public Level(String filename, PixelPie pie) {
XML file = pie.app.loadXML(filename);
// Get level properties, if any.
if (file.getChild("properties") != null) {
properties = new StringDict();
for (XML child : file.getChild("properties").getChildren("property")) {
properties.set(child.getString("name"), child.getString("value"));
}
}
// Get tile dimensions.
tileWidth = file.getInt("tilewidth");
tileHeight = file.getInt("tileheight");
// Get Row and Column count.
levelColumns = file.getInt("width");
levelRows = file.getInt("height");
// Get level dimensions.
levelWidth = levelColumns * tileWidth;
levelHeight = levelRows * tileHeight;
// Get tileSets.
tileSets = file.getChildren("tileset");
// Get objects.
objects = file.getChildren("objectgroup");
// Get scripts.
scripts = new HashMap<String, Script>();
for (XML objectType : objects) {
String objectName = objectType.getString("name");
// Check type of object.
if (objectName.substring(0, 1).equals("(")) {
// Break up name into parts.
String[] nameParts = PApplet.split(objectName, " ");
// If script.
if (nameParts[0].equals("(script)")) {
// Grab script name.
String name = nameParts[1];
// Initialize coordinates array (if any).
IntDict scriptCoords = new IntDict();
// Check for objects in script layer. Get coordinates from these objects.
if (objectType.getChild("object") != null) {
for (XML coordObj : objectType.getChildren("object")) {
// Check if object has a name, if not, skip it.
if (coordObj.getString("name") == null) {
pie.log.printlg("Script coordinate container does not have a name. Ignoring.");
continue;
}
// Figure out object type.
int coordType = 0;
if (coordObj.hasChildren()) {
coordType = (coordObj.getChild("polyline") != null) ? 2 : 1;
}
// Process coordinates depending on object type.
switch (coordType) {
// If rectangle, take top-left corner.
case 0:
scriptCoords.set(
coordObj.getString("name"),
PixelPie.coordToArray(coordObj.getInt("x"), coordObj.getInt("y"), this));
break;
// If ellipse, take center.
case 1:
scriptCoords.set(
coordObj.getString("name"),
PixelPie.coordToArray(
coordObj.getInt("x") + coordObj.getInt("width") / 2,
coordObj.getInt("y") + coordObj.getInt("height") / 2,
this));
break;
// If poly line, record each point.
case 2:
String[] coordsArray =
PApplet.split(coordObj.getChild("polyline").getString("points"), " ");
int startX = Integer.parseInt(objectType.getChild("object").getString("x"));
int startY = Integer.parseInt(objectType.getChild("object").getString("y"));
for (int i = 0; i < coordsArray.length; i++) {
scriptCoords.set(
coordObj.getString("name") + "_" + PApplet.nf(i, 2),
PixelPie.coordToArray(
startX + Integer.parseInt(PApplet.split(coordsArray[i], ",")[0]),
startY + Integer.parseInt(PApplet.split(coordsArray[i], ",")[1]),
this));
}
break;
}
}
} else {
scriptCoords = null;
}
// Get the total amount of frames.
int endFrame = 0;
for (XML obj : objectType.getChild("properties").getChildren("property")) {
endFrame = PApplet.max(endFrame, PixelPie.getScriptFrame(obj.getString("name")));
}
// Create the scriptAction container "children".
HashMap<String, ScriptAction[]> children = new HashMap<String, ScriptAction[]>();
// Create the script object.
Script Script = new Script(endFrame, scriptCoords, children, pie);
scripts.put(name, Script);
// Create scriptAction temporary container. This one uses a HashMap so we can dynamically
// add scriptActions to it.
HashMap<String, ArrayList<ScriptAction>> scriptTemp =
new HashMap<String, ArrayList<ScriptAction>>();
// Add scriptActions to the temporary container.
for (XML obj : objectType.getChild("properties").getChildren("property")) {
String frame = PApplet.str(PixelPie.getScriptFrame(obj.getString("name")));
// Create scriptAction object from parameters.
String[] actionArray = PApplet.split(obj.getString("value"), "(");
String params = actionArray[1].substring(0, actionArray[1].length() - 1);
ScriptAction action = null;
// try {action = (scriptAction) Class.forName(app.getClass().getName() + "$script_" +
// actionArray[0]).getDeclaredConstructors()[0].newInstance(new Object[]{app, params,
// Script});}
try {
action =
(ScriptAction)
Class.forName(pie.app.getClass().getName() + "$script_" + actionArray[0])
.getDeclaredConstructors()[0]
.newInstance(new Object[] {pie.app});
action.setup(params, Script);
} catch (Exception e) {
pie.log.printlg(e);
}
// Check whether there is an entry in the scriptTemp array.
if (scriptTemp.get(frame) != null) {
scriptTemp.get(frame).add(action);
} else {
// Initiate Arraylist.
scriptTemp.put(frame, new ArrayList<ScriptAction>());
scriptTemp.get(frame).add(action);
}
}
// Turn over contents of temporary container to "children" array.
for (@SuppressWarnings("rawtypes") Map.Entry entry : scriptTemp.entrySet()) {
ScriptAction[] tempActions = new ScriptAction[scriptTemp.get(entry.getKey()).size()];
for (int i = 0; i < scriptTemp.get(entry.getKey()).size(); i++) {
tempActions[i] = scriptTemp.get(entry.getKey()).get(i);
}
children.put(entry.getKey().toString(), tempActions);
}
}
}
}
// Load level layers.
XML[] layers = file.getChildren("layer");
// Count number of background and level layers.
for (int i = 0; i < layers.length; i++) {
if (layers[i].getString("name").substring(0, 4).equals("(bg)")) {
backgroundLayers++;
} else {
levelLayers++;
}
}
// Initiate arrays.
background = new int[backgroundLayers][levelColumns * levelRows];
levelMap = new int[levelLayers][levelColumns * levelRows];
bgScroll = new float[backgroundLayers];
// Process each layer.
int currentLayer = 0;
int bgCurrentLayer = 0;
for (int i = 0; i < layers.length; i++) {
// If it's a background layer...
if (layers[i].getString("name").substring(0, 4).equals("(bg)")) {
// Get properties.
HashMap<String, String> prop = new HashMap<String, String>();
for (XML property : layers[i].getChild("properties").getChildren("property")) {
prop.put(property.getString("name"), property.getString("value"));
}
// Process the scroll rate.
bgScroll[bgCurrentLayer] =
PApplet.constrain(Float.parseFloat(PixelPie.getProp(prop, "scroll")), 0, 1);
// Process each background tile.
XML[] tiles = layers[i].getChild("data").getChildren("tile");
for (int k = 0; k < tiles.length; k++) {
background[bgCurrentLayer][k] = tiles[k].getInt("gid");
}
// Increase background layer counter.
bgCurrentLayer++;
}
// Else, load layer as normal.
else {
// Load each tile.
XML[] tiles = layers[i].getChild("data").getChildren("tile");
for (int k = 0; k < tiles.length; k++) {
levelMap[currentLayer][k] = tiles[k].getInt("gid");
}
currentLayer++;
}
}
}
private Library(File folder, String groupName) {
super(folder);
this.group = groupName;
libraryFolder = new File(folder, "library");
examplesFolder = new File(folder, "examples");
referenceFile = new File(folder, "reference/index.html");
File exportSettings = new File(libraryFolder, "export.txt");
StringDict exportTable =
exportSettings.exists() ? Util.readSettings(exportSettings) : new StringDict();
exportList = new HashMap<String, String[]>();
// get the list of files just in the library root
String[] baseList = libraryFolder.list(standardFilter);
// System.out.println("Loading " + name + "...");
// PApplet.println(baseList);
String appletExportStr = exportTable.get("applet");
if (appletExportStr != null) {
appletExportList = PApplet.splitTokens(appletExportStr, ", ");
} else {
appletExportList = baseList;
}
String androidExportStr = exportTable.get("android");
if (androidExportStr != null) {
androidExportList = PApplet.splitTokens(androidExportStr, ", ");
} else {
androidExportList = baseList;
}
// for the host platform, need to figure out what's available
File nativeLibraryFolder = libraryFolder;
String hostPlatform = Platform.getName();
// System.out.println("1 native lib folder now " + nativeLibraryFolder);
// see if there's a 'windows', 'macosx', or 'linux' folder
File hostLibrary = new File(libraryFolder, hostPlatform);
if (hostLibrary.exists()) {
nativeLibraryFolder = hostLibrary;
}
// System.out.println("2 native lib folder now " + nativeLibraryFolder);
// check for bit-specific version, e.g. on windows, check if there
// is a window32 or windows64 folder (on windows)
hostLibrary = new File(libraryFolder, hostPlatform + Platform.getNativeBits());
if (hostLibrary.exists()) {
nativeLibraryFolder = hostLibrary;
}
// System.out.println("3 native lib folder now " + nativeLibraryFolder);
if (hostPlatform.equals("linux") && System.getProperty("os.arch").equals("arm")) {
hostLibrary = new File(libraryFolder, "linux-armv6hf");
if (hostLibrary.exists()) {
nativeLibraryFolder = hostLibrary;
}
}
// save that folder for later use
nativeLibraryPath = nativeLibraryFolder.getAbsolutePath();
// for each individual platform that this library supports, figure out what's around
for (int i = 1; i < platformNames.length; i++) {
String platformName = platformNames[i];
String platformName32 = platformName + "32";
String platformName64 = platformName + "64";
String platformNameArmv6hh = platformName + "-armv6hf";
// First check for things like 'application.macosx=' or 'application.windows32' in the
// export.txt file.
// These will override anything in the platform-specific subfolders.
String platformAll = exportTable.get("application." + platformName);
String[] platformList = platformAll == null ? null : PApplet.splitTokens(platformAll, ", ");
String platform32 = exportTable.get("application." + platformName + "32");
String[] platformList32 = platform32 == null ? null : PApplet.splitTokens(platform32, ", ");
String platform64 = exportTable.get("application." + platformName + "64");
String[] platformList64 = platform64 == null ? null : PApplet.splitTokens(platform64, ", ");
String platformArmv6hf = exportTable.get("application." + platformName + "-armv6hf");
String[] platformListArmv6hf =
platformArmv6hf == null ? null : PApplet.splitTokens(platformArmv6hf, ", ");
// If nothing specified in the export.txt entries, look for the platform-specific folders.
if (platformAll == null) {
platformList = listPlatformEntries(libraryFolder, platformName, baseList);
}
if (platform32 == null) {
platformList32 = listPlatformEntries(libraryFolder, platformName32, baseList);
}
if (platform64 == null) {
platformList64 = listPlatformEntries(libraryFolder, platformName64, baseList);
}
if (platformListArmv6hf == null) {
platformListArmv6hf = listPlatformEntries(libraryFolder, platformNameArmv6hh, baseList);
}
if (platformList32 != null || platformList64 != null || platformListArmv6hf != null) {
multipleArch[i] = true;
}
// if there aren't any relevant imports specified or in their own folders,
// then use the baseList (root of the library folder) as the default.
if (platformList == null
&& platformList32 == null
&& platformList64 == null
&& platformListArmv6hf == null) {
exportList.put(platformName, baseList);
} else {
// once we've figured out which side our bread is buttered on, save it.
// (also concatenate the list of files in the root folder as well
if (platformList != null) {
exportList.put(platformName, platformList);
}
if (platformList32 != null) {
exportList.put(platformName32, platformList32);
}
if (platformList64 != null) {
exportList.put(platformName64, platformList64);
}
if (platformListArmv6hf != null) {
exportList.put(platformNameArmv6hh, platformListArmv6hf);
}
}
}
// for (String p : exportList.keySet()) {
// System.out.println(p + " -> ");
// PApplet.println(exportList.get(p));
// }
// get the path for all .jar files in this code folder
packageList = Util.packageListFromClassPath(getClassPath());
}
