/** * Create a new {@link BciiTreeAsList} adapting the specified tree. */ public BciiTreeAsList/**/(BciiTree tree) { this(tree, tree.getCoder().colorsToByte(tree.getCoder().getColors()), (byte)1); } /*[ COLORED_END ]*/
/** * Print this tree as a list of values. */ @Override public String toString() { if(root == null) return ""; return root.toString(/*[ COLORED_START ]*/ coder.getColors() /*[ COLORED_END ]*/); }
/** * Print this tree as a list of values. */ @Override public String toString() { if(root == null) return ""; return root.toString( coder.getColors() ); }
/** * Create a new {@link BciiTreeAsList} adapting the specified tree. */ public BciiTreeAsList/**/(BciiTree tree) { this(tree, tree.getCoder().colorsToByte(tree.getCoder().getColors()), (byte)1); } /*[ COLORED_END ]*/
/** * Print this tree as a list of values. */ @Override public String toString() { if(root == null) return ""; return root.toString(/*[ COLORED_START ]*/ coder.getColors() /*[ COLORED_END ]*/); }
/** * Create a new {@link BciiTreeAsList} adapting the specified tree. */ public BciiTreeAsList/**/(BciiTree tree) { this(tree, tree.getCoder().colorsToByte(tree.getCoder().getColors()), (byte)1); } /*[ COLORED_END ]*/
/** * Print this tree as a list of values. */ @Override public String toString() { if(root == null) return ""; return root.toString( coder.getColors() ); }
/** * Create a new {@link FourColorTreeAsList} adapting the specified tree. */ public FourColorTreeAsList/**/(FourColorTree tree) { this(tree, tree.getCoder().colorsToByte(tree.getCoder().getColors()), (byte)1); }
/** * Print this tree as a list of values. */ @Override public String toString() { if(root == null) return ""; return root.toString(/*[ COLORED_START ]*/ coder.getColors() /*[ COLORED_END ]*/); }
/** * Create a new {@link FourColorTreeAsList} adapting the specified tree. */ public FourColorTreeAsList/**/(FourColorTree tree) { this(tree, tree.getCoder().colorsToByte(tree.getCoder().getColors()), (byte)1); }
/** * Print this tree as a list of values. */ @Override public String toString() { if(root == null) return ""; return root.toString( coder.getColors() ); }
/** * Create a new {@link FourColorTreeAsList} adapting the specified tree. */ public FourColorTreeAsList/**/(FourColorTree tree) { this(tree, tree.getCoder().colorsToByte(tree.getCoder().getColors()), (byte)1); }
/** * Print this tree as a list of colors, removing all hierarchy. */ public String asSequenceOfColors() { if(root == null) return ""; // print it flattened, like a list of colors StringBuffer result = new StringBuffer(); for(FourColorNode n = firstNode(); n != null; n = next(n)) { Object color = coder.getColors().get(colorAsIndex(n.color)); for( int i = 0; i < n.size; i++ ) { result.append(color); } } return result.toString(); }
/** * Print this tree as a list of colors, removing all hierarchy. */ public String asSequenceOfColors() { if(root == null) return ""; // print it flattened, like a list of colors StringBuffer result = new StringBuffer(); for(FourColorNode n = firstNode(); n != null; n = next(n)) { Object color = coder.getColors().get(colorAsIndex(n.color)); for( int i = 0; i < n.size; i++ ) { result.append(color); } } return result.toString(); }
/** * Print this tree as a list of colors, removing all hierarchy. */ public String asSequenceOfColors() { if(root == null) return ""; // print it flattened, like a list of colors StringBuffer result = new StringBuffer(); for(FourColorNode n = firstNode(); n != null; n = next(n)) { Object color = coder.getColors().get(colorAsIndex(n.color)); for( int i = 0; i < n.size; i++ ) { result.append(color); } } return result.toString(); }
/** * Print this tree as a list of colors, removing all hierarchy. */ /*[ COLORED_START ]*/ public String asSequenceOfColors() { if(root == null) return ""; // print it flattened, like a list of colors StringBuffer result = new StringBuffer(); for(BciiNode n = firstNode(); n != null; n = next(n)) { Object color = coder.getColors().get(colorAsIndex(n.color)); for(/*[ WIDE_NODES_START(true) ]*/ int i = 0; i < n.size; i++/*[ WIDE_NODES_END ]*/) { result.append(color); } } return result.toString(); } /*[ COLORED_END ]*/
/** * Print this tree as a list of colors, removing all hierarchy. */ /*[ COLORED_START ]*/ public String asSequenceOfColors() { if(root == null) return ""; // print it flattened, like a list of colors StringBuffer result = new StringBuffer(); for(BciiNode n = firstNode(); n != null; n = next(n)) { Object color = coder.getColors().get(colorAsIndex(n.color)); for(/*[ WIDE_NODES_START(true) ]*/ int i = 0; i < n.size; i++/*[ WIDE_NODES_END ]*/) { result.append(color); } } return result.toString(); } /*[ COLORED_END ]*/
/** * Print this tree as a list of colors, removing all hierarchy. */ /*[ COLORED_START ]*/ public String asSequenceOfColors() { if(root == null) return ""; // print it flattened, like a list of colors StringBuffer result = new StringBuffer(); for(BciiNode n = firstNode(); n != null; n = next(n)) { Object color = coder.getColors().get(colorAsIndex(n.color)); for(/*[ WIDE_NODES_START(true) ]*/ int i = 0; i < n.size; i++/*[ WIDE_NODES_END ]*/) { result.append(color); } } return result.toString(); } /*[ COLORED_END ]*/