/*
* Copyright (C) 2007 Steve Ratcliffe
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License version 2 as
* published by the Free Software Foundation.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
*
* Author: Steve Ratcliffe
* Create date: 02-Sep-2007
*/
package uk.me.parabola.mkgmap.reader.test;
import java.util.ArrayList;
import java.util.List;
import java.util.Properties;
import uk.me.parabola.imgfmt.app.Coord;
import uk.me.parabola.mkgmap.general.MapCollector;
import uk.me.parabola.mkgmap.general.MapLine;
import uk.me.parabola.mkgmap.general.MapPoint;
import uk.me.parabola.mkgmap.general.MapShape;
import uk.me.parabola.mkgmap.reader.osm.GType;
/**
* A test map that contains a grid of each point, line and polygon type that
* is possible. The name of each element is set to be the numeric type (and
* sub-type for points).
*
* This can be used to decode the type_id's.
*
* Instructions for use: If you run this program with the environment
* variables BASE_LAT and BASE_LONG set to something just SW of where you
* are then the map generated will be located near where you are. Otherwise
* the default location is at (51.7, 0.24).
*
* To run, something like:
* java -jar mkgmap.jar --gmapsupp test-map:all-elements ...
*
* You can then use the find facility of your GPS to
* show the near-by points. When viewing a category the menu key will allow
* you to select finer categories.
*
* @author Steve Ratcliffe
*/
class AllElements
{
// These values are perhaps bias a bit towards places at mid latitudes,
// adjust as required.
private static final double ELEMENT_SPACING =
0.002;
private static final double ELEMENT_SIZE =
0.001;
// I don't know what the max types and sub-types actually are, adjust if
// there seems to be more beyond.
private static final int MAX_POINT_TYPE = 0x7f
;
private static final int MAX_POINT_SUB_TYPE = 0x1f
;
// we draw lines and polygons in a 16x16 square (or whatever is here).
private static final int MAX_LINE_TYPE_X =
4;
private static final int MAX_LINE_TYPE_Y =
16;
private static final int MAX_SHAPE_TYPE_X =
8;
private static final int MAX_SHAPE_TYPE_Y =
16;
private Properties configProps
;
public AllElements
(Properties configProps
) {
this.
configProps = configProps
;
}
/**
* Loading the map in this case means generating it.
*
* @param mapper Used to collect the generated points etc.
*/
public void load
(MapCollector mapper
) {
double baseLat =
51.7;
double baseLong =
0.24;
String sBaseLat =
System.
getenv("BASE_LAT");
String sBaseLong =
System.
getenv("BASE_LONG");
if (sBaseLat ==
null)
sBaseLat = configProps.
getProperty("base-lat");
if (sBaseLong ==
null)
sBaseLong = configProps.
getProperty("base-long");
if (sBaseLat
!=
null)
baseLat =
Double.
valueOf(sBaseLat
);
if (sBaseLong
!=
null)
baseLong =
Double.
valueOf(sBaseLong
);
drawTestMap
(mapper, baseLat, baseLong,
false);
// do same again but on different background without labels
baseLat +=
(MAX_POINT_SUB_TYPE +
4) * ELEMENT_SPACING
; // assume taller than lines and areas
drawBackground
(mapper, baseLat, baseLong, MAX_POINT_SUB_TYPE +
3, MAX_POINT_TYPE + MAX_LINE_TYPE_X + MAX_SHAPE_TYPE_X +
4);
drawTestMap
(mapper, baseLat, baseLong,
true);
}
private void drawBackground
(MapCollector mapper,
double startLat,
double startLong,
int nUp,
int nAcross
) {
MapShape shape =
new MapShape
();
int type = 0x51
; // Wetlands // 0x4d; // glacier-white
shape.
setMinResolution(10);
shape.
setName("background");
List<Coord
> coords =
new ArrayList<Coord
>();
Coord co =
new Coord
(startLat, startLong
);
coords.
add(co
);
mapper.
addToBounds(co
);
co =
new Coord
(startLat +
(nUp
* ELEMENT_SPACING
), startLong
);
coords.
add(co
);
mapper.
addToBounds(co
);
co =
new Coord
(startLat +
(nUp
* ELEMENT_SPACING
), startLong +
(nAcross
* ELEMENT_SPACING
));
coords.
add(co
);
mapper.
addToBounds(co
);
co =
new Coord
(startLat, startLong +
(nAcross
* ELEMENT_SPACING
));
coords.
add(co
);
mapper.
addToBounds(co
);
coords.
add(coords.
get(0));
shape.
setType(type
);
shape.
setPoints(coords
);
mapper.
addShape(shape
);
}
/**
* We draw points, lines and polygons separately. They should be in
* order from west to east of the generated map, starting in the bottom
* left hand corner (SW).
*
* @param map Collector for the generated points etc.
* @param startLat The S coord.
* @param startLong The W coord.
*/
private void drawTestMap
(MapCollector map,
double startLat,
double startLong,
boolean hasBackground
) {
double lng = startLong
;
drawPoints
(map, startLat, lng, hasBackground
);
lng +=
(MAX_POINT_TYPE +
1) * ELEMENT_SPACING
;
drawLines
(map, startLat, lng, hasBackground
);
lng +=
(MAX_LINE_TYPE_X +
1) * ELEMENT_SPACING
;
drawPolygons
(map, startLat, lng, hasBackground
);
}
private void drawPoints
(MapCollector mapper,
double slat,
double slon,
boolean hasBackground
) {
double lat = slat +
0.004;
double lon = slon +
0.002;
for (int maintype =
0; maintype
<= MAX_POINT_TYPE
; maintype++
) {
// for (int subtype = 0; subtype <= MAX_POINT_SUB_TYPE; subtype++) {
for (int subtype = -
1; subtype
<= MAX_POINT_SUB_TYPE
; subtype++
) {
// if maintype is zero, the subtype will be treated as the type
// use subtype -1 to indicate no subtype and draw, say
// point 0x23 under 0x2300 to check they are the same
// The zero column is just for just to see 0x00
int type
; // = (maintype << 8) + subtype;
if (subtype
< 0)
type = maintype
;
else
type =
(maintype
<< 8) + subtype
;
MapPoint point =
new MapPoint
();
double baseLat = lat + subtype
* ELEMENT_SPACING
;
double baseLong = lon + maintype
* ELEMENT_SPACING
;
point.
setMinResolution(10);
if (subtype
< 0 ? hasBackground :
!hasBackground
)
point.
setName(GType.
formatType(type
));
point.
setLocation(new Coord
(baseLat, baseLong
));
point.
setType(type
);
mapper.
addPoint(point
);
if (configProps.
containsKey("verbose"))
System.
out.
println("Generated POI " + GType.
formatType(type
) +
" at " + point.
getLocation().
toDegreeString());
mapper.
addToBounds(point.
getLocation()); // XXX shouldn't be needed.
if (maintype ==
0)
break;
}
}
}
private void drawLines
(MapCollector mapper,
double slat,
double slon,
boolean hasBackground
) {
double lat = slat +
0.004;
double lon = slon +
0.002;
int type =
0;
for (int x =
0; x
< MAX_LINE_TYPE_X
; x++
) {
for (int y =
0; y
< MAX_LINE_TYPE_Y
; y++
) {
MapLine line =
new MapLine
();
line.
setMinResolution(10);
if (!hasBackground
)
line.
setName(GType.
formatType(type
));
double baseLat = lat + y
* ELEMENT_SPACING
;
double baseLong = lon + x
* ELEMENT_SPACING
;
List<Coord
> coords =
new ArrayList<Coord
>();
Coord co =
new Coord
(baseLat, baseLong
);
coords.
add(co
);
mapper.
addToBounds(co
);
if (configProps.
containsKey("verbose"))
System.
out.
println("Generated line " + GType.
formatType(type
) +
" at " + co.
toDegreeString());
co =
new Coord
(baseLat + ELEMENT_SIZE, baseLong + ELEMENT_SIZE
);
coords.
add(co
);
mapper.
addToBounds(co
);
co =
new Coord
(baseLat + ELEMENT_SIZE, baseLong + ELEMENT_SIZE + ELEMENT_SIZE/
2);
coords.
add(co
);
mapper.
addToBounds(co
);
line.
setType(type
);
line.
setPoints(coords
);
mapper.
addLine(line
);
type++
;
}
}
}
private void drawPolygons
(MapCollector mapper,
double slat,
double slon,
boolean hasBackground
) {
double lat = slat +
0.004;
double lon = slon +
0.002;
int type =
0;
for (int x =
0; x
< MAX_SHAPE_TYPE_X
; x++
) {
for (int y =
0; y
< MAX_SHAPE_TYPE_Y
; y++
) {
//Polygon pg = div.createPolygon("0x" + Integer.toHexString(type));
MapShape shape =
new MapShape
();
shape.
setMinResolution(10);
if (hasBackground
)
shape.
setName(GType.
formatType(type
));
double baseLat = lat + y
* ELEMENT_SPACING
;
double baseLong = lon + x
* ELEMENT_SPACING
;
List<Coord
> coords =
new ArrayList<Coord
>();
Coord co =
new Coord
(baseLat, baseLong
);
//pg.addCoord(co);
coords.
add(co
);
mapper.
addToBounds(co
);
if (configProps.
containsKey("verbose"))
System.
out.
println("Generated polygon " + GType.
formatType(type
) +
" at " + co.
toDegreeString());
co =
new Coord
(baseLat + ELEMENT_SIZE, baseLong
);
coords.
add(co
);
mapper.
addToBounds(co
);
co =
new Coord
(baseLat + ELEMENT_SIZE, baseLong + ELEMENT_SIZE
);
coords.
add(co
);
mapper.
addToBounds(co
);
co =
new Coord
(baseLat, baseLong + ELEMENT_SIZE
);
coords.
add(co
);
mapper.
addToBounds(co
);
coords.
add(coords.
get(0));
shape.
setType(type
);
shape.
setPoints(coords
);
mapper.
addShape(shape
);
type++
;
}
}
}
}