Print the case code for the T,J type

1  Packageoo.day04;2 //Lattice class3  Public classCell {4     5     intRow//Line number6     intCol//column number7     8Cell (intRowintCol) {9          This. Row =Row;Ten          This. Col =Col; One     } ACell (intN) { -          This(n,n); -     } the Cell () { -          This(0,0); -     } -      +     voidDrop () {//Drop 1 Grid -row++; +     } A     voidMoveLeft (intN) {//shift left N grid atcol-=N; -     } -String Getcellinfo () {//get grid row numbers and column numbers -         returnrow+ "," +Col; -     } -      in     voidDropintN) {//Drop n Lattice -row+=N; to     } +     voidMoveLeft () { -col--; the     } *  $}

1  Packageoo.day04;2 //Type J----Sub-class3  Public classJextendsTetromino {4 J () {5          This(0,0);6     }7JintRowintCol) {8Cells[0] =NewCell (row,col);9CELLS[1] =NewCell (row,col+1);TenCELLS[2] =NewCell (row,col+2); OneCELLS[3] =NewCell (row+1,col+2); A     } -  -     voidPrint () {//rewrite theSystem.out.println ("I am a J"); -         Super. Print (); -     } -}

1  Packageoo.day04;2 //T-type----sub-class3  Public classTextendsTetromino {4 T () {5          This(0,0);6     }7TintRowintCol) {8         Super();//by default, the constructor method of calling the parent class9          This. cells[0] =NewCell (row,col);Ten          This. cells[1] =NewCell (row,col+1); One          This. cells[2] =NewCell (row,col+2); A          This. cells[3] =NewCell (row+1,col+1); -     } -  the     voidPrint () {//rewrite -System.out.println ("I am a T"); -         Super. print ();//Call the Print method of the parent class -     } +}

1  Packageoo.day04;2 //Four panel----parent class3  Public classTetromino {4Cell[] cells;//Lattice Array5 Tetromino () {6Cells =NewCell[4];7     }8     9     voidDrop () {//whereaboutsTen          for(inti=0;i<cells.length;i++){ Onecells[i].row++; A         } -     } -     voidMoveLeft () {//Move left the          for(inti=0;i<cells.length;i++){ -cells[i].col--; -         } -     } +     voidMoveRight () {//Move Right -          for(inti=0;i<cells.length;i++){ +cells[i].col++; A         } at     } -     voidPrint () {//output grid coordinates -          for(inti=0;i<cells.length;i++){ -String str =cells[i].getcellinfo (); - System.out.println (str); -         } in     } -}

1  Packageoo.day04;2 //Class T, J Test Class3  Public classTjtest {4      Public Static voidMain (string[] args) {5         /*6 Tetromino O1 = new T (2,5);//Upward styling7 Printcell (O1);//styling, re-passing value8         9 J O2 = new J (2,5);Ten Printcell (O2);//simultaneous modeling of values One         */ A          -T t =NewT (2,5); - t.print (); the          -J J =NewJ (3,4); - j.print (); -          +     } -      +     //playing the Wall + playing T-type A      Public Static voidPrintcell (Tetromino tt) { at          for(inti=0;i<20;i++){ -              for(intj=0;j<10;j++){ -                  -                 BooleanFlag =true;//1. Suppose to hit- -                  for(intk=0;k<tt.cells.length;k++){ -                     if(Tt.cells[k].row==i && tt.cells[k].col==j) { inFlag =false;//2. Play * -                          Break; to                     } +                 } -                 if(flag) {//3. Judging theSystem.out.print ("-"); *}Else{ $System.out.print ("*");Panax Notoginseng                 } -                  the             } + System.out.println (); A         } the     } +  -}

Print the case code for the T,J type