import java.applet.*;
import java.awt.*;
import java.awt.event.*;
import java.awt.geom.*;
import java.awt.Graphics;
import java.io.*;
import java.net.*;
import java.util.*;
import java.text.DateFormat;
import javax.swing.*;

/*
        低温センター・イベント表示アプレット（センサー４台版）
	<applet code="heniitk_cr04ev" width=600 height=600></applet>
*/

public class heniitk_cr04ev extends Applet implements Runnable,ActionListener{
	Thread timer;
	volatile boolean running;
	Image Im;
	Graphics g,ImG;
	String x,x2,y,z,u,v,s,f,st,sk,p,ln,cline,cback,cbase0,cbase,cfont1,cfont2,comment,scale;
	String cname[] = new String[3];
	int minch,blocks,ftype,skip,pp,length,linecn,backcn,base0cn,basecn,font1cn,font2cn;
	float cpval;
	int[] nsam = new int[96];
	int ch,chh,wh,ww;
	int[] max = new int[96];
	int[] min = new int[96];
	int[][] sam = new int[96][15000];
	int[][] time = new int[2][6];
	long[][] xtime = new long[96][10000];
	private GregorianCalendar time0 = new GregorianCalendar();
	protected GregorianCalendar time1 = new GregorianCalendar();
	TimeZone tz=TimeZone.getTimeZone("JST");
	protected Date date0 = new Date();
	Date date1 = new Date();
	protected long[] mtime = new long[3];
	Button b1,b2,b3,b4,b5,b6,b7,b8,b9;
	int loc[] = new int[128];
	int[][]	px = new int[32][16];
	int[][]	py = new int[32][16];
	int[]	px0 = new int[32];
	int[]	py0 = new int[32];
	int[][]	fx = new int[8][6];
	int[][]	fy = new int[8][6];
	int[][]	fx0 = new int[8][6];
	int[][]	fy0 = new int[8][6];
	int[]	lx0 = new int[7];
	int[]	ly0 = new int[7];
	int	refreshrate,sps,nstn,nsamx,rto50;
	float	rto;

	public void init(){
		Dimension FS = this.getSize();
		wh=FS.height-18;
		ww=FS.width;
		x=this.getParameter("url");
		x2=this.getParameter("file");
		if(x==null&&x2==null){x=getCodeBase().toString()+"tmp/tmp.win";}
		else if(x==null){x=getCodeBase().toString()+x2;}
		y=this.getParameter("channel");
		if(y==null){y="0";}
		z=this.getParameter("refresh");
		if(z==null){z="100";}
		u=this.getParameter("unit");
		if(u==null){u="count";}
		v=this.getParameter("const");
		if(v==null){v="1";}
		s=this.getParameter("block");
		if(s==null){s="1";}
		f=this.getParameter("float");
		if(f==null){f="0";}
		p=this.getParameter("range");
		if(p==null){p="0";}
		cname[0]=this.getParameter("channel1");
		if(cname[0]==null){cname[0]="UNKNOWN";}
		cname[1]=this.getParameter("channel2");
		if(cname[1]==null){cname[1]="UNKNOWN";}
		cname[2]=this.getParameter("channel3");
		if(cname[2]==null){cname[2]="UNKNOWN";}
		st=this.getParameter("station");
		if(st==null){st="";}
		sk=this.getParameter("skip");
		if(sk==null){sk="0";}
		ln=this.getParameter("length");
		if(ln==null){ln="0";}
		cline=this.getParameter("linecolor");
		if(cline==null){cline="ffff00";}
		cback=this.getParameter("backcolor");
		if(cback==null){cback="606060";}
		cbase0=this.getParameter("base0color");
		if(cbase0==null){cbase0="00ffff";}
		cbase=this.getParameter("basecolor");
		if(cbase==null){cbase="0000ff";}
		cfont1=this.getParameter("font1color");
		if(cfont1==null){cfont1="ffffff";}
		cfont2=this.getParameter("font2color");
		if(cfont2==null){cfont2="000000";}
		comment=this.getParameter("comment");
		if(comment==null){comment="the Study Group on the IT Kyoushin Seismometer";}
		scale=this.getParameter("scale");
		if(scale==null){scale="0";}

		minch=Integer.parseInt(y,16);
		refreshrate=Integer.parseInt(z);
		cpval=Float.parseFloat(v);
		blocks=Integer.parseInt(s);
		ftype=Integer.parseInt(f);
		skip=Integer.parseInt(sk);
		pp=Integer.parseInt(p);
		length=Integer.parseInt(ln)-1;
		linecn=Integer.parseInt(cline,16);
		backcn=Integer.parseInt(cback,16);
		base0cn=Integer.parseInt(cbase0,16);
		basecn=Integer.parseInt(cbase,16);
		font1cn=Integer.parseInt(cfont1,16);
		font2cn=Integer.parseInt(cfont2,16);
		rto=Float.parseFloat(scale);
		if(rto!=0)rto=(float)(1.0/rto);
		sps=20;
		
		setLayout(null);
		// ボタン生成。
		b1 = new Button("|<<");
		b1.setBounds(0,wh,40,18);
		b2 = new Button(">>");
		b2.setBounds(120,wh,40,18);
		b3 = new Button(">>+");
		b3.setBounds(80,wh,40,18);
		b4 = new Button(">>-");
		b4.setBounds(40,wh,40,18);
		b5 = new Button("start");
		b5.setBounds(160,wh,40,18);
		b6 = new Button("auto");
		b6.setBounds(220,wh,40,18);
		b7 = new Button("*1.4");
		b7.setBounds(260,wh,40,18);
		b8 = new Button("/1.4");
		b8.setBounds(300,wh,40,18);
		b9 = new Button("reload");
		b9.setBounds(400,wh,60,18);
		// ボタンをアプレットに追加。
		this.add(b1);
		this.add(b2);
		this.add(b3);
		this.add(b4);
		this.add(b5);
		this.add(b6);
		this.add(b7);
		this.add(b8);
//		this.add(b9);
		// ボタンがクリックされるとイベントをイベント処理メソッド（actionPerformed）に通知するように設定。
		b1.addActionListener(this);
		b2.addActionListener(this);
		b3.addActionListener(this);
		b4.addActionListener(this);
		b5.addActionListener(this);
		b6.addActionListener(this);
		b7.addActionListener(this);
		b8.addActionListener(this);
//		b9.addActionListener(this);


				// センサー点（低温センター４点）
		px0[0] = ww*17/28;
		py0[0] = wh*17/28; // py0[0] = wh*17/28-2;
		px0[1] = ww*19/28;
		py0[1] = wh*9/28;  // py0[1] = wh*9/28-2;
		px0[2] = ww*12/28;
		py0[2] = wh*14/28;
		px0[3] = ww*15/28;
		py0[3] = wh*9/28;

				// 仮想点（１と３の間）
		px0[4] = ww*17/28;
		py0[4] = wh*9/28;

			// フレーム（背面）軌跡の前にプロット 東側壁
		fx0[0][0] = ww*16/28;
		fy0[0][0] = wh*5/28;
		fx0[0][1] = ww*22/28;
		fy0[0][1] = wh*5/28;
		fx0[0][2] = ww*22/28;
		fy0[0][2] = wh*13/28;
		fx0[0][3] = ww*16/28;
		fy0[0][3] = wh*13/28;
		fx0[0][4] = ww*16/28;
		fy0[0][4] = wh*5/28;

			// フレーム（背面）軌跡の前にプロット 北側壁
		fx0[1][0] = ww*16/28;
		fy0[1][0] = wh*5/28;
		fx0[1][1] = ww*21/56;
		fy0[1][1] = wh*21/56;
		fx0[1][2] = ww*21/56;
		fy0[1][2] = wh*23/56;
		fx0[1][3] = ww*6/28;
		fy0[1][3] = wh*16/28;
		fx0[1][4] = ww*6/28;
		fy0[1][4] = wh*23/28;
		fx0[1][5] = ww*16/28;
		fy0[1][5] = wh*13/28;

			// フレーム（前面）軌跡のあとにプロット　南側壁
		fx0[2][0] = ww*22/28;
		fy0[2][0] = wh*5/28;
		fx0[2][1] = ww*33/56;
		fy0[2][1] = wh*21/56;
		fx0[2][2] = ww*33/56;
		fy0[2][2] = wh*23/56;
		fx0[2][3] = ww*12/28;
		fy0[2][3] = wh*16/28;
		fx0[2][4] = ww*12/28;
		fy0[2][4] = wh*23/28;
		fx0[2][5] = ww*22/28;
		fy0[2][5] = wh*13/28;

			// フレーム（前面）軌跡のあとにプロット　南北の枠　真ん中上
		fx0[3][0] = ww*21/56;
		fy0[3][0] = wh*21/56;
		fx0[3][1] = ww*33/56;
		fy0[3][1] = wh*21/56;

			// フレーム（前面）軌跡のあとにプロット　南北の枠　真ん中下
		fx0[4][0] = ww*21/56;
		fy0[4][0] = wh*23/56;
		fx0[4][1] = ww*33/56;
		fy0[4][1] = wh*23/56;

			// フレーム（前面）軌跡のあとにプロット　南北の枠　西側上
		fx0[5][0] = ww*6/28;
		fy0[5][0] = wh*16/28;
		fx0[5][1] = ww*12/28;
		fy0[5][1] = wh*16/28;

			// フレーム（前面）軌跡のあとにプロット　南北の枠　西側下
		fx0[6][0] = ww*6/28;
		fy0[6][0] = wh*23/28;
		fx0[6][1] = ww*12/28;
		fy0[6][1] = wh*23/28;

				// 地面の点（未使用）
		lx0[0] = ww*16/28;
		ly0[0] = wh*13/28;
		lx0[1] = ww*6/28;
		ly0[1] = wh*23/28;
		lx0[2] = ww*12/28;
		ly0[2] = wh*23/28;
		lx0[3] = ww*22/28;
		ly0[3] = wh*13/28;
		lx0[4] = ww*16/28;
		ly0[4] = wh*13/28;

			// センサー可動点の初期化
		for(i=0;i<32;i++){
			for(j=0;j<16;j++){
				px[i][j]=px0[i];
				py[i][j]=py0[i];
			}
		}
		
	}
		
	public void actionPerformed(ActionEvent e) {
		// ボタンがクリックされたとき、実行される。
		if( e.getSource() == b1 ) {
			nsam[95]=0;
			repaint();
		} 
		if( e.getSource() == b2 ) {
			nsam[95]=nsam[95]+50;
			repaint();
		} 
		if( e.getSource() == b3 ) {
			refreshrate=(int)(refreshrate/2);
			repaint();
		} 
		if( e.getSource() == b4 ) {
			refreshrate=(int)(refreshrate*2);
			repaint();
		} 
		if( e.getSource() == b5 ) {
			nsam[95]=skip*sps;
			if(running == false){
				running = true;
				if (timer == null){
					timer = new Thread(this);
					timer.start();
				}
			}
			repaint();
		} 
		if( e.getSource() == b6 ) {
			int	j;
//			rto=(float)((max[16]+max[17]/2)/ww*4);
//			if(rto<(max[18]+max[17]/2)/wh*4)rto=(float)((max[18]+max[17]/2)/wh*4);
			rto=1;
			for(j=0;j<95;j++){
				if(rto<max[j]*8/ww)rto=(float)(max[j]*8/ww);
			}
			if(rto<1)rto=1;
			repaint();
		} 
		if( e.getSource() == b7 ) {
			rto=(float)(rto/1.414);
			repaint();
		} 
		if( e.getSource() == b8 ) {
			rto=(float)(rto*1.414);
			repaint();
		} 
		if( e.getSource() == b9 ) {
			skip=0;
			length=-1;
			readwin();
			repaint();
		} 
	}

	public void start(){
		running = true;
		readwin();
		if (timer == null){
			timer = new Thread(this);
			timer.start();
		}
	}
	
	public void run(){
		Im=createImage(ww,wh+18);
		g=Im.getGraphics();
		int	i,j;
		if(rto==0){
//		rto=(float)((max[16]+max[17]/2)/ww*4);
//		if(rto<(max[18]+max[17]/2)/wh*4)rto=(float)((max[18]+max[17]/2)/wh*4);
			for(j=0;j<95;j++){
				if(rto<max[j]*8/ww)rto=(float)(max[j]*8/ww);
			}
			if(rto<1.0)rto=1;
		}
		nsam[95]=skip*sps;

		time0.set(Calendar.SECOND,time[0][5]+skip);
		time0.set(Calendar.MINUTE,time[0][4]);
		time0.set(Calendar.HOUR_OF_DAY,time[0][3]);
		time0.set(Calendar.DAY_OF_MONTH,time[0][2]);
		time0.set(Calendar.MONTH,time[0][1]-1);
		if(time[0][0]>50)time[0][0]=time[0][0]-100;
		time0.set(Calendar.YEAR,time[0][0]+2000);
		date0 = time0.getTime();
		mtime[0] = date0.getTime();
		time1.set(Calendar.SECOND,time[1][5]);
		time1.set(Calendar.MINUTE,time[1][4]);
		time1.set(Calendar.HOUR_OF_DAY,time[1][3]);
		time1.set(Calendar.DAY_OF_MONTH,time[1][2]);
		time1.set(Calendar.MONTH,time[1][1]-1);
		if(time[1][0]>50)time[0][0]=time[1][0]-100;
		time1.set(Calendar.YEAR,time[1][0]+2000);
		date1 = time1.getTime();
		mtime[1] = date1.getTime();
		if(length<1)length = (int)((mtime[1]-mtime[0])/1000);
		while(length*sps>nsam[95]){

			for(j=0;j<4;j++){
				for(i=11;i>0;i--){
					px[j][i]=px[j][i-1];
					py[j][i]=py[j][i-1];
				}
				loc[3*j]=(int)(sam[4*j][nsam[95]]/rto);
				loc[3*j+1]=(int)(sam[4*j+1][nsam[95]]/rto);
				loc[3*j+2]=(int)(sam[4*j+2][nsam[95]]/rto);
			}

					// センサー０〜３　可動点の位置を設定  loc[0]=NS,loc[1]=EW,loc[2]=UD
	
					//   U   E
					//   |  /
					//   | /
					//   +------ S(-N)
					// (N,E,U) -> px = -N + 1/2E  , py = -1/2E - U

					px[0][0]=(int)(-loc[0]+loc[1]/2+px0[0]);
					py[0][0]=(int)(-loc[1]/2-loc[2]+py0[0]);
					px[1][0]=(int)(-loc[3]+loc[4]/2+px0[1]);
					py[1][0]=(int)(-loc[4]/2-loc[5]+py0[1]);
					px[2][0]=(int)(-loc[6]+loc[7]/2+px0[2]);
					py[2][0]=(int)(-loc[7]/2-loc[8]+py0[2]);
					px[3][0]=(int)(-loc[9]+loc[10]/2+px0[3]);
					py[3][0]=(int)(-loc[10]/2-loc[11]+py0[3]);

					// 仮想点（１と３の中点）　可動点の位置を設定
					//  
					px[4][0]=(int)(-(loc[3]+loc[9])/2+(loc[4]+loc[10])/2/2+px0[4]);
					py[4][0]=(int)(-(loc[4]+loc[10])/2/2-(loc[5]+loc[11])/2+py0[4]);

			/*
					px[0][0]=(int)(loc[1]+loc[0]/2+px0[0]);
					py[0][0]=(int)(-loc[0]/2-loc[2]+py0[0]);
					px[1][0]=(int)(loc[4]+loc[3]/2+px0[1]);
					py[1][0]=(int)(-loc[3]/2-loc[5]+py0[1]);
					px[2][0]=(int)(loc[7]+loc[6]/2+px0[2]);
					py[2][0]=(int)(-loc[6]/2-loc[8]+py0[2]);
					px[3][0]=(int)(loc[10]+loc[9]/2+px0[3]);
					py[3][0]=(int)(-loc[9]/2-loc[11]+py0[3]);
					px[4][0]=(int)(loc[13]+loc[12]/2+px0[4]);
					py[4][0]=(int)(-loc[12]/2-loc[14]+py0[4]);
					px[5][0]=(int)(loc[16]+loc[15]/2+px0[5]);
					py[5][0]=(int)(-loc[15]/2-loc[17]+py0[5]);
					px[6][0]=(int)(loc[19]+loc[18]/2+px0[6]);
					py[6][0]=(int)(-loc[18]/2-loc[20]+py0[6]);
					px[7][0]=(int)(loc[22]+loc[21]/2+px0[7]);
					py[7][0]=(int)(-loc[21]/2-loc[23]+py0[7]);
					px[8][0]=(int)(loc[25]+loc[24]/2+px0[8]);
					py[8][0]=(int)(-loc[24]/2-loc[26]+py0[8]);
					px[9][0]=(int)(loc[28]+loc[27]/2+px0[9]);
					py[9][0]=(int)(-loc[27]/2-loc[29]+py0[9]);
					px[10][0]=(int)(loc[31]+loc[30]/2+px0[10]);
					py[10][0]=(int)(-loc[30]/2-loc[32]+py0[10]);
					px[11][0]=(int)(loc[34]+loc[33]/2+px0[11]);
					py[11][0]=(int)(-loc[33]/2-loc[35]+py0[11]);
					px[12][0]=(int)(loc[37]+loc[36]/2+px0[12]);
					py[12][0]=(int)(-loc[36]/2-loc[38]+py0[12]);
					px[13][0]=(int)(loc[40]+loc[39]/2+px0[13]);
					py[13][0]=(int)(-loc[39]/2-loc[41]+py0[13]);
					px[14][0]=(int)(loc[43]+loc[42]/2+px0[14]);
					py[14][0]=(int)(-loc[42]/2-loc[44]+py0[14]);
					px[15][0]=(int)(loc[46]+loc[45]/2+px0[15]);
					py[15][0]=(int)(-loc[45]/2-loc[47]+py0[15]);
					px[16][0]=(int)(loc[49]+loc[48]/2+px0[16]);
					py[16][0]=(int)(-loc[48]/2-loc[50]+py0[16]);
					px[17][0]=(int)(loc[52]+loc[51]/2+px0[17]);
					py[17][0]=(int)(-loc[51]/2-loc[53]+py0[17]);

					px[18][0]=(int)(loc[1]+loc[0]/2+px0[18]);
					py[18][0]=(int)(-loc[0]/2-loc[2]+py0[18]);
					px[19][0]=(int)(loc[1]+loc[0]/2+px0[19]);
					py[19][0]=(int)(-loc[0]/2-loc[2]+py0[19]);
					px[20][0]=(int)(loc[1]+loc[0]/2+px0[20]);
					py[20][0]=(int)(-loc[0]/2-loc[2]+py0[20]);
					px[21][0]=(int)(loc[4]+loc[3]/2+px0[21]);
					py[21][0]=(int)(-loc[3]/2-loc[5]+py0[21]);
					px[22][0]=(int)(loc[4]+loc[3]/2+px0[22]);
					py[22][0]=(int)(-loc[3]/2-loc[5]+py0[22]);

					px[23][0]=(int)((loc[4]+3*loc[52])/4+(loc[3]+3*loc[51])/4/2+px0[23]);
					py[23][0]=(int)(-(loc[3]+3*loc[51])/4/2-(loc[5]+3*loc[53])/4+py0[23]);
					px[24][0]=(int)((loc[4]+loc[52])/2+(loc[3]+loc[51])/2/2+px0[24]);
					py[24][0]=(int)(-(loc[3]+loc[51])/2/2-(loc[5]+loc[53])/2+py0[24]);
					px[25][0]=(int)((3*loc[4]+loc[52])/4+(3*loc[3]+loc[51])/4/2+px0[25]);
					py[25][0]=(int)(-(3*loc[3]+loc[51])/4/2-(3*loc[5]+loc[53])/4+py0[25]);
					px[26][0]=(int)((loc[1]+2*loc[31])/3+(loc[0]+2*loc[30])/3/2+px0[26]);
					py[26][0]=(int)(-(loc[0]+2*loc[30])/3/2-(loc[2]+2*loc[32])/3+py0[26]);
					px[27][0]=(int)((2*loc[1]+loc[31])/3+(2*loc[0]+loc[30])/3/2+px0[27]);
					py[27][0]=(int)(-(2*loc[0]+loc[30])/3/2-(2*loc[2]+loc[32])/3+py0[27]);
			*/
			
			repaint();
			try { Thread.sleep(refreshrate); }
			catch (InterruptedException e) {}
			nsam[95]++;
		}
		running = false;
		timer = null;
	}
	
	public void stop() { running = false; }
	public String getAppletInfo() {
		return "WIN viewer applet Copyright (c) 2003 by Takamori Ito and Laboratory for Earthquake Chemistry";
	}
			
			
	public void readwin() {
			try{
				URL url = new URL(x);
				InputStream fistream = url.openStream();
				DataInputStream in = new DataInputStream(fistream);
				int c,i,j;
				short cs;
				byte cx,cy;
				float fc;
				int sizefile=0,sizesb,sized;
				int[] sr = new int[96];    //ゴミ生成しない？
/*				while((c=in.read())!=-1){sizefile++;}
				in.close();*/
//		G.drawString("nsam："+nsam,200,200);

				for(i=0;i<95;i++){
					nsam[i]=0;
					sr[i]=1;
				}
//				fistream = url.openStream();
//				in = new DataInputStream(fistream);
				while((sizesb=in.readInt())!=-1){
//					sizesb=in.readInt();
//					sizefile=sizefile-sizesb;
					sizefile=sizefile+sizesb;
					sizesb=sizesb-4;
					for(i=0;i<6;i++){
						c=in.readByte();
						time[1][i]=(c/16)*10+c%16;
					}
					for(i=0;i<95;i++){
						nsamx=nsamx+nsam[i];
					}
					if(nsamx==0){
						for(i=0;i<6;i++){
							time[0][i]=time[1][i];
						}
						time0.set(Calendar.SECOND,time[1][5]);
						time0.set(Calendar.MINUTE,time[1][4]);
						time0.set(Calendar.HOUR_OF_DAY,time[1][3]);
						time0.set(Calendar.DAY_OF_MONTH,time[1][2]);
						time0.set(Calendar.MONTH,time[1][1]-1);
						if(time[0][0]>50)time[1][0]=time[1][0]-100;
						time0.set(Calendar.YEAR,time[1][0]+2000);
						date0 = time0.getTime();
						for(j=4;j<95;j++){
							nsam[j]=0;
						}
					}
					time1.set(Calendar.SECOND,time[1][5]);
					time1.set(Calendar.MINUTE,time[1][4]);
					time1.set(Calendar.HOUR_OF_DAY,time[1][3]);
					time1.set(Calendar.DAY_OF_MONTH,time[1][2]);
					time1.set(Calendar.MONTH,time[1][1]-1);
					if(time[1][0]>50)time[1][0]=time[1][0]-100;
					time1.set(Calendar.YEAR,time[1][0]+2000);
					date1 = time1.getTime();
					
					sizesb=sizesb-6;
					nsam[0]=(int)((date1.getTime()-date0.getTime())*sps/blocks/1000);
					while(sizesb>0&&nsam[0]<15000){
						ch=in.readUnsignedShort()-minch;
						if(ch<0||ch>94)ch=95;
						sizesb=sizesb-2;
						chh=in.readShort();
						sized=chh/4096;
						sr[ch]=chh%4096;
						sizesb=sizesb-2;
						sps=sr[ch];
						if(ch!=95&&nsam[ch]==0)nsam[ch]=(int)((date1.getTime()-date0.getTime())*sps/blocks/1000);
						if(ftype==2){
//							sam[ch][nsam[ch]+1]=in.readFloat();
						}else{
							sam[ch][nsam[ch]+1]=in.readInt();
						}
						if(ch!=95){
							sam[ch][nsam[ch]]=sam[ch][nsam[ch]+1];
							xtime[ch][nsam[ch]] = date1.getTime();
							if(nsam[ch]==0){
								max[ch]=sam[ch][nsam[ch]];
								min[ch]=sam[ch][nsam[ch]];
							}else{
								if(sam[ch][nsam[ch]]>max[ch])max[ch]=sam[ch][nsam[ch]];
								if(sam[ch][nsam[ch]]<min[ch])min[ch]=sam[ch][nsam[ch]];
							}
						}
						sizesb=sizesb-4;
						for(i=1;i<sr[ch];i++){
							if(sized==1){
								cx=in.readByte();
								if(ch!=95)sam[ch][i+nsam[ch]]=sam[ch][i+nsam[ch]-1]+cx;
								sizesb=sizesb-1;
							}else if(sized==2){
								cs=in.readShort();
								if(ch!=95)sam[ch][i+nsam[ch]]=sam[ch][i+nsam[ch]-1]+cs;
								sizesb=sizesb-2;
							}else if(sized==3){
								cs=in.readShort();
								cx=in.readByte();
/*								if(c>=0){
									if(cs<0)cs=(short)(256+cs);
									c=c*256+cs;
								}else{
									if(cs>0)cs=(short)(cs-256);
									c=c*256+cs;
								}*/
								c=cs*256;
								c=c|((int)(cx)<<24)>>>24;
								if(ch!=95)sam[ch][i+nsam[ch]]=sam[ch][i+nsam[ch]-1]+c;
								sizesb=sizesb-3;
							}else if(sized==4){
								if(ftype==2){
									fc=in.readFloat();
//									if(ch!=3)sam[ch][i+nsam[ch]]=fc;
								}else{
									c=in.readInt();
									if(ch!=3)sam[ch][i+nsam[ch]]=sam[ch][i+nsam[ch]-1]+c;
								}
								sizesb=sizesb-4;
							}else if(sized==0){
								cx=in.readByte();
								c=cx>>4;
								if(ch!=95){
									sam[ch][i+nsam[ch]]=sam[ch][i+nsam[ch]-1]+c;
									xtime[ch][i+nsam[ch]] = date1.getTime()+i*1000*blocks/sr[ch];
									if(sam[ch][i+nsam[ch]]>max[ch])max[ch]=sam[ch][i+nsam[ch]];
									if(sam[ch][i+nsam[ch]]<min[ch])min[ch]=sam[ch][i+nsam[ch]];
								}
								i=i+1;
//								c=c%16;
//								if(c%16<0)c=16-c;
								c=(byte)(cx<<4)>>4;
								if(ch!=95){
									sam[ch][i+nsam[ch]]=sam[ch][i+nsam[ch]-1]+c;
									xtime[ch][i+nsam[ch]] = date1.getTime()+i*1000*blocks/sr[ch];
									if(sam[ch][i+nsam[ch]]>max[ch])max[ch]=sam[ch][i+nsam[ch]];
									if(sam[ch][i+nsam[ch]]<min[ch])min[ch]=sam[ch][i+nsam[ch]];
								}
								sizesb=sizesb-1;
							}
							if(ch!=95&&sized!=0){
								xtime[ch][i+nsam[ch]] = date1.getTime()+i*1000*blocks/sr[ch];
								if(sam[ch][i+nsam[ch]]>max[ch])max[ch]=sam[ch][i+nsam[ch]];
								if(sam[ch][i+nsam[ch]]<min[ch])min[ch]=sam[ch][i+nsam[ch]];
							}
						}
//						if(ch!=63)nsam[ch]=nsam[ch]+sr[ch];
						if(ch!=95)nsam[ch]=(int)((date1.getTime()-date0.getTime())*sps/blocks/1000)+sps;
					}
					nsam[95]=0;
				}
/*				if(ftype==1){
					for(i=0;i<nsam[ch];i++){sam[ch][i]=Math.pow(10,(sam[ch][i]/10000000));}
					max[ch]=Math.pow(10,(max[ch]/10000000));
					min[ch]=Math.pow(10,(min[ch]/10000000));
				}*/
/*				time0.set(Calendar.SECOND,time[0][5]+skip);
				time0.set(Calendar.MINUTE,time[0][4]);
				time0.set(Calendar.HOUR_OF_DAY,time[0][3]);
				time0.set(Calendar.DAY_OF_MONTH,time[0][2]);
				time0.set(Calendar.MONTH,time[0][1]-1);
				if(time[0][0]>50)time[0][0]=time[0][0]-100;
				time0.set(Calendar.YEAR,time[0][0]+2000);
				date0 = time0.getTime();
				mtime[0] = time0.getTimeInMillis();*/
//				date1 = time1.getTime();
//				mtime[1] = time1.getTimeInMillis();
				in.close();
				url=null;
				in=null;
				sr=null;
			}catch(FileNotFoundException e){
//				System.out.println("ファイルがありません。");
			}catch(Exception e){
//				System.out.println(e);
			}
	}

	public void update(Graphics ImG){
		paint(ImG);
	}
	
	public void paint(Graphics ImG) {
		Color backc = new Color((backcn<<8)>>>24,(backcn<<16)>>>24,(backcn<<24)>>>24);
		Color base0c = new Color((base0cn<<8)>>>24,(base0cn<<16)>>>24,(base0cn<<24)>>>24);
		Color basec = new Color((basecn<<8)>>>24,(basecn<<16)>>>24,(basecn<<24)>>>24);
		Color linec = new Color((linecn<<8)>>>24,(linecn<<16)>>>24,(linecn<<24)>>>24);
		Color font1c = new Color((font1cn<<8)>>>24,(font1cn<<16)>>>24,(font1cn<<24)>>>24);
		Color font2c = new Color((font2cn<<8)>>>24,(font2cn<<16)>>>24,(font2cn<<24)>>>24);
		Font f12= new Font("Helvetica",Font.PLAIN,12);
		Font f16= new Font("Helvetica",Font.PLAIN,16);
		g.setFont(f12);
		setBackground(getBackground());
		g.setColor(getBackground());
		g.fillRect(0,wh,ww,18);
		setVisible(true);
		g.setColor(backc);
		g.fillRect(0,0,ww,wh);

		int i,j,k;
		time0.set(Calendar.SECOND,time[0][5]+skip);
		time0.set(Calendar.MINUTE,time[0][4]);
		time0.set(Calendar.HOUR_OF_DAY,time[0][3]);
		time0.set(Calendar.DAY_OF_MONTH,time[0][2]);
		time0.set(Calendar.MONTH,time[0][1]-1);
		if(time[0][0]>50)time[0][0]=time[0][0]-100;
		time0.set(Calendar.YEAR,time[0][0]+2000);
		date0 = time0.getTime();
		mtime[0] = date0.getTime();
		time1.set(Calendar.SECOND,time[1][5]);
		time1.set(Calendar.MINUTE,time[1][4]);
		time1.set(Calendar.HOUR_OF_DAY,time[1][3]);
		time1.set(Calendar.DAY_OF_MONTH,time[1][2]);
		time1.set(Calendar.MONTH,time[1][1]-1);
		if(time[1][0]>50)time[0][0]=time[1][0]-100;
		time1.set(Calendar.YEAR,time[1][0]+2000);
		date1 = time1.getTime();
		mtime[1] = date1.getTime();
		if(length<1)length = (int)((mtime[1]-mtime[0])/1000);

					// フレーム（背面）4本
                g.setColor(Color.gray);
		for(k=0;k<4;k++){
			g.drawLine(fx0[0][k],fy0[0][k],fx0[0][k+1],fy0[0][k+1]);
		}
					// フレーム（背面）5本
		for(k=0;k<5;k++){
			g.drawLine(fx0[1][k],fy0[1][k],fx0[1][k+1],fy0[1][k+1]);
		}

		g.setColor(Color.gray); // センサーオリジナル位置を結ぶ
		g.drawLine(px0[0],py0[0],px0[4],py0[4]);
		g.drawLine(px0[1],py0[1],px0[3],py0[3]);
		g.drawLine(px0[4],py0[4],px0[2],py0[2]);

		g.setColor(Color.gray);
		g.setFont(f12);

		g.setColor(Color.white); // センサー位置にクロス印
		for(k=0;k<4;k++){
			g.drawLine(px0[k]-7,py0[k]+7,px0[k]+7,py0[k]-7);
			g.drawLine(px0[k]-10,py0[k],px0[k]+10,py0[k]);
			g.drawLine(px0[k],py0[k]-10,px0[k],py0[k]+10);
		}

		
		g.setColor(Color.red); // センサー間（動線）
		g.drawLine(px[0][0],py[0][0],px[4][0],py[4][0]);
		g.drawLine(px[1][0],py[1][0],px[4][0],py[4][0]);
		g.drawLine(px[4][0],py[4][0],px[3][0],py[3][0]);
		g.drawLine(px[2][0],py[2][0],px[4][0],py[4][0]);
		
		g.setColor(Color.pink); // 軌跡とセンサーの丸印
		for(k=0;k<4;k++){
			for(j=0;j<10;j++){
				g.drawLine(px[k][j],py[k][j],px[k][j+1],py[k][j+1]);
			}
			g.fillOval(px[k][0]-5,py[k][0]-5,10,10);
		}

		g.setColor(Color.lightGray); // 手前のフレーム描画
					// フレーム（前面）5本
		for(k=0;k<5;k++){
			g.drawLine(fx0[2][k],fy0[2][k],fx0[2][k+1],fy0[2][k+1]);
		}
					// フレーム（前面）1本
		for(k=0;k<1;k++){
			g.drawLine(fx0[3][k],fy0[3][k],fx0[3][k+1],fy0[3][k+1]);
		}
					// フレーム（前面）1本
		for(k=0;k<1;k++){
			g.drawLine(fx0[4][k],fy0[4][k],fx0[4][k+1],fy0[4][k+1]);
		}
					// フレーム（前面）1本
		for(k=0;k<1;k++){
			g.drawLine(fx0[5][k],fy0[5][k],fx0[5][k+1],fy0[5][k+1]);
		}
					// フレーム（前面）1本
		for(k=0;k<1;k++){
			g.drawLine(fx0[6][k],fy0[6][k],fx0[6][k+1],fy0[6][k+1]);
		}


		g.setColor(Color.pink);
		g.drawString(((nsam[95]+1)*1000/sps-skip*1000)+" msec",10,30);
		g.setColor(Color.white);
//		g.drawLine((int)(10),(int)(wh-10),(int)(10+100/rto),(int)(wh-10));
//		g.drawString("100microm",10,wh-15);

		// 方位
		g.drawLine((int)(ww-70),(int)(wh-30),(int)(ww-20),(int)(wh-30));
		g.drawLine((int)(ww-70),(int)(wh-30),(int)(ww-70),(int)(wh-80));
		g.drawLine((int)(ww-70),(int)(wh-30),(int)(ww-45),(int)(wh-55));
		//g.drawString("E",(int)(ww-20),(int)(wh-30));
		//g.drawString("U",(int)(ww-70),(int)(wh-81));
		//g.drawString("N",(int)(ww-45),(int)(wh-55));
		g.drawString("S",(int)(ww-20),(int)(wh-30));
		g.drawString("U",(int)(ww-70),(int)(wh-81));
		g.drawString("E",(int)(ww-45),(int)(wh-55));

		rto50=(int)(rto*50);
		g.drawString(rto50+"microm",ww-90,wh-10);

		g.setColor(font1c);
		g.drawString(st+"     Start : "+date0.toString()+"  ---  length : "+(length+blocks)+" sec",10,14);
		g.setColor(Color.gray);
		g.drawString("SEISM",ww-47,wh+14);
		ImG.drawImage(Im,0,0,this);

		showStatus(comment);
	}
}