package PublicPannel;
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import javax.swing.*;
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import home.MainFrame;
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import jiexi.DellTag55AA03;
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import java.awt.*;
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public class AntiCollisionPanel extends JPanel {
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private static final long serialVersionUID = 1L;
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private MainFrame mainFrame;
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private JLabel[] labels;
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private JTextField[] textFields;
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private String dizhi0x4E;
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private JPanel relayPanel; // 继电器专用面板
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private JPanel basicPanel; // 基础参数面板
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public AntiCollisionPanel(MainFrame mainFrame) {
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this.mainFrame = mainFrame;
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initializeUI();
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}
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private void initializeUI() {
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setLayout(new BorderLayout(0, 10));
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// 基本参数配置
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String[][] basicParameters = {
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{"14.", "relay1.alarm.distance1"},
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{"16.", "relay1.alarm.distance2"},
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{"18.", "relay1.alarm.distance3"},
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{"20.", "modbus.address"},
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{"4A.", "whitelist.start"},
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{"4C.", "whitelist.end"},
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{"50.", "relay.duration"},
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{"52.", "ranging.output.format"},
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{"54.", "antenna.cable.length"},
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{"58.", "feedline.length"},
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};
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labels = new JLabel[basicParameters.length + 5]; // 基本参数 + 5个继电器参数
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textFields = new JTextField[basicParameters.length + 5];
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// 创建基础参数面板
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createBasicPanel(basicParameters);
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// 创建继电器专用面板
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createRelayPanel();
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// 使用JSplitPane实现2:1的比例
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JSplitPane splitPane = new JSplitPane(JSplitPane.VERTICAL_SPLIT, basicPanel, relayPanel);
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splitPane.setResizeWeight(0.7); // 基础面板占1/3，继电器面板占2/3
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splitPane.setDividerLocation(0.7); // 初始分割位置为1/3处
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splitPane.setDividerSize(5); // 设置分割条大小
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splitPane.setBorder(BorderFactory.createEmptyBorder());
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add(splitPane, BorderLayout.CENTER);
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}
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private void createBasicPanel(String[][] basicParameters) {
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// 创建基础参数面板
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basicPanel = new JPanel();
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basicPanel.setLayout(new BoxLayout(basicPanel, BoxLayout.Y_AXIS));
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basicPanel.setBorder(BorderFactory.createTitledBorder(
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BorderFactory.createLineBorder(Color.GRAY),
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mainFrame.getString("basic.settings"))); // 基础设置
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// 添加基本参数
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for (int i = 0; i < basicParameters.length; i++) {
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addParameterField(basicPanel, basicParameters[i][0], basicParameters[i][1], i);
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}
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}
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private void createRelayPanel() {
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// 创建继电器面板
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relayPanel = new JPanel();
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relayPanel.setLayout(new BorderLayout(0, 5));
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relayPanel.setBorder(BorderFactory.createTitledBorder(
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BorderFactory.createLineBorder(Color.GRAY),
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mainFrame.getString("relay.settings"))); // 继电器设置
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// 继电器参数
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String[][] relayParameters = {
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{"F0.", "relay1.control"},
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{"F2.", "relay2.control"},
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{"F4.", "relay2.alarm.distance1"},
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{"F6.", "relay2.alarm.distance2"},
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{"F8.", "relay2.alarm.distance3"},
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};
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// 创建参数面板
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JPanel relayParamsPanel = new JPanel();
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relayParamsPanel.setLayout(new BoxLayout(relayParamsPanel, BoxLayout.Y_AXIS));
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// 添加继电器参数到专用面板
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int basicParamsCount = labels.length - 5; // 基本参数数量
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for (int i = 0; i < relayParameters.length; i++) {
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addParameterField(relayParamsPanel, relayParameters[i][0], relayParameters[i][1], basicParamsCount + i);
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}
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// 将参数面板和按钮面板添加到继电器面板
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relayPanel.add(relayParamsPanel, BorderLayout.CENTER);
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}
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private void addParameterField(JPanel panel, String address, String paramKey, int index) {
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JPanel paramPanel = new JPanel(new FlowLayout(FlowLayout.LEFT, 5, 0));
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labels[index] = new JLabel(address + " " + mainFrame.getString(paramKey));
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labels[index].setPreferredSize(new Dimension(140, 25));
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textFields[index] = new JTextField();
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textFields[index].setPreferredSize(new Dimension(120, 25));
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paramPanel.add(labels[index]);
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paramPanel.add(textFields[index]);
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// 设置固定高度
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paramPanel.setMaximumSize(new Dimension(Integer.MAX_VALUE, 35));
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panel.add(paramPanel);
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}
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public void updateLanguage() {
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// 基本参数
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String[][] basicParameters = {
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{"14.", "relay1.alarm.distance1"},
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{"16.", "relay1.alarm.distance2"},
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{"18.", "relay1.alarm.distance3"},
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{"20.", "modbus.address"},
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{"4A.", "whitelist.start"},
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{"4C.", "whitelist.end"},
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{"50.", "relay.duration"},
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{"52.", "ranging.output.format"},
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{"54.", "antenna.cable.length"},
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{"58.", "feedline.length"},
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};
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// 更新基本参数标签
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for (int i = 0; i < basicParameters.length && i < labels.length; i++) {
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labels[i].setText(basicParameters[i][0] + " " + mainFrame.getString(basicParameters[i][1]));
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}
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// 继电器参数
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String[][] relayParameters = {
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{"F0.", "relay1.control"},
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{"F2.", "relay2.control"},
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{"F4.", "relay2.alarm.distance1"},
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{"F6.", "relay2.alarm.distance2"},
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{"F8.", "relay2.alarm.distance3"},
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};
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// 更新继电器参数标签
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int basicParamsCount = basicParameters.length;
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for (int i = 0; i < relayParameters.length && (basicParamsCount + i) < labels.length; i++) {
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labels[basicParamsCount + i].setText(relayParameters[i][0] + " " + mainFrame.getString(relayParameters[i][1]));
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}
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// 更新面板标题
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if (basicPanel.getBorder() instanceof javax.swing.border.TitledBorder) {
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((javax.swing.border.TitledBorder) basicPanel.getBorder())
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.setTitle(mainFrame.getString("basic.settings"));
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}
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if (relayPanel.getBorder() instanceof javax.swing.border.TitledBorder) {
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((javax.swing.border.TitledBorder) relayPanel.getBorder())
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.setTitle(mainFrame.getString("relay.settings"));
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}
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revalidate();
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repaint();
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}
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// 新增：获取文本框数组的方法
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public JTextField[] getTextFields() {
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return textFields;
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}
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/**
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* 更新防碰撞面板字段 - 基础参数部分
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*/
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public void updateFields(DellTag55AA03.ParseResult result) {
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if (result == null) {
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return;
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}
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try {
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// 根据参数顺序更新对应的文本框
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// 注意：这里需要根据实际的防碰撞参数进行映射
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if (textFields.length > 0 && result.dizhi0x14 != null) {
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textFields[0].setText(String.valueOf(result.dizhi0x14)); // 继电器1报警距离1
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}
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if (textFields.length > 1 && result.dizhi0x16 != null) {
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textFields[1].setText(String.valueOf(result.dizhi0x16)); // 继电器1报警距离2
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}
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if (textFields.length > 2 && result.dizhi0x18 != null) {// 继电器1报警距离3
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textFields[2].setText(String.valueOf(result.dizhi0x18));
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}
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//20.Modbus地址
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if (textFields.length > 3 && result.dizhi0x20 != null) {
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textFields[3].setText(String.valueOf(result.dizhi0x20));
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}
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//4A.白名单起始
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if (textFields.length > 4 && result.dizhi0x4A != null) {
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textFields[4].setText(String.valueOf(result.dizhi0x4A));
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}
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//4C.白名单结束
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if (textFields.length > 5 && result.dizhi0x4C != null) {
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textFields[5].setText(String.valueOf(result.dizhi0x4C));
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}
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//4E.白名单结束
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setDizhi0x4E( String.valueOf(result.dizhi0x4E));
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//50.继电器持续时间
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if (textFields.length > 6 ) {
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textFields[6].setText(String.valueOf(result.dizhi0x50));
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}
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//52.测距输出格式
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if (textFields.length > 7 && result.dizhi0x52 != null) {
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textFields[7].setText(String.valueOf(result.dizhi0x52));
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}
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//54.天线电缆长度
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if (textFields.length > 8 && result.dizhi0x54 != null) {
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textFields[8].setText(String.valueOf(result.dizhi0x54));
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}
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//58.馈线长度
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if (textFields.length > 9 ) {
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textFields[9].setText(String.valueOf(result.dizhi0x58));
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}
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} catch (Exception e) {
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System.err.println("Error updating AntiCollisionPanel fields: " + e.getMessage());
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e.printStackTrace();
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}
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// 只重新验证和重绘基础面板
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basicPanel.revalidate();
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basicPanel.repaint();
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}
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/**
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* 更新防碰撞面板字段 - 继电器参数部分
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*/
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public void updateFields2(DellTag55AA03.ParseResult result) {
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if (result == null) {
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return;
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}
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try {
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//F0.继电器1控制
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if (textFields.length > 10 && result.dizhi0xF0 != null) {
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textFields[10].setText(String.valueOf(result.dizhi0xF0));
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}
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//F2.继电器2控制
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if (textFields.length > 11 && result.dizhi0xF2 != null) {
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textFields[11].setText(String.valueOf(result.dizhi0xF2));
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}
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//F4.继电器2报警距离1
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if (textFields.length > 12 && result.dizhi0xF4 != null) {
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textFields[12].setText(String.valueOf(result.dizhi0xF4));
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}
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//F6.继电器2报警距离2
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if (textFields.length > 13 && result.dizhi0xF6 != null) {
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textFields[13].setText(String.valueOf(result.dizhi0xF6));
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}
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//F8.继电器2报警距离3
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if (textFields.length > 14 && result.dizhi0xF8 != null) {
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textFields[14].setText(String.valueOf(result.dizhi0xF8));
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}
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} catch (Exception e) {
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System.err.println("Error updating AntiCollisionPanel fields: " + e.getMessage());
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e.printStackTrace();
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}
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// 只重新验证和重绘继电器面板
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relayPanel.revalidate();
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relayPanel.repaint();
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}
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public String getdizhi0x14() {
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return textFields.length > 0 ? textFields[0].getText() : "";
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}//继电器1报警距离1
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public String getdizhi0x16() {
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return textFields.length > 1 ? textFields[1].getText() : "";
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}//继电器1报警距离2
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public String getdizhi0x18() {
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return textFields.length > 2 ? textFields[2].getText() : "";
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}//继电器1报警距离3
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public String getdizhi0x20() {
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return textFields.length > 3 ? textFields[3].getText() : "";
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}//Modbus地址
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public String getdizhi0x4A() {
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return textFields.length > 4 ? textFields[4].getText() : "";
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}//白名单起始
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public String getdizhi0x4C() {
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return textFields.length > 5 ? textFields[5].getText() : "";
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}//白名单结束
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public String getdizhi0x4E() {
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return dizhi0x4E;
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}//
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public void setDizhi0x4E(String dizhi0x4E) {
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this.dizhi0x4E = dizhi0x4E;
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}
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public String getdizhi0x50() {
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return textFields.length > 6 ? textFields[6].getText() : "";
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}//继电器持续时间
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public String getdizhi0x52() {
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return textFields.length > 7 ? textFields[7].getText() : "";
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}//测距输出格式
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public String getdizhi0x54() {
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return textFields.length > 8 ? textFields[8].getText() : "";
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}//天线电缆长度
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public String getdizhi0x58() {
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return textFields.length > 9 ? textFields[9].getText() : "";
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}//馈线长度
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public String getdizhi0xF0() {
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return textFields.length > 10 ? textFields[10].getText() : "";
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}//继电器1控制
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public String getdizhi0xF2() {
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return textFields.length > 11 ? textFields[11].getText() : "";
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}//继电器2控制
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public String getdizhi0xF4() {
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return textFields.length > 12 ? textFields[12].getText() : "";
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}//继电器2报警距离1
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public String getdizhi0xF6() {
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return textFields.length > 13 ? textFields[13].getText() : "";
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}//继电器2报警距离2
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public String getdizhi0xF8() {
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return textFields.length > 14 ? textFields[14].getText() : "";
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}//继电器2报警距离3
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}
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