package com.ximple.eofms.util;
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import com.vividsolutions.jts.geom.Coordinate;
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import com.vividsolutions.jts.geom.Envelope;
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public abstract class TPCLIDConverter {
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public final static int SX1200 = 800;
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public final static int SY1200 = 500;
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public final static int SX600 = 400;
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public final static int SY600 = 250;
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public static String CoordinateToTpclId(Coordinate dp) {
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long orgX, orgY;
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int mapX, mapY;
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int shiftX, shiftY;
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int dx1, dy1;
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int dx2, dy2;
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if (dp == null) {
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return null;
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}
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double X = dp.x;
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double Y = dp.y;
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String coordToTPCLID = "";
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char mapID = coordinateToSingleMapID(dp);
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if (mapID == 'w') {
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return "";
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}
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/* get the origin point of mapID */
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Coordinate Point = getOriginPoint("" + mapID, Integer.MAX_VALUE);
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if (Point == null) {
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return null;
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}
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orgX = (long) Point.x;
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orgY = (long) Point.y;
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mapX = intDivision((X - orgX), SX1200);
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if (mapID == 'Z' && mapX >= 100) {
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mapX = mapX - 100;
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}
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mapY = intDivision((Y - orgY), SY1200);
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shiftX = (int) (X - orgX) % SX1200;
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shiftY = (int) (Y - orgY) % SY1200;
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dx1 = intDivision((shiftX % 100), 10);
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dy1 = intDivision((shiftY % 100), 10);
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dx2 = (shiftX % 100) % 10;
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dy2 = (shiftY % 100) % 10;
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coordToTPCLID = "" + mapID;
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coordToTPCLID = coordToTPCLID + dataFormat(mapX);
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coordToTPCLID = coordToTPCLID + dataFormat(mapY);
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coordToTPCLID = coordToTPCLID + intToAscii(shiftX / 100 + asciiToInt("A"));
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coordToTPCLID = coordToTPCLID + intToAscii(shiftY / 100 + asciiToInt("A"));
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coordToTPCLID = coordToTPCLID + dx1 + dy1 + dx2 + dy2;
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return coordToTPCLID;
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}
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public static char coordinateToSingleMapID(Coordinate dp) {
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char mapID = 'w';
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String[] strY = StringUtils.splitToArray(Double.toString(dp.y), ".");
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String[] strX = StringUtils.splitToArray(Double.toString(dp.x), ".");
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int intY = Integer.parseInt(strY[0]);
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int intX = Integer.parseInt(strX[0]);
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if (intY > 2944000) {
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return mapID;
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}
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if (intY >= 2894000 && intY <= 2944000 && intX >= 10000 && intX <= 90000) {
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mapID = 'S';
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return mapID;
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}
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if (intY >= 2614000 && intY <= 2664000 && intX >= 10000 && intX <= 66000) {
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mapID = 'X';
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return mapID;
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}
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if (intY >= 2564000 && intY <= 2614000 && intX >= 10000 && intX <= 66000) {
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mapID = 'Y';
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return mapID;
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}
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if (intY >= 2675800 && intY <= 2725800 && intX >= 10000 && intX <= 170000) {
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mapID = 'Z';
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return mapID;
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}
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if (intY > 2800000) {
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return mapID;
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}
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if (intY >= 2750000) {
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if (intX < 170000) {
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return mapID;
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}
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if (intX < 250000) {
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mapID = 'A';
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return mapID;
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}
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if (intX < 330000) {
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mapID = 'B';
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return mapID;
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}
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if (intX < 410000) {
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mapID = 'C';
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return mapID;
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}
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return mapID;
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}
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if (intY >= 2700000) {
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if (intX < 170000) {
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return mapID;
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}
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if (intX < 250000) {
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mapID = 'D';
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return mapID;
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}
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if (intX < 330000) {
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mapID = 'E';
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return mapID;
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}
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if (intX < 410000) {
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mapID = 'F';
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return mapID;
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}
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return mapID;
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}
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if (intY >= 2650000) {
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if (intX < 170000) {
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return mapID;
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}
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if (intX < 250000) {
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mapID = 'G';
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return mapID;
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}
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if (intX < 330000) {
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mapID = 'H';
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return mapID;
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}
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if (intX < 410000) {
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mapID = 'I';
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return mapID;
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}
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return mapID;
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}
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if (intY >= 2600000) {
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if (intX < 90000) {
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return mapID;
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}
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if (intX < 170000) {
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mapID = 'J';
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return mapID;
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}
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if (intX < 250000) {
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mapID = 'K';
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return mapID;
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}
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if (intX < 330000) {
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mapID = 'L';
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return mapID;
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}
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return mapID;
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}
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if (intY >= 2550000) {
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if (intX < 90000) {
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return mapID;
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}
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if (intX < 170000) {
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mapID = 'M';
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return mapID;
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}
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if (intX < 250000) {
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mapID = 'N';
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return mapID;
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}
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if (intX < 330000) {
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mapID = 'O';
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return mapID;
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}
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return mapID;
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}
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if (intY >= 2500000) {
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if (intX < 90000) {
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return mapID;
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}
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if (intX < 170000) {
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mapID = 'P';
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return mapID;
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}
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if (intX < 250000) {
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mapID = 'Q';
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return mapID;
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}
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if (intX < 330000) {
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mapID = 'R';
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return mapID;
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}
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return mapID;
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}
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if (intY >= 2450000) {
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if (intX < 90000) {
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return mapID;
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}
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if (intX < 170000) {
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mapID = 'S';
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return mapID;
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}
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if (intX < 250000) {
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mapID = 'T';
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return mapID;
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}
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if (intX < 330000) {
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mapID = 'U';
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return mapID;
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}
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return mapID;
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}
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if (intY >= 2400000) {
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if (intX < 170000) {
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return mapID;
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}
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if (intX < 250000) {
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mapID = 'V';
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return mapID;
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}
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if (intX < 330000) {
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mapID = 'W';
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return mapID;
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}
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return mapID;
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}
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return mapID;
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}
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public static Envelope convertTpclIdToEnvelope(String tpclid) {
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String tempString = "";
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Coordinate point = null;
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Coordinate tempPoint = null;
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double width, height;
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if (tpclid.length() < 5) {
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return null;
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}
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tempString = tpclid.substring(0, 1);
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int xmapid = Integer.parseInt(tpclid.substring(1, 3));
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// Get the origin point
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point = getOriginPoint(tempString, xmapid);
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if (point == null) {
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return null;
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}
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tempString = tpclid.substring(1, 5);
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width = SX1200;
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height = SY1200;
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tempPoint = twoNumberScale(tempString, 800, 500);
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if (tempPoint != null) {
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point.x = (point.x + tempPoint.x);
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point.y = (point.y + tempPoint.y);
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}
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if (tpclid.length() >= 7) {
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tempString = (asciiToInt(tpclid.substring(5, 6)) - 65) + "" + (asciiToInt(tpclid.substring(6, 7)) - 65);
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tempPoint = twoNumberScale(tempString, 100);
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if (tempPoint != null) {
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point.x = point.x + tempPoint.x;
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point.y = point.y + tempPoint.y;
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}
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width = 100.0;
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height = 100.0;
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}
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if (tpclid.length() >= 9) {
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tempString = tpclid.substring(7, 8);
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tempPoint = twoNumberScale(tempString, 10);
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if (tempPoint != null) {
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point.x = point.x + tempPoint.x;
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point.y = point.y + tempPoint.y;
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}
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width = 10.0;
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height = 10.0;
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}
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if (tpclid.length() >= 11) {
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tempString = tpclid.substring(10);
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tempPoint = twoNumberScale(tempString, 1);
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if (tempPoint != null) {
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point.x = point.x + tempPoint.x;
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point.y = point.y + tempPoint.y;
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}
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width = 1.0;
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height = 1.0;
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}
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Coordinate pt2 = new Coordinate(point);
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pt2.x += width;
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pt2.y += height;
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return new Envelope(point, pt2);
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}
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public static Coordinate convertTpclIdToCoordinate(String tpclid) {
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String tempString = "";
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Coordinate point = null;
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Coordinate tempPoint = null;
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if (tpclid.length() < 5) {
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return null;
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}
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tempString = tpclid.substring(0, 1);
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int xmapid = Integer.parseInt(tpclid.substring(1, 3));
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// Get the origin point
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point = getOriginPoint(tempString, xmapid);
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if (point == null) {
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return null;
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}
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tempString = tpclid.substring(1, 5);
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tempPoint = twoNumberScale(tempString, 800, 500);
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if (tempPoint != null) {
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point.x = (point.x + tempPoint.x);
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point.y = (point.y + tempPoint.y);
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}
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if (tpclid.length() >= 7) {
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tempString = (asciiToInt(tpclid.substring(5, 6)) - 65) + "" + (asciiToInt(tpclid.substring(6, 7)) - 65);
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tempPoint = twoNumberScale(tempString, 100);
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if (tempPoint != null) {
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point.x = point.x + tempPoint.x;
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point.y = point.y + tempPoint.y;
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}
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}
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if (tpclid.length() >= 9) {
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tempString = tpclid.substring(7, 9);
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tempPoint = twoNumberScale(tempString, 10);
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if (tempPoint != null) {
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point.x = point.x + tempPoint.x;
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point.y = point.y + tempPoint.y;
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}
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}
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if (tpclid.length() >= 11) {
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tempString = tpclid.substring(10);
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tempPoint = twoNumberScale(tempString, 1);
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if (tempPoint != null) {
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point.x = point.x + tempPoint.x;
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point.y = point.y + tempPoint.y;
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}
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}
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return point;
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}
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private static int intDivision(double p1, int p2) {
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double resultValue = 0.0;
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String result;
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resultValue = p1 / p2;
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result = Double.toString(resultValue);
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String[] temp = StringUtils.splitToArray(result, ".");
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result = temp[0];
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return Integer.parseInt(result);
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}
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private static Coordinate twoNumberScale(String number, int scaleX, int scaleY) {
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Coordinate tempPoint = new Coordinate();
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if (number.length() == 2) {
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tempPoint.x = Double.parseDouble(number.substring(0, 1)) * scaleX;
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tempPoint.y = Double.parseDouble(number.substring(1, 2)) * scaleY;
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} else if (number.length() == 1) {
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tempPoint.x = Double.parseDouble(number.substring(0, 1)) * scaleX;
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tempPoint.y = 0;
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} else if (number.length() == 4) {
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tempPoint.x = Double.parseDouble(number.substring(0, 2)) * scaleX;
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tempPoint.y = Double.parseDouble(number.substring(2, 4)) * scaleY;
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} else {
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tempPoint.x = 0;
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tempPoint.y = 0;
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}
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return tempPoint;
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}
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public static int asciiToInt(String p1) {
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if (p1.endsWith("A")) return 65;
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if (p1.endsWith("B")) return 66;
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if (p1.endsWith("C")) return 67;
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if (p1.endsWith("D")) return 68;
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if (p1.endsWith("E")) return 69;
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if (p1.endsWith("F")) return 70;
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if (p1.endsWith("G")) return 71;
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if (p1.endsWith("H")) return 72;
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if (p1.endsWith("I")) return 73;
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if (p1.endsWith("J")) return 74;
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if (p1.endsWith("K")) return 75;
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if (p1.endsWith("L")) return 76;
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if (p1.endsWith("M")) return 77;
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if (p1.endsWith("N")) return 78;
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if (p1.endsWith("O")) return 79;
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if (p1.endsWith("P")) return 80;
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if (p1.endsWith("Q")) return 81;
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if (p1.endsWith("R")) return 82;
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if (p1.endsWith("S")) return 83;
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if (p1.endsWith("T")) return 84;
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if (p1.endsWith("U")) return 85;
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if (p1.endsWith("V")) return 86;
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if (p1.endsWith("W")) return 87;
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if (p1.endsWith("X")) return 88;
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if (p1.endsWith("Y")) return 89;
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if (p1.endsWith("Z")) return 90;
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return 0;
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}
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public static char intToAscii(int p1) {
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switch (p1) {
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case 65:
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return 'A';
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case 66:
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return 'B';
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case 67:
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return 'C';
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case 68:
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return 'D';
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case 69:
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return 'E';
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case 70:
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return 'F';
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case 71:
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return 'G';
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case 72:
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return 'H';
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case 73:
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return 'I';
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case 74:
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return 'J';
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case 75:
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return 'K';
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case 76:
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return 'L';
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case 77:
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return 'M';
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case 78:
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return 'N';
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case 79:
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return 'O';
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case 80:
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return 'P';
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case 81:
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return 'Q';
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case 82:
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return 'R';
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case 83:
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return 'S';
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case 84:
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return 'T';
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case 85:
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return 'U';
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case 86:
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return 'V';
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case 87:
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return 'W';
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case 88:
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return 'X';
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case 89:
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return 'Y';
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case 90:
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return 'Z';
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default:
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return '1';
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}
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}
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private static Coordinate getOriginPoint(String letter, int xMapId) {
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int aSwitch = asciiToInt(letter);
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Coordinate Point = new Coordinate();
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switch (aSwitch) {
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case 65: //A
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{
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Point.x = 170000;
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Point.y = 2750000;
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break;
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}
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case 66: //B
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{
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Point.x = 250000;
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Point.y = 2750000;
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break;
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}
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case 67: //C
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{
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Point.x = 330000;
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Point.y = 2750000;
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break;
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}
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case 68: //D
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{
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Point.x = 170000;
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Point.y = 2700000;
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break;
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}
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case 69: //E
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{
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Point.x = 250000;
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Point.y = 2700000;
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break;
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}
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case 70: //F
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{
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Point.x = 330000;
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Point.y = 2700000;
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break;
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}
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case 71: //G
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{
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Point.x = 170000;
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Point.y = 2650000;
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break;
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}
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case 72: //H
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{
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Point.x = 250000;
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Point.y = 2650000;
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break;
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}
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case 73: //I
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{
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Point.x = 330000;
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Point.y = 2650000;
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break;
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}
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case 74: //J
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{
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Point.x = 90000;
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Point.y = 2600000;
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break;
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}
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case 75: //K
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{
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Point.x = 170000;
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Point.y = 2600000;
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break;
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}
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case 76: //L
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{
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Point.x = 250000;
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Point.y = 2600000;
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break;
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}
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case 77: //M
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{
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Point.x = 90000;
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Point.y = 2550000;
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break;
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}
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case 78: //N
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{
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Point.x = 170000;
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Point.y = 2550000;
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break;
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}
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case 79: //O
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{
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Point.x = 250000;
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Point.y = 2550000;
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break;
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}
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case 80: //P
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{
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Point.x = 90000;
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Point.y = 2500000;
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break;
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}
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case 81: //Q
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{
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Point.x = 170000;
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Point.y = 2500000;
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break;
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}
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case 82: //R
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{
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Point.x = 250000;
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Point.y = 2500000;
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break;
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}
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case 83: // S
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{
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Point.x = 10000;
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Point.y = 2894000;
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break;
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}
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case 84: //T
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{
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Point.x = 170000;
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Point.y = 2450000;
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break;
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}
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case 85: //U
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{
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Point.x = 250000;
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Point.y = 2450000;
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break;
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}
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case 86: //V
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{
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Point.x = 170000;
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Point.y = 2400000;
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break;
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}
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case 87: // W
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{
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Point.x = 250000;
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Point.y = 2400000;
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break;
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}
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case 88: //X
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{
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Point.x = 10000;
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Point.y = 2614000;
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break;
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}
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case 89: //Y
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{
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Point.x = 10000;
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Point.y = 2564000;
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break;
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}
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case 90: //Z
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{
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Point.x = (xMapId < 51) ? 90000 : 10000;
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Point.y = 2675800;
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break;
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}
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default: {
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return null;
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}
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}
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return Point;
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}
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private static Coordinate twoNumberScale(String number, int scale) {
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return twoNumberScale(number, scale, scale);
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}
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private static String dataFormat(int p1) {
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String s1 = Integer.toString(p1);
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if (s1.length() < 2)
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s1 = "0" + s1;
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return s1;
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}
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}
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