创建矩形网格非常明显-只需倾斜矩形网格（要么全部倾斜并获得平行四边形，然后使用模将其包装，要么倾斜交替的行/列以创建矩形网格）。
创建一个充满六边形的六边形也相当容易
- 在第 n 个等级中，有6条 n 进制的条形
- 相邻六边形的中心的位移是其中一个面的中点到中心的距离的两倍
因此，如果您在两个数组中都有十六进制的x和y坐标，
polyX并且
polyY，则会得到一个嵌套循环：
drawHex ( g, cx, cy, 0 ); for ( int rank = 1; rank < count; ++rank ) { for ( int bar = 0; bar < 6; ++bar ) { // x and y are twice midpoint of the previous face * the rank away // from centre int x = cx + ( polyX [ ( bar + 4 ) % 6 ] + polyX [ ( bar + 5 ) % 6 ] ) * rank; int y = cy + ( polyY [ ( bar + 4 ) % 6 ] + polyY [ ( bar + 5 ) % 6 ] ) * rank; // move by twice the distance of the midpoint of the next face each time int dx = polyX [ bar ] + polyX [ ( bar + 1 ) % 6 ]; int dy = polyY [ bar ] + polyY [ ( bar + 1 ) % 6 ]; for ( int hex = 0; hex < rank; ++hex ) { drawHex ( g, x, y, rank ); x += dx; y += dy; } } }完整示例：
import javax.swing.*;import java.awt.*;public class Hexagons{ public static void main ( String...args ) throws Exception { SwingUtilities.invokeAndWait ( new Runnable () { @Override public void run () { new Hexagons().run(); } } ); } Hexagons () { final Jframe frame = new Jframe(); frame.setDefaultCloseOperation ( Jframe.EXIT_ON_CLOSE ); final JPanel panel = new JPanel () { @Override public void paintComponent ( Graphics g ) { Graphics2D g2D = ( Graphics2D ) g; g2D.setRenderingHint ( RenderingHints.KEY_ANTIALIASING, RenderingHints.VALUE_ANTIALIAS_ON ); drawHexes ( g2D, getWidth() / 2, getHeight() / 2 ); } }; count = 5; frame.add ( panel ); frame.setSize ( 400, 400 ); frame.setVisible ( true ); } void run () { } int count; void drawHexes ( Graphics2D g, int cx, int cy ) { int count = Math.min ( 20, Math.min ( cx, cy ) / 34 ); drawHex ( g, cx, cy, 0 ); for ( int rank = 1; rank < count; ++rank ) { for ( int bar = 0; bar < 6; ++bar ) { int x = ( polyX [ ( bar + 4 ) % 6 ] + polyX [ ( bar + 5 ) % 6 ] ) * rank; int y = ( polyY [ ( bar + 4 ) % 6 ] + polyY [ ( bar + 5 ) % 6 ] ) * rank; int dx = polyX [ bar ] + polyX [ ( bar + 1 ) % 6 ]; int dy = polyY [ bar ] + polyY [ ( bar + 1 ) % 6 ]; for ( int hex = 0; hex < rank; ++hex ) { drawHex ( g, cx + x, cy + y, rank ); x += dx; y += dy; } } } } static int polyX[] = { 20, 10, -10, -20, -10, 10 }; static int polyY[] = { 0, 17, 17, 0, -17, -17 }; static Color fill[] = new Color[20]; static Color line[] = new Color[20]; static BasicStroke stroke = new BasicStroke ( 1.5f ); // make it pretty static { for ( int rank = 0; rank < 20; ++rank ) { double theta0 = rank * 2 * Math.PI / 20; double theta1 = theta0 + Math.PI * 2.0/3.0; double theta2 = theta1 + Math.PI * 2.0/3.0; fill [ rank ] = new Color ( ( int ) ( 128 + 64 * Math.sin ( theta0 ) ), ( int ) ( 128 + 64 * Math.sin ( theta1 ) ), ( int ) ( 128 + 64 * Math.sin ( theta2 ) ) ); line [ rank ] = new Color ( ( int ) ( 64+ 32 * Math.sin ( theta0 ) ), ( int ) ( 64 + 32 * Math.sin ( theta1 ) ), ( int ) ( 64+ 32 * Math.sin ( theta2 ) ) ); } } void drawHex ( Graphics2D g, int cx, int cy, int rank ) { g.translate ( cx, cy ); g.setPaint ( fill [ rank ] ); g.fillPolygon ( polyX, polyY, 6 ); g.setColor ( line [ rank ] ); g.setStroke ( stroke ); g.drawPolygon ( polyX, polyY, 6 ); g.translate ( -cx, -cy ); }}
