📄 totalcountry.java
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n = 0;
for (int k = 0; allXianRoad != null && k < allXianRoad.size(); k++) {
lxNumber = ((LdRow) allXianRoad.get(k)).getLxNumber();
lxNumber = lxNumber.substring(0, 4) + ".gps";
if (file.getName().equalsIgnoreCase(lxNumber))
n++;
}
if (n > 0) {
allTrack = ItemValue.getTracks();
for (int j = 0; allTrack != null && j < allTrack.length; j++) {
liCheng = ItemValue.getTracksStringDistance(allTrack[j]);
roadValue += Double.parseDouble(liCheng);
}
}
fo.reset();
fo.dispose();
// System.err.println("====FileName====="+file.getName()+"=========LiCheng========"+roadValue);
roadCountValue += roadValue;
}
System.err.println("===============" + shiName);
return roadCountValue;
}
// 找出行政村与符合通达情况的航迹的关系
public String [] getCountryAndTrack(String filePath) {
String [] temp = new String [2];
Vector countryList = new Vector();
File[] allFiles = getAllGPSFiles(filePath);// 读取所有村道GPS文件
Vector countryNode = new Vector();
File file = null;
String fileName = "";
ItemValue.setShowDialogMessage(false);
FrameOur fo = new FrameOur();
String luMian = "0.0";
String leiXing = "";
double luMianWidth = 0.0;
Node pointNode = null;
Node tempNode = null;
// String pointName="";
double pointDistance = 0.0;
double minDistance = 99999.0;
Node[] allTrack = null;
LoadWaypointAndTrack lwat = null;
WptTrackDistance wd = new WptTrackDistance();
boolean isCount = true;
Node wayPointNode = null;
double liCheng = 0.0;
int villageCount = 0;
countryNode = getAllPointNode(filePath);
List traks = new ArrayList();
Vector allTrackList = getAllTrackByXian(filePath);
int trackType = 0;
//count licheng and village suliang
for (int j = 0; countryNode != null && j < countryNode.size(); j++) {
wayPointNode = (Node)countryNode.get(j);
pointDistance = getNearTrack(wayPointNode,allTrackList);
if (pointDistance > 0.0){
liCheng += pointDistance;
villageCount += 1;
}
}
temp[0]=""+liCheng;
temp[1]=""+villageCount;
System.err.println("=================="+countryNode.size());
System.err.println(liCheng + "\t" + villageCount );
return temp;
}
public double getNearTrack(Node pointNode , Vector allTrackList){
int trackType = 0;
Node [] allTrack = null;
double minValue = 9999.0;
double tempValue = 0.0;
double[] value1 = null;
double[] value2 = null;
double liCheng = 0.0;
int place = 0;
int n = 0;
for (int i = 0; allTrackList != null && i < allTrackList.size(); i++) {
trackType = ((LoadTrack)allTrackList.get(i)).getTrackType();
allTrack = ((LoadTrack)allTrackList.get(i)).getAllTrack();
n = 0;
if (trackType == 1 ) { //当航迹在县道或乡道上时
if (isLess35(allTrack) || isTuLuor(allTrack)){
//System.err.println("==================0k!");
value1 = getNodeAndTrackMinDistance(pointNode,allTrack);
tempValue = value1[0];
if (tempValue < 0.1){
if ( minValue > tempValue) {
minValue = tempValue;
place = i;
liCheng = value1[1];
}
}else {
//System.err.println("==================0k!");
continue;
}
}
}else {
value2 = getNodeAndVillageTrackMin(pointNode,allTrack);
tempValue = value2[0];
System.err.println("==================================="+tempValue);
if (tempValue < 0.1){
System.err.println("==================HHHHHHH0k!");
if ( minValue > tempValue) {
minValue = tempValue;
place = i;
liCheng = value2[1];
}
}else continue;
}
}
return liCheng;
}
//得到与航迹最近的距离
public double [] getNodeAndTrackMinDistance (Node pointNode, Node [] allTrack){
double minValue = 9999.0;
WptTrackDistance wtd = new WptTrackDistance();
double liCheng = 0;
double[] temp = new double[2];
for (int i=0; allTrack !=null && i<allTrack.length;i++){
if (minValue < wtd.getWptToTrackDis(pointNode,allTrack[i]))
minValue = wtd.getWptToTrackDis(pointNode,allTrack[i]);
liCheng += ItemValue.getTracksDistance(allTrack[i]);
}
temp[0]=minValue;
temp[1]=liCheng;
return temp;
}
//
public double[] getNodeAndVillageTrackMin (Node pointNode, Node[] allTrack){
String luMian = "";
double luMianWidth = 0.0;
int n = 0;
boolean resultLM = true;
double minValue = 9999.0;
int place = 0;
double [] temp = new double[2];
double liCheng = 0.0;
WptTrackDistance wtd = new WptTrackDistance();
for (int i = 0; allTrack !=null && i < allTrack.length ; i++ ){
luMian = ItemValue.getTracksType(allTrack[i]);
System.err.println("===========LuMian====="+luMian);
if ((luMian.indexOf("土路") != -1 || luMian.indexOf("无路面") != -1
|| luMian.length() == 0 || luMianWidth < 3.5)){
if (minValue < wtd.getWptToTrackDis(pointNode,allTrack[i]))
{
minValue = wtd.getWptToTrackDis(pointNode,allTrack[i]);
liCheng = ItemValue.getTracksDistance(allTrack[i]);
}
}else continue;
}
temp[0]=minValue;
temp[1]=liCheng;
return temp;
}
public Vector getAllTrackByXian(String filePath){
Vector allNodeList = new Vector();
ItemValue.setShowDialogMessage(false);
FrameOur fo = new FrameOur();
File [] allFiles = getAllGPSFiles (filePath);
String keyName = "";
int trackType =0;
for ( int i = 0; allFiles != null && i < allFiles.length ;i++ ){
File myFile = allFiles[i];
String fileName = myFile.getName();
trackType = 0;
fo.openFile(myFile);
Node[] allTrack = ItemValue.getTracks();
LoadTrack lt = new LoadTrack();
if (myFile.getParent().indexOf("\\县") != -1 || myFile.getParent().indexOf("\\乡") != -1 )
trackType = 1;
lt.setAllTrack(allTrack);
lt.setTrackType(trackType);
allNodeList.add(lt);
fo.reset();
}
return allNodeList;
}
public boolean isTongDaTulurLess35(Node pointNode,Node[] allTrack){
// pointName=ItemValue.getWaypointName(pointNode);
WptTrackDistance wtd = new WptTrackDistance();
Node tempNode = null;
boolean isTongDa = true;
for (int k = 0; allTrack != null && k < allTrack.length; k++) {
// leiXing = ItemValue.getTracksType(allTrack[k]); // 路面类型
// luMian = ItemValue.getTracksWidth(allTrack[k]); // 路面宽度
if( ( wtd.getWptToTrackDis(pointNode,allTrack[k]) < 0.1) && isTongDa && (isTuLuor(allTrack) || isLess35(allTrack)))
isTongDa = true;
else
isTongDa = false;
}
return isTongDa;
}
public int tongDaTrack(Node pointNode, List allFiles){
//Node[] tongDaRoad = null;
File file = null;
FrameOur fo = new FrameOur();
Node[] allTrack = null;
// WptTrackDistance wtd = new WptTrackDistance();
double temp = 999.0;
int place = 0;
if(isTongDaTulurLess35(pointNode,allTrack)){
for( int i = 0 ; i < allFiles.size() ; i++){
if(temp < getDistanct(pointNode,(Node[])allFiles.get(i))){
temp = getDistanct(pointNode,(Node[])allFiles.get(i));
place = i;
}
}
}
//tongDaRoad[0] = allTrack[place];
return place;
}
private double getDistanct(Node pointNode,Node[] allTrack){
double distanct = 99999.0;
WptTrackDistance wtd = new WptTrackDistance();
for(int i = 0; i < allTrack.length; i++){
if(distanct > wtd.getWptToTrackDis(pointNode,allTrack[i]))
distanct = wtd.getWptToTrackDis(pointNode,allTrack[i]);
}
return distanct;
}
// 统计通达行政村道路的里程数
public double CountCountryRoad(Vector countryList) {
double countValue = 0.000;
Vector cunList = new Vector();
Vector tempCountry = countryList;
ItemValue.setShowDialogMessage(false);
// System.err.println("===========countryCount======="+tempCountry.size());
int n = 0;
Node trackNode1 = null;
Node trackNode2 = null;
String roadName = "";
String roadName1 = "";
String liCheng = "";
for (int i = 0; i < tempCountry.size(); i++) {
n = 0;
trackNode1 = ((LoadWaypointAndTrack) tempCountry.get(i))
.getTrackNode();
roadName = ItemValue.getTracksName(trackNode1);
for (int j = 0; cunList != null && j < cunList.size(); j++) {
trackNode2 = ((LoadWaypointAndTrack) cunList.get(j))
.getTrackNode();
roadName1 = ItemValue.getTracksName(trackNode2);
if (roadName1.equals(roadName)) {
n++;
}
}
if (n == 0)
cunList.add((LoadWaypointAndTrack) tempCountry.get(i));
}
for (int i = 0; i < cunList.size(); i++) {
trackNode1 = ((LoadWaypointAndTrack) cunList.get(i)).getTrackNode();
roadName = ItemValue.getTracksName(trackNode1);
liCheng = ItemValue.getTracksStringDistance(trackNode1);
countValue += Double.parseDouble(liCheng);
// System.err.println("=============="+roadName);
}
return countValue;
}
public void ShowTotalCountry(String filePath) {
File allFile = new File(filePath);
File[] files = allFile.listFiles();// 获取所有县（区）列表
String quXianPath = ""; // 县（区）文件路径
int sumCountry = 0; // 行政村总数
double sumLiCheng = 0.0; // 里程总数
ItemValue.setShowDialogMessage(false);
double distance = 0.0; // 距离
String liCheng = ""; // 里程
String [] countryInfo = null;
for (int f = 0; files != null && f < files.length; f++) {
quXianPath = files[f].getPath();
String tempPath = quXianPath.replace('\\', ',');
String[] paths = tempPath.split(",");
int lenInt = paths.length - 1;
String quXianName = paths[lenInt]; // 区县名
System.err.println("=======path="+quXianPath);
countryInfo = getCountryAndTrack(quXianPath);
sumLiCheng += Double.parseDouble(countryInfo[0]);
sumCountry += Integer.parseInt(countryInfo[1]);
System.err.println(quXianName + ": 行政村总数=" + countryInfo[1]
+ " 拟建村道里程=" + countryInfo[0]);
}
System.err.println("===========行政村总数===" + sumCountry);
System.err.println("===========拟建村道里程===" + sumLiCheng);
}
public static void main(String[] args) {
TotalCountry tc = new TotalCountry();
tc.ShowTotalCountry("D:\\安徽省通达数据\\合肥市");
//tc.countCountryData("D:\\安徽省通达数据\\亳州市");
//tc.ShowTotalCountry("D:\\安徽省通达数据\\合肥市");
// double
// roadCount=tc.getAllXianorXiangRoadCount("D:\\安徽省通达数据\\亳州市","乡道");
// System.err.println("===========CountValue===="+roadCount);
}
}
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