@Test
public void canWrite() throws Exception {
assertTrue(
"Converter does not support writing @XmlRootElement",
converter.canWrite(RootElement.class, null));
assertTrue(
"Converter does not support writing @XmlRootElement subclass",
converter.canWrite(RootElementSubclass.class, null));
assertTrue(
"Converter does not support writing @XmlRootElement subclass",
converter.canWrite(rootElementCglib.getClass(), null));
assertFalse("Converter supports writing @XmlType", converter.canWrite(Type.class, null));
}
public static void addStateDataToBones(RootElement root, AmcData amc_data) throws Exception {
logger.debug("AmcMapper.addStateDataToBones(): Entering method.");
logger.info("AmcMapper.addStateDataToBones(): {} frames to parse.", amc_data.frames.size());
for (int i = 0; i < amc_data.frames.size(); i++) {
logger.info("AmcMapper.addStateDataToBones(): Adding frame {}.", i + 1);
AcclaimFrame frame = amc_data.frames.get(i);
for (Entry<String, List<Float>> entry : frame.bone_orientation.entrySet()) {
CharacterElement character_element = root.findCharacterElement(entry.getKey());
CharacterElementState new_state = new CharacterElementState(entry.getValue());
logger.info(
"AmcMapper.addStateDataToBones(): Add state {} to {}.",
new_state.toString(),
character_element.getName());
character_element.getStates().add(new_state);
}
}
logger.debug("AmcMapper.addStateDataToBones(): Exiting method.");
}
public Element getPathElement() {
return RootElement.getInstance();
}
