTON: $thrown = $data & 0x8; switch($data & ~0x8){ case 3: return 1 | $thrown; case 4: return 2 | $thrown; case 2: return 3 | $thrown; case 1: return 4 | $thrown; // 0 and 5 are vertical } break; case Block::LEVER: $thrown = $data & 0x8; switch($data & ~0x8){ case 3: return 1 | $thrown; case 4: return 2 | $thrown; case 2: return 3 | $thrown; case 1: return 4 | $thrown; case 6: return 5 | $thrown; case 5: return 6 | $thrown; case 0: return 7 | $thrown; case 7: return 0 | $thrown; } break; case Block::WOODEN_DOOR_BLOCK: case Block::IRON_DOOR_BLOCK: if(($data & 0x8) != 0){ // door top halves contain no orientation information break; } /* FALL-THROUGH */ case Block::COCOA: case Block::TRIPWIRE_HOOK: int extra = data & ~0x3; int withoutFlags = data & 0x3; switch (withoutFlags) { case 1: return 0 | extra; case 2: return 1 | extra; case 3: return 2 | extra; case 0: return 3 | extra; } break; case Block::SIGN_POST: return ($data + 12) % 16; case Block::LADDER: case Block::WALL_SIGN: case Block::CHEST: case Block::FURNACE: case Block::BURNING_FURNACE: case Block::ENDER_CHEST: case Block::TRAPPED_CHEST: case Block::HOPPER_BLOCK: $extra = $data & 0x8; $withoutFlags = $data & ~0x8; switch($withoutFlags){ case 5: return 2 | $extra; case 4: return 3 | $extra; case 2: return 4 | $extra; case 3: return 5 | $extra; } break; case Block::DISPENSER: case Block::DROPPER: $dispPower = $data & 0x8; switch($data & ~0x8){ case 5: return 2 | $dispPower; case 4: return 3 | $dispPower; case 2: return 4 | $dispPower; case 3: return 5 | $dispPower; } break; case Block::PUMPKIN: case Block::JACK_O_LANTERN: switch($data){ case 1: return 0; case 2: return 1; case 3: return 2; case 0: return 3; } break; case Block::HAY_BLOCK: case Block::LOG: case Block::LOG2: if($data >= 4 && $data <= 11) $data ^= 0xc; break; case Block::UNPOWERED_COMPARATOR: case Block::POWERED_COMPARATOR: case Block::UNPOWERED_REPEATER: case Block::POWERED_REPEATER: $dir = $data & 0x03; $delay = $data - $dir; switch($dir){ case 1: return 0 | $delay; case 2: return 1 | $delay; case 3: return 2 | $delay; case 0: return 3 | $delay; } break; case Block::TRAPDOOR: case Block::IRON_TRAPDOOR: $withoutOrientation = $data & ~0x3; $orientation = $data & 0x3; switch($orientation){ case 3: return 0 | $withoutOrientation; case 2: return 1 | $withoutOrientation; case 0: return 2 | $withoutOrientation; case 1: return 3 | $withoutOrientation; } case Block::PISTON: case Block::STICKY_PISTON: case Block::PISTONARMCOLLISION: $rest = $data & ~0x7; switch($data & 0x7){ case 5: return 2 | $rest; case 4: return 3 | $rest; case 2: return 4 | $rest; case 3: return 5 | $rest; } break; case Block::BROWN_MUSHROOM_BLOCK: case Block::RED_MUSHROOM_BLOCK: if($data >= 10) return $data; return ($data * 7) % 10; case Block::VINE: return (($data >> 1) | ($data << 3)) & 0xf; case Block::FENCE_GATE: return (($data + 3) & 0x3) | ($data & ~0x3); case Block::ANVIL: $damage = $data & ~0x3; switch($data & 0x3){ case 0: return 1 | $damage; case 2: return 3 | $damage; case 1: return 2 | $damage; case 3: return 0 | $damage; } break; case Block::BED_BLOCK: return $data & ~0x3 | ($data - 1) & 0x3; case Block::SKULL_BLOCK: switch($data){ case 2: return 4; case 3: return 5; case 4: return 3; case 5: return 2; } } return $data; } public static int flip(int type, int data) { return rotate90(type, rotate90(type, data)); } public static function flip(int $type, int $data, ?int direction = null) : int{ if($direction == null) return $this->rotate90($type, $this->rotate90($type, $data)); $flipX = 0; $flipY = 0; $flipZ = 0; switch($direction){ case CuboidClipboard::NORTH_SOUTH: $flipZ = 1; break; case CuboidClipboard::WEST_EAST: $flipX = 1; break; case CuboidClipboard::UP_DOWN: $flipY = 1; break; } switch($type){ case Block::TORCH: case Block::UNLIT_REDSTONE_TORCH: case Block::LIT_REDSTONE_TORCH: if($data < 1 || $data > 4) break; switch($data){ case 1: return $data + $flipX; case 2: return $data - $flipX; case 3: return $data + $flipZ; case 4: return $data - $flipZ; } break; case Block::STONE_BUTTON: case Block::WOODEN_BUTTON: switch($data & ~0x8){ case 1: return $data + $flipX; case 2: return $data - $flipX; case 3: return $data + $flipZ; case 4: return $data - $flipZ; case 0: case 5: return $data ^ ($flipY * 5); } break; case Block::LEVER: switch(data & ~0x8){ case 1: return $data + $flipX; case 2: return $data - $flipX; case 3: return $data + $flipZ; case 4: return $data - $flipZ; case 5: case 7: return $data ^ $flipY << 1; case 6: case 0: return $data ^ $flipY * 6; } break; case Block::RAIL: switch($data){ case 6: return $data + $flipX + $flipZ * 3; case 7: return $data - $flipX + $flipZ; case 8: return $data + $flipX - $flipZ; case 9: return $data - $flipX - $flipZ * 3; } /* FALL-THROUGH */ case Block::POWERED_RAIL: case Block::DETECTOR_RAIL: case Block::ACTIVATOR_RAIL: switch($data & 0x7){ case 0: case 1: return $data; case 2: case 3: return $data ^ $flipX; case 4: case 5: return $data ^ $flipZ; } break; case Block::STONE_SLAB: case Block::WOODEN_STEP: case Block::STONE_SLAB2: return $data ^ ($flipY << 3); case Block::OAK_STAIRS: case Block::COBBLESTONE_STAIRS: case Block::BRICK_STAIRS: case Block::STONE_BRICK_STAIRS: case Block::NETHER_BRICK_STAIRS: case Block::SANDSTONE_STAIRS: case Block::SPRUCE_STAIRS: case Block::BIRCH_STAIRS: case Block::JUNGLE_STAIRS: case Block::QUARTZ_STAIRS: case Block::ACACIA_STAIRS: case Block::DARK_OAK_STAIRS: $data ^= $flipY << 2; switch($data){ case 0: case 1: case 4: case 5: return $data ^ $flipX; case 2: case 3: case 6: case 7: return $data ^ $flipZ; } break; case Block::WOODEN_DOOR_BLOCK: case Block::IRON_DOOR_BLOCK: if(($data & 0x8) != 0){ // door top halves contain no orientation information break; } switch($data & 0x3){ case 0: return $data + $flipX + $flipZ * 3; case 1: return $data - $flipX + $flipZ; case 2: return $data + $flipX - $flipZ; case 3: return $data - $flipX - $flipZ * 3; } break; case Block::SIGN_POST: switch($direction){ case CuboidClipboard::NORTH_SOUTH: return (16 - $data) & 0xf; case CuboidClipboard::WEST_EAST: return (8 - $data) & 0xf; default: } break; case Block::LADDER: case Block::WALL_SIGN: case Block::CHEST: case Block::FURNACE: case Block::BURNING_FURNACE: case Block::ENDER_CHEST: case Block::TRAPPED_CHEST: case Block::HOPPER_BLOCK: $extra = $data & 0x8; $withoutFlags = $data & ~0x8; switch($withoutFlags){ case 2: case 3: return ($data ^ $flipZ) | $extra; case 4: case 5: return ($data ^ $flipX) | $extra; } break; case Block::DISPENSER: case Block::DROPPER: $dispPower = $data & 0x8; switch($data & ~0x8){ case 2: case 3: return ($data ^ $flipZ) | $dispPower; case 4: case 5: return ($data ^ $flipX) | $dispPower; case 0: case 1: return ($data ^ $flipY) | $dispPower; } break; case Block::PUMPKIN: case Block::JACK_O_LANTERN: if($data > 3) break; /* FALL-THROUGH */ case Block::UNPOWERED_COMPARATOR: case Block::POWERED_COMPARATOR: case Block::UNPOWERED_REPEATER: case Block::POWERED_REPEATER: case Block::COCOA: case Block::TRIPWIRE_HOOK: switch($data & 0x3){ case 0: case 2: return $data ^ ($flipZ << 1); case 1: case 3: return $data ^ ($flipX << 1); } break; case Block::TRAPDOOR: case Block::IRON_TRAPDOOR: switch($data & 0x3){ case 0: case 1: return $data ^ $flipZ; case 2: case 3: return $data ^ $flipX; } break; case Block::PISTON: case Block::STICKY_PISTON: case Block::PISTONARMCOLLISION: switch($data & ~0x8){ case 0: case 1: return $data ^ $flipY; case 2: case 3: return $data ^ $flipZ; case 4: case 5: return $data ^ $flipX; } break; case Block::BROWN_MUSHROOM_BLOCK: case Block::RED_MUSHROOM_BLOCK: switch($data){ case 1: case 4: case 7: $data += $flipX * 2; break; case 3: case 6: case 9: $data -= $flipX * 2; break; } switch($data){ case 1: case 2: case 3: return $data + $flipZ * 6; case 7: case 8: case 9: return $data - $flipZ * 6; } break; case Block::VINE: switch($direction){ case CuboidClipboard::NORTH_SOUTH: $bit1 = 0x2; $bit2 = 0x8; break; case CuboidClipboard::WEST_EAST: $bit1 = 0x1; $bit2 = 0x4; break; default: return $data; } $newData = $data & ~($bit1 | $bit2); if(($data & $bit1) != 0) $newData |= $bit2; if(($data & $bit2) != 0) $newData |= $bit1; return newData; case Block::FENCE_GATE: switch($data & 0x3){ case 0: case 2: return $data ^ $flipZ << 1; case 1: case 3: return $data ^ $flipX << 1; } break; case Block::BED_BLOCK: switch($data & 0x3){ case 0: case 2: return $data ^ $flipZ << 1; case 1: case 3: return $data ^ $flipX << 1; } break; case Block::SKULL_BLOCK: switch($data){ case 2: case 3: return $data ^ $flipZ; case 4: case 5: return $data ^ $flipX; } break; case Block::ANVIL: switch($data & 0x3){ case 0: case 2: return $data ^ $flipZ << 1; case 1: case 3: return $data ^ $flipX << 1; } break; } return $data; } public static function cycle(int $type, int $data, int $increment) : int{ if($increment != -1 && $increment != 1){ //throw new IllegalArgumentException("Increment must be 1 or -1."); } switch($type){ // special case here, going to use "forward" for type and "backward" for orientation case Block::LOG: case Block::LOG2: if($increment == -1){ $store = $data & 0x3; // copy bottom (type) bits return $this->mod((data & ~0x3) + 4, 16) | $store; // switch orientation with top bits and reapply bottom bits; }else{ $store = $data & ~0x3; // copy top (orientation) bits return $this->mod(($data & 0x3) + 1, 4) | $store; // switch type with bottom bits and reapply top bits } // same here - screw you unit tests /*case BlockID.QUARTZ_BLOCK: if (increment == -1 && data > 2) { switch (data) { case 2: return 3; case 3: return 4; case 4: return 2; } } else if (increment == 1) { switch (data) { case 0: return 1; case 1: return 2; case 2: case 3: case 4: return 0; } } else { return -1; }*/ case Block::GLASS_PANE: case Block::SANDSTONE: case Block::DIRT: if($data > 2) return -1; return $this->mod(($data + $increment), 3); case Block::TORCH: case Block::UNLIT_REDSTONE_TORCH: case Block::LIT_REDSTONE_TORCH: if($data < 1 || $data > 4) return -1; return $this->mod(($data - 1 + $increment), 4) + 1; case Block::OAK_STAIRS: case Block::COBBLESTONE_STAIRS: case Block::BRICK_STAIRS: case Block::STONE_BRICK_STAIRS: case Block::NETHER_BRICK_STAIRS: case Block::SANDSTONE_STAIRS: case Block::SPRUCE_STAIRS: case Block::BIRCH_STAIRS: case Block::JUNGLE_STAIRS: case Block::QUARTZ_STAIRS: case Block::ACACIA_STAIRS: case Block::DARK_OAK_STAIRS: if($data > 7) return -1; return $this->mod(($data + $increment), 8); case Block::STONE_BRICK: case Block::QUARTZ_BLOCK: case Block::PUMPKIN: case Block::JACK_O_LANTERN: case Block::NETHER_WART_BLOCK: case Block::CAULDRON_BLOCK: case Block::WOODEN_SLAB: case Block::DOUBLE_WOODEN_SLAB: case Block::HAY_BLOCK: if($data > 3) return -1; return $this->mod(($data + $increment), 4); case Block::STONE_SLAB2: case Block::DOUBLE_STONE_SLAB2: case Block::STONE_SLAB: case Block::DOUBLE_STONE_SLAB: case Block::CAKE_BLOCK: case Block::PISTON: case Block::STICKY_PISTON: case Block::PISTONARMCOLLISION: if($data > 5) return -1; return $this->mod(($data + $increment), 6); case Block::DOUBLE_PLANT: $store = $data & 0x8; // top half flag $data &= ~0x8; if($data > 5) return -1; return $this->mod(($data + $increment), 6) | $store; case Block::WHEAT_BLOCK: case Block::PUMPKIN_STEM: case Block::MELON_STEM: if($data > 6) return -1; return $this->mod(($data + $increment), 7); case Block::FARMLAND: case Block::RED_FLOWER: if($data > 8) return -1; return $this->mod(($data + $increment), 9); case Block::RED_MUSHROOM_BLOCK: case Block::BROWN_MUSHROOM_BLOCK: if($data > 10) return -1; return $this->mod(($data + $increment), 11); case Block::CACTUS: case Block::REEDS_BLOCK: case Block::SIGN_POST: case Block::VINE: case Block::SNOW: case Block::COCOA: if($data > 15) return -1; return $this->mod(($data + $increment), 16); case Block::FURNACE: case Block::BURNING_FURNACE: case Block::WALL_SIGN: case Block::LADDER: case Block::CHEST: case Block::ENDER_CHEST: case Block::TRAPPED_CHEST: case Block::HOPPER_BLOCK: $extra = $data & 0x8; $withoutFlags = $data & ~0x8; if($withoutFlags < 2 || $withoutFlags > 5) return -1; return ($this->mod(($withoutFlags - 2 + $increment), 4) + 2) | $extra; case BlockID.DISPENSER: case BlockID.DROPPER: $store = $data & 0x8; $data &= ~0x8; if($data > 5) return -1; return $this->mod(($data + $increment), 6) | $store; case Block::UNPOWERED_COMPARATOR: case Block::POWERED_COMPARATOR: case Block::UNPOWERED_REPEATER: case Block::POWERED_REPEATER: case Block::TRAPDOOR: case Block::FENCE_GATE: case Block::LEAVES: case Block::LEAVES2: if($data > 7) return -1; $store = $data & ~0x3; return $this->mod((($data & 0x3) + $increment), 4) | $store; case Block::RAIL: if($data < 6 || $data > 9) return -1; return $this->mod(($data - 6 + $increment), 4) + 6; case Block::SAPLING: if(($data & 0x3) == 3 || $data > 15) return -1; $store = $data & ~0x3; return $this->mod((($data & 0x3) + $increment), 3) | $store; case Block::FLOWER_POT_BLOCK: if($data > 13) return -1; return $this->mod(($data + $increment), 14); case Block::CARPET: case Block::STAINED_CLAY: case Block::CARPET: case Block::STAINED_GLASS: case Block::STAINED_GLASS_PANE: if($increment == 1){ $data = $this->nextClothColor($data); }else if(increment == -1){ $this->data = $this->prevClothColor($data); } return $data; default: return -1; } } public static function nextClothColor(int $data) : int{ switch($data){ case self::WHITE: return self::LIGHT_GRAY; case self::LIGHT_GRAY: return self::GRAY; case self::GRAY: return self::BLACK; case self::BLACK: return self::BROWN; case self::BROWN: return self::RED; case self::RED: return self::ORANGE; case self::ORANGE: return self::YELLOW; case self::YELLOW: return self::LIGHT_GREEN; case self::LIGHT_GREEN: return self::DARK_GREEN; case self::DARK_GREEN: return self::CYAN; case self::CYAN: return self::LIGHT_BLUE; case self::LIGHT_BLUE: return self::BLUE; case self::BLUE: return self::PURPLE; case self::PURPLE: return self::MAGENTA; case self::MAGENTA: return self::PINK; case self::PINK: return self::WHITE; } return self::WHITE; } public static function prevClothColor(int $data) : int{ switch(data){ case self::LIGHT_GRAY: return self::WHITE; case self::GRAY: return self::LIGHT_GRAY; case self::BLACK: return self::GRAY; case self::BROWN: return self::BLACK; case self::RED: return self::BROWN; case self::ORANGE: return self::RED; case self::YELLOW: return self::ORANGE; case self::LIGHT_GREEN: return self::YELLOW; case self::DARK_GREEN: return self::LIGHT_GREEN; case self::CYAN: return self::DARK_GREEN; case self::LIGHT_BLUE: return self::CYAN; case self::BLUE: return self::LIGHT_BLUE; case self::PURPLE: return self::BLUE; case self::MAGENTA: return self::PURPLE; case self::PINK: return self::MAGENTA; case self::WHITE: return self::PINK; } return self::WHITE; } /** * Better modulo, not just remainder. */ private static function mod(int $x, int $y) : int{ $res = $x % $y; return $res < 0 ? $res + $y : $res; } const WHITE = 0; const ORANGE = 1; const MAGENTA = 2; const LIGHT_BLUE = 3; const YELLOW = 4; const LIGHT_GREEN = 5; const PINK = 6; const GRAY = 7; const LIGHT_GRAY = 8; const CYAN = 9; const PURPLE = 10; const BLUE = 11; const BROWN = 12; const DARK_GREEN = 13; const RED = 14; const BLACK = 15; }getX() == (int) $this->getX() && (int) $obj->getY() == (int) $this->getY() && (int) $obj->getZ() == (int) $this->getZ(); } public function hashCode(){ return ((int) $this->x << 19) ^ ((int) $this->y << 12) ^ (int) $this->z; } }x == (int) $this->x && (int) $obj->y == (int) $this->y; } public function toBlockVector2D(){ return $this; } }getX() == (int) $this->getX() && (int) $obj->getY() == (int) $this->getY() && (int) $obj->getZ() == (int) $this->getZ(); } public function hashCode(){ return ((int) $this->x << 19) ^ ((int) $this->y << 12) ^ (int) $this->z; } }x == (int) $this->x && (int) $obj->y == (int) $this->y; } }" ); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } $copyEntities = false; if(count($args) >= 1){ $check = FlagChecker::check($args); $args = $check[0]; $flags = $check[1]; switch($args[0]){ case "sphere": case "s": if(count($args) < 2){ $sender->sendMessage("§c使ã„æ–¹: §a//brush sphere <ブロックパターン> [åŠå¾„]\n". "§cフラグ: §a-h: 空洞ã«ã—ã¾ã™"); return true; } $hollow = false; foreach($flags as $flag){ switch($flag){ case "h": $hollow = true; break; } } if(empty($args[2])) $args[2] = 2; $fill = Main::getInstance()->getPatternFactory()->parseFromInput($args[1]); $this->sphereBrush($sender, $fill, (float) $args[2], $hollow); break; case "cylinder": case "cyl": case "c": if(count($args) < 2){ $sender->sendMessage("§c使ã„æ–¹: §a//brush cylinder <ブロックパターン> [åŠå¾„] [高ã•]\n". "§cフラグ: §a-h: 空洞ã«ã—ã¾ã™"); return true; } $hollow = false; foreach($flags as $flag){ switch($flag){ case "h": $hollow = true; break; } } if(empty($args[2])) $args[2] = 2; if(empty($args[3])) $args[3] = 1; $fill = Main::getInstance()->getPatternFactory()->parseFromInput($args[1]); $this->cylinderBrush($sender, $fill, (float) $args[2], (int) $args[3], $hollow); break; case "clipboard": case "copy": $this->clipboardBrush($sender, false, false); break; case "smooth": if(count($args) < 3){ $sender->sendMessage("§c使ã„æ–¹: §a//brush smooth [サイズ] [回数]\n". "§cフラグ: §a-n: 自然ã®ãƒ–ロックã®ã¿ã«é©å¿œã—ã¾ã™"); return true; } $naturalBlocksOnly = false; foreach($flags as $flag){ switch($flag){ case "n": $naturalBlocksOnly = true; break; } } $this->smoothBrush($sender, (float) $args[1], (int) $args[2], $naturalBlocksOnly); break; case "gravity": case "grav": if(count($args) < 2){ $sender->sendMessage("§c使ã„æ–¹: §a//brush gravity [åŠå¾„]\n". "§cフラグ: §a-h: 高ã•ç„¡åˆ¶é™"); return true; } $fromMaxY = false; foreach($flags as $flag){ switch($flag){ case "h": $fromMaxY = true; break; } } $this->gravityBrush($sender, (float) $args[1], $fromMaxY); break; default: break; } }else{ $sender->sendMessage("§a//brush sphere: §7çƒä½“を生æˆã—ã¾ã™\n". "§a//brush cylinder: §7円柱を生æˆã—ã¾ã™\n". "§a//brush clipboard: §7クリップボードを貼り付ã‘ã¾ã™\n". "§a//brush smooth: §7地形を滑らã‹ã«ã—ã¾ã™\n". "§a//brush gravity: §7é‡åŠ›ã‚’発生ã—ã¾ã™"); } return true; } public function sphereBrush(Player $player, Pattern $fill, float $radius, bool $hollow){ //checkMaxBrushRadius $tool = Main::getInstance()->getBrushTool($player->getInventory()->getItemInHand(), $player); $tool->setFill($fill); $tool->setSize($radius); if($hollow){ $tool->setBrush(new HollowSphereBrush()); }else{ $tool->setBrush(new SphereBrush()); } $player->sendMessage(Main::LOGO."çƒä½“ã®ãƒ–ラシをé¸æŠžã—ã¾ã—㟠(".$radius.")"); } public function cylinderBrush(Player $player, Pattern $fill, float $radius, int $height, bool $hollow){ //checkMaxBrushRadius $tool = Main::getInstance()->getBrushTool($player->getInventory()->getItemInHand(), $player); $tool->setFill($fill); $tool->setSize($radius); if($hollow){ $tool->setBrush(new HollowCylinderBrush($height)); }else{ $tool->setBrush(new CylinderBrush($height)); } $player->sendMessage(Main::LOGO."円柱ã®ãƒ–ラシをé¸æŠžã—ã¾ã—㟠(".$radius." by ".$height.")"); } public function clipboardBrush(Player $player, bool $ignoreAir, bool $usingOrigin){ //checkMaxBrushRadius $holder = Main::getInstance()->getEditSession($player)->getClipboard(); if(!($holder instanceof ClipboardHolder)){ $player->sendMessage(Main::LOGO."クリップボードã«ä½•ã‚‚ã‚ã‚Šã¾ã›ã‚“"); return; } $clipboard = $holder->getClipboard(); $size = $clipboard->getDimensions(); $tool = Main::getInstance()->getBrushTool($player->getInventory()->getItemInHand(), $player); $tool->setSize($size->getBlockX()); $tool->setBrush(new ClipboardBrush($holder, $ignoreAir, $usingOrigin)); $player->sendMessage(Main::LOGO."クリップボードブラシをé¸æŠžã—ã¾ã—ãŸ"); } public function smoothBrush(Player $player, float $radius, int $iterations, bool $naturalBlocksOnly){ //checkMaxBrushRadius $tool = Main::getInstance()->getBrushTool($player->getInventory()->getItemInHand(), $player); $tool->setSize($radius); $tool->setBrush(new SmoothBrush($iterations, $naturalBlocksOnly)); $player->sendMessage(Main::LOGO."スムーズブラシをé¸æŠžã—ã¾ã—㟠(".$radius." x ".$iterations.", using ".($naturalBlocksOnly ? "自然ã®ãƒ–ロックã®ã¿" : "ã™ã¹ã¦ã®ãƒ–ロック").")"); } public function gravityBrush(Player $player, float $radius, bool $fromMaxY){ //checkMaxBrushRadius $tool = Main::getInstance()->getBrushTool($player->getInventory()->getItemInHand(), $player); $tool->setSize($radius); $tool->setBrush(new GravityBrush($fromMaxY)); $player->sendMessage(Main::LOGO."é‡åŠ›ãƒ–ラシをé¸æŠžã—ã¾ã—㟠(".$radius.")"); } }command = $commands; } public function createCommandData($flags = 0, $permission = 0){ $commandData = new CommandData(); $commandData->commandName = $this->command->getName(); $commandData->commandDescription = $this->command->getDescription(); $commandData->flags = $flags; $commandData->permission = $permission; $this->data = $commandData; } public function setCommandParameter($args,$paramName,$paramType,$isOptional = true){ $parameter = new CommandParameter(); $parameter->paramName = $paramName; $parameter->paramType = $paramType; $parameter->isOptional = $isOptional; $this->data->overloads[$args][] = $parameter; } public function setSubCommand($args,$isOptional = true,array $subcommands = []){ $paramName = "type"; $paramType = 0x100000 | 0x11; $parameter = new CommandParameter(); $parameter->paramName = $paramName; $parameter->paramType = $paramType; $parameter->isOptional = $isOptional; $enum = new CommandEnum(); $enum->enumName = "{$args}"; $enum->enumValues = $subcommands; $parameter->enum = $enum; $this->data->overloads[$args][] = $parameter; } public function setAliases(){ $aliases = $this->command->getAliases(); if(!empty($aliases)){ $this->data->aliases = new CommandEnum(); $this->data->aliases->enumName = ucfirst($this->command->getName()) . "Aliases"; $this->data->aliases->enumValues = $aliases; } } public function register(){ self::$SOTECommandData[$this->command->getName()] = $this->data; } public static function join(Player $player) { $pk = new AvailableCommandsPacket(); foreach (self::$SOTECommandData as $name => $data) { $pk->commandData[$name] = $data; } $player->dataPacket($pk); } }testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §aé¸æŠžã—ã¦ã„る範囲をクリップボードã«ã‚³ãƒ”ーã—ã¾ã™\n". "§c使ã„æ–¹: §a//copy\n". "§cフラグ: §a-e: エンティティーもコピーã—ã¾ã™\n". "§c : §a-m: -----------"); return false; } if(DefinedChecker::checkPosition($sender)) { return false; } $check = FlagChecker::check($args); $args = $check[0]; $flags = $check[1]; $copyEntities = false; foreach($flags as $flag){ switch($flag){ case "e": $copyEntities = true; break; case "m": break; } } $region = Main::getInstance()->getEditSession($sender)->getRegionSelector($sender->getLevel())->getRegion(); $clipboard = new BlockArrayClipboard($region); $clipboard->setOrigin(Main::getInstance()->getEditSession($sender)->getPlacementPosition($sender)); $copy = new ForwardExtentCopy(Main::getInstance()->getEditSession($sender), $region, $region->getMinimumPoint(), $clipboard, $region->getMinimumPoint()); $copy->setCopyingEntities($copyEntities); //if($mask != null){ // $copy->setSourceMask($mask); //} Operations::completeLegacy($copy); Main::getInstance()->getEditSession($sender)->setClipboard(new ClipboardHolder($clipboard, Main::getInstance()->getEditSession($sender)->getWorld())); $sender->sendMessage(Main::LOGO.$region->getArea()."ブロックをコピーã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §aé¸æŠžã—ã¦ã„る範囲をクリップボードã«ã‚«ãƒƒãƒˆã—ã¾ã™\n". "§c使ã„æ–¹: §a//cut\n". "§cフラグ: §a-e: エンティティーもコピーã—ã¾ã™\n". "§c : §a-m: -----------"); return false; } if(DefinedChecker::checkPosition($sender)) { return false; } $check = FlagChecker::check($args); $args = $check[0]; $flags = $check[1]; $copyEntities = false; foreach($flags as $flag){ switch($flag){ case "e": $copyEntities = true; break; case "m": break; } } $region = Main::getInstance()->getEditSession($sender)->getRegionSelector($sender->getLevel())->getRegion(); $clipboard = new BlockArrayClipboard($region); $clipboard->setOrigin(Main::getInstance()->getEditSession($sender)->getPlacementPosition($sender)); $copy = new ForwardExtentCopy(Main::getInstance()->getEditSession($sender), $region, $region->getMinimumPoint(), $clipboard, $region->getMinimumPoint()); $leavePattern = Main::getInstance()->getPatternFactory()->parseFromInput("0"); $copy->setSourceFunction(new BlockReplace(Main::getInstance()->getEditSession($sender), $leavePattern)); $copy->setCopyingEntities($copyEntities); $copy->setRemovingEntities(true); //if ($mask != null) { // $copy->setSourceMask($mask); //} Operations::completeLegacy($copy); Main::getInstance()->getEditSession($sender)->setClipboard(new ClipboardHolder($clipboard, Main::getInstance()->getEditSession($sender)->getWorld())); Main::getInstance()->getEditSession($sender)->remember(); $sender->sendMessage(Main::LOGO.$region->getArea()."ブロックをコピーã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } } <åŠå¾„>[,<åŠå¾„>], <高ã•>" ); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §a円柱を生æˆã—ã¾ã™\n". "§c使ã„æ–¹: §a//cylinder <ブロックパターン> <åŠå¾„>[,<åŠå¾„>], <高ã•>\n". "§cフラグ: §a-h: 空洞ã«ã—ã¾ã™"); return false; } $check = FlagChecker::check($args); $args = $check[0]; $flags = $check[1]; $copyEntities = false; if(count($args) < 3){ $sender->sendMessage("§c使ã„æ–¹: //cylinder <ブロックパターン> <åŠå¾„>[,<åŠå¾„>], <高ã•>"); return true; } $hollow = false; foreach($flags as $flag){ switch($flag){ case "h": $hollow = true; break; } } $radii = explode(",", $args[1]); switch(count($radii)){ case 1: $radiusX = $radiusY = $radiusZ = (float) $radii[0]; break; case 2: $radiusX = (float) $radii[0]; $radiusZ = (float) $radii[1]; break; default: $sender->sendMessage("åŠå¾„ã®å€¤ãŒéŽä¸è¶³ã—ã¦ã„ã¾ã™"); return true; } $session = Main::getInstance()->getEditSession($sender); $pos = $session->getPlacementPosition($sender); $fill = Main::getInstance()->getPatternFactory()->parseFromInput($args[0]); $height = (int) $args[2]; $affected = $session->makeCylinder($pos, $fill, $radiusX,$radiusZ, $height, !$hollow); $session->remember(); Main::findFreePosition($sender); $sender->sendMessage(Main::LOGO.$affected."ブロックを設置ã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }]" ); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §aクリップボードをã²ã£ãã‚Šè¿”ã—ã¾ã™\n". "§c使ã„æ–¹: §a//flip [<æ–¹å‘>]"); return false; } if(DefinedChecker::checkClipboard($sender)) { return false; } if(count($args) < 1){ $direction = Main::getCardinalDirection($sender); }else{ $direction = Main::getFlipDirection($sender, $args[0]); } $session = Main::getInstance()->getEditSession($sender); $holder = $session->getClipboard(); $transform = new AffineTransform(); $transform = $transform->scale($direction->positive()->multiply(-2)->add(1, 1, 1)); $holder->setTransform($holder->getTransform()->combine($transform)); $sender->sendMessage(Main::LOGO."クリップボードをã²ã£ãã‚Šè¿”ã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } } <åŠå¾„>[,<åŠå¾„>], <高ã•>" ); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §a円柱を生æˆã—ã¾ã™\n". "§c使ã„æ–¹: §a//hcylinder <ブロックパターン> <åŠå¾„>[,<åŠå¾„>], <高ã•>\n"); return false; } $copyEntities = false; $check = FlagChecker::check($args); $args = $check[0]; $flags = $check[1]; if(count($args) < 3){ $sender->sendMessage("§c使ã„æ–¹: //hcylinder <ブロックパターン> <åŠå¾„>[,<åŠå¾„>], <高ã•>"); return true; } $radii = explode(",", $args[1]); switch(count($radii)){ case 1: $radiusX = $radiusY = $radiusZ = (float) $radii[0]; break; case 2: $radiusX = (float) $radii[0]; $radiusZ = (float) $radii[1]; break; default: $sender->sendMessage("åŠå¾„ã®å€¤ãŒè¶³ã‚Šã¾ã›ã‚“"); return true; } $session = Main::getInstance()->getEditSession($sender); $pos = $session->getPlacementPosition($sender); $fill = Main::getInstance()->getPatternFactory()->parseFromInput($args[0]); $height = (int) $args[2]; $affected = $session->makeCylinder($pos, $fill, $radiusX, $radiusZ, $height, false); $session->remember(); Main::findFreePosition($sender); $sender->sendMessage(Main::LOGO.$affected."ブロックを設置ã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } } <åŠå¾„>[,<åŠå¾„>,<åŠå¾„>] [頭上?]" ); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §açƒä½“を生æˆã—ã¾ã™\n". "§c使ã„æ–¹: §a//hsphere <ブロックパターン> <åŠå¾„>[,<åŠå¾„>,<åŠå¾„>] [頭上?]\n"); return false; } $copyEntities = false; $check = FlagChecker::check($args); $args = $check[0]; $flags = $check[1]; if(count($args) < 2){ $sender->sendMessage("§c使ã„æ–¹: //hsphere <ブロックパターン> <åŠå¾„>[,<åŠå¾„>,<åŠå¾„>] [頭上?]"); return true; } $radii = explode(",", $args[1]); switch(count($radii)){ case 1: $radiusX = $radiusY = $radiusZ = (float) $radii[0]; break; case 3: $radiusX = (float) $radii[0]; $radiusY = (float) $radii[1]; $radiusZ = (float) $radii[2]; break; default: $sender->sendMessage("åŠå¾„ã®å€¤ãŒè¶³ã‚Šã¾ã›ã‚“"); return true; } $session = Main::getInstance()->getEditSession($sender); //$raised = $pos = $session->getPlacementPosition($sender); //if($raised){ // $pos = $pos->add(0, $radiusY, 0); //} $fill = Main::getInstance()->getPatternFactory()->parseFromInput($args[0]); $affected = $session->makeSphere($pos, $fill, $radiusX, $radiusY, $radiusZ, false); $session->remember(); Main::findFreePosition($sender); $sender->sendMessage(Main::LOGO.$affected."ブロックを生æˆã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §aブラシã®ãƒ•ã‚£ãƒ«ã‚¿ãƒ¼ã‚’設定ã—ã¾ã™\n". "§c使ã„æ–¹: §a//mask [フィルター]"); return false; } if(DefinedChecker::checkBrush($sender)) { $sender->sendMessage(Main::LOGO."ブラシãŒè¨­å®šã•ã‚Œã¦ã„ã¾ã›ã‚“"); return false; } if(count($args) < 1){ Main::getInstance()->getBrushTool($sender->getInventory()->getItemInHand(), $sender)->setMask(null); $sender->sendMessage(Main::LOGO."ブラシã®ãƒ•ã‚£ãƒ«ã‚¿ãƒ¼ãŒç„¡åŠ¹ã«ãªã‚Šã¾ã—ãŸ"); }else{ $items = explode(",", $args[0]); $blocks = []; foreach($items as $item){ $blocks[] = Main::getInstance()->getBlockFactory()->parseFromInput($item); } $session = Main::getInstance()->getEditSession($sender); $mask = new BlockMask($session, $blocks); Main::getInstance()->getBrushTool($sender->getInventory()->getItemInHand(), $sender)->setMask($mask); $sender->sendMessage(Main::LOGO."ブラシã®ãƒ•ã‚£ãƒ«ã‚¿ãƒ¼ã‚’設定ã—ã¾ã—ãŸ"); } return true; } }testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §aé¸æŠžã—ã¦ã„る範囲を移動ã—ã¾ã™\n". "§c使ã„æ–¹: §a//move [è·é›¢] [æ–¹å‘] [除外]\n". "§cフラグ: §a-s: 移動後ã®ç¯„囲をé¸æŠžã—ã¾ã™"); return false; } if(DefinedChecker::checkPosition($sender)) { return false; } $check = FlagChecker::check($args); $args = $check[0]; $flags = $check[1]; $moveSelection = false; foreach($flags as $flag){ switch($flag){ case "s": $moveSelection = true; break; } } $count = 1; if(isset($args[0])) $count = (int) $args[0]; if(count($args) < 2){ $direction = Main::getCardinalDirection($sender); }else{ $direction = Main::getFlipDirection($sender, $args[1]); } $session = Main::getInstance()->getEditSession($sender); $replace = new BaseBlock(Block::AIR); $session->moveRegion($session->getRegionSelector($sender->getLevel())->getRegion(), $direction, $count, true, $replace); $session->remember(); $sender->sendMessage(Main::LOGO."ブロックを移動ã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }" ); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §a範囲内ã®ãƒ–ロックã®ä¸Šã«ãƒ–ロックを設置ã—ã¾ã™\n". "§c使ã„æ–¹: §a//overlay <ブロックパターン>"); return false; } if(DefinedChecker::checkPosition($sender)) { return false; } if(count($args) < 1){ $sender->sendMessage("§c使ã„æ–¹: §a//overlay <ブロックパターン>"); return true; } $pattern = Main::getInstance()->getPatternFactory()->parseFromInput($args[0]); $session = Main::getInstance()->getEditSession($sender); $affected = $session->overlayCuboidBlocks($session->getRegionSelector($sender->getLevel())->getRegion(), $pattern); $session->remember(); $sender->sendMessage(Main::LOGO.$affected."ブロックを生æˆã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §aクリップボードを貼り付ã‘ã¾ã™\n". "§c使ã„æ–¹: §a//paste\n". "§cフラグ: §a-a: 空気ブロックを無視ã—ã¾ã™\n". "§c : §a-o: コピー元を原点ã¨ã—ã¾ã™\n". "§c : §a-s: コピー後ã®ç¯„囲をé¸æŠžã—ã¾ã™"); return false; } if(DefinedChecker::checkClipboard($sender)) { return false; } $check = FlagChecker::check($args); $args = $check[0]; $flags = $check[1]; $ignoreAirBlocks = false; $atOrigin = false; $selectPasted = false; foreach($flags as $flag){ switch($flag){ case "a": $ignoreAirBlocks = true; break; case "o": $atOrigin = true; break; case "s": $selectPasted = true; break; } } $session = Main::getInstance()->getEditSession($sender); $holder = $session->getClipboard(); $clipboard = $holder->getClipboard(); $region = $clipboard->getRegion(); $to = $atOrigin ? $clipboard->getOrigin() : new Vector($sender->x, $sender->y, $sender->z); $operation = $holder ->createPaste($session, $session->getWorld()) ->to($to) ->ignoreAirBlocks($ignoreAirBlocks) ->build(); Operations::completeLegacy($operation); if($selectPasted){ $clipboardOffset = $clipboard->getRegion()->getMinimumPoint()->subtract($clipboard->getOrigin()); $realTo = $to->add($holder->getTransform()->apply($clipboardOffset)); $max = $realTo->add($holder->getTransform()->apply($region->getMaximumPoint()->subtract($region->getMinimumPoint()))); $selector = new CuboidRegionSelector($sender->getLevel(), $realTo, $max); $session->setRegionSelector($sender->getLevel(), $selector); $selector->learnChanges(); $selector->explainRegionAdjust($sender); } $session->remember(); $sender->sendMessage(Main::LOGO.$to->floor()->toString()."ã«è²¼ã‚Šä»˜ã‘ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }createCommandData(); //$data->setSubCommand(0, false, ["all"]); //$data->setSubCommand(1, false, ["party"]); //$data->setSubCommand(2, false, ["clan"]); //$data->register(); //$this->setPermission(""); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(isset($args[0]) && (!SpaceChecker::check($args))){ $p = explode(",", $args[0]); $pos = new Vector($p[0], $p[1], $p[2]); }else{ $pos = Main::getInstance()->getEditSession($sender)->getPlacementPosition($sender); } Main::getInstance()->getEditSession($sender)->getRegionSelector($sender->getLevel())->selectPrimary($pos); Main::getInstance()->getEditSession($sender)->getRegionSelector($sender->getLevel())->explainPrimarySelection($sender); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }createCommandData(); //$data->setSubCommand(0, false, ["all"]); //$data->setSubCommand(1, false, ["party"]); //$data->setSubCommand(2, false, ["clan"]); //$data->register(); //$this->setPermission(""); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(isset($args[0]) && (!SpaceChecker::check($args))){ $p = explode(",", $args[0]); $pos = new Vector($p[0], $p[1], $p[2]); }else{ $pos = Main::getInstance()->getEditSession($sender)->getPlacementPosition($sender); } Main::getInstance()->getEditSession($sender)->getRegionSelector($sender->getLevel())->selectSecondary($pos); Main::getInstance()->getEditSession($sender)->getRegionSelector($sender->getLevel())->explainSecondarySelection($sender); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } } <サイズ>" ); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §aピラミッドを生æˆã—ã¾ã™\n". "§c使ã„æ–¹: §a//pyramid <ブロックパターン> <サイズ>\n". "§cフラグ: §a-h: 空洞ã«ã—ã¾ã™"); return false; } $check = FlagChecker::check($args); $args = $check[0]; $flags = $check[1]; if(count($args) < 2){ $sender->sendMessage("§c使ã„æ–¹: §a//pyramid <ブロックパターン> <サイズ>"); return true; } $hollow = false; foreach($flags as $flag){ switch($flag){ case "h": $hollow = true; break; } } $session = Main::getInstance()->getEditSession($sender); $pos = $session->getPlacementPosition($sender); $fill = Main::getInstance()->getPatternFactory()->parseFromInput($args[0]); $affected = $session->makePyramid($pos, $fill, (int) $args[1], !$hollow); $session->remember(); Main::findFreePosition($sender); $sender->sendMessage(Main::LOGO.$affected."ブロックを生æˆã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §aã‚„ã‚Šç›´ã—ã¾ã™\n". "§c使ã„æ–¹: §a//redo [回数]"); return false; } $session = Main::getInstance()->getEditSession($sender); $session->redo(); $sender->sendMessage(Main::LOGO."ã‚„ã‚Šç›´ã—ã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }" ); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §a範囲内ã®ãƒ–ロックを置ãæ›ãˆã¾ã™\n". "§c使ã„æ–¹: §a//replace [ç½®ãæ›ãˆã‚‹ãƒ–ロック] <ç½®ãブロック>"); return false; } if(DefinedChecker::checkPosition($sender)) { return fasle; } if(count($args) < 2){ return true; } $items = explode(",", $args[0]); $blocks = []; foreach($items as $item){ $blocks[] = Main::getInstance()->getBlockFactory()->parseFromInput($item); } $session = Main::getInstance()->getEditSession($sender); $mask = new BlockMask($session, $blocks); $pattern = Main::getInstance()->getPatternFactory()->parseFromInput($args[1]); $affected = $session->replaceBlocks($session->getRegionSelector($sender->getLevel())->getRegion(), $mask, $pattern); $session->remember(); $sender->sendMessage(Main::LOGO.$affected."ブロックを設置ã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } } [] []" ); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §aクリップボードを回転ã—ã¾ã™\n". "§c使ã„æ–¹: §a//rotate [] []"); return false; } if(DefinedChecker::checkClipboard($sender)) { return false; } if(count($args) < 1){ $sender->sendMessage("§c使ã„æ–¹: §a//rotate [] []"); return; } $session = Main::getInstance()->getEditSession($sender); $holder = $session->getClipboard(); $transform = new AffineTransform(); $transform = $transform->rotateY(-(isset($args[0]) ? $args[0] : 0)); $transform = $transform->rotateX(-(isset($args[1]) ? $args[1] : 0)); $transform = $transform->rotateZ(-(isset($args[2]) ? $args[2] : 0)); $holder->setTransform($holder->getTransform()->combine($transform)); $sender->sendMessage(Main::LOGO."クリップボードを回転ã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }" ); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §aé¸æŠžã—ãŸç¯„囲を指定ã—ãŸãƒ–ロックã«ç½®æ›ã—ã¾ã™\n". "§c使ã„æ–¹: §a//set <ブロックパターン>"); return false; } if(DefinedChecker::checkPosition($sender)) { return false; } if(count($args) < 1){ $sender->sendMessage("§c使ã„æ–¹: §a//set <ブロックパターン>"); return true; } $pattern = Main::getInstance()->getPatternFactory()->parseFromInput($args[0]); $session = Main::getInstance()->getEditSession($sender); $affected = $session->setBlocks($session->getRegionSelector($sender->getLevel())->getRegion()->iterator(), $pattern); echo($affected); $session->remember(); $sender->sendMessage(Main::LOGO.$affected."ブロックを設置ã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }" ); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §aé¸æŠžã—ãŸç¯„囲ã®ãƒ–ロックを滑らã‹ã«ã—ã¾ã™\n". "§c使ã„æ–¹: §a//smooth <回数>"); return false; } if(DefinedChecker::checkPosition($sender)) { return false; } if(empty($args[0])) $args[0] = 1; $session = Main::getInstance()->getEditSession($sender); $region = $session->getRegionSelector($sender->getLevel())->getRegion(); $heightMap = new HeightMap($session, $region); $filter = new HeightMapFilter(new GaussianKernel(5, 1.0)); $affected = $heightMap->applyFilter($filter, $args[0]); $sender->sendMessage(Main::LOGO.$affected."ブロックを設置ã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } } <åŠå¾„>[,<åŠå¾„>,<åŠå¾„>] [頭上?]" ); } public function execute(CommandSender $sender, string $commandLabel, array $args){ if(!$this->testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §açƒä½“を生æˆã—ã¾ã™\n". "§c使ã„æ–¹: §a//sphere <ブロックパターン> <åŠå¾„>[,<åŠå¾„>,<åŠå¾„>] [頭上?]\n". "§cフラグ: §a-h: 空洞ã«ã—ã¾ã™"); return false; } $copyEntities = false; $check = FlagChecker::check($args); $args = $check[0]; $flags = $check[1]; if(count($args) < 2){ $sender->sendMessage("§c使ã„æ–¹: //sphere <ブロックパターン> <åŠå¾„>[,<åŠå¾„>,<åŠå¾„>] [頭上?]"); return true; } $hollow = false; foreach($flags as $flag){ switch($flag){ case "h": $hollow = true; break; } } $radii = explode(",", $args[1]); switch(count($radii)){ case 1: $radiusX = $radiusY = $radiusZ = (float) $radii[0]; break; case 3: $radiusX = (float) $radii[0]; $radiusY = (float) $radii[1]; $radiusZ = (float) $radii[2]; break; default: $sender->sendMessage("åŠå¾„ã®å€¤ãŒéŽä¸è¶³ã—ã¦ã„ã¾ã™"); return true; } $session = Main::getInstance()->getEditSession($sender); //$raised = $pos = $session->getPlacementPosition($sender); //if($raised){ // $pos = $pos->add(0, $radiusY, 0); //} $fill = Main::getInstance()->getPatternFactory()->parseFromInput($args[0]); $affected = $session->makeSphere($pos, $fill, $radiusX, $radiusY, $radiusZ, !$hollow); $session->remember(); Main::findFreePosition($sender); $sender->sendMessage(Main::LOGO.$affected."ブロックを生æˆã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §aé¸æŠžã—ãŸç¯„囲を繰り返ã—ã¾ã™\n". "§c使ã„æ–¹: §a//stack [回数] [æ–¹å‘]\n". "§cフラグ: §a-s: 移動後ã®ç¯„囲をé¸æŠžã—ã¾ã™\n". "§c : §a-a: 空気ブロックを無視ã—ã¾ã™"); return false; } if(DefinedChecker::checkPosition($sender)) { return false; } $check = FlagChecker::check($args); $args = $check[0]; $flags = $check[1]; $moveSelection = false; $ignoreAirBlocks = false; foreach($flags as $flag){ switch($flag){ case "s": $moveSelection = true; break; case "a": $ignoreAirBlocks = true; break; } } $count = 1; if(isset($args[0])) $count = (int) $args[0]; if(count($args) < 2){ $direction = Main::getCardinalDirection($sender); }else{ $direction = Main::getFlipDirection($sender, $args[1]); } $session = Main::getInstance()->getEditSession($sender); $affected = $session->stackCuboidRegion($session->getRegionSelector($sender->getLevel())->getRegion(), $direction, $count, !$ignoreAirBlocks); $session->remember(); $sender->sendMessage(Main::LOGO.$affected."ブロックを生æˆã—ã¾ã—ãŸ"); Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }holder = $holder; $this->ignoreAirBlocks = $ignoreAirBlocks; $this->usingOrigin = $usingOrigin; } public function build(EditSession $editSession, Vector $position, ?Pattern $pattern, float $size){ $clipboard = $this->holder->getClipboard(); $region = $clipboard->getRegion(); $centerOffset = $region->getCenter()->subtract($clipboard->getOrigin()); $operation = $holder->createPaste($editSession, $editSession->getPlayer()->getLevel()) ->to($this->usingOrigin ? $position : $position->subtract($centerOffset)) ->ignoreAirBlocks($this->ignoreAirBlocks) ->build(); Operations::completeLegacy($operation); } } height = $height; } public function build(EditSession $editSession, Vector $position, ?Pattern $pattern, float $size){ $editSession->makeCylinder($position, $pattern, $size, $size, $this->height, true); } }fullHeight = $fullHeight; } public function build(EditSession $editSession, Vector $position, ?Pattern $pattern, float $size){ $air = new BaseBlock(Block::AIR, 0); $startY = $this->fullHeight ? 255 : $position->getBlockY() + $size; for($x = $position->getBlockX() + $size;$x > $position->getBlockX() - $size;--$x){ for($z = $position->getBlockZ() + $size;$z > $position->getBlockZ() - $size;--$z){ $y = $startY; $blockTypes = []; for(;$y > $position->getBlockY() - $size;--$y){ $pt = new Vector($x, $y, $z); $block = $editSession->getBlock($pt); if($block->getId() != Block::AIR){ $blockTypes[] = $block; $editSession->setBlock($pt, $air); } } $pt = new Vector($x, $y, $z); $blockTypes = array_reverse($blockTypes); for($i = 0;$i < count($blockTypes);){ if($editSession->getBlock($pt)->getId() == Block::AIR){ $editSession->setBlock($pt, $blockTypes[$i++]); } $pt = $pt->add(0, 1, 0); } } } } }height = $height; } public function build(EditSession $editSession, Vector $position, ?Pattern $pattern, float $size){ $editSession->makeCylinder($position, $pattern, $size, $size, $this->height, false); } }makeSphere($position, $pattern, $size, $size, $size, false); } }iterations = $iterations; $this->naturalOnly = $naturalOnly; } public function build(EditSession $editSession, Vector $position, ?Pattern $pattern, float $size){ $min = new WorldVector($editSession->getWorld(), $position->subtract($size, $size, $size)); $max = $position->add($size, $size + 10, $size); $region = new CuboidRegion($min, $max); $heightMap = new HeightMap($editSession, $region, $this->naturalOnly); $filter = new HeightMapFilter(new GaussianKernel(5, 1.0)); $heightMap->applyFilter($filter, $this->iterations); } }makeSphere($position, $pattern, $size, $size, $size, true); } }brush = new SphereBrush(); } public function canUse(Player $player) : bool{ return true; } public function getMask() : ?Mask{ return $this->mask; } public function setMask(?Mask $filter){ $this->mask = $filter; } public function setBrush(Brush $brush){ $this->brush = $brush; } public function getBrush() : Brush{ return $this->brush; } public function setFill(Pattern $pattern){ $this->material = $pattern; } public function getMaterial() : ?Pattern{ return $this->material; } public function getSize() : float{ return $this->size; } public function setSize(float $size){ $this->size = $size; } public function getRange() : int{ return ($this->range < 0) ? self::MAX_RANGE : min($this->range, self::MAX_RANGE); } public function setRange(int $range){ $this->range = $range; } public function actPrimary(Player $player) : bool{ $target = null; $target = Main::getBlockTrace($player, $this->getRange(), true); if($target == null){ $player->sendMessage("No block in sight!"); return true; } if(!($this->getBrush() instanceof SmoothBrush) && !($this->getBrush() instanceof GravityBrush)){ $dir = $player->getDirectionVector(); $target = new Vector($player->x + (($dir->x * 2) * $this->getSize()), $player->y + (($dir->y * 2) * $this->getSize()) + $player->getEyeHeight(), $player->z + (($dir->z * 2) * $this->getSize())); } $editSession = Main::getInstance()->getEditSession($player); $existingMask = null; if($this->mask != null){ $existingMask = $editSession->getMask(); if($existingMask == null) { $editSession->setMask([$this->mask]); }else if($existingMask instanceof MaskIntersection){ $existingMask->add([$this->mask]); }else{ $newMask = new MaskIntersection([$existingMask]); $newMask->add([$this->mask]); $editSession->setMask($newMask); } } $this->brush->build($editSession, $target, $this->material, $this->size); if($existingMask != null) $editSession->setMask($existingMask); $editSession->remember(); return true; } }testPermission($sender)){ return true; } if(!($sender instanceof Player)){ return true; } if(!Main::$canUseNotOp && !$sender->isOp()){ return false; } if(HelpChecker::check($args) || SpaceChecker::check($args)){ $sender->sendMessage("§c効果: §aå…ƒã«æˆ»ã—ã¾ã™\n". "§c使ã„æ–¹: §a//undo [回数]"); return false; } $session = Main::getInstance()->getEditSession($sender); $times = isset($args[0]) ? max(1, $args[0]) : 1; for($i = 0;$i < $times;$i++){ $undone = false; $undone = $session->undo(); if($undone) $sender->sendMessage(Main::LOGO."å…ƒã«æˆ»ã—ã¾ã—ãŸ"); } Main::getInstance()->getServer()->broadcastMessage("§7".Main::LOGO.$sender->getName()." ㌠/".$this->getName()." を利用"); return true; } }getEditSession($player)->getRegionSelector($player->getLevel())->isDefined()) { $player->sendMessage(Main::LOGO."座標ãŒã‚»ãƒƒãƒˆã•ã‚Œã¦ã„ã¾ã›ã‚“"); return true; } return false; } public static function checkClipboard(Player $player) : bool{ if(Main::getInstance()->getEditSession($player)->getClipboard() == null) { $player->sendMessage(Main::LOGO."クリップボードãŒè¨­å®šã•ã‚Œã¦ã„ã¾ã›ã‚“"); return true; } return false; } public static function checkBrush(Player $player) { $tool = Main::getInstance()->getBrushTool($player->getInventory()->getItemInHand(), $player); $brush = $tool->getBrush(); if($brush instanceof SphereBrush or $brush instanceof CylinderBrush or $brush instanceof HollowCylinderBrush) { if(!$tool->getMaterial() instanceof Pattern) { return true; } } return false; } } $arg){ if(substr($arg, 0, 1) == "-"){ $str = substr($arg, 1); $flags = str_split($str); $k = $key; } } if($k != null) unset($args[$k]); array_values($args); return [$args, $flags]; } }size = $size; $this->data = []; $this->origin = $origin instanceof Vector ? $origin : new Vector(); $this->offset = $offset instanceof Vector ? $offset : new Vector(); } public function getWidth(){ return $this->size->getBlockX(); } public function getLength(){ return $this->size->getBlockZ(); } public function getHeight(){ return $this->size->getBlockY(); } public function rotate2D($angle){ $angle = $angle % 360; if($angle % 90 != 0){ return; } $reverse = $angle < 0; $numRotations = abs((int) floor($angle / 90.0)); $width = $this->getWidth(); $length = $this->getLength(); $helght = $this->getHeight(); $sizeRotated = $size->transform2D($angle, 0, 0, 0, 0); $shiftX = $sizeRotated->getX() < 0 ? -$sizeRotated->getBlockX() - 1 : 0; $shiftZ = $sizeRotated->getZ() < 0 ? -$sizeRotated->getBlockZ() - 1 : 0; $newData = []; for($x = 0;$x < $width;$x++){ for($z = 0;$z < $length;$z++){ $v = new Vector2D($x, $z)->transform2D($angle, 0, 0, $shiftX, $shiftZ); $newX = $v->getBlockX(); $newZ = $v->getBlockZ(); for($y = 0;$y < $helght;$y++){ $block = $this->data[$x][$y][$z]; $newData[$newX][$y][$newZ] = $block; if($block == null){ continue; } if($reverse){ for($i = 0;$i < $numRotations;$i++){ $block->rotate90Reverse(); } }else{ for($i = 0;$i < $numRotations;$i++){ $block->rotate90(); } } } } } $this->data = $newData; $this->size = new Vector(abs($sizeRotated->getBlockX()), abs($sizeRotated->getBlockY()), abs($sizeRotated->getBlockZ())); $this->offset = $this->offset->transform2D($angle, 0, 0, 0, 0) ->subtract($shiftX, 0, $shiftZ); } public function flip($dir, $aroundPlayer = false){ $width = $this->getWidth(); $length = $this->getLength(); $helght = $this->getHeight(); switch($dir){ case self::WEST_EAST: $wid = (int) ceil($width / 2.0); for($xs = 0;$xs < $wid;$xs++){ for($z = 0;$z < $length;$z++){ for($y = 0;$y < $height;$y++){ $block1 = $this->data[$xs][$y][$z]; if($block1 != null){ $block1->flip($dir); } if($xs == $width - $xs - 1){ continue; } $block2 = $this->data[$width - $xs - 1][$y][$z]; if($block2 != null){ $block2->flip($dir); } $this->data[$xs][$y][$z] = $block2; $this->data[$width - $xs - 1][$y][$z] = $block1; } } } if($aroundPlayer){ $this->offset = $this->offset->setX(1 - $this->offset->getX() - $width); } break; case self::WEST_EAST: $len = (int) ceil($length / 2.0); for($zs = 0;$zs < $len;$zs++){ for($x = 0;$x < $width;$x++){ for($y = 0;$y < $height;$y++){ $block1 = $this->data[$x][$y][$zs]; if($block1 != null){ $block1->flip($dir); } if($zs == $length - $zs - 1){ continue; } $block2 = $this->data[$x][$y][$length - $zs - 1]; if($block2 != null){ $block2->flip($dir); } $this->data[$x][$y][$zs] = $block2; $this->data[$x][$y][$length - $zs - 1] = $block1; } } } if($aroundPlayer){ $this->offset = $this->offset->setZ(1 - $this->offset->getZ() - $length); } break; case self::WEST_EAST: $hei = (int) ceil($height / 2.0); for($ys = 0;$ys < $hei;$ys++){ for($x = 0;$x < $width;$x++){ for($z = 0;$z < $length;$z++){ $block1 = $this->data[$x][$ys][$z]; if($block1 != null){ $block1->flip($dir); } if($ys == $height - $ys - 1){ continue; } $block2 = $this->data[$x][$height - $ys - 1][$z]; if($block2 != null){ $block2->flip($dir); } $this->data[$x][$ys][$z] = $block2; $this->data[$x][$height - $ys - 1][$z] = $block1; } } } if($aroundPlayer){ $this->offset = $this->offset->setY(1 - $this->offset->getY() - $height); } break; } } public function copy($editSession, $region = null){ if($region instanceof Region){ for($x = 0;$x < $this->size->getBlockX();$x++){ for($y = 0;$y < $this->size->getBlockY();$y++){ for($z = 0;$z < $this->size->getBlockZ();$z++){ $pt = new Vector($x, $y, $z)->add($this->getOrigin()); if($region->contains($pt)){ $data[$x][$y][$z] = $editSession->getBlock($pt); }else{ $data[$x][$y][$z] = null; } } } } }else{ for($x = 0;$x < $this->size->getBlockX();$x++){ for($y = 0;$y < $this->size->getBlockY();$y++){ for($z = 0;$z < $this->size->getBlockZ();$z++){ $this->data[$x][$y][$z] = $editSession->getBlock(new Vector($x, $y, $z)->add($this->getOrigin())); } } } } } public function paste($editSession, $newOrigin, $noAir, $entities = false){ $this->place($editSession, $newOrigin->add($this->offset), $noAir); if($entities){ $this->pasteEntities($newOrigin->add($this->offset)); } } public function paste($editSession, $newOrigin, $noAir){ for($x = 0;$x < $this->size->getBlockX();$x++){ for($y = 0;$y < $this->size->getBlockY();$y++){ for($z = 0;$z < $this->size->getBlockZ();$z++){ $block = $this->data[$x][$y][$z]; if($block == null){ continue; } if($noAir && $block->isAir()){ continue; } $editSession->setBlock(new Vector($x, $y, $z)->add($newOrigin), $block); } } } } public function pasteEntities($newOrigin){ $entities = []; for($i = 0;$i < count($this->entities);$i++){ $copied = $this->entities[$i]; if($copied->entity->spawn($copied->entity->getPosition()->setPosition($copied->relativePosition->add($newOrigin)))){ $entities[$i] = $copied->entity; } } return $entities; } public function storeEntity($entity){ $this->entities->add(new CopiedEntity($entity)); } public function getPoint($position){ $block = $this->getBlock($position); if($block == null){ return new BaseBlock(BlockID::AIR); } return $block; } public function getBlock($position){ return $this->data[$position->getBlockX()][$position->getBlockY()][$position->getBlockZ()]; } public function setBlock($position, $block){ $this->data[$position->getBlockX()][$position->getBlockY()][$position->getBlockZ()] = $block; } public function getSize(){ return $this->size; } public function saveSchematic($path){ SchematicFormat::MCEDIT->save($this, $path); } public function loadSchematic($path){ return SchematicFormat::MCEDIT->load($path); } public function getOrigin(){ return $this->origin; } public function setOrigin($origin){ $this->origin = $origin; } public function getOffset(){ return $this->offset; } public function setOffset($offset){ $this->offset = $offset; } public function getBlockDistribution(){ $distribution = []; $map = []; $maxX = $this->getWidth(); $maxY = $this->getHeight(); $maxZ = $this->getLength(); for($x = 0;$x < $maxX;$x++){ for($y = 0;$y < $maxY;$y++){ for($z = 0;$z < $maxZ;$z++){ $block = $this->data[$x][$y][$z]; if($block == null){ continue; } $id = $block->getId(); if(isset($map[$id])){ $map[$id]->increment(); }else{ $c = new Countable($id, 1); $map[$id] = $c; $distribution[] = $c; } } } } //sort; return $distribution; } public function getBlockDistributionWithData(){ $distribution = []; $map = []; $maxX = $this->getWidth(); $maxY = $this->getHeight(); $maxZ = $this->getLength(); for($x = 0;$x < $maxX;$x++){ for($y = 0;$y < $maxY;$y++){ for($z = 0;$z < $maxZ;$z++){ $block = $this->data[$x][$y][$z]; if($block == null){ continue; } $bareBlock = new BaseBlock($block->getId(), $block->getDamage()); if(isset($map[$bareBlock])){ $map[$bareBlock]->increment(); }else{ $c = new Countable($bareBlock, 1); $map[$bareBlock] = $c; $distribution[] = $c; } } } } //sort; return $distribution; } } class CopiedEntity{ public $entity; public $relativePosition; public function __construct($entity){ $this->entity = $entity; $this->relativePosition = $entity0>getPosition()->subtract($this->getOrigin()); } }player = $player; $this->regionSelector = new CuboidRegionSelector($player->getLevel()); $this->mask = Masks::alwaysTrue(); $this->changeMemory = new ChangeMemory(); } public function getPlayer() : Player{ return $this->player; } public function setPlayer(Player $player){ $this->player = $player; } public function getWorld() : Level{ return $this->player->getLevel(); } public function getRegionSelector(Level $world) : RegionSelector{ return $this->regionSelector; } public function setRegionSelector(Level $world, RegionSelector $selector){ $this->regionSelector = $selector; } public function getBlock(Vector $pt) : BaseBlock{ $block = $this->player->getLevel()->getBlock(new Vector3($pt->getX(), $pt->getY(), $pt->getZ())); return new BaseBlock($block->getId(), $block->getDamage()); } public function getClipboard() : ?ClipboardHolder{ if($this->clipboard == null) return null; return $this->clipboard; } public function setClipboard(ClipboardHolder $clipboard){ $this->clipboard = $clipboard; } public function getPlacementPosition(Player $player) : Vector{ $v = new Vector($player->x, $player->y, $player->z); return $v->floor(); } public function remember(){ $this->reorder(); $this->historyPointer++; $this->historyMax++; $this->history[$this->historyPointer] = $this->changeMemory; foreach($this->history as $k => $h){ if($k > $this->historyPointer) unset($this->history[$k]); } $this->changeMemory = new ChangeMemory(); $this->done = []; } public function undo(){ if($this->historyPointer <= -1) return; $this->history[$this->historyPointer]->undo($this); $this->reorderUndo(); $this->historyPointer--; } public function redo(){ if(count($this->history) <= $this->historyPointer + 1) return; $this->history[$this->historyPointer + 1]->redo($this); $this->reorderUndo(); $this->historyPointer++; } public function getMinimumPoint() : Vector{ return new Vector(0, 0, 0); } public function getMaximumPoint() : Vector{ return new Vector(0, 0, 0); } public function createEntity(Location $location, Entity $entity) : ?Entity{ $skin = $entity->getSkin(); $nbt = new CompoundTag("", [ new ListTag("Pos", [ new DoubleTag("", $location->getX()), new DoubleTag("", $location->getY()), new DoubleTag("", $location->getZ()) ]), new ListTag("Motion", [ new DoubleTag("", 0), new DoubleTag("", 0), new DoubleTag("", 0) ]), new ListTag("Rotation", [ new FloatTag("", $location->getYaw()), new FloatTag("", $location->getPitch()) ]), "Skin" => new CompoundTag("Skin", [ new StringTag("geometryData", $skin->getGeometryData()), new StringTag("geometryName", $skin->getGeometryName()), new StringTag("capeData", $skin->getCapeData()), new StringTag("Data", $skin->getSkinData()), new StringTag("Name", $skin->getSkinId()) ]), ]); $newEntity = Entity::createEntity($entity->getSaveId(), $this->player->getLevel(), $nbt); for($i = 0;$i < 100;$i++){ $data = $entity->getDataProperty($i); $type = $entity->getDataPropertyType($i); if($data !== null && $type !== null) $newEntity->setDataProperty($i, $type, $data); } for($i = 0;$i < 50;$i++){ $data = $entity->getGenericFlag($i); if($data !== null) $newEntity->setGenericFlag($i, $data); } //$newEntity->setSkin($entity->getSkin()); $newEntity->spawnToAll(); $this->changeMemory->add(new EntityCreate($location, $newEntity)); return $newEntity; } public function getEntities(?Region $region = null) : array{ $entities = $this->player->getLevel()->getEntities(); if($region === null) return $entities; $result = []; foreach($entities as $entity){ $pt = new Vector($entity->x, $entity->y, $entity->z); if($region->contains($pt)) $result[] = $entity; } return $result; } public function commit() : ?Operation{ return null; } public function reorderUndo(){ foreach($this->reorderUndo as $o){ $this->player->getLevel()->setBlock($o[0]->toVector3(), Block::get($o[1]->getType(), $o[1]->getData())); } $this->reorderUndo = []; } public function setBlockUndo(Vector $pt, BaseBlock $block) : bool{ if(BlockType::shouldPlaceLast($block->getType()) || BlockType::shouldPlaceFinal($block->getType())){ $this->reorderUndo[] = [$pt, $block]; return true; } $this->player->getLevel()->setBlock($pt->toVector3(), Block::get($block->getType(), $block->getData())); return true; } public function reorder(){ foreach($this->reorder as $o){ $this->player->getLevel()->setBlock($o[0]->toVector3(), Block::get($o[1]->getType(), $o[1]->getData())); } $this->reorder = []; } public function setBlock(Vector $pt, $pattern) : bool{ if(!$this->mask->test($pt)) return false; if(isset($this->done[(($pt->x & 0xFFFFFFF) << 36) | (($pt->y & 0xFF) << 28) | ($pt->z & 0xFFFFFFF)])) return false; else $this->done[(($pt->x & 0xFFFFFFF) << 36) | (($pt->y & 0xFF) << 28) | ($pt->z & 0xFFFFFFF)] = true; if($pattern instanceof Pattern) $pattern = $pattern->apply($pt); $this->changeMemory->add(new BlockChange($pt->toBlockVector(), $this->getBlock($pt), $pattern)); if(BlockType::shouldPlaceLast($pattern->getType()) || BlockType::shouldPlaceFinal($pattern->getType())){ $this->reorder[] = [$pt, $pattern]; return true; } $this->player->getLevel()->setBlock($pt->toVector3(), Block::get($pattern->getType(), $pattern->getData())); return true; } public function setBlocks(array $vset, Pattern $pattern) : int{ $affected = 0; foreach($vset as $v){ $affected += $this->setBlock($v, $pattern) ? 1 : 0; } return $affected; } public function getMask() : Mask{ return $this->mask; } public function setMask(Mask $mask){ $this->mask = $mask; } public function getHighestTerrainBlock($x, $z, $minY, $maxY, $naturalOnly = false) : int{ for($y = $maxY;$y >= $minY;$y--){ $pt = new Vector($x, $y, $z); $block = $this->getBlock($pt); if($naturalOnly ? BlockType::isNaturalTerrainBlock($block->getId(), $block->getData()) : !BlockType::canPassThrough($block->getId(), $block->getData())){ return $y; } } return $minY; } public function countBlock($region, $searchIDs){ $passOn = []; foreach($searchIDs as $i){ $passOn[] = new BaseBlock($i, -1); } return $this->countBlocks($region, $passOn); } public function countBlocks($region, $searchBlocks){ $mask = new FuzzyBlockMask($this, $searchBlocks); $count = new Counter(); $filter = new RegionMaskingFilter($mask, $count); $visitor = new RegionVisitor($region, $filter); Operations::completeBlindly($visitor); return $count->getCount(); } public function fillXZ($origin, $pattern, $radius, $depth, $recursive){ if($pattern instanceof BaseBlock){ $pattern = new SingleBlockPattern($pattern); } $mask = new MaskIntersection( new RegionMask(new EllipsoidRegionnull, $origin, new Vector($radius, $radius, $radius)), new BoundedHeightMask( max($origin->getBlockY() - $depth + 1, 0), min(255, $origin->getBlockY())), Masks::negate(new ExistingBlockMask($this))); $replace = new BlockReplace($this, Patterns::warp($pattern)); if($recursive){ $visitor = new RecursiveVisitor($mask, $replace); }else{ $visitor = new DownwardVisitor($mask, $replace, $origin->getBlockY()); } $visitor->visit($origin); Operations::completeLegacy($visitor); return $visitor->getAffected(); } public function removeAbove($position, $apothem, $height){ $region = new CuboidRegion( $this->getWorld(), $position->add(-$apothem + 1, 0, -$apothem + 1), $position->add($apothem - 1, $height - 1, $apothem - 1)); $pattern = new SingleBlockPattern(new BaseBlock(Block::AIR)); return $this->setBlock($region, $pattern); } public function removeBelow($position, $apothem, $height){ $region = new CuboidRegion( $this->getWorld(), $position->add(-$apothem + 1, 0, -$apothem + 1), $position->add($apothem - 1, -$height + 1, $apothem - 1)); $pattern = new SingleBlockPattern(new BaseBlock(Block::AIR)); return $this->setBlock($region, $pattern); } public function removeNear($position, $blockType, $apothem){ $mask = new FuzzyBlockMask($this, new BaseBlock($blockType, -1)); $a = new Vector(1, 1, 1); $adjustment = $a->multiply($apothem - 1); $region = new CuboidRegion( $this->getWorld(), $position->add($adjustment->multiply(-1)), $position->add($adjustment)); $pattern = new SingleBlockPattern(new BaseBlock(Block::AIR)); return $this->replaceBlock($region, $mask, $pattern); } public function replaceBlocks($region, $mask, $pattern){ $replace = new BlockReplace($this, $pattern); $filter = new RegionMaskingFilter($mask, $replace); $visitor = new RegionVisitor($region, $filter); Operations::completeLegacy($visitor); return $visitor->getAffected(); } public function center($region, $pattern){ $center = $region->getCenter(); $centerRegion = new CuboidRegion( $this->getWorld(), new Vector(((int) $center->getX()), ((int) $center->getY()), ((int) $center->getZ())), new Vector(MathUtils::roundHalfUp($center->getX()), $center->getY(), MathUtils::roundHalfUp($center->getZ()))); return $this->setBlocks($centerRegion, $pattern); } public function makeCuboidFaces($region, $pattern){ if($pattern instanceof BaseBlock){ $pattern = new SingleBlockPattern($pattern); } $cuboid = CuboidRegion::makeCuboid($region); $faces = $cuboid->getFaces(); return $this->setBlocks($faces, $pattern); } public function makeFaces($region, $pattern){ if($region instanceof CuboidRegion){ return $this->makeCuboidFaces($region, $pattern); }else{ $shape = new RegionShape($region); return $shape->generate($this, $pattern, true); } } public function makeCuboidWalls($region, $pattern){ if($pattern instanceof BaseBlock){ $pattern = new SingleBlockPattern($pattern); } $cuboid = CuboidRegion::makeCuboid($region); $faces = $cuboid->getWalls(); return $this->setBlocks($faces, $pattern); } public function makeWalls($region, $pattern){ if($region instanceof CuboidRegion){ return $this->makeCuboidWalls($region, $pattern); }else{ $minY = $region->getMinimumPoint()->getBlockY(); $maxY = $region->getMaximumPoint()->getBlockY(); return $shape->generate($this, $pattern, true); } } public function overlayCuboidBlocks($region, $pattern){ $replace = new BlockReplace($this, $pattern); $offset = new RegionOffset(new Vector(0, 1, 0), $replace); $ground = new GroundFunction(new ExistingBlockMask($this), $offset); $visitor = new LayerVisitor($region, $region->getMinimumY(), $region->getMaximumY(), $ground); Operations::completeLegacy($visitor); return $ground->getAffected(); } public function naturalizeCuboidBlocks($region){ $naturalizer = new Naturalizer($this); $flatRegion = Regions::asFlatRegion($region); $visitor = new LayerVisitor($flatRegion, $this->minimumBlockY($region), $this->maximumBlockY($region), $naturalizer); Operations::completeLegacy($visitor); return $naturalizer->getAffected(); } public function stackCuboidRegion($region, $dir, $count, $copyAir){ $size = $region->getMaximumPoint()->subtract($region->getMinimumPoint())->add(1, 1, 1); $to = $region->getMinimumPoint(); $copy = new ForwardExtentCopy($this, $region, $region->getMinimumPoint(), $this, $to); $copy->setRepetitions($count); $aff = new AffineTransform(); $copy->setTransform($aff->translate($dir->multiply($size))); if(!$copyAir){ $copy->setSourceMask(new ExistingBlockMask($this)); } Operations::completeLegacy($copy); return $copy->getAffected(); } public function moveRegion($region, $dir, $distance, $copyAir, $replacement){ $to = $region->getMinimumPoint(); $pattern = $replacement != null ? new BlockPattern($replacement) : new BlockPattern(new BaseBlock(Block::AIR)); $remove = new BlockReplace($this, $pattern); $buffer = new ForgetfulExtentBuffer($this, new RegionMask($region)); $copy = new ForwardExtentCopy($this, $region, $region->getMinimumPoint(), $buffer, $to); $aff = new AffineTransform(); $copy->setTransform($aff->translate($dir->multiply((float)$distance))); $copy->setSourceFunction($remove); $copy->setRemovingEntities(true); if(!$copyAir){ $copy->setSourceMask(new ExistingBlockMask($this)); } $replace = new BlockReplace($this, $buffer); $visitor = new RegionVisitor($buffer->asRegion(), $replace); $operation = new OperationQueue([$copy, $visitor]); Operations::completeLegacy($operation); return $copy->getAffected(); } public function moveCuboidRegion($region, $dir, $distance, $copyAir, $replacement){ return $this->moveRegion($region, $dir, $distance, $copyAir, $replacement); } public function makeCylinder(Vector $pos, Pattern $block, float $radiusX, float $radiusZ, int $height, bool $filled) : int{ $affected = 0; $radiusX += 0.5; $radiusZ += 0.5; if($height == 0){ return 0; }else if($height < 0){ $height = -$height; $pos = $pos->subtract(0, $height, 0); } if($pos->getBlockY() < 0){ $pos = $pos->setY(0); }else if($pos->getBlockY() + $height - 1 > 255){ $height = 255 - $pos->getBlockY() + 1; } $invRadiusX = 1 / $radiusX; $invRadiusZ = 1 / $radiusZ; $ceilRadiusX = (int) ceil($radiusX); $ceilRadiusZ = (int) ceil($radiusZ); $nextXn = 0; $forX = false; for($x = 0;$x <= $ceilRadiusX && !$forX;$x++){ $xn = $nextXn; $nextXn = ($x + 1) * $invRadiusX; $nextZn = 0; $forZ = false; for($z = 0;$z <= $ceilRadiusZ && !$forZ;$z++){ $zn = $nextZn; $nextZn = ($z + 1) * $invRadiusZ; $distanceSq = self::lengthSq($xn, $zn); if($distanceSq > 1){ if($z == 0){ $forX = true; break; } break; } if(!$filled){ if(self::lengthSq($nextXn, $zn) <= 1 && self::lengthSq($xn, $nextZn) <= 1){ continue; } } for($y = 0;$y < $height;$y++){ if($this->setBlock($pos->add($x, $y, $z), $block)){ ++$affected; } if($this->setBlock($pos->add(-$x, $y, $z), $block)){ ++$affected; } if($this->setBlock($pos->add($x, $y, -$z), $block)){ ++$affected; } if($this->setBlock($pos->add(-$x, $y, -$z), $block)){ ++$affected; } } } } return $affected; } public function makeSphere(Vector $pos, Pattern $block, float $radiusX, float $radiusY, float $radiusZ, bool $filled) : int{ $affected = 0; $radiusX += 0.5; $radiusY += 0.5; $radiusZ += 0.5; $invRadiusX = 1 / $radiusX; $invRadiusY = 1 / $radiusY; $invRadiusZ = 1 / $radiusZ; $ceilRadiusX = (int) ceil($radiusX); $ceilRadiusY = (int) ceil($radiusY); $ceilRadiusZ = (int) ceil($radiusZ); $nextXn = 0; $forX = false; for($x = 0;$x <= $ceilRadiusX && !$forX;$x++){ $xn = $nextXn; $nextXn = ($x + 1) * $invRadiusX; $nextYn = 0; $forY = false; for ($y = 0;$y <= $ceilRadiusY && !$forY;$y++){ $yn = $nextYn; $nextYn = ($y + 1) * $invRadiusY; $nextZn = 0; for($z = 0;$z <= $ceilRadiusZ;$z++){ $zn = $nextZn; $nextZn = ($z + 1) * $invRadiusZ; $distanceSq = self::lengthSq($xn, $yn, $zn); if($distanceSq > 1){ if($z == 0){ if($y == 0){ $forX = true; $forY = true; break; } $forY = true; break; } break; } if(!$filled){ if(self::lengthSq($nextXn, $yn, $zn) <= 1 && self::lengthSq($xn, $nextYn, $zn) <= 1 && self::lengthSq($xn, $yn, $nextZn) <= 1){ continue; } } if($this->setBlock($pos->add($x, $y, $z), $block)){ ++$affected; } if($this->setBlock($pos->add(-$x, $y, $z), $block)){ ++$affected; } if($this->setBlock($pos->add($x, -$y, $z), $block)){ ++$affected; } if($this->setBlock($pos->add($x, $y, -$z), $block)){ ++$affected; } if($this->setBlock($pos->add(-$x, -$y, $z), $block)){ ++$affected; } if($this->setBlock($pos->add($x, -$y, -$z), $block)){ ++$affected; } if($this->setBlock($pos->add(-$x, $y, -$z), $block)){ ++$affected; } if($this->setBlock($pos->add(-$x, -$y, -$z), $block)){ ++$affected; } } } } return $affected; } public function makePyramid(Vector $position, Pattern $block, int $size, bool $filled) : int{ $affected = 0; $height = $size; for($y = 0;$y <= $height;$y++){ $size--; for($x = 0;$x <= $size;$x++){ for($z = 0;$z <= $size;$z++){ if(($filled && $z <= $size && $x <= $size) || $z == $size || $x == $size){ if($this->setBlock($position->add($x, $y, $z), $block)){ ++$affected; } if($this->setBlock($position->add(-$x, $y, $z), $block)){ ++$affected; } if($this->setBlock($position->add($x, $y, -$z), $block)){ ++$affected; } if($this->setBlock($position->add(-$x, $y, -$z), $block)){ ++$affected; } } } } } return $affected; } public function hollowOutRegion($region, $thickness, $pattern){ $affected = 0; $outside = []; $min = $region->getMinimumPoint(); $max = $region->getMaximumPoint(); $minX = $min->getBlockX(); $minY = $min->getBlockY(); $minZ = $min->getBlockZ(); $maxX = $max->getBlockX(); $maxY = $max->getBlockY(); $maxZ = $max->getBlockZ(); for($x = $minX;$x <= $maxX;$x++){ for($y = $minY;$y <= $maxY;$y++){ $this->recurseHollow($region, new BlockVector($x, $y, $minZ), $outside); $this->recurseHollow($region, new BlockVector($x, $y, $maxZ), $outside); } } for($y = $minY;$y <= $maxY;$y++){ for($z = $minZ;$z <= $maxZ;$z++){ $this->recurseHollow($region, new BlockVector($minX, $y, $z), $outside); $this->recurseHollow($region, new BlockVector($maxX, $y, $z), $outside); } } for($z = $minZ;$z <= $maxZ;$z++){ for($x = $minX;$x <= $maxX;$x++){ $this->recurseHollow($region, new BlockVector($x, $minY, $z), $outside); $this->recurseHollow($region, new BlockVector($x, $maxY, $z), $outside); } } for($i = 1;$i < $thickness;$i++){ $newOutside = []; foreach($region as $position){ foreach(self::$recurseDirections as $recurseDirection){ $neighbor = $position->add($recurseDirection)->toBlockVector(); if(self::in_array($neighbor, $outside)){ $newOutside[] = $position; break; } } } foreach($newOutside as $new){ $outside[] = $new; } } foreach($region as $position){ foreach(self::$recurseDirections as $recurseDirection){ $neighbor = $position->add($recurseDirection)->toBlockVector(); if(self::in_array($neighbor, $outside)) { break; } } if($this->setBlock($position, $pattern->next($position))){ ++$affected; } } return $affected; } public function drawLine($pattern, $pos1, $pos2, $radius, $filled){ $vset = []; $notdrawn = true; $x1 = $pos1->getBlockX(); $y1 = $pos1->getBlockY(); $z1 = $pos1->getBlockZ(); $x2 = $pos2->getBlockX(); $y2 = $pos2->getBlockY(); $z2 = $pos2->getBlockZ(); $tipx = $x1; $tipy = $y1; $tipz = $z1; $dx = abs($x2 - $x1); $dy = abs($y2 - $y1); $dz = abs($z2 - $z1); if($dx + $dy + $dz == 0){ $vset[] = new Vector($tipx, $tipy, $tipz); $notdrawn = false; } if(max(max($dx, $dy), $dz) == $dx && $notdrawn){ for($domstep = 0;$domstep <= $dx;$domstep++){ $tipx = $x1 + $domstep * ($x2 - $x1 > 0 ? 1 : -1); $tipy = (int) round($y1 + $domstep * ($dy) / ($dx) * ($y2 - $y1 > 0 ? 1 : -1)); $tipz = (int) round($z1 + $domstep * ($dz) / ($dx) * ($z2 - $z1 > 0 ? 1 : -1)); $vset[] = new Vector($tipx, $tipy, $tipz); } $notdrawn = false; } if(max(max($dx, $dy), $dz) == $dy && $notdrawn){ for($domstep = 0;$domstep <= $dy;$domstep++){ $tipy = $y1 + $domstep * ($y2 - $y1 > 0 ? 1 : -1); $tipx = (int) round($x1 + $domstep * ($dx) / ($dy) * ($x2 - $x1 > 0 ? 1 : -1)); $tipz = (int) round($z1 + $domstep * ($dz) / ($dy) * ($z2 - $z1 > 0 ? 1 : -1)); $vset[] = new Vector($tipx, $tipy, $tipz); } $notdrawn = false; } if(max(max($dx, $dy), $dz) == $dz && $notdrawn){ for($domstep = 0;$domstep <= $dz;$domstep++){ $tipz = z1 + domstep * (z2 - z1 > 0 ? 1 : -1); $tipy = (int) round($y1 + $domstep * ($dy) / ($dz) * ($y2 - $y1 > 0 ? 1 : -1)); $tipx = (int) round($x1 + $domstep * ($dx) / ($dz) * ($x2 - $x1 > 0 ? 1 : -1)); $vset[] = new Vector($tipx, $tipy, $tipz); } $notdrawn = false; } $vset = self::getBallooned($vset, $radius); if(!$filled){ $vset = self::getHollowed($vset); } return $this->setBlocks($vset, $pattern); } public function drawSpline($pattern, $nodevectors, $tension, $bias, $continuity, $quality, $radius, $filled){ $vset = []; $nodes = []; $interpol = new KochanekBartelsInterpolation(); foreach($nodevectors as $nodevector){ $n = new Node($nodevector); $n->setTension($tension); $n->setBias($bias); $n->setContinuity($continuity); $nodes[] = $n; } $interpol->setNodes($nodes); $splinelength = $interpol->arcLength(0, 1); for($loop = 0;$loop <= 1;$loop += 1 / $splinelength / $quality){ $tipv = $interpol->getPosition($loop); $tipx = (int) round($tipv->getX()); $tipy = (int) round($tipv->getY()); $tipz = (int) round($tipv->getZ()); $vset[] = new Vector($tipx, $tipy, $tipz); } $vset = self::getBallooned($vset, $radius); if(!$filled){ $vset = self::getHollowed($vset); } return $this->setBlocks($vset, $pattern); } private static function hypot($pars){ $sum = 0; foreach($pars as $d){ $sum += pow($d, 2); } return sqrt($sum); } private static function getBallooned($vset, $radius) { $returnset = []; $ceilrad = (int) ceil($radius); foreach($vset as $v){ $tipx = $v->getBlockX(); $tipy = $v->getBlockY(); $tipz = $v->getBlockZ(); for($loopx = $tipx - $ceilrad;$loopx <= $tipx + $ceilrad;$loopx++){ for($loopy = $tipy - $ceilrad;$loopy <= $tipy + $ceilrad;$loopy++){ for($loopz = $tipz - $ceilrad;$loopz <= $tipz + $ceilrad;$loopz++){ if(self::hypot([$loopx - $tipx, $loopy - $tipy, $loopz - $tipz]) <= $radius){ $returnset[] = new Vector($loopx, $loopy, $loopz); } } } } } return $returnset; } private static function getHollowed($vset) { $returnset = []; foreach($vset as $v){ $x = $v->getX(); $y = $v->getY(); $z = $v->getZ(); if(self::in_array(new Vector(x + 1, y, z), $vset) && self::in_array(new Vector(x - 1, y, z), $vset) && self::in_array(new Vector(x, y + 1, z), $vset) && self::in_array(new Vector(x, y - 1, z), $vset) && self::in_array(new Vector(x, y, z + 1), $vset) && self::in_array(new Vector(x, y, z - 1), $vset)){ $returnset[] = $v; } } return $returnset; } private function recurseHollow($region, $origin, $outside){ $queue = []; $queue[] = $origin; while(count($queue) > 0){ foreach($queue as $k => $q){ $current = $q; unset($queue[$k]); array_values($queue); break; } $block = $this->getBlock($current); if(!BlockType::canPassThrough($block->getId(), $block->getData())){ continue; } if(self::in_array($current, $outline)){ continue; }else{ $outside[] = $current; } if(!self::in_array($current, $region)){ continue; } foreach(self::$recurseDirections as $recurseDirection) { $queue[] = $current->add($recurseDirection)->toBlockVector(); } } } private static function lengthSq($x, $y, $z = null) { if($z == null) return ($x * $x) + ($y * $y); return ($x * $x) + ($y * $y) + ($z * $z); } public static function in_array($vec, $vecs){ foreach($vecs as $v){ if($v->equals($vec)) return true; } return false; } } parsers[] = new DefaultBlockParser(); } }getId() === Item::AIR and strtoupper($b[0]) !== "AIR"){ $item = Item::get($b[0] & 0xFFFF, $meta); } }else{ $item = Item::get($b[0] & 0xFFFF, $meta); } return new BaseBlock($item->getId(), $item->getDamage()); } }parsers[] = new HashTagPatternParser(); $this->parsers[] = new SingleBlockPatternParser(); $this->parsers[] = new RandomPatternParser(); } }getBlockFactory(); $randomPattern = new RandomPattern(); foreach(explode(",", $input) as $token){ if(count(explode("%", $token)) == 2){ $p = explode("%", $token); if(count($p) < 2){ //"Missing the type after the % symbol for '" + input + "'"); echo("error"); }else{ $chance = $p[0]; $block = $blockRegistry->parseFromInput($p[1]); } }else{ $chance = 1; $block = $blockRegistry->parseFromInput($token); } $randomPattern->add(new BlockPattern($block), $chance); } return $randomPattern; } }getBlockFactory()->parseFromInput($items[0])); }else{ return null; } } }extent = $extent; } public function getExtent() : Extent{ return $this->extent; } public function getBlock(Vector $position) : BaseBlock{ return $this->extent->getBlock($position); } public function getLazyBlock(Vector $position) : BaseBlock{ return $this->extent->getLazyBlock($position); } public function setBlock(Vector $location, $block) : bool{ return $this->extent->setBlock($location, $block); } public function createEntity(Location $location, Entity $entity) : ?Entity{ return $this->extent->createEntity($location, $entity); } public function getEntities(?Region $region = null) : array{ return $this->extent->getEntities($region); } public function getMinimumPoint() : Vector{ return $this->extent->getMinimumPoint(); } public function getMaximumPoint() : Vector{ return $this->extent->getMaximumPoint(); } protected function commitBefore() : ?Operation{ return null; } public function commit() : ?Operation{ $ours = $this->commitBefore(); $other = $this->extent->commit(); if($ours != null && $other != null){ return new OperationQueue($ours, $other); }else if($ours != null){ return $ours; }else if($other != null){ return $other; }else{ return null; } } }mask = $mask; } public function setBlock(Vector $location, $block) : bool{ if($this->min == null){ $this->min = $location; }else{ $this->min = Vector::getMinimum($this->min, $location); } if($this->max == null){ $this->max = $location; }else{ $this->max = Vector::getMaximum($this->max, $location); } $blockVector = $location->toBlockVector(); if($this->mask->test($blockVector)){ $this->buffer[$blockVector->toString()] = $block; return true; }else{ return $this->getExtent()->setBlock($location, $block); } } public function apply(Vector $pos) : BaseBlock{ if(isset($this->buffer[$pos->toBlockVector()->toString()])){ return $this->buffer[$pos->toBlockVector()->toString()]; }else{ return new BaseBlock(Block::AIR); } } public function asRegion() : Region{ return new AbstractBufferRegion($this); } }region = clone $region; $this->origin = $region->getMinimumPoint(); $blocks = []; } public function getRegion() : Region{ return clone $this->region; } public function getOrigin() : Vector{ return $this->origin; } public function setOrigin(Vector $origin){ $this->origin = $origin; } public function getDimensions() : Vector{ return $this->region->getMaximumPoint()->subtract($this->region->getMinimumPoint())->add(1, 1, 1); } public function getMinimumPoint() : Vector{ return $this->region->getMinimumPoint(); } public function getMaximumPoint() : Vector{ return $this->region->getMaximumPoint(); } public function getEntities(?Region $region = null) : array{ if($region == null) return $this->entities; $filtered = []; foreach($this->entities as $clipboardEntity){ $entity = $clipboardEntity->getEntity(); $pt = new Vector($entity->x, $entity->y, $entity->z); if($region->contains($pt)) $filtered[] = $entity; } return $filtered; } public function createEntity(Location $location, Entity $entity) : ?Entity{ $ret = new ClipboardEntity($location, $entity); $this->entities[] = $ret; return $entity; } public function getBlock(Vector $position) : BaseBlock{ if($this->region->contains($position)){ $v = $position->subtract($this->region->getMinimumPoint()); $block = $this->blocks[$v->getBlockX()][$v->getBlockY()][$v->getBlockZ()]; if($block != null){ return clone $block; } } return Block::get(Block::AIR); } public function getLazyBlock(Vector $position) : Block{ return $this->getBlock($position); } public function setBlock(Vector $position, $block) : bool{ if($this->region->contains($position)){ $v = $position->subtract($this->region->getMinimumPoint()); $this->blocks[$v->getBlockX()][$v->getBlockY()][$v->getBlockZ()] = clone $block; return true; }else{ return false; } } //public function getBiome(Vector2D $position) : BaseBiome{ // return new BaseBiome(0); //} //public function setBiome(Vector2D $position, BaseBiome $biome) : bool{ // return false; //} public function commit() : ?Operation{ return null; } }location = $location; $this->entity = $entity; } public function getEntity() : Entity{ return $this->entity; } public function getLocation() : Location{ return $this->location; } }transform = $transform; $this->blockRegistry = $blockRegistry; } public function getTransform() : Transform{ return $this->transform; } private function transformBlock(BaseBlock $block, bool $reverse) : BaseBlock{ self::transform($block, $reverse ? $this->transform->inverse() : $this->transform, $this->blockRegistry); return $block; } public function getBlock(Vector $position) : BaseBlock{ return $this->transformBlock(parent::getBlock($position), false); } public function getLazyBlock(Vector $position) : BaseBlock{ return $this->transformBlock(parent::getLazyBlock($position), false); } public function setBlock(Vector $location, $block) : bool{ return parent::setBlock($location, $this->transformBlock(clone $block, true)); } private static function transform(BaseBlock $block, Transform $transform, BlockRegistry $registry, ?BaseBlock $changedBlock = null) : BaseBlock{ if($changedBlock == null) $changedBlock = $block; $states = $registry->getStates($block); if($states == null){ return $changedBlock; } foreach($states as $state){ if($state->hasDirection()){ $value = $state->getValue($block); if($value != null && $value->getDirection() != null){ $newValue = self::getNewStateValue($state, $transform, $value->getDirection()); if($newValue != null){ $newValue->set($changedBlock); } } } } return $changedBlock; } private static function getNewStateValue(State $state, Transform $transform, Vector $oldDirection) : StateValue{ $newDirection = $transform->apply($oldDirection)->subtract($transform->apply(new Vector(0, 0, 0)))->normalize(); $newValue = null; $closest = -2; $found = false; foreach($state->valueMap() as $v){ if($v->getDirection() != null){ $dot = $v->getDirection()->normalize()->dot($newDirection); if($dot >= $closest){ $closest = $dot; $newValue = $v; $found = true; } } } if($found){ return $newValue; }else{ return null; } } }extent = $extent; $this->pattern = $pattern; } public function apply(Vector $position) : bool{ return $this->extent->setBlock($position, $this->pattern->apply($position)); } }source = $source; $this->from = $from; $this->destination = $destination; $this->to = $to; $this->transform = $transform; } public function apply(Vector $position) : bool{ $block = $this->source->getBlock($position); $orig = $position->subtract($this->from); $transformed = $this->transform->apply($orig); $block = $this->transformNbtData($block); return $this->destination->setBlock($transformed->add($this->to), $block); } private function transformNbtData(BaseBlock $state) : BaseBlock{ $tag = $state->getNbtData(); if($tag != null){ if($tag->containsKey("Rot")){ $rot = $tag->asInt("Rot"); $direction = MCDirections::fromRotation($rot); if($direction != null){ $vector = $this->transform->apply($direction->toVector())->subtract($this->transform->apply(new Vector(0, 0, 0)))->normalize(); $newDirection = Direction::findClosest($vector, DirectionFlag::CARDINAL | DirectionFlag::ORDINAL | DirectionFlag::SECONDARY_ORDINAL); if($newDirection != null){ $builder = $tag->createBuilder(); $builder->putByte("Rot", MCDirections::toRotation($newDirection)); return new BaseBlock($state->getId(), $state->getData(), $builder->build()); } } } } return $state; } }functions = $functions; } public function add(RegionFunction $functions){ foreach($functions as $function1){ $this->functions[] = $function1; } } public function apply(Vector $position) : bool{ $ret = false; foreach($this->functions as $function1){ if($function1->apply($position)){ $ret = true; } } return $ret; } }from = $from; $this->destination = $destination; $this->to = $to; $this->transform = $transform; } public function isRemoving() : bool{ return $this->removing; } public function setRemoving(bool $removing){ $this->removing = $removing; } public function apply(Entity $entity) : bool{ $location = new Location($this->destination, new Vector($entity->x, $entity->y, $entity->z), $entity->getYaw(), $entity->getPitch()); $pivot = $this->from->round()->add(0.5, 0.5, 0.5); $newPosition = $this->transform->apply($location->toVector()->subtract($pivot)); $newDirection = $this->transform->isIdentity() ? $location->getDirection() : $this->transform->apply($location->getDirection())->subtract($this->transform->apply(new Vector(0, 0, 0)))->normalize(); $newLocation = new Location($this->destination, $newPosition->add($this->to->round()->add(0.5, 0.5, 0.5)), $newDirection->toYaw(), $newDirection->toPitch()); $entity = $this->transformNbtData($entity); $success = $this->destination->createEntity($newLocation, $entity) != null; if($this->isRemoving() && $success){ if($this->destination instanceof EditSession) $this->destination->changeMemory->add(new EntityRemove($newLocation, $entity)); $entity->close(); } return $success; } private function transformNbtData(Entity $state) : Entity{ return $state; } }mask = $mask; $this->function1 = $function1; } public function getMask() : Mask{ return $this->mask; } public function setMask(Mask $mask){ $this->mask = $mask; } public function getAffected(){ return $this->affected; } public function isGround(Vector $position) : bool{ return $this->mask->test($position); } public function apply(Vector $position, int $depth) : bool{ if($depth == 0){ if($this->function1->apply($position)){ $this->affected++; } } return false; } }setExtent($extent); } public function getExtent() : Extent{ return $this->extent; } public function setExtent(Extent $extent){ $this->extent = $extent; } }blocks = $blocks; } public function add(array $blocks){ foreach($blocks as $block){ $this->blocks[] = $block; } } public function getBlocks() : array{ return $this->blocks; } public function test($vector) : bool{ $block = $this->getExtent()->getBlock($vector); foreach($this->blocks as $b){ if($block->getData() == -1){ if($block->getType() == $b->getType()) return true; }else{ if($block->getType() == $b->getType() && $block->getData() == $b->getData()) return true; } } return false; } public function toMask2D() : ?Mask2D{ return null; } }minY = $minY; $this->maxY = $maxY; } public function test($vector) : bool{ return $vector->getY() >= $this->minY && $vector->getY() <= $this->maxY; } public function toMask2D() : ?Mask2D{ return null; } }getExtent()->getBlock($vector)->getType() != Block::AIR; } public function toMask2D() : ?Mask2D{ return null; } }masks = $masks; } public function add(array $masks){ foreach($masks as $mask){ $this->masks[] = $mask; } } public function getMasks() : array{ return $this->masks; } public function test($vector) : bool{ if(count($this->masks) == 0){ return false; } foreach($this->masks as $mask){ if(!$mask->test($vector)){ return false; } } return true; } public function toMask2D() : ?Mask2D{ $mask2dList = []; foreach($this->masks as $mask){ $mask2d = $mask->toMask2D(); if($mask2d != null){ $mask2dList[] = $mask2d; }else{ return null; } } return new MaskIntersection2D($mask2dList); } }region = $region; } public function getRegion() : Region{ return $this->region; } public function setRegion(Region $region){ $this->region = $region; } public function test($vector) : bool{ return $this->region->contains($vector); } public function toMask2D() : ?Mask2D{ return null; } }original = $original; $this->delegate = $delegate; } public function resume(RunContext $run) : ?Operation{ $this->delegate = $this->delegate->resume($run); return $this->delegate != null ? $this : $this->original; } public function cancel(){ $this->delegate->cancel(); $this->original->cancel(); } public function addStatusMessages(array $messages){ $this->original->addStatusMessages($messages); $this->delegate->addStatusMessages($messages); } } source = $source; $this->destination = $destination; $this->region = $region; $this->from = $from; $this->to = $to; $this->sourceMask = Masks::alwaysTrue(); $this->transform = new Identity(); } public function getTransform() : Transform{ return $this->transform; } public function setTransform(Transform $transform){ $this->transform = $transform; } public function getSourceMask() : Mask{ return $this->sourceMask; } public function setSourceMask(Mask $sourceMask){ $this->sourceMask = $sourceMask; } public function getSourceFunction() : RegionFunction{ return $this->sourceFunction; } public function setSourceFunction(RegionFunction $function1){ $this->sourceFunction = $function1; } public function getRepetitions() : int{ return $this->repetitions; } public function setRepetitions(int $repetitions){ $this->repetitions = $repetitions; } public function isCopyingEntities() : bool{ return $this->copyingEntities; } public function setCopyingEntities(bool $copyingEntities){ $this->copyingEntities = $copyingEntities; } public function isRemovingEntities() : bool{ return $this->removingEntities; } public function setRemovingEntities(bool $removingEntities){ $this->removingEntities = $removingEntities; } public function getAffected() : int{ return $this->affected; } public function resume(RunContext $run) : ?Operation{ if($this->lastVisitor != null){ $this->affected += $this->lastVisitor->getAffected(); $this->lastVisitor = null; } if($this->repetitions > 0){ $this->repetitions--; if($this->currentTransform == null){ $this->currentTransform = $this->transform; } $blockCopy = new ExtentBlockCopy($this->source, $this->from, $this->destination, $this->to, $this->currentTransform); $filter = new RegionMaskingFilter($this->sourceMask, $blockCopy); $function1 = $this->sourceFunction != null ? new CombinedRegionFunction([$filter, $this->sourceFunction]) : $filter; $blockVisitor = new RegionVisitor($this->region, $function1); $this->lastVisitor = $blockVisitor; $this->currentTransform = $this->currentTransform->combine($this->transform); if($this->copyingEntities){ $entityCopy = new ExtentEntityCopy($this->from, $this->destination, $this->to, $this->currentTransform); $entityCopy->setRemoving($this->removingEntities); $entities = $this->source->getEntities($this->region); $entityVisitor = new EntityVisitor($entities, $entityCopy); return new DelegateOperation($this, new OperationQueue([$blockVisitor, $entityVisitor])); }else{ return new DelegateOperation($this, $blockVisitor); } }else{ return null; } } public function cancel(){ } public function addStatusMessages(array $messages){ } }offer($operation); } $this->operations = $operations; } public function offer(Operation $operation){ $this->queue[] = $operation; } public function resume(RunContext $run) : ?Operation{ if($this->current == null && count($this->queue) > 0){ $this->current = $this->queue[0]; unset($this->queue[0]); $this->queue = array_values($this->queue); } if($this->current != null){ $this->current = $this->current->resume($run); if($this->current == null){ if(empty($this->queue[0])){ $this->current = null; }else{ $this->current = $this->queue[0]; unset($this->queue[0]); $this->queue = array_values($this->queue); } } } return $this->current != null ? $this : null; } public function cancel(){ foreach($this->queue as $operation){ $operation->cancel(); } $this->queue = []; } public function addStatusMessages(array $messages){ foreach($this->operations as $operation){ $operation->addStatusMessages($messages); } } }resume(new RunContext()); } } public static function completeLegacy(Operation $op){ while($op != null){ $op = $op->resume(new RunContext()); } } }setBlock($block); } public function getBlock() : BaseBlock{ return $this->block; } public function setBlock(BaseBlock $block){ $this->block = $block; } public function apply(Vector $position) : BaseBlock{ return $this->block; } }patterns[] = new Chance($pattern, $chance); $this->max += $chance; } public function apply(Vector $position) : BaseBlock{ $r = rand(0, 1000) / 1000; $offset = 0; foreach($this->patterns as $chance){ if($r <= ($offset + $chance->getChance()) / $this->max){ return $chance->getPattern()->apply($position); } $offset += $chance->getChance(); } echo("error"); } } class Chance { private $pattern; private $chance; public function __construct(Pattern $pattern, float $chance){ $this->pattern = $pattern; $this->chance = $chance; } public function getPattern() : Pattern{ return $this->pattern; } public function getChance() : float{ return $this->chance; } }mask = $mask; $this->function1 = $function1; } public function apply(Vector $position) : bool{ return $this->mask->test($position) && $this->function1->apply($position); } }setOffset($offset); $this->function1 = $function1; } public function getOffset() : Vector{ return $this->offset; } public function setOffset(Vector $offset){ $this->offset = $offset; } public function apply(Vector $position) : bool{ return $this->function1->apply($position->add($this->offset)); } }entities = $entities; $this->function1 = $function1; } public function getAffected() : int{ return $this->affected; } public function resume(RunContext $run) : ?Operation{ foreach($this->entities as $entity){ if($this->function1->apply($entity)){ $this->affected++; } } return null; } public function cancel(){ } public function addStatusMessages(array $messages){ $messages[] = $this->getAffected() . " entities affected"; } }flatRegion = $flatRegion; $this->minY = $minY; $this->maxY = $maxY; $this->function1 = $function1; $this->mask = Masks::alwaysTrue2D(); } public function getMask() : Mask2D{ return $this->mask; } public function setMask(Mask2D $mask){ $this->mask = $mask; } public function resume(RunContext $run) : ?Operation{ foreach($this->flatRegion->asFlatRegion() as $column){ if(!$this->mask->test($column)){ continue; } if($this->function1->isGround($column->toVector($this->maxY + 1))){ return null; } $found = false; $groundY = 0; for($y = $this->maxY;$y >= $this->minY;$y--){ $test = $column->toVector($y); if(!$found){ if($this->function1->isGround($test)){ $found = true; $groundY = $y; } } if($found){ if(!$this->function1->apply($test, $groundY - $y)){ break; } } } } return null; } public function cancel(){ } public function addStatusMessages(array $messages){ } }region = $region; $this->function1 = $function1; } public function getAffected() : int{ return $this->affected; } public function resume(RunContext $run) : ?Operation{ foreach($this->region->iterator() as $pt){ if($this->function1->apply($pt)){ $this->affected++; } } return null; } public function cancel(){ } public function addStatusMessages(array $messages){ $messages[] = $this->getAffected() . " blocks affected"; } }position = $position; $this->previous = $previous; $this->current = $current; } public function getPosition() : BlockVector{ return $this->position; } public function getPrevious() : BaseBlock{ return $this->previous; } public function getCurrent() : BaseBlock{ return $this->current; } public function undo($session){ $session->setBlockUndo($this->position, $this->previous); } public function redo($session){ $session->setBlockUndo($this->position, $this->current); } }location = $location; $this->entity = $entity; } public function undo($session){ if($this->entity !== null){ $this->entity->close(); } } public function redo($session){ $this->entity = $session->createEntity($this->location, $this->entity); } }location = $location; $this->entity = $entity; } public function undo($session){ $this->entity = $session->createEntity($this->location, $this->entity); } public function redo($session){ if($this->entity !== null){ $this->entity->close(); } } }changes[] = $change; } public function undo($session){ foreach($this->changes as $change){ $change->undo($session); } $session->reorderUndo(); } public function redo($session){ foreach($this->changes as $change){ $change->redo($session); } $session->reorderUndo(); } }toVector()->x){ case 0: switch($direction->toVector()->z){ case -1: return 2;//NORTH case 1: return 0;//SOUTH } case 1: switch($direction->toVector()->z){ case 0: return 3;//EAST } case -1: switch($direction->toVector()->z){ case 0: return 1;//WEST } default: return 0; } } public static function fromLegacyHanging(int $i) : int{ switch($i){ case 0: return 2; case 1: return 1; case 2: return 0; default: return 3; } } public static function toLegacyHanging(int $i) : int{ switch($i){ case 0: return 2; case 1: return 1; case 2: return 0; default: return 3; } } public static function fromRotation(int $i) : Direction{ switch($i){ case 0: return Direction::$SOUTH; case 1: return Direction::$SOUTH_SOUTHWEST; case 2: return Direction::$SOUTHWEST; case 3: return Direction::$WEST_SOUTHWEST; case 4: return Direction::$WEST; case 5: return Direction::$WEST_NORTHWEST; case 6: return Direction::$NORTHWEST; case 7: return Direction::$NORTH_NORTHWEST; case 8: return Direction::$NORTH; case 9: return Direction::$NORTH_NORTHEAST; case 10: return Direction::$NORTHEAST; case 11: return Direction::$EAST_NORTHEAST; case 12: return Direction::$EAST; case 13: return Direction::$EAST_SOUTHEAST; case 14: return Direction::$SOUTHEAST; case 15: return Direction::$SOUTH_SOUTHEAST; default: return Direction::$NORTH; } } public static int toRotation(Direction direction) { switch($direction->toVector()->x){ case 0: switch($direction->toVector()->z){ case -1: return 8;//NORTH case 1: return 0;//SOUTH case 0: switch($direction->toVector()->y){ case 1: return 0;//UP case -1; return 0;//DOWN } } case 1: switch($direction->toVector()->z){ case -1: return 10;//NORTHEAST case 1: return 14;//SOUTHEAST case 0: return 12;//EAST } case -1: switch($direction->toVector()->z){ case -1: return 6;//NORTHWEST case 1: return 2;//SOUTHWEST case 0: return 4;//WEST } case -cos(M_PI / 8): switch($direction->toVector()->z){ case -sin(M_PI / 8): return 5;//WEST_NORTHWEST case sin(M_PI / 8): return 3;//WEST_SOUTHWEST } case cos(M_PI / 8): switch($direction->toVector()->z){ case -sin(M_PI / 8): return 11;//EAST_NORTHEAST case sin(M_PI / 8): return 13;//EAST_SOUTHEAST } case -sin(M_PI / 8): switch($direction->toVector()->z){ case -cos(M_PI / 8): return 7;//NORTH_NORTHWEST case cos(M_PI / 8): return 1;//SOUTH_SOUTHWEST } case sin(M_PI / 8): switch($direction->toVector()->z){ case -cos(M_PI / 8): return 9;//NORTH_NORTHEAST case cos(M_PI / 8): return 15;//SOUTH_SOUTHEAST } default: return 0; } } }parsers as $parser){ $match = $parser->parseFromInput($input); if($match != null){ return $match; } } echo("error"); } }value = $value; } public function getValue(){ return $this->value; } }value = $value; } public function getValue(){ return $this->value; } }value = $value; } public function containsKey(string $key) : bool{ return isset($this->value[$key]); } public function getValue(){ return $this->value; } public function setValue(array $value) : CompoundTag{ return new CompoundTag($value); } public function createBuilder() : CompoundTagBuilder{ return new CompoundTagBuilder($ths->value); } public function getByteArray(string $key) : array{ $tag = $this->value[$key]; if($tag instanceof ByteArrayTag){ return $tag->getValue(); }else{ return []; } } public function getByte(string $key) : int{ $tag = $this->value[$key]; if($tag instanceof ByteTag){ return $tag->getValue(); }else{ return 0; } } public function getDouble(string $key) : float{ $tag = $this->value[$key]; if($tag instanceof DoubleTag){ return $tag->getValue(); }else{ return 0; } } public function asDouble(stirng $key) : float{ $tag = $this->value[$key]; if($tag instanceof ByteTag){ return $tag->getValue(); }else if($tag instanceof ShortTag){ return $tag->getValue(); }else if($tag instanceof IntTag){ return $tag->getValue(); }else if($tag instanceof LongTag){ return $tag->getValue(); }else if($tag instanceof FloatTag){ return $tag->getValue(); }else if($tag instanceof DoubleTag){ return $tag->getValue(); }else{ return 0; } } public function getFloat(string $key) : float{ $tag = $this->value[$key]; if($tag instanceof FloatTag){ return $tag->getValue(); }else{ return 0; } } public function getIntArray(string $key) : array{ $tag = $this->value[$key]; if($tag instanceof IntArrayTag){ return $tag->getValue(); }else{ return []; } } public function getInt(string $key) : int{ $tag = $this->value[$key]; if($tag instanceof IntTag){ return $tag->getValue(); }else{ return 0; } } public function asInt(stirng $key) : int{ $tag = $this->value[$key]; if($tag instanceof ByteTag){ return (int) $tag->getValue(); }else if($tag instanceof ShortTag){ return (int) $tag->getValue(); }else if($tag instanceof IntTag){ return (int) $tag->getValue(); }else if($tag instanceof LongTag){ return (int) $tag->getValue(); }else if($tag instanceof FloatTag){ return (int) $tag->getValue(); }else if($tag instanceof DoubleTag){ return (int) $tag->getValue(); }else{ return 0; } } public function getList(string $key, string $listType = "") : array{ $tag = $this->value[$key]; if($tag instanceof ListTag){ if($listType == ""){ return $tag->getValue(); }else{ if($tag->getType() == $listType){ return $tag->getValue(); } } }else{ return []; } } public function getListTag(string $key) : ListTag{ $tag = $this->value[$key]; if($tag instanceof ListTagTag){ return $tag; }else{ return new ListTag("StirngTag", []); } } public function getLong(string $key) : float{ $tag = $this->value[$key]; if($tag instanceof LongTag){ return $tag->getValue(); }else{ return 0; } } public function asLong(stirng $key) : float{ $tag = $this->value[$key]; if($tag instanceof ByteTag){ return $tag->getValue(); }else if($tag instanceof ShortTag){ return $tag->getValue(); }else if($tag instanceof IntTag){ return $tag->getValue(); }else if($tag instanceof LongTag){ return $tag->getValue(); }else if($tag instanceof FloatTag){ return $tag->getValue(); }else if($tag instanceof DoubleTag){ return $tag->getValue(); }else{ return 0; } } public function getShort(string $key) : float{ $tag = $this->value[$key]; if($tag instanceof ShortTag){ return $tag->getValue(); }else{ return 0; } } public function getString(string $key) : string{ $tag = $this->value[$key]; if($tag instanceof StringTag){ return $tag->getValue(); }else{ return 0; } } }entries = $value; } public function put(string $key, Tag $value) : CompoundTagBuilder{ $this->entries[$key] = $value; return $this; } public function putByteArray(string $key, array $value) : CompoundTagBuilder{ $this->entries[$key] = new ByteArrayTag($value); return $this; } public function putByte(string $key, int $value) : CompoundTagBuilder{ $this->entries[$key] = new ByteTag($value); return $this; } public function putDouble(string $key, float $value) : CompoundTagBuilder{ $this->entries[$key] = new DoubleTag($value); return $this; } public function putFloat(string $key, float $value) : CompoundTagBuilder{ $this->entries[$key] = new FloatTag($value); return $this; } public function putIntArray(string $key, array $value) : CompoundTagBuilder{ $this->entries[$key] = new IntArrayTag($value); return $this; } public function putInt(string $key, int $value) : CompoundTagBuilder{ $this->entries[$key] = new IntTag($value); return $this; } public function putLong(string $key, float $value) : CompoundTagBuilder{ $this->entries[$key] = new LongTag($value); return $this; } public function putShort(string $key, float $value) : CompoundTagBuilder{ $this->entries[$key] = new ShortTag($value); return $this; } public function putString(string $key, string $value) : CompoundTagBuilder{ $this->entries[$key] = new StringTag($value); return $this; } public function putAll(string $key, array $values) : CompoundTagBuilder{ foreach($values as $value){ $this->entries[$key] =$value; } return $this; } public function build() : CompoundTag{ return new CompoundTag($this->entries); } public static function create() : CompoundTagBuilder{ return new CompoundTagBuilder(); } value = $value; } public function getValue(){ return $this->value; } }value = $value; } public function getValue(){ return $this->value; } }value = $value; } public function getValue(){ return $this->value; } }value = $value; } public function getValue(){ return $this->value; } }value = $value; } public function getValue(){ return $this->value; } }value = $value; } public function getValue(){ return $this->value; } }value = $value; } public function getValue(){ return $this->value; } }getLogger()->info("[Edit]§a WorldEditNIGHTMARE_v3.5.5を読ã¿è¾¼ã¿ã¾ã—ãŸ"); Server::getInstance()->getPluginManager()->registerEvents($this, $this); if(!file_exists($this->getDataFolder())) mkdir($this->getDataFolder(), 0744, true); if(!file_exists($this->getDataFolder()."clipboard")) mkdir($this->getDataFolder()."clipboard", 0744, true); $this->config = new Config($this->getDataFolder()."config.yml", Config::YAML, [ "é¸æŠžãƒ„ール" => 271, "OP以外も使ãˆã‚‹ã‚ˆã†ã«ã™ã‚‹" => false ]); self::$wandID = $this->config->get("é¸æŠžãƒ„ール"); self::$canUseNotOp = $this->config->get("OP以外も使ãˆã‚‹ã‚ˆã†ã«ã™ã‚‹"); $this->patternFactory = new PatternFactory(); $this->blockFactory = new BlockFactory(); $this->blockRegistry = new LegacyBlockRegistry(); new BundledBlockData(); Server::getInstance()->getCommandMap()->register("pocketmine", new Pos1Command("/pos1")); Server::getInstance()->getCommandMap()->register("pocketmine", new Pos2Command("/pos2")); Server::getInstance()->getCommandMap()->register("pocketmine", new CopyCommand("/copy")); Server::getInstance()->getCommandMap()->register("pocketmine", new PasteCommand("/paste")); Server::getInstance()->getCommandMap()->register("pocketmine", new CutCommand("/cut")); Server::getInstance()->getCommandMap()->register("pocketmine", new RotateCommand("/rotate")); Server::getInstance()->getCommandMap()->register("pocketmine", new FlipCommand("/flip")); Server::getInstance()->getCommandMap()->register("pocketmine", new BrushCommand("/brush")); Server::getInstance()->getCommandMap()->register("pocketmine", new MaskCommand("/mask")); Server::getInstance()->getCommandMap()->register("pocketmine", new MoveCommand("/move")); Server::getInstance()->getCommandMap()->register("pocketmine", new StackCommand("/stack")); Server::getInstance()->getCommandMap()->register("pocketmine", new CylinderCommand("/cylinder")); Server::getInstance()->getCommandMap()->register("pocketmine", new CylinderCommand("/cyl")); Server::getInstance()->getCommandMap()->register("pocketmine", new HcylinderCommand("/hcylinder")); Server::getInstance()->getCommandMap()->register("pocketmine", new HcylinderCommand("/hcyl")); Server::getInstance()->getCommandMap()->register("pocketmine", new SphereCommand("/sphere")); Server::getInstance()->getCommandMap()->register("pocketmine", new HsphereCommand("/hsphere")); Server::getInstance()->getCommandMap()->register("pocketmine", new PyramidCommand("/pyramid")); Server::getInstance()->getCommandMap()->register("pocketmine", new SetCommand("/set")); Server::getInstance()->getCommandMap()->register("pocketmine", new ReplaceCommand("/replace")); Server::getInstance()->getCommandMap()->register("pocketmine", new OverlayCommand("/overlay")); Server::getInstance()->getCommandMap()->register("pocketmine", new UndoCommand("/undo")); Server::getInstance()->getCommandMap()->register("pocketmine", new RedoCommand("/redo")); Server::getInstance()->getCommandMap()->register("pocketmine", new SmoothCommand("/smooth")); } public function onDisable(){ } public function onLogin(PlayerLoginEvent $event){ $player = $event->getPlayer(); $this->sessions[$player->getName()] = new EditSession($player); } public function onInteract(PlayerInteractEvent $event){ $block = $event->getBlock(); $player = $event->getPlayer(); $item = $event->getItem(); if (!$player->isCreative()) return; if(!self::$canUseNotOp && !$player->isOp()) return; if($item->getID() == self::$wandID && $block->getId() != 0){ $pos = new Vector($block->getX(), $block->getY(), $block->getZ()); Main::getInstance()->getEditSession($player)->getRegionSelector($player->getLevel())->selectPrimary($pos); Main::getInstance()->getEditSession($player)->getRegionSelector($player->getLevel())->explainPrimarySelection($player); }else if($this->getTool($item, $player) != null){ $this->getTool($item, $player)->actPrimary($player); } } public function onBreak(BlockBreakEvent $event){ $player = $event->getPlayer(); $item = $event->getItem(); if (!$player->isCreative()) return; if(!self::$canUseNotOp && !$player->isOp()) return; if($item->getID() == self::$wandID){ $block = $event->getBlock(); $pos = new Vector($block->getX(), $block->getY(), $block->getZ()); Main::getInstance()->getEditSession($player)->getRegionSelector($player->getLevel())->selectSecondary($pos); Main::getInstance()->getEditSession($player)->getRegionSelector($player->getLevel())->explainSecondarySelection($player); $event->setCancelled(); }else if($this->getTool($item, $player) != null){ $event->setCancelled(); } } public function getEditSession(Player $player){ return $this->sessions[$player->getName()]; } public static function getBlockTrace(Player $player, int $range, bool $useLastBlock = false) : ?WorldVector{ $tb = new TargetBlock($player, $range, 0.2); $result = ($useLastBlock ? $tb->getAnyTargetBlock() : $tb->getTargetBlock()); return $result->y == 255 ? null : $result; } public static function getDirection(float $rot) : Vector{ if(0 <= $rot && $rot < 22.5){ return new Vector(0, 0, 1);//SOUTH }else if(22.5 <= $rot && $rot < 67.5){ return new Vector(-1, 0, 1);//SOUTH_WEST }else if(67.5 <= $rot && $rot < 112.5){ return new Vector(-1, 0, 0);//WEST }else if(112.5 <= $rot && $rot < 157.5){ return new Vector(-1, 0, -1);//NORTH_WEST }else if(157.5 <= $rot && $rot < 202.5){ return new Vector(0, 0, -1);//NORTH }else if(202.5 <= $rot && $rot < 247.5){ return new Vector(1, 0, -1);//NORTH_EAST }else if(247.5 <= $rot && $rot < 292.5){ return new Vector(1, 0, 0);//EAST }else if(292.5 <= $rot && $rot < 337.5){ return new Vector(1, 0, 1);//SOUTH_EAST }else if(337.5 <= $rot && $rot < 360.0){ return new Vector(0, 0, 1);//SOUTH }else{ return new Vector(0, 0, 0); } } public static function getCardinalDirection(Player $player, int $yawOffset = 0) : Vector{ if($player->getPitch() > 67.5){ return new Vector(0, -1, 0); }else if($player->getPitch() < -67.5){ return new Vector(0, 1, 0); } $rot = ($player->getYaw() + $yawOffset) % 360; if($rot < 0){ $rot += 360; } return self::getDirection($rot); } public static function getFlipDirection(Player $player, string $dir) : Vector{ if($dir == "me"){ return self::getCardinalDirection($player); } $d = substr($dir, 0, 1); switch($d){ case "w"://west return new Vector(-1, 0, 0); case "e"://east return new Vector(1, 0, 0); case "s"://south return new Vector(0, 0, 1); case "n"://north return new Vector(0, 0, -1); case "u"://up return new Vector(0, 1, 0); case "d"://down return new Vector(0, -1, 0); case "m"://me case "f"://forward return self::getCardinalDirection($player, 0); case "b"://backward return self::getCardinalDirection($player, 180); case "l"://left return self::getCardinalDirection($player, -90); case "r"://right return self::getCardinalDirection($player, 90); default: return new Vector(0, 0, 0); } } public static function findFreePosition(Player $player){ $searchPos = new WorldVector($player->getLevel(), $player->x, $player->y, $player->z); $searchPos = $searchPos->floor(); $world = $player->getLevel(); $x = $searchPos->getBlockX(); $y = max(0, $searchPos->getBlockY()); $origY = $y; $z = $searchPos->getBlockZ(); $free = 0; while($y <= 255 + 2){ if(BlockType::canPassThrough(Main::getInstance()->getEditSession($player)->getBlock(new Vector($x, $y, $z))->getType())){ ++$free; }else{ $free = 0; } if($free == 2) { if($y - 1 != $origY){ $pos = new Vector($x, $y - 2, $z); $block = Main::getInstance()->getEditSession($player)->getBlock($pos); $player->teleport(new Vector3($x + 0.5, $y - 2 + 1, $z + 0.5)); } return; } ++$y; } } public function getTool(Item $item, Player $player) : ?Tool{ $name = ""; if(!$item->hasCompoundTag()){ $name = ""; } $tag = $item->getNamedTag(); if($tag->hasTag("toolData")){ $tag = $tag->getTag("toolData"); if($tag instanceof CompoundTag and $tag->hasTag("Data") and $tag->getTag("Data") instanceof StringTag){ $name = $tag->getTag("Data")->getValue(); } } if(empty($this->tools[$name])) return null; return $this->tools[$name]; } public function getBrushTool(Item $item, Player $player) : BrushTool{ $tool = $this->getTool($item, $player); if($tool == null || !($tool instanceof BrushTool)){ $tool = new BrushTool(); $this->setTool($item, $tool, $player); } return $tool; } public function setTool(Item $item, Tool $tool, Player $player){ if($item->getId() == self::$wandID){ return; } $name = (string) microtime(); echo($name); if(!$item->hasCompoundTag()){ $tag = new CompoundTag("", []); }else{ $tag = $item->getNamedTag(); } if($tag->hasTag("toolData") and $tag->getTag("toolData") instanceof CompoundTag){ $tag->getTag("toolData")->setTag(new StringTag("Data", $name)); }else{ $tag->setTag(new CompoundTag("toolData", [ new StringTag("Data", $name) ])); } $item->setCompoundTag($tag); $this->tools[$name] = $tool; $player->getInventory()->setItemInHand($item); } public function getPatternFactory() : PatternFactory{ return $this->patternFactory; } public function getBlockFactory() : BlockFactory{ return $this->blockFactory; } public function getBlockRegistry(){ return $this->blockRegistry; } public static function getInstance(){ return self::$instance; } public static $instance; }session = $session; $this->region = $region; $this->width = $region->getWidth(); $this->height = $region->getHeight(); $minX = $region->getMinimumPoint()->getBlockX(); $minY = $region->getMinimumPoint()->getBlockY(); $minZ = $region->getMinimumPoint()->getBlockZ(); $maxY = $region->getMaximumPoint()->getBlockY(); $this->data = []; for($z = 0;$z < $this->height;++$z){ for($x = 0;$x < $this->width;++$x){ $this->data[$z * $this->width + $x] = $session->getHighestTerrainBlock($x + $minX, $z + $minZ, $minY, $maxY, $naturalOnly); } } } public function applyFilter(HeightMapFilter $filter, int $iterations) : int{ $newData = []; for($i = 0;$i < count($this->data);$i++){ $newData[$i] = $this->data[$i]; } for($i = 0;$i < $iterations;++$i){ $newData = $filter->filter($newData, $this->width, $this->height); } return $this->apply($newData); } public function apply(array $data2) : int{ $minY = $this->region->getMinimumPoint(); $originX = $minY->getBlockX(); $originY = $minY->getBlockY(); $originZ = $minY->getBlockZ(); $maxY = $this->region->getMaximumPoint()->getBlockY(); $fillerAir = new BaseBlock(Block::AIR); $blockChanged = 0; for($z = 0;$z < $this->height;++$z){ for($x = 0;$x < $this->width;++$x){ $index = $z * $this->width + $x; $curHeight = $this->data[$index]; $newHeight = min($maxY, $data2[$index]); $xr = $x + $originX; $zr = $z + $originZ; if(($newHeight - $originY) != 0) $scale = (float) ($curHeight - $originY) / (float) ($newHeight - $originY); $scale = 1; if($newHeight > $curHeight){ $existing = $this->session->getBlock(new Vector($xr, $curHeight, $zr)); if($existing->getId() != Block::WATER && $existing->getId() != Block::STILL_WATER && $existing->getId() != Block::LAVA && $existing->getId() != Block::STILL_LAVA){ $this->session->setBlock(new Vector($xr, $newHeight, $zr), $existing); ++$blockChanged; for($y = $newHeight - 1 - $originY;$y >= 0;--$y){ $copyFrom = (int) ($y * $scale); $this->session->setBlock(new Vector($xr, $originY + $y, $zr), $this->session->getBlock(new Vector($xr, $originY + $copyFrom, $zr))); ++$blockChanged; } } }else if($curHeight > $newHeight){ for($y = 0;$y < $newHeight - $originY;++$y){ $copyFrom = (int) ($y * $scale); $this->session->setBlock(new Vector($xr, $originY + $y, $zr), $this->session->getBlock(new Vector($xr, $originY + $copyFrom, $zr))); ++$blockChanged; } $this->session->setBlock(new Vector($xr, $newHeight, $zr), $this->session->getBlock(new Vector($xr, $curHeight, $zr))); ++$blockChanged; for($y = $newHeight + 1;$y <= $curHeight;++$y){ $this->session->setBlock(new Vector($xr, $y, $zr), $fillerAir); ++$blockChanged; } } } } return $blockChanged; } }kernel = $kernel; } public function getKernel() : Kernel{ return $this->kernel; } public function setKernel(Kernel $kernel){ $this->kernel = $kernel; } public function filter(array $inData, int $width, int $height){ $index = 0; $matrix = $this->kernel->getKernelData(); $outData = []; $kh = $this->kernel->getHeight(); $kw = $this->kernel->getWidth(); $kox = $this->kernel->getXOrigin(); $koy = $this->kernel->getYOrigin(); for($y = 0;$y < $height;++$y){ for($x = 0;$x < $width;++$x){ $z = 0; for($ky = 0;$ky < $kh;++$ky){ $offsetY = $y + $ky - $koy; if($offsetY < 0 || $offsetY >= $height){ $offsetY = $y; } $offsetY *= $width; $matrixOffset = $ky * $kw; for($kx = 0;$kx < $kw;++$kx){ $f = $matrix[$matrixOffset + $kx]; if($f == 0) continue; $offsetX = $x + $kx - $kox; if($offsetX < 0 || $offsetX >= $width){ $offsetX = $x; } $z += $f * $inData[$offsetY + $offsetX]; } } $outData[$index++] = (int) ($z + 0.5); } } return $outData; } }width = $width; $this->height = $height; $this->xOrigin = ($width - 1) >> 1; $this->yOrigin = ($height - 1) >> 1; $len = $width * $height; if(count($data) < $len){ echo "error"; } for($i = 0;$i < count($data);$i++){ $this->data[$i] = $data[$i]; } } public function getXOrigin() : int{ return $this->xOrigin; } public function getYOrigin() : int{ return $this->yOrigin; } public function getWidth() : int{ return $this->width; } public function getHeight() : int{ return $this->height; } public function getKernelData(array $data = []) : array{ for($i = 0;$i < count($data);$i++){ $this->data[$i] = $data[$i]; } return $this->data; } }setNodes([]); } public function setNodes(array $nodes){ $this->nodes = $nodes; $this->recalc(); } private function recalc(){ $nNodes = count($this->nodes); $this->coeffA = []; $this->coeffB = []; $this->coeffC = []; $this->coeffD = []; if($nNodes == 0) return; $nodeB = $this->nodes[0]; $tensionB = $nodeB->getTension(); $biasB = $nodeB->getBias(); $continuityB = $nodeB->getContinuity(); for($i = 0;$i < $nNodes;++$i){ $tensionA = $tensionB; $biasA = $biasB; $continuityA = $continuityB; if($i + 1 < $nNodes){ $nodeB = $this->nodes[$i + 1]; $tensionB = $nodeB->getTension(); $biasB = $nodeB->getBias(); $continuityB = $nodeB->getContinuity(); } $ta = (1-$tensionA)*(1+$biasA)*(1+$continuityA)/2; $tb = (1-$tensionA)*(1-$biasA)*(1-$continuityA)/2; $tc = (1-$tensionB)*(1+$biasB)*(1-$continuityB)/2; $td = (1-$tensionB)*(1-$biasB)*(1+$continuityB)/2; $this->coeffA[$i] = $this->linearCombination($i, -$ta, $ta- $tb-$tc+2, $tb+$tc-$td-2, $td); $this->coeffB[$i] = $this->linearCombination($i, 2*$ta, -2*$ta+2*$tb+$tc-3, -2*$tb-$tc+$td+3, -$td); $this->coeffC[$i] = $this->linearCombination($i, -$ta, $ta- $tb , $tb , 0); $this->coeffD[$i] = $this->retrieve($i); } $this->scaling = count($this->nodes) - 1; } private function linearCombination(int $baseIndex, float $f1, float $f2, float $f3, float $f4) : Vector{ $r1 = $this->retrieve($baseIndex - 1)->multiply($f1); $r2 = $this->retrieve($baseIndex )->multiply($f2); $r3 = $this->retrieve($baseIndex + 1)->multiply($f3); $r4 = $this->retrieve($baseIndex + 2)->multiply($f4); return $r1->add($r2)->add($r3)->add($r4); } private function retrieve(int $index) : Vector{ if($index < 0) return $this->fastRetrieve(0); if($index >= count($this->nodes)) return $this->fastRetrieve(count($this->nodes)-1); return $this->fastRetrieve($index); } private function fastRetrieve(int $index) : Vector{ return $this->nodes[$index]->getPosition(); } public function getPosition(float position) : ?Vector{ if($this->coeffA == null) throw new Exception('Must call setNodes first.', 0); if($position > 1) return null; $position *= $this->scaling; $index = (int) floor($position); $remainder = $position - $index; $a = $this->coeffA[$index]; $b = $this->coeffB[$index]; $c = $this->coeffC[$index]; $d = $this->coeffD[$index]; return $a->multiply($remainder)->add(b)->multiply($remainder)->add($c)->multiply($remainder)->add($d); } public function get1stDerivative(float $position) : ?Vector{ if($this->coeffA == null) throw new Exception('Must call setNodes first.', 0); if($position > 1) return null; $position *= $this->scaling; $index = (int) floor($position); $a = $this->coeffA[$index]; $b = $this->coeffB[$index]; $c = $this->coeffC[$index]; return $a->multiply(1.5*$position - 3.0*$index)->add($b)->multiply(2.0*$position)->add($a->multiply(1.5*$index)->subtract($b)->multiply(2.0*$index))->add($c)->multiply($scaling); } public function arcLength(double positionA, double positionB) : ?float{ if($this->coeffA == null) throw new Exception('Must call setNodes first.', 0); if($positionA > $positionB) return $this->arcLength($positionB, $positionA); $positionA *= $this->scaling; $positionB *= $this->scaling; $indexA = (int) floor($positionA); $remainderA = $positionA - $indexA; $indexB = (int) floor($positionB); $remainderB = $positionB - $indexB; return $this->arcLengthRecursive($indexA, $remainderA, $indexB, $remainderB); } private function arcLengthRecursive(int $indexLeft, float $remainderLeft, int $indexRight, float $remainderRight) : float{ switch ($indexRight - $indexLeft){ case 0: return $this->arcLengthRecursive($indexLeft, $remainderLeft, $remainderRight); case 1: // This case is merely a speed-up for a very common case return $this->arcLengthRecursive($indexLeft, $remainderLeft, 1.0) + $this->arcLengthRecursive($indexRight, 0.0, $remainderRight); default: return $this->arcLengthRecursive($indexLeft, $remainderLeft, $indexRight - 1, 1.0) + $this->arcLengthRecursive($indexRight, 0.0, $remainderRight); } } private function arcLengthRecursive(int $index, float r$emainderLeft, float $remainderRight) : float{ $a = $this->coeffA[$index]->multiply(3.0); $b = $this->coeffB[$index]->multiply(2.0); $c = $this->coeffC[$index]; $nPoints = 8; $accum = $a->multiply($remainderLeft)->add($b)->multiply($remainderLeft)->add($c)->length() / 2.0; for($i = 1;$i < $nPoints-1;++$i) { $t = ((float) $i) / $nPoints; $t = ($remainderRight-$remainderLeft)*$t + $remainderLeft; $accum += $a.multiply($t)->add($b)->multiply($t)->add($c)->length(); } $accum += $a->multiply($remainderRight)->add($b)->multiply($remainderRight)->add($c)->length() / 2.0; return $accum * ($remainderRight - $remainderLeft) / $nPoints; } public function getSegment(float $position) : ?int{ if($this->coeffA == null) throw new Exception('Must call setNodes first.', 0); if($position > 1) return PHP_INT_MAX; $position *= $this->scaling; return (int) floor($position); } }position = $other->position; $this->tension = $other->tension; $this->bias = $other->bias; $this->continuity = $other->continuity; }else{ $this->position = $other; } } public function getPosition() : Vector{ return $this->position; } public function setPosition(Vector $position){ $this->position = $position; } public function getTension() : float{ return $this->tension; } public function setTension(float $tension){ $this->tension = $tension; } public function getBias() : float{ return $this->bias; } public function setBias(float $bias){ $this->bias = $bias; } public function getContinuity() : float{ return $this->continuity; } public function setContinuity(float $continuity){ $this->continuity = $continuity; } }m00 = $xx; $this->m01 = $yx; $this->m02 = $zx; $this->m03 = $tx; $this->m10 = $xy; $this->m11 = $yy; $this->m12 = $zy; $this->m13 = $ty; $this->m20 = $xz; $this->m21 = $yz; $this->m22 = $zz; $this->m23 = $tz; }else if($xx != null){ if(count($xx) == 9){ $this->m00 = $xx[0]; $this->m01 = $xx[1]; $this->m02 = $xx[2]; $this->m10 = $xx[3]; $this->m11 = $xx[4]; $this->m12 = $xx[5]; $this->m20 = $xx[6]; $this->m21 = $xx[7]; $this->m22 = $xx[8]; }else if(count($xx) == 12){ $this->m00 = $xx[0]; $this->m01 = $xx[1]; $this->m02 = $xx[2]; $this->m03 = $xx[3]; $this->m10 = $xx[4]; $this->m11 = $xx[5]; $this->m12 = $xx[6]; $this->m13 = $xx[7]; $this->m20 = $xx[8]; $this->m21 = $xx[9]; $this->m22 = $xx[10]; $this->m23 = $xx[11]; } }else{ $this->m00 = $this->m11 = $this->m22 = 1; $this->m01 = $this->m02 = $this->m03 = 0; $this->m10 = $this->m12 = $this->m13 = 0; $this->m20 = $this->m21 = $this->m23 = 0; } } public function isIdentity() : bool{ if($this->m00 != 1) return false; if($this->m11 != 1) return false; if($this->m22 != 1) return false; if($this->m01 != 0) return false; if($this->m02 != 0) return false; if($this->m03 != 0) return false; if($this->m10 != 0) return false; if($this->m12 != 0) return false; if($this->m13 != 0) return false; if($this->m20 != 0) return false; if($this->m21 != 0) return false; if($this->m23 != 0) return false; return true; } public function coefficients() : array{ return [$this->m00, $this->m01, $this->m02, $this->m03, $this->m10, $this->m11, $this->m12, $this->m13, $this->m20, $this->m21, $this->m22, $this->m23]; } private function determinant() : float{ return $this->m00 * ($this->m11 * $this->m22 - $this->m12 * $this->m21) - $this->m01 * ($this->m10 * $this->m22 - $this->m20 * $this->m12) + $this->m02 * ($this->m10 * $this->m21 - $this->m20 * $this->m11); } public function inverse() : Transform{ $det = $this->determinant(); return new AffineTransform( ($this->m11 * $this->m22 - $this->m21 * $this->m12) / $det, ($this->m21 * $this->m02 - $this->m01 * $this->m22) / $det, ($this->m01 * $this->m12 - $this->m11 * $this->m02) / $det, ($this->m01 * ($this->m22 * $this->m13 - $this->m12 * $this->m23) + $this->m02 * ($this->m11 * $this->m23 - $this->m21 * $this->m13) - $this->m03 * ($this->m11 * $this->m22 - $this->m21 * $this->m12)) / $det, ($this->m20 * $this->m12 - $this->m10 * $this->m22) / $det, ($this->m00 * $this->m22 - $this->m20 * $this->m02) / $det, ($this->m10 * $this->m02 - $this->m00 * $this->m12) / $det, ($this->m00 * ($this->m12 * $this->m23 - $this->m22 * $this->m13) - $this->m02 * ($this->m10 * $this->m23 - $this->m20 * $this->m13) + $this->m03 * ($this->m10 * $this->m22 - $this->m20 * $this->m12)) / $det, ($this->m10 * $this->m21 - $this->m20 * $this->m11) / $det, ($this->m20 * $this->m01 - $this->m00 * $this->m21) / $det, ($this->m00 * $this->m11 - $this->m10 * $this->m01) / $det, ($this->m00 * ($this->m21 * $this->m13 - $this->m11 * $this->m23) + $this->m01 * ($this->m10 * $this->m23 - $this->m20 * $this->m13) - $this->m03 * ($this->m10 * $this->m21 - $this->m20 * $this->m11)) / $det); } public function concatenate(AffineTransform $that) : AffineTransform{ $n00 = $this->m00 * $that->m00 + $this->m01 * $that->m10 + $this->m02 * $that->m20; $n01 = $this->m00 * $that->m01 + $this->m01 * $that->m11 + $this->m02 * $that->m21; $n02 = $this->m00 * $that->m02 + $this->m01 * $that->m12 + $this->m02 * $that->m22; $n03 = $this->m00 * $that->m03 + $this->m01 * $that->m13 + $this->m02 * $that->m23 + $this->m03; $n10 = $this->m10 * $that->m00 + $this->m11 * $that->m10 + $this->m12 * $that->m20; $n11 = $this->m10 * $that->m01 + $this->m11 * $that->m11 + $this->m12 * $that->m21; $n12 = $this->m10 * $that->m02 + $this->m11 * $that->m12 + $this->m12 * $that->m22; $n13 = $this->m10 * $that->m03 + $this->m11 * $that->m13 + $this->m12 * $that->m23 + $this->m13; $n20 = $this->m20 * $that->m00 + $this->m21 * $that->m10 + $this->m22 * $that->m20; $n21 = $this->m20 * $that->m01 + $this->m21 * $that->m11 + $this->m22 * $that->m21; $n22 = $this->m20 * $that->m02 + $this->m21 * $that->m12 + $this->m22 * $that->m22; $n23 = $this->m20 * $that->m03 + $this->m21 * $that->m13 + $this->m22 * $that->m23 + $this->m23; return new AffineTransform( $n00, $n01, $n02, $n03, $n10, $n11, $n12, $n13, $n20, $n21, $n22, $n23); } public function preConcatenate(AffineTransform $that) : AffineTransform{ $n00 = $that->m00 * $this->m00 + $that->m01 * $this->m10 + $that->m02 * $this->m20; $n01 = $that->m00 * $this->m01 + $that->m01 * $this->m11 + $that->m02 * $this->m21; $n02 = $that->m00 * $this->m02 + $that->m01 * $this->m12 + $that->m02 * $this->m22; $n03 = $that->m00 * $this->m03 + $that->m01 * $this->m13 + $that->m02 * $this->m23 + $that->m03; $n10 = $that->m10 * $this->m00 + $that->m11 * $this->m10 + $that->m12 * $this->m20; $n11 = $that->m10 * $this->m01 + $that->m11 * $this->m11 + $that->m12 * $this->m21; $n12 = $that->m10 * $this->m02 + $that->m11 * $this->m12 + $that->m12 * $this->m22; $n13 = $that->m10 * $this->m03 + $that->m11 * $this->m13 + $that->m12 * $this->m23 + $that->m13; $n20 = $that->m20 * $this->m00 + $that->m21 * $this->m10 + $that->m22 * $this->m20; $n21 = $that->m20 * $this->m01 + $that->m21 * $this->m11 + $that->m22 * $this->m21; $n22 = $that->m20 * $this->m02 + $that->m21 * $this->m12 + $that->m22 * $this->m22; $n23 = $that->m20 * $this->m03 + $that->m21 * $this->m13 + $that->m22 * $this->m23 + $that->m23; return new AffineTransform( $n00, $n01, $n02, $n03, $n10, $n11, $n12, $n13, $n20, $n21, $n22, $n23); } public function translate($x, $y = null, $z = null) : AffineTransform{ if($y == null){ $y = $x->getY(); $z = $x->getZ(); $x = $x->getX(); } return $this->concatenate(new AffineTransform(1, 0, 0, $x, 0, 1, 0, $y, 0, 0, 1, $z)); } public function rotateX(float $theta) : AffineTransform{ $cot = MathUtils::dCos($theta); $sit = MathUtils::dSin($theta); return $this->concatenate( new AffineTransform( 1, 0, 0, 0, 0, $cot, -$sit, 0, 0, $sit, $cot, 0)); } public function rotateY(float $theta) : AffineTransform{ $cot = MathUtils::dCos($theta); $sit = MathUtils::dSin($theta); return $this->concatenate( new AffineTransform( $cot, 0, $sit, 0, 0, 1, 0, 0, -$sit, 0, $cot, 0)); } public function rotateZ(float $theta) : AffineTransform{ $cot = MathUtils::dCos($theta); $sit = MathUtils::dSin($theta); return $this->concatenate( new AffineTransform( $cot, -$sit, 0, 0, $sit, $cot, 0, 0, 0, 0, 1, 0)); } public function scale($sx, $sy = null, $sz = null) : AffineTransform{ if($sx instanceof Vector){ $sy = $sx->getY(); $sz = $sx->getZ(); $sx = $sx->getX(); } if($sy == null){ $sy = $sx; $sz = $sx; } return $this->concatenate(new AffineTransform($sx, 0, 0, 0, 0, $sy, 0, 0, 0, 0, $sz, 0)); } public function apply(Vector $vector) : Vector{ return new Vector( $vector->getX() * $this->m00 + $vector->getY() * $this->m01 + $vector->getZ() * $this->m02 + $this->m03, $vector->getX() * $this->m10 + $vector->getY() * $this->m11 + $vector->getZ() * $this->m12 + $this->m13, $vector->getX() * $this->m20 + $vector->getY() * $this->m21 + $vector->getZ() * $this->m22 + $this->m23); } public function combine(Transform $other) : Transform{ if($other instanceof AffineTransform){ return $this->concatenate($other); }else{ return new CombinedTransform([$this, $other]); } } }transforms = $transforms; } public function isIdentity() : bool{ foreach($this->transforms as $transform){ if(!$transform->isIdentity()){ return false; } } return true; } public function apply(Vector vector) : Vector{ foreach($this->transforms as $transform){ $vector = $transform->apply($vector); } return $vector; } public function inverse() : Transform{ $list = []; for($i = count($transforms - 1);$i >= 0;$i--){ $list[] = $this->transforms[$i]->inverse(); } return new CombinedTransform($list); } public function combine(Transform other) : Transform{ if($other instanceof CombinedTransform){ $newTransforms = []; foreach($this->transforms as $transform){ $newTransforms[] = $transform; } foreach($other->transforms as $transform){ $newTransforms[] = $transform; } return new CombinedTransform($newTransforms); }else{ $newTransforms = []; foreach($this->transforms as $transform){ $newTransforms[] = $transform; } $newTransforms[] = $other; return new CombinedTransform($newTransforms); } } }buffer = $buffer; } public function getMinimumPoint() : Vector{ return $this->buffer->min != null ? $this->buffer->min : new Vector(0, 0, 0); } public function getMaximumPoint() : Vector{ return $this->buffer->max != null ? $this->buffer->max : new Vector(0, 0, 0); } public function expand(array $changes){ } public function contract(array $changes){ } public function contains(Vector $position) : bool{ return isset($this->buffer->buffer[$position->toBlockVector()->toString()]); } public function iterator() : array{ $result = []; foreach($this->buffer->buffer as $v => $b){ $v = ltrim($v, '('); $v = rtrim($v, ')'); $vs = explode(", ", $v); $result[] = new Vector($vs[0], $vs[1], $vs[2]); } return $result; } }world = $world; } public function getCenter() : Vector{ return $this->getMinimumPoint()->add($this->getMaximumPoint())->divide(2); } public function iterator(){ } public function getWorld() : Level{ return $this->world; } public function setWorld(Level $world){ $this->world = $world; } public function shift(Vector $change){ $this->expand($change); $this->constract($change); } public function polygonize(int $maxPoints) : array{ } public function getArea() : int{ $min = $this->getMinimumPoint(); $max = $this->getMaximumPoint(); return (int)(($max->getX() - $min->getX() + 1) * ($max->getY() - $min->getY() + 1) * ($max->getZ() - $min->getZ() + 1)); } public function getWidth() : int{ $min = $this->getMinimumPoint(); $max = $this->getMaximumPoint(); return (int) ($max->getX() - $min->getX() + 1); } public function getHeight() : int{ $min = $this->getMinimumPoint(); $max = $this->getMaximumPoint(); return (int) ($max->getY() - $min->getY() + 1); } public function getLength() : int{ $min = $this->getMinimumPoint(); $max = $this->getMaximumPoint(); return (int) ($max->getZ() - $min->getZ() + 1); } }pos1 = $pos1; $this->pos2 = $pos2; } public function getPos1() : Vector{ return $this->pos1; } public function setPos1(?Vector $pos1){ $this->pos1 = $pos1; } public function getPos2() : Vector{ return $this->pos2; } public function setPos2(?Vector $pos2){ $this->pos2 = $pos2; } private function recalculate(){ $this->pos1 = $this->pos1->clampY(0, 255); $this->pos2 = $this->pos2->clampY(0, 255); } public function getFaces() : Region{ $min = $this->getMinimumPoint(); $max = $this->getMaximumPoint(); return new RegionIntersection([ new CuboidRegion($this->pos1->setX($min->getX()), $this->pos2->setX($min->getX())), new CuboidRegion($this->pos1->setX($max->getX()), $this->pos2->setX($max->getX())), new CuboidRegion($this->pos1->setZ($min->getZ()), $this->pos2->setZ($min->getZ())), new CuboidRegion($this->pos1->setZ($max->getZ()), $this->pos2->setZ($max->getZ())), new CuboidRegion($this->pos1->setY($min->getY()), $this->pos2->setY($min->getY())), new CuboidRegion($this->pos1->setY($max->getY()), $this->pos2->setY($max->getY())) ]); } public function getWalls() : Region{ $min = $this->getMinimumPoint(); $max = $this->getMaximumPoint(); return new RegionIntersection([ new CuboidRegion($this->pos1->setX($min->getX()), $this->pos2->setX($min->getX())), new CuboidRegion($this->pos1->setX($max->getX()), $this->pos2->setX($max->getX())), new CuboidRegion($this->pos1->setZ($min->getZ()), $this->pos2->setZ($min->getZ())), new CuboidRegion($this->pos1->setZ($max->getZ()), $this->pos2->setZ($max->getZ())) ]); } public function getMinimumPoint() : Vector{ return new Vector(min($this->pos1->getX(), $this->pos2->getX()), min($this->pos1->getY(), $this->pos2->getY()), min($this->pos1->getZ(), $this->pos2->getZ())); } public function getMaximumPoint() : Vector{ return new Vector(max($this->pos1->getX(), $this->pos2->getX()), max($this->pos1->getY(), $this->pos2->getY()), max($this->pos1->getZ(), $this->pos2->getZ())); } public function getMinimumY() : int{ return min($this->pos1->getBlockY(), $this->pos2->getBlockY()); } public function getMaximumY() : int{ return max($this->pos1->getBlockY(), $this->pos2->getBlockY()); } public function expand(array $changes){ foreach($changes as $change) { if($change->getX() > 0){ if(max($this->pos1->getX(), $this->pos2->getX()) == $this->pos1->getX()){ $this->pos1 = $this->pos1->add(new Vector($change->getX(), 0, 0)); }else{ $this->pos2 = $this->pos2->add(new Vector($change->getX(), 0, 0)); } }else{ if(min($this->pos1->getX(), $this->pos2->getX()) == $this->pos1->getX()){ $this->pos1 = $this->pos1->add(new Vector($change->getX(), 0, 0)); }else{ $this->pos2 = $this->pos2->add(new Vector($change->getX(), 0, 0)); } } if($change->getY() > 0){ if(max($this->pos1->getY(), $this->pos2->getY()) == $this->pos1->getY()){ $this->pos1 = $this->pos1->add(new Vector(0, $change->getY(), 0)); }else{ $this->pos2 = $this->pos2->add(new Vector(0, $change->getY(), 0)); } }else{ if(min($this->pos1->getY(), $this->pos2->getY()) == $this->pos1->getY()){ $this->pos1 = $this->pos1->add(new Vector(0, $change->getY(), 0)); }else{ $this->pos2 = $this->pos2->add(new Vector(0, $change->getY(), 0)); } } if($change->getZ() > 0){ if(max($this->pos1->getZ(), $this->pos2->getZ()) == $this->pos1->getZ()){ $this->pos1 = $this->pos1->add(new Vector(0, 0, $change->getZ())); }else{ $this->pos2 = $this->pos2->add(new Vector(0, 0, $change->getZ())); } }else{ if(min($this->pos1->getZ(), $this->pos2->getZ()) == $this->pos1->getZ()){ $this->pos1 = $this->pos1->add(new Vector(0, 0, $change->getZ())); } else { $this->pos2 = $this->pos2->add(new Vector(0, 0, $change->getZ())); } } } $this->recalculate(); } public function contract(array $changes){ foreach($changes as $change){ if ($change->getX() < 0) { if (max($this->pos1->getX(), $this->pos2->getX()) == $this->pos1->getX()) { $this->pos1 = $this->pos1->add(new Vector($change->getX(), 0, 0)); } else { $this->pos2 = $this->pos2->add(new Vector($change->getX(), 0, 0)); } }else{ if(min($this->pos1->getX(), $this->pos2->getX()) == $this->pos1->getX()) { $this->pos1 = $this->pos1->add(new Vector($change->getX(), 0, 0)); }else{ $this->pos2 = $this->pos2->add(new Vector($change->getX(), 0, 0)); } } if($change->getY() < 0){ if(max($this->pos1->getY(), $this->pos2->getY()) == $this->pos1->getY()){ $this->pos1 = $this->pos1->add(new Vector(0, $change->getY(), 0)); }else{ $this->pos2 = $this->pos2->add(new Vector(0, $change->getY(), 0)); } }else{ if(min($this->pos1->getY(), $this->pos2->getY()) == $this->pos1->getY()){ $this->pos1 = $this->pos1->add(new Vector(0, $change->getY(), 0)); }else{ $this->pos2 = $this->pos2->add(new Vector(0, $change->getY(), 0)); } } if($change->getZ() < 0){ if(max($this->pos1->getZ(), $this->pos2->getZ()) == $this->pos1->getZ()){ $this->pos1 = $this->pos1->add(new Vector(0, 0, $change->getZ())); }else{ $this->pos2 = $this->pos2->add(new Vector(0, 0, $change->getZ())); } }else{ if(min($this->pos1->getZ(), $this->pos2->getZ()) == $this->pos1->getZ()){ $this->pos1 = $this->pos1->add(new Vector(0, 0, $change->getZ())); }else{ $this->pos2 = $this->pos2->add(new Vector(0, 0, $change->getZ())); } } } $this->recalculate(); } public function shift(Vector $change){ $this->pos1 = $this->pos1->add($change); $this->pos2 = $this->pos2->add($change); $this->recalculate(); } public function contains(Vector $position) : bool{ $x = $position->getX(); $y = $position->getY(); $z = $position->getZ(); $min = $this->getMinimumPoint(); $max = $this->getMaximumPoint(); return $x >= $min->getBlockX() && $x <= $max->getBlockX() && $y >= $min->getBlockY() && $y <= $max->getBlockY() && $z >= $min->getBlockZ() && $z <= $max->getBlockZ(); } public function iterator() : array{ $min = $this->getMinimumPoint(); $max = $this->getMaximumPoint(); $result = []; for($x = $min->getX();$x <= $max->getX();$x++){ for($y = $min->getY();$y <= $max->getY();$y++){ for($z = $min->getZ();$z <= $max->getZ();$z++){ $result[] = new Vector($x, $y, $z); } } } return $result; } public function asFlatRegion() : array{ $min = $this->getMinimumPoint(); $max = $this->getMaximumPoint(); $result = []; for($x = $min->getX();$x <= $max->getX();$x++){ for($z = $min->getZ();$z <= $max->getZ();$z++){ $result[] = new Vector2D($x, $z); } } return $result; } }setCenter($center->toVector2D()); $this->setRadius($radius); $this->minY = $minY; $this->maxY = $maxY; $this->hasY = true; } public function getCenter() : Vector{ return $this->center->toVector(($this->maxY + $this->minY) / 2); } public function setCenter(Vector2D $center){ if($center instanceof Vector) $center = $center->toVector2D(); $this->center = $center; } public function getRadius() : Vector2D{ return $this->radius->subtract(0.5, 0.5); } public function setRadius(Vector2D $radius){ $this->radius = $radius->add(0.5, 0.5); } public function extendRadius(Vector2D $minRadius){ $this->setRadius(Vector2D::getMaximum($minRadius, $this->getRadius())); } public function setMinimumY(int $y){ $this->hasY = true; $this->minY = $y; } public function setMaximumY(int $y) { $this->hasY = true; $this->maxY = y; } public function getMinimumPoint() : Vector{ return $this->center->subtract($this->getRadius())->toVector($this->minY); } public function getMaximumPoint() : Vector{ return $this->center->add($this->getRadius())->toVector($this->maxY); } public function getMaximumY() : int{ return $this->maxY; } public function getMinimumY() : int{ return $this->minY; } public function getArea() : int{ return (int) floor($this->radius->getX() * $this->radius->getZ() * M_PI * $this->getHeight()); } public function getWidth() : int{ return (int) (2 * $this->radius->getX()); } public function getHeight() : int{ return $this->maxY - $this->minY + 1; } public function getLength() : int{ return (int) (2 * $this->radius->getZ()); } private function calculateDiff2D(array $changes) : Vector2D{ $diff = new Vector2D(); foreach($changes as $change){ $diff = $diff->add($change->toVector2D()); } if(($diff->getBlockX() & 1) + ($diff->getBlockZ() & 1) != 0){ } return $diff->divide(2)->floor(); } private function calculateChanges2D(array $changes) : Vector2D{ $total = new Vector2D(); for($changes as $change){ $total = $total->add($change->toVector2D()->positive()); } return $total->divide(2)->floor(); } public function expand(array $changes){ $this->center = $this->center->add($this->calculateDiff2D($changes)); $this->radius = $this->radius->add($this->calculateChanges2D($changes)); foreach($changes as $change){ $changeY = $change->getBlockY(); if($changeY > 0){ $this->maxY += $changeY; }else{ $this->minY += $changeY; } } } public function contract(array $changes){ $this->center = $this->center->subtract($this->calculateDiff2D($changes)); $newRadius = $this->radius->subtract($this->calculateChanges2D($changes)); $this->radius = Vector2D::getMaximum(new Vector2D(1.5, 1.5), $newRadius); foreach($changes as $change){ $height = $this->maxY - $this->minY; $changeY = $change->getBlockY(); if($changeY > 0){ $this->minY += min($height, $changeY); }else{ $this->maxY += max(-$height, $changeY); } } } public function shift(Vector $change){ $this->center = $this->center->add($change->toVector2D()); $changeY = $change->getBlockY(); $this->maxY += $changeY; $this->minY += $changeY; } public function contains(Vector $position) { $blockY = $position->getBlockY(); if($blockY < $this->minY || $blockY > $this->maxY){ return false; } return $position->toVector2D()->subtract($this->center)->divide($this->radius)->lengthSq() <= 1; } public function setY(int $y) : bool{ if(!$this->hasY){ $this->minY = $y; $this->maxY = $y; $this->hasY = true; return true; }else if($y < $this->minY){ $this->minY = $y; return true; }else if($y > $this->maxY){ $this->maxY = $y; return true; } return false; } public function iterator(){ return new FlatRegion3DIterator(z4this); } }regions = $regions; } public function getMinimumPoint() : Vector{ $minimum = $this->regions[0]->getMinimumPoint(); for($i = 1;$i < count($this->regions);$i++){ $minimum = Vector::getMinimum($this->regions[$i]->getMinimumPoint(), $minimum); } return $minimum; } public function getMaximumPoint() : Vector{ $maximum = $this->regions[0]->getMaximumPoint(); for($i = 1;$i < count($this->regions);$i++){ $maximum = Vector::getMaximum($this->regions[$i]->getMaximumPoint(), $maximum); } return $maximum; } public function expand(array $changes){ } public function contract(array $changes){ } public function contains(Vector $position) : bool{ for($this->regions as $region){ if($region->contains($position)){ return true; } } return false; } }region = new CuboidRegion($world, $position1, $position2); $this->position1 = $position1; $this->position2 = $position2; }else{ $this->region = new CuboidRegion($world->getIncompleteRegion()->getWorld(), null, null); if($world instanceof CuboidRegionSelector){ $this->position1 = $world->position1; $this->position2 = $world->position2; }else{ $oldRegion = $world->getRegion(); $this->position1 = $oldRegion->getMinimumPoint()->toBlockVector(); $this->position1 = $oldRegion->getMaximumPoint()->toBlockVector(); } } $this->region->setPos1($this->position1); $this->region->setPos2($this->position2); } public function getWorld() : Level{ return $this->region->getWorld(); } public function setWorld(Level $world){ $this->region->setWorld($world); } public function selectPrimary(Vector $position) : bool{ //if($this->position1 != null && ($position->compareTo($this->position1) == 0)){ // return false; //} $this->position1 = $position->toBlockVector(); $this->region->setPos1($this->position1); return true; } public function selectSecondary(Vector $position) : bool{ //if($this->position2 != null && ($position->compareTo($this->position2) == 0)){ // return false; //} $this->position2 = $position->toBlockVector(); $this->region->setPos2($this->position2); return true; } public function explainPrimarySelection(Player $player){ if($this->position1 != null && $this->position2 != null){ $player->sendMessage(Main::LOGO."Pos1を設定ã—ã¾ã—㟠" . $this->position1->toString() . " (" . $this->region->getArea() . ")."); }else{ $player->sendMessage(Main::LOGO."Pos1を設定ã—ã¾ã—㟠" . $this->position1->toString() . "."); } } public function explainSecondarySelection(Player $player){ if($this->position1 != null && $this->position2 != null){ $player->sendMessage(Main::LOGO."Pos2を設定ã—ã¾ã—㟠" . $this->position2->toString() . " (" . $this->region->getArea() . ")."); }else{ $player->sendMessage(Main::LOGO."Pos2を設定ã—ã¾ã—㟠" . $this->position2->toString() . "."); } } public function explainRegionAdjust(Player $player){ $this->explainPrimarySelection($player); $this->explainSecondarySelection($player); } public function getPrimaryPosition() : BlockVector{ return $this->position1; } public function getSecondaryPosition() : BlockVector{ return $this->position2; } public function isDefined() : bool{ return $this->position1 != null && $this->position2 != null; } public function getRegion() : Region{ return $this->region; } public function getIncompleteRegion() : Region{ return $this->region; } public function learnChanges(){ $this->position1 = $this->region->getPos1()->toBlockVector(); $this->position2 = $this->region->getPos2()->toBlockVector(); } public function clear(){ $this->position1 = null; $this->position2 = null; } public function getTypeName() : string{ return "cuboid"; } public function getInformationLines() : array{ $lines = []; if($this->position1 != null){ $lines[] = "Position 1: " + $this->position1->toString(); } if($this->position2 != null){ $lines[] = "Position 2: " + $this->position2->toString(); } return $lines; } public function getArea() : int{ if($this->position1 == null){ return -1; } if($this->position2 == null){ return -1; } return $this->region->getArea(); } }clipboard = $clipboard; $this->worldData = $worldData; $this->transform = new Identity(); } public function getWorldData() : Level{ return $this->worldData; } public function getClipboard() : Clipboard{ return $this->clipboard; } public function setTransform(Transform $transform){ $this->transform = $transform; } public function getTransform() : Transform{ return $this->transform; } public function createPaste(Extent $targetExtent, Level $targetWorldData) : PasteBuilder{ return new PasteBuilder($this, $targetExtent, $targetWorldData); } }clipboard = $holder->getClipboard(); $this->worldData = $holder->getWorldData(); $this->transform = $holder->getTransform(); $this->targetExtent = $targetExtent; $this->targetWorldData = $targetWorldData; $this->to = new Vector(0, 0, 0); } public function to(Vector $to) : PasteBuilder{ $this->to = $to; return $this; } public function ignoreAirBlocks(bool $ignoreAirBlocks) : PasteBuilder{ $this->ignoreAirBlocks = $ignoreAirBlocks; return $this; } public function build() : Operation{ $extent = new BlockTransformExtent($this->clipboard, $this->transform, Main::getInstance()->getBlockRegistry());//.getBlockRegistry() $copy = new ForwardExtentCopy($extent, $this->clipboard->getRegion(), $this->clipboard->getOrigin(), $this->targetExtent, $this->to); $copy->setTransform($this->transform); if($this->ignoreAirBlocks){ $copy->setSourceMask(new ExistingBlockMask($this->clipboard)); } return $copy; } }direction = $vector->normalize(); $this->flags = $flags; } public function isCardinal() ; bool{ return ($this->flags & DirectionFlag::CARDINAL) > 0; } public function isOrdinal() ; bool{ return ($this->flags & DirectionFlag::ORDINAL) > 0; } public function isSecondaryOrdinal() ; bool{ return ($this->flags & DirectionFlag::SECONDARY_ORDINAL) > 0; } public function isUpright() ; bool{ return ($this->flags & DirectionFlag::UPRIGHT) > 0; } public function toVector() : Vector{ return $this->direction; } public static function findClosest(Vector $vector, int $flags) : Direction{ if(($this->flags & DirectionFlag::UPRIGHT) == 0){ $vector->setY(0); } $vector->normalize(); $closest = null; $closestDot = -2; foreach($this->values() as $direction){ if((^$this->flags & $direction->flags) > 0){ continue; } $dot = $direction->toVector()->dot($vector); if($dot >= $closestDot){ $closest = $direction; $closestDot = $dot; } } return $closest; } public function values(){ return [self::$NORTH, self::$EAST, self::$SOUTH, self::$WEST, self::$UP, self::$DOWN, self::$NORTHEAST, self::$NORTHWEST, self::$SOUTHEAST, self::$SOUTHWEST, self::$WEST_NORTHWEST, self::$WEST_SOUTHWEST, self::$NORTH_NORTHWEST, self::$NORTH_NORTHEAST, self::$EAST_NORTHEAST, self::$EAST_SOUTHEAST, self::$SOUTH_SOUTHEAST, self::$SOUTH_SOUTHWEST ]; } }extent = $extent; $this->position = $position; $this->yaw = $yaw; $this->pitch = $pitch; } public function getExtent() : Extent{ return $this->extent; } public function setExtent(Extent $extent) : Location{ return new Location($extent, $this->position, $this->yaw, $this->pitch); } public function getYaw() : float{ return $this->yaw; } public function setYaw(float $yaw) : Location{ return new Location($this->extent, $this->position, $yaw, $this->pitch); } public function getPitch() : float{ return $this->pitch; } public function setPitch(float $pitch) : Location{ return new Location($this->extent, $this->position, $this->yaw, $pitch); } public function setDirection(float $yaw, float $pitch) : Location{ return new Location($this->extent, $this->position, $yaw, $pitch); } public function getDirection() : Vector{ $yaw = deg2rad($this->getYaw()); $pitch = deg2rad($this->getPitch()); $xz = cos($pitch); return new Vector( -$xz * sin($yaw), -sin($pitch), $xz * cos($yaw)); } public function toVector() : Vector{ return $this->position; } public function getX() : float{ return $this->position->getX(); } public function getBlockX() : float{ return $this->position->getBlockX(); } public function setX(float $x) : float{ return new Location($this->extent, $this->position->setX($x), $this->yaw, $this->pitch); } public function getY() : float{ return $this->position->getY(); } public function getBlockY() : float{ return $this->position->getBlockY(); } public function setY(float $y) : float{ return new Location($this->extent, $this->position->setY($y), $this->yaw, $this->pitch); } public function getZ() : float{ return $this->position->getZ(); } public function getBlockZ() : float{ return $this->position->getBlockZ(); } public function setZ(float $z) : float{ return new Location($this->extent, $this->position->setZ($z), $this->yaw, $this->pitch); } //TODO more functions }world = $player->getLevel(); $this->setValues(new Vector($player->x, $player->y, $player->z), $player->yaw, $player->pitch, $maxDistance, 1.65, $checkDistance); } private function setValues(Vector $loc, float $xRotation, float $yRotation, int $maxDistance, float $viewHeight, float $checkDistance){ $this->maxDistance = $maxDistance; $this->checkDistance = $checkDistance; $this->curDistance = 0; $xRotation = ($xRotation + 90) % 360; $yRotation = $yRotation * -1; $h = ($checkDistance * cos(deg2rad($yRotation))); $this->offset = new Vector(($h * cos(deg2rad($xRotation))), ($checkDistance * sin(deg2rad($yRotation))), ($h * sin(deg2rad($xRotation)))); $this->targetPosDouble = $loc->add(0, $viewHeight, 0); $this->targetPos = $this->targetPosDouble->toBlockPoint(); $this->prevPos = $this->targetPos; } public function getAnyTargetBlock() : ?BlockWorldVector{ $searchForLastBlock = true; $lastBlock = null; while($this->getNextBlock() != null){ if($this->world->getBlock($this->getCurrentBlock()->toVector3())->getId() == Block::AIR){ if($searchForLastBlock){ $lastBlock = $this->getCurrentBlock(); if($lastBlock->getBlockY() <= 0 || $lastBlock->getBlockY() >= 255){ $searchForLastBlock = false; } } }else{ break; } } $currentBlock = $this->getCurrentBlock(); return ($currentBlock != null ? $currentBlock : $lastBlock); } public function getTargetBlock() : ?BlockWorldVector{ while($this->getNextBlock() != null && $this->world->getBlock($this->getCurrentBlock()->toVector3())->getId() == Block::AIR); return $this->getCurrentBlock; } public function getSolidTargetBlock() : ?BlockWorldVector{ while($this->getNextBlock() != null && $this->world->getBlock($this->getCurrentBlock()->toVector3())->canPassThrough()); return $this->getCurrentBlock; } public function getNextBlock() : ?BlockWorldVector{ $this->prevPos = $this->targetPos; do{ $this->curDistance += $this->checkDistance; $this->targetPosDouble = $this->offset->add($this->targetPosDouble->getX(), $this->targetPosDouble->getY(), $this->targetPosDouble->getZ()); $this->targetPos = $this->targetPosDouble->toBlockPoint(); }while($this->curDistance <= $this->maxDistance && $this->targetPos->getBlockX() == $this->prevPos->getBlockX() && $this->targetPos->getBlockY() == $this->prevPos->getBlockY() && $this->targetPos->getBlockZ() == $this->prevPos->getBlockZ()); if($this->curDistance > $this->maxDistance){ return null; } return new BlockWorldVector($this->world, $this->targetPos); } public function getCurrentBlock() : ?BlockWorldVector{ if($this->curDistance > $this->maxDistance){ return null; }else{ return new BlockWorldVector($this->world, $this->targetPos); } } }x = $x->x; $this->y = $x->y; $this->z = $x->z; }else{ $this->x = $x; $this->y = $y; $this->z = $z; } } public function Vector(){ $this->x = 0; $this->y = 0; $this->z = 0; } public function getX(){ return $this->x; } public function getBlockX(){ return (int) round($this->x); } public function setX($x){ return new Vector($x, $this->y, $this->z); } public function getY(){ return $this->y; } public function getBlockY(){ return (int) round($this->y); } public function setY($y){ return new Vector($this->x, $y, $this->z); } public function getZ(){ return $this->z; } public function getBlockZ(){ return (int) round($this->z); } public function setZ($z){ return new Vector($this->x, $this->y, $z); } public function add($x, $y = 0, $z = 0){ if($x instanceof Vector){ return new Vector($this->x + $x->x, $this->y + $x->y, $this->z + $x->z); }else if(is_numeric($x)){ return new Vector($this->x + $x, $this->y + $y, $this->z + $z); }else{ $newX = $this->x; $newY = $this->y; $newZ = $this->z; foreach($x as $v){ $newX += $v->x; $newY += $v->y; $newZ += $v->z; } return new Vector($newX, $newY, $newZ); } } public function subtract($x, $y = 0, $z = 0){ if($x instanceof Vector){ return new Vector($this->x - $x->x, $this->y - $x->y, $this->z - $x->z); }else if(is_numeric($x)){ return new Vector($this->x - $x, $this->y - $y, $this->z - $z); }else{ $newX = $this->x; $newY = $this->y; $newZ = $this->z; foreach($x as $v){ $newX -= $v->x; $newY -= $v->y; $newZ -= $v->z; } return new Vector($newX, $newY, $newZ); } } public function multiply($x, $y = null, $z = null){ if($x instanceof Vector){ return new Vector($this->x * $x->x, $this->y * $x->y, $this->z * $x->z); }else if(is_numeric($x)){ if($y === null && $z === null) return new Vector($this->x * $x, $this->y * $x, $this->z * $x); return new Vector($this->x * $x, $this->y * $y, $this->z * $z); }else{ $newX = $this->x; $newY = $this->y; $newZ = $this->z; foreach($x as $v){ $newX *= $v->x; $newY *= $v->y; $newZ *= $v->z; } return new Vector($newX, $newY, $newZ); } } public function divide($x, $y = null, $z = null){ if($x instanceof Vector){ return new Vector($this->x / $x->x, $this->y / $x->y, $this->z / $x->z); }else if(is_numeric($x)){ if($y === null && $z === null) return new Vector($this->x / $x, $this->y / $x, $this->z / $x); return new Vector($this->x / $x, $this->y / $y, $this->z / $z); } } public function length(){ return sqrt($this->x * $this->x + $this->y * $this->y + $this->z * $this->z); } public function lengthSq(){ return $this->x * $this->x + $this->y * $this->y + $this->z * $this->z; } public function distance($other){ return sqrt(pow($other->x - $this->x, 2) + pow($other->y - $this->y, 2) + pow($other->z - $this->z, 2)); } public function distanceSq($other){ return pow($other->x - $this->x, 2) + pow($other->y - $this->y, 2) + pow($other->z - $this->z, 2); } public function normalize(){ return $this->divide($this->length()); } public function dot($other){ return $this->x * $other->x + $this->y * $other->y + $this->z * $other->z; } public function cross($other){ return new Vector( $this->y * $other->z - $this->z * $other->y, $this->z * $other->x - $this->x * $other->z, $this->x * $other->y - $this->y * $other->x ); } public function containedWithin($min, $max){ return $this->x >= $min->x && $this->x <= $max->x && $this->y >= $min->y && $this->y <= $max->y && $this->z >= $min->z && $this->z <= $max->z; } public function containedWithinBlock($min, $max){ return $this->getBlockX() >= $min->getBlockX() && $this->getBlockX() <= $max->getBlockX() && $this->getBlockY() >= $min->getBlockY() && $this->getBlockY() <= $max->getBlockY() && $this->getBlockZ() >= $min->getBlockZ() && $this->getBlockZ() <= $max->getBlockZ(); } public function clampY($min, $max){ return new Vector($this->x, max($min, min($max, $this->y)), $this->z); } public function floor(){ return new Vector(floor($this->x), floor($this->y), floor($this->z)); } public function ceil(){ return new Vector(ceil($this->x), ceil($this->y), ceil($this->z)); } public function round(){ return new Vector(round($this->x + 0.5), round($this->y + 0.5), round($this->z + 0.5)); } public function positive(){ return new Vector(abs($this->x), abs($this->y), abs($this->z)); } public function transform2D($angle, $aboutX, $aboutZ, $translateX, $translateZ){ $angle = deg2rad($angle); $x = $this->x - $aboutX; $z = $this->z - $aboutZ; $x2 = $x * cos($angle) - $z * sin($angle); $z2 = $x * sin($angle) + $z * cos($angle); return new Vector( $x2 + $aboutX + $translateX, $this->y, $z2 + $aboutZ + $translateZ ); } public function isCollinearWith($other){ if($this->x == 0 && $this->y == 0 && $this->z == 0){ return true; } $otherX = $other->x; $otherY = $other->y; $otherZ = $other->z; if($otherX == 0 && $otherY == 0 && $otherZ == 0){ return true; } if(($x == 0) != ($otherX == 0)) return false; if(($y == 0) != ($otherY == 0)) return false; if(($z == 0) != ($otherZ == 0)) return false; $quotientX = $otherX / $x; if(!is_nan($quotientX)){ return $other->equals(multiply($quotientX)); } $quotientY = $otherY / $y; if(!is_nan($quotientY)){ return $other->equals(multiply($quotientY)); } $quotientZ = $otherZ / $z; if(!is_nan($quotientZ)){ return $other->equals(multiply($quotientZ)); } } public function toPitch(){ $x = $this->getX(); $z = $this->getZ(); if($x == 0 && $z == 0){ return $this->getY() > 0 ? -90 : 90; }else{ $x2 = $x * $x; $z2 = $z * $z; $xz = sqrt($x2 + $z2); return rad2deg(atan(-$this->getY() / $xz)); } } public function toYaw(){ $x = $this->getX(); $z = $this->getZ(); $t = atan2(-$x, $z); $_2pi = 2 * M_PI; return rad2deg((($t + $_2pi) % $_2pi)); } public static function toBlockPoint2($x, $y, $z){ return new BlockVector( floor($x), floor($y), floor($z) ); } public function toBlockPoint(){ return new BlockVector( floor($this->x), floor($this->y), floor($this->z) ); } public function toBlockVector(){ return new BlockVector($this); } public function toVector2D(){ return new Vector2D($this->x, $this->z); } public function toVector3(){ return new Vector3($this->x, $this->y, $this->z); } public function equals($obj){ if(!($obj instanceof Vector)){ return false; } return $obj->x == $this->x && $obj->y == $this->y && $obj->z == $this->z; } public static function getMinimum($v1, $v2){ return new Vector( min($v1->x, $v2->x), min($v1->y, $v2->y), min($v1->z, $v2->z) ); } public static function getMaximum($v1, $v2){ return new Vector( max($v1->x, $v2->x), max($v1->y, $v2->y), max($v1->z, $v2->z) ); } public static function getMidpoint($v1, $v2){ return new Vector( ($v1->x + $v2->x) / 2, ($v1->y + $v2->y) / 2, ($v1->z + $v2->z) / 2 ); } public function toString() : string{ return "(" . $this->getX() . ", " . $this->getY() . ", " . $this->getZ() . ")"; } }x = $x->x; $this->z = $x->z; }else{ $this->x = $x; $this->z = $z; } } public function Vector2D(){ $this->x = 0; $this->z = 0; } public function getX(){ return $this->x; } public function getBlockX(){ return (int) round($this->x); } public function setX($x){ return new Vector2D($x, $this->z); } public function getZ(){ return $this->z; } public function getBlockZ(){ return (int) round($this->z); } public function setZ($z){ return new Vector2D($this->x, $z); } public function add($x, $z = 0){ if($x instanceof Vector2D){ return new Vector2D($this->x + $x->x, $this->z + $x->z); }else if(is_numeric($x)){ return new Vector2D($this->x + $x, $this->z + $z); }else{ $newX = $this->x; $newZ = $this->z; foreach($x as $v){ $newX += $v->x; $newZ += $v->z; } return new Vector2D($newX, $newZ); } } public function subtract($x, $z = 0){ if($x instanceof Vector2D){ return new Vector2D($this->x - $x->x, $this->z - $x->z); }else if(is_numeric($x)){ return new Vector2D($this->x - $x, $this->z - $z); }else{ $newX = $this->x; $newZ = $this->z; foreach($x as $v){ $newX -= $v->x; $newZ -= $v->z; } return new Vector2D($newX, $newZ); } } public function multiply($x, $z = -999){ if($x instanceof Vector2D){ return new Vector2D($this->x * $x->x, $this->z * $x->z); }else if(is_numeric($x)){ if($z == 999) return new Vector2D($this->x * $x, $this->z * $x); return new Vector2D($this->x * $x, $this->z * $z); }else{ $newX = $this->x; $newZ = $this->z; foreach($x as $v){ $newX *= $v->x; $newZ *= $v->z; } return new Vector2D($newX, $newZ); } } public function divide($x, $z = -999){ if($x instanceof Vector2D){ return new Vector2D($this->x / $x->x, $this->y / $x->y, $this->z / $x->z); }else if(is_numeric($x)){ if($z == 999) return new Vector2D($this->x / $x, $this->z / $x); return new Vector2D($this->x / $x, $this->z / $z); } } public function length(){ return sqrt($this->x * $this->x + $this->z * $this->z); } public function lengthSq(){ return $this->x * $this->x + $this->z * $this->z; } public function distance($other){ return sqrt(pow($other->x - $this->x, 2) + pow($other->z - $this->z, 2)); } public function distanceSq($other){ return pow($other->x - $this->x, 2) + pow($other->z - $this->z, 2); } public function normalize(){ return $this->divide($this->length()); } public function dot($other){ return $this->x * $other->x + $this->z * $other->z; } public function containedWithin($min, $max){ return $this->x >= $min->x && $this->x <= $max->x && $this->z >= $min->z && $this->z <= $max->z; } public function containedWithinBlock($min, $max){ return $this->getBlockX() >= $min->getBlockX() && $this->getBlockX() <= $max->getBlockX() && $this->getBlockZ() >= $min->getBlockZ() && $this->getBlockZ() <= $max->getBlockZ(); } public function floor(){ return new Vector(floor($this->x), floor($this->z)); } public function ceil(){ return new Vector(ceil($this->x), ceil($this->z)); } public function round(){ return new Vector(round($this->x + 0.5), round($this->z + 0.5)); } public function positive(){ return new Vector(abs($this->x), abs($this->z)); } public function transform2D($angle, $aboutX, $aboutZ, $translateX, $translateZ){ $angle = deg2rad($angle); $x = $this->x - $aboutX; $z = $this->z - $aboutZ; $x2 = $x * cos($angle) - $z * sin($angle); $z2 = $x * sin($angle) + $z * cos($angle); return new Vector2D( $x2 + $aboutX + $translateX, $z2 + $aboutZ + $translateZ ); } public function isCollinearWith($other){ if($this->x == 0 && $this->z == 0){ return true; } $otherX = $other->x; $otherZ = $other->z; if($otherX == 0 && $otherZ == 0){ return true; } if(($x == 0) != ($otherX == 0)) return false; if(($z == 0) != ($otherZ == 0)) return false; $quotientX = $otherX / $x; if(!is_nan($quotientX)){ return $other->equals(multiply($quotientX)); } $quotientZ = $otherZ / $z; if(!is_nan($quotientZ)){ return $other->equals(multiply($quotientZ)); } //error } public function toBlockVector2D(){ return new BlockVector2D($this); } public function toVector($y = 0){ return new Vector($this->x, $y, $this->z); } public function equals($obj){ if(!($obj instanceof Vector2D)){ return false; } return $obj->x == $this->x && $obj->z == $this->z; } public function hashCode(){ $hash = 7; //$hash = 79 * $hash (int) ($this->x ^ $this->x >>> 32); //$hash = 79 * $hash (int) ($this->z ^ $this->z >>> 32); return $hash; } public static function getMinimum($v1, $v2){ return new Vector2D( min($v1->x, $v2->x), min($v1->z, $v2->z) ); } public static function getMaximum($v1, $v2){ return new Vector2D( max($v1->x, $v2->x), max($v1->z, $v2->z) ); } public static function getMidpoint($v1, $v2){ return new Vector2D( ($v1->x + $v2->x) / 2, ($v1->z + $v2->z) / 2 ); } }states as $state){ $state->postDeserialization(); } } }loadFromResource(); } private function loadFromResource(){ $path = __FILE__ ; $dir = dirname($path); $entries = json_decode(file_get_contents($dir."/blocks.json")); foreach($entries as $entry){ $e = new BlockEntry(); $e->legacyId = $entry->legacyId; $e->id = $entry->id; $e->unlocalizedName = $entry->unlocalizedName; $e->states = []; if(isset($entry->states)){ foreach($entry->states as $n => $s){ $simpleState = new SimpleState(); $simpleState->dataMask = $s->dataMask; $simpleState->values = []; foreach($s->values as $k => $v){ $simpleStateValue = new SimpleStateValue(); $simpleStateValue->data = $v->data; if(isset($v->direction)){ $simpleStateValue->direction = new Vector($v->direction[0], $v->direction[1], $v->direction[2]); }else{ $simpleStateValue->direction = null; } $simpleState->values[$k] = $simpleStateValue; } $e->states[] = $simpleState; } } $blockMaterial = new SimpleBlockMaterial(); if(isset($entry->material)){ $blockMaterial->renderedAsNormalBlock = $entry->material->renderedAsNormalBlock; $blockMaterial->fullCube = $entry->material->fullCube; $blockMaterial->opaque = $entry->material->opaque; $blockMaterial->powerSource = $entry->material->powerSource; $blockMaterial->liquid = $entry->material->liquid; $blockMaterial->solid = $entry->material->solid; $blockMaterial->hardness = $entry->material->hardness; $blockMaterial->resistance = $entry->material->resistance; $blockMaterial->slipperiness = $entry->material->slipperiness; $blockMaterial->grassBlocking = $entry->material->grassBlocking; $blockMaterial->ambientOcclusionLightValue = $entry->material->ambientOcclusionLightValue; $blockMaterial->lightOpacity = $entry->material->lightOpacity; $blockMaterial->lightValue = $entry->material->lightValue; $blockMaterial->fragileWhenPushed = $entry->material->fragileWhenPushed; $blockMaterial->unpushable = $entry->material->unpushable; $blockMaterial->adventureModeExempt = $entry->material->adventureModeExempt; $blockMaterial->ticksRandomly = $entry->material->ticksRandomly; $blockMaterial->usingNeighborLight = $entry->material->usingNeighborLight; $blockMaterial->movementBlocker = $entry->material->movementBlocker; $blockMaterial->burnable = $entry->material->burnable; $blockMaterial->toolRequired = $entry->material->toolRequired; $blockMaterial->replacedDuringPlacement = $entry->material->replacedDuringPlacement; } $e->material = $blockMaterial; $e->postDeserialization(); $this->idMap[$e->id] = $e; $this->legacyMap[$e->legacyId] = $e; } } private function findById($id) : ?BlockEntry{ if(is_numeric($id)){ if(isset($this->legacyMap[$id])){ return $this->legacyMap[$id]; }else{ return null; } }else{ if(isset($this->idMap[$id])){ return $this->idMap[$id]; }else{ return null; } } } public function toLegacyId($id) : ?int{ $entry = $this->findById($id); if($entry != null){ return $entry->legacyId; }else{ return null; } } public function getMaterialById($id) : ?BlockMaterial{ $entry = $this->findById($id); if($entry != null){ return $entry->material; }else{ return null; } } public function getStatesById($id) : ?array{ $entry = $this->findById($id); if($entry != null){ return $entry->states; }else{ return null; } } public static function getInstance() : BundledBlockData{ return self::$instance; } }createFromId($legacyId); } else { return null; } } public function getMaterial(BaseBlock $block) : ?BlockMaterial{ return BundledBlockData::getInstance()::getMaterialById($block->getId()); } public function getStates(BaseBlock $block) : ?array{ return BundledBlockData::getInstance()->getStatesById($block->getId()); } }renderedAsNormalBlock; } public function setRenderedAsNormalBlock(bool $renderedAsNormalBlock){ $this->renderedAsNormalBlock = $renderedAsNormalBlock; } public function isFullCube() : bool{ return fullCube; } public function setFullCube(bool $fullCube){ $this->fullCube = $fullCube; } public function isOpaque() : bool{ return $this->opaque; } public function setOpaque(bool $opaque){ $this->opaque = $opaque; } public function isPowerSource() : bool{ return $this->powerSource; } public function setPowerSource(bool $powerSource){ $this->powerSource = $powerSource; } public function isLiquid() : bool{ return $this->liquid; } public function setLiquid(bool $liquid){ $this->liquid = $liquid; } public function isSolid() : bool{ return $this->solid; } public function setSolid(bool $solid){ $this->solid = $solid; } public function getHardness() : float{ return $this->hardness; } public function setHardness(float $hardness){ $this->hardness = $hardness; } public function getResistance() : float{ return $this->resistance; } public function setResistance(float $resistance){ $this->resistance = $resistance; } public function getSlipperiness() : float{ return $this->slipperiness; } public function setSlipperiness(float $slipperiness){ $this->slipperiness = $slipperiness; } public function isGrassBlocking() : bool{ return $this->grassBlocking; } public function setGrassBlocking(bool $grassBlocking){ $this->grassBlocking = $grassBlocking; } public function getAmbientOcclusionLightValue() : float{ return $this->ambientOcclusionLightValue; } public function setAmbientOcclusionLightValue(float $ambientOcclusionLightValue){ $this->ambientOcclusionLightValue = $ambientOcclusionLightValue; } public function getLightOpacity() : int{ return $this->lightOpacity; } public function setLightOpacity(int $lightOpacity){ $this->lightOpacity = $lightOpacity; } public function getLightValue() : int{ return $this->lightValue; } public function setLightValue(int $lightValue){ $this->lightValue = $lightValue; } public function isFragileWhenPushed() : bool{ return $this->fragileWhenPushed; } public function setFragileWhenPushed(bool $fragileWhenPushed){ $this->fragileWhenPushed = $fragileWhenPushed; } public function isUnpushable() : bool{ return $this->unpushable; } public function setUnpushable(bool $unpushable){ $this->unpushable = $unpushable; } public function isAdventureModeExempt() : bool{ return $this->adventureModeExempt; } public function setAdventureModeExempt(bool $adventureModeExempt){ $this->adventureModeExempt = $adventureModeExempt; } public function isTicksRandomly() : bool{ return $this->ticksRandomly; } public function setTicksRandomly(bool $ticksRandomly){ $this->ticksRandomly = $ticksRandomly; } public function isUsingNeighborLight() : bool{ return $this->usingNeighborLight; } public function setUsingNeighborLight(bool $usingNeighborLight){ $this->usingNeighborLight = $usingNeighborLight; } public function isMovementBlocker() : bool{ return $this->movementBlocker; } public function setMovementBlocker(bool $movementBlocker){ $this->movementBlocker = $movementBlocker; } public function isBurnable() : bool{ return $this->burnable; } public function setBurnable(bool $burnable){ $this->burnable = $burnable; } public function isToolRequired() : bool{ return $toolRequired; } public function setToolRequired(bool $toolRequired){ $this->toolRequired = $toolRequired; } public function isReplacedDuringPlacement() : bool{ return $this->replacedDuringPlacement; } public function setReplacedDuringPlacement(bool $replacedDuringPlacement){ $this->replacedDuringPlacement = $replacedDuringPlacement; } }values; } public function getValue(BaseBlock $block) : ?StateValue{ foreach($this->values as $value){ if($value->isSet($block)){ return $value; } } return null; } public function getDataMask() : int{ return $this->dataMask != null ? $this->dataMask : 0xF; } public function hasDirection() : bool{ foreach($this->values as $value){ if($value->getDirection() != null){ return true; } } return false; } function postDeserialization(){ foreach($this->values as $v){ $v->setState($this); } } }state = $state; } public function isSet(BaseBlock $block) : bool{ return /*$this->data != null && */($block->getData() & $this->state->getDataMask()) == $this->data; } public function set(BaseBlock $block) : bool{ //if($this->data != null){ $block->setData(($block->getData() & ~$this->state->getDataMask()) | $this->data); return true; //}else{ // return false; //} } public function getDirection() : ?Vector{ return $this->direction; } }world = $world; } public function getWorld() : Level{ return $this->world; } public function toWorldBlockVector() : BlockWorldVector{ return new BlockWorldVector($this); } //public function toLocation() : Location{ //} }!õP‡ 4†Å¼+|^$æªL¢AÅGBMB