work_java_boc_bpsk_gnss.zip_BOC tracking_BOC 功率谱_BOC功率谱_BPSK功率谱_

package work_Java; import java.io.File; import java.awt.*; import java.awt.event.*; import javax.swing.*; import java.util.regex.Pattern; import java.text.DecimalFormat; class CoursePro{ public CoursePro(){ @SuppressWarnings("unused") BasicInterface b=new BasicInterface(); } } class BasicInterface { ///////////////////////Appearance窗口///////////////////////////////// JFrame f=new JFrame("Appearance"); @SuppressWarnings("rawtypes") JComboBox jcb1=null; @SuppressWarnings("rawtypes") JComboBox jcb2=null; @SuppressWarnings("rawtypes") JComboBox jcb3=null; JLabel backGround=new JLabel("背景:"); JLabel typeFace=new JLabel("字体:"); JLabel scale=new JLabel("大小:"); JButton sure=new JButton("OK"); JButton cancel=new JButton("Cancel"); String[] backGround1={"Default","Night Mode","Daytime Mode"}; String[] typeFace1={"Default","Boldface","Song typeFace"}; String[] scale1={"Default","Larger","Smaller"}; //////////////////////Contrast对比窗口///////////////////////////// JFrame comparison = new JFrame("波形对比"); CardLayout cardmjpanel =new CardLayout(5,5); MyJPanel mjpanel = new MyJPanel(cardmjpanel); MyJPanel mtimewave =new MyJPanel_timewave("t","S1(t)"); MyJPanel mtimewave_bpsk =new MyJPanel_timewave_BPSK("t","S2(t)"); MyJPanel mpow =new MyJPanel_pow("f(MHz)","功率谱密度(dB/MHz)"); MyJPanel mautocorrelativeFunction =new MyJPanel_autocorrelativeFunction("Delay","自相关系数"); MyJPanel memlp = new MyJPanel_EMLP("Multipath Delay(ns)","码跟踪误差(m)"); MyJPanel mmultipath =new MyJPanel_much_EMLP(); ContrastForm mform =new ContrastForm(); MyJPanel msuibian=new MyJPanel_EMLP_Delay("Early-Late Spacing(ns)","码跟踪误差(m)"); JButton savecontrast = new JButton("保存"); //////////////////////////主窗口及其组件初始化///////////////////////////////// JFrame frame=new JFrame("CourseProject"); Dimension di= Toolkit.getDefaultToolkit().getScreenSize(); Container cont =frame.getContentPane(); JMenuBar menuBar=new JMenuBar(); JMenu menuFile= new JMenu("文件"); JMenu menuEdit= new JMenu("编辑"); JMenu menuPaint= new JMenu("绘制"); JMenu menuHelp= new JMenu("帮助"); JMenuItem newItem=new JMenuItem("新建",new ImageIcon("g:"+File.separator+"CourseProject" +File.separator+"Picture"+File.separator+"new.png")); JMenuItem openItem=new JMenuItem("打开",new ImageIcon("g:"+File.separator+"CourseProject" +File.separator+"Picture"+File.separator+"open.png")); JMenuItem saveItem=new JMenuItem("保存",new ImageIcon("g:"+File.separator+"CourseProject" +File.separator+"Picture"+File.separator+"save.png")); JMenuItem appearance=new JMenuItem("界面设置"); JMenuItem run=new JMenuItem("运行"); JMenuItem explain=new JMenuItem("使用说明"); JPanel bpsk=new JPanel(); JPanel boc=new JPanel(); CardLayout cardboc=new CardLayout(7,7); JPanel bocpanel=new JPanel(cardboc); MyJPanel bocpanelone=new MyJPanel_timewave("t","S1(t)"); JLabel boclabelone=new JLabel("BOC调制的GNSS信号的时域波形"); MyJPanel bocpaneltwo=new MyJPanel_pow("f(MHz)","功率谱密度(dB/MHz)"); JLabel boclabeltwo=new JLabel("BOC调制的GNSS信号的频谱"); MyJPanel bocpanelthree=new MyJPanel_autocorrelativeFunction("Delay(microseconds)","自相关系数"); JLabel boclabelthree=new JLabel("BOC调制的GNSS信号的自相关函数图"); MyJPanel bocpanelfour=new MyJPanel_much_EMLP(); JLabel boclabelfour=new JLabel("多径对BOC调制信号码跟踪精度的影响"); MyJPanel bocpanelfive=new MyJPanel_EMLP("C/N0(dB-Hz)","码跟踪误差(m)"); JLabel boclabelfive=new JLabel("BOC调制信号接收机非相干超前——滞后处理法特性"); BocForm bocpanelsix=new BocForm(); JLabel boclabelsix=new JLabel("GNSS常用信号特性表格"); MyJPanel bocpanelseven=new MyJPanel_EMLP_Delay("Early-Late Spacing(ns)","码跟踪误差(m)"); JLabel boclabelseven=new JLabel("BOC码跟踪精度仿真对比"); CardLayout cardbpsk=new CardLayout(7,7); JPanel bpskpanel=new JPanel(cardbpsk); MyJPanel bpskpanelone=new MyJPanel_timewave_BPSK("t","S2(t)"); JLabel bpsklabelone=new JLabel("BPSK调制的GNSS信号的时域波形"); MyJPanel bpskpaneltwo=new MyJPanel_pow("f(MHz)","功率谱密度(dB/MHz)"); JLabel bpsklabeltwo=new JLabel("BPSK调制的GNSS信号的频谱"); MyJPanel bpskpanelthree=new MyJPanel_autocorrelativeFunction("Delay(microseconds)","自相关系数"); JLabel bpsklabelthree=new JLabel("BPSK调制的GNSS信号的自相关函数图"); MyJPanel bpskpanelfour=new MyJPanel_much_EMLP(); JLabel bpsklabelfour=new JLabel("多径对BPSK调制信号码跟踪精度的影响"); MyJPanel bpskpanelfive=new MyJPanel_EMLP("C/N0(dB-Hz)","码跟踪误差(m)"); JLabel bpsklabelfive=new JLabel("BPSK调制信号接收机非相干超前——滞后处理法特性"); BpskForm bpskpanelsix=new BpskForm(); JLabel bpsklabelsix=new JLabel("GNSS常用信号特性表格"); MyJPanel bpskpanelseven=new MyJPanel_EMLP_Delay("Early-Late Spacing(ns)","码跟踪误差(m)"); JLabel bpsklabelseven=new JLabel("BPSK码跟踪精度仿真对比"); JTabbedPane tabbedPane=new JTabbedPane(); String[] bocpictures={"时域波形","频谱","自相关系数","多径对BOC调制信号码跟踪精度的影响" ,"BOC调制信号接收机非相干超前——滞后处理法特性","GNSS常用信号特性表格","BOC码跟踪精度仿真对比"}; JComboBox<String> jboc=new JComboBox<String>(bocpictures); String[] bpskpictures={"时域波形","频谱","自相关系数","多径对BPSK调制信号码跟踪精度的影响" ,"BPSK调制信号接收机非相干超前——滞后处理法特性","GNSS常用信号特性表格","BPSK码跟踪精度仿真对比"}; JComboBox<String> jbpsk=new JComboBox<String>(bpskpictures); JLabel inputcanshu=new JLabel("Input: "); JLabel outputcanshu=new JLabel("Output: "); JLabel symbol = new JLabel("码元符号"); JTextField symboltext = new JTextField(); JLabel exboc =new JLabel("(例如:1,-1,-1,1,...)"); JLabel Bl=new JLabel("BL= "); JTextField Bltext=new JTextField(); JLabel blunit = new JLabel("Hz"); JLabel Tcoh=new JLabel("Tcoh= "); JTextField Tcohtext=new JTextField(); JLabel tcohunit =new JLabel("s"); JLabel βr=new JLabel("βr= "); JTextField βrtext=new JTextField(); JLabel βrunit =new JLabel("Hz"); JLabel d=new JLabel("d(C/N0)="); JTextField dtext=new JTextField(); JLabel dunit =new JLabel("s(dB)"); JButton Simulation=new JButton("码跟踪精度-C/N0"); JButton TimeWave=new JButton("时域波形");//生成时域波形 JButton Gboc=new JButton("频谱");//生成频谱 JButton Rτ=new JButton("自相关函数");//生成自相关函数 JButton multipath =new JButton("多径影响"); JButton clear=new JButton("清除"); JButton formboc=new JButton("表格"); JButton caculateboc=new JButton("计算"); JButton suibian=new JButton("码跟踪精度-D"); JButton contrastboc =new JButton("对比"); JLabel Fs=new JLabel("fs= "); JTextField Fstext=new JTextField(); JLabel fsunit =new JLabel("*f0"); JLabel Fc=new JLabel("fc= "); JTextField Fctext=new JTextField(); JLabel fcunit =new JLabel("*f0"); JLabel f0unit =new JLabel("(f0=1.023MHz)"); ////////四个重要参数///////// JLabel λ=new JLabel("λ= "); JTextField λtext=new JTextField(); JLabel λunit =new JLabel("dB"); JLabel βrms=new JLabel("βrms= "); JTextField βrmstext=new JTextField(); JLabel βrmsunit =new JLabel("Hz"); JLabel Kis=new JLabel("Kis= "); JTextField Kistext=new JTextField(); JLabel kisunit =new JLabe