columnText.setYLine(top); float[] left = currentDef.resolvePositions(Rectangle.LEFT); float[] right = currentDef.resolvePositions(Rectangle.RIGHT); if (document.isMarginMirroring() && document.getPageNumber() % 2 == 0){ float delta = document.rightMargin() - document.left();
columnText.setYLine(top); float[] left = currentDef.resolvePositions(Rectangle.LEFT); float[] right = currentDef.resolvePositions(Rectangle.RIGHT); if (document.isMarginMirroring() && document.getPageNumber() % 2 == 0){ float delta = document.rightMargin() - document.left();
columnText.setYLine(top); float[] left = currentDef.resolvePositions(Rectangle.LEFT); float[] right = currentDef.resolvePositions(Rectangle.RIGHT); if (document.isMarginMirroring() && document.getPageNumber() % 2 == 0){ float delta = document.rightMargin() - document.left();
/** * Resolves the positions for the specified side of the column * into real numbers once the top of the column is known. * * @param side either <CODE>Rectangle.LEFT</CODE> * or <CODE>Rectangle.RIGHT</CODE> * @return the array of floats for the side */ float[] resolvePositions(int side) { if (side == Rectangle.LEFT) { return resolvePositions(left); } else { return resolvePositions(right); } }
/** * Resolves the positions for the specified side of the column * into real numbers once the top of the column is known. * * @param side either <CODE>Rectangle.LEFT</CODE> * or <CODE>Rectangle.RIGHT</CODE> * @return the array of floats for the side */ float[] resolvePositions(int side) { if (side == Rectangle.LEFT) { return resolvePositions(left); } else { return resolvePositions(right); } }
/** * Resolves the positions for the specified side of the column * into real numbers once the top of the column is known. * * @param side either <CODE>Rectangle.LEFT</CODE> * or <CODE>Rectangle.RIGHT</CODE> * @return the array of floats for the side */ float[] resolvePositions(int side) { if (side == Rectangle.LEFT) { return resolvePositions(left); } else { return resolvePositions(right); } }