CollisionShape3D *CollisionCylinderReaderWriter::loadFrom(std::shared_ptr<XmlChunk> shapeChunk, const XmlParser &xmlParser) const
{
std::shared_ptr<XmlChunk> orientationChunk = xmlParser.getUniqueChunk(true, ORIENTATION_TAG, XmlAttribute(), shapeChunk);
std::string orientationValue = orientationChunk->getStringValue();
CylinderShape<float>::CylinderOrientation orientation;
if(orientationValue.compare(X_VALUE)==0)
{
orientation = CylinderShape<float>::CylinderOrientation::CYLINDER_X;
}else if(orientationValue.compare(Y_VALUE)==0)
{
orientation = CylinderShape<float>::CylinderOrientation::CYLINDER_Y;
}else if(orientationValue.compare(Z_VALUE)==0)
{
orientation = CylinderShape<float>::CylinderOrientation::CYLINDER_Z;
}else
{
throw std::invalid_argument("Cylinder orientation type unknown: " + orientationValue);
}
std::shared_ptr<XmlChunk> radiusChunk = xmlParser.getUniqueChunk(true, RADIUS_TAG, XmlAttribute(), shapeChunk);
float radius = radiusChunk->getFloatValue();
std::shared_ptr<XmlChunk> heightChunk = xmlParser.getUniqueChunk(true, HEIGHT_TAG, XmlAttribute(), shapeChunk);
float height = heightChunk->getFloatValue();
CollisionShape3D *collisionShape = new CollisionCylinderShape(radius, height, orientation);
return collisionShape;
}
void RigidBodyReaderWriter::writeBodyPropertiesOn(const std::shared_ptr<XmlChunk> &physicsChunk, const RigidBody *rigidBody, XmlWriter &xmlWriter) const
{
std::shared_ptr<XmlChunk> massChunk = xmlWriter.createChunk(MASS_TAG, XmlAttribute(), physicsChunk);
massChunk->setFloatValue(rigidBody->getMass());
std::shared_ptr<XmlChunk> restitutionChunk = xmlWriter.createChunk(RESTITUTION_TAG, XmlAttribute(), physicsChunk);
restitutionChunk->setFloatValue(rigidBody->getRestitution());
std::shared_ptr<XmlChunk> frictionChunk = xmlWriter.createChunk(FRICTION_TAG, XmlAttribute(), physicsChunk);
frictionChunk->setFloatValue(rigidBody->getFriction());
std::shared_ptr<XmlChunk> rollingFrictionChunk = xmlWriter.createChunk(ROLLING_FRICTION_TAG, XmlAttribute(), physicsChunk);
rollingFrictionChunk->setFloatValue(rigidBody->getRollingFriction());
std::shared_ptr<XmlChunk> linearDampingChunk = xmlWriter.createChunk(LINEAR_DAMPING_TAG, XmlAttribute(), physicsChunk);
linearDampingChunk->setFloatValue(rigidBody->getLinearDamping());
std::shared_ptr<XmlChunk> angularDampingChunk = xmlWriter.createChunk(ANGULAR_DAMPING_TAG, XmlAttribute(), physicsChunk);
angularDampingChunk->setFloatValue(rigidBody->getAngularDamping());
std::shared_ptr<XmlChunk> linearFactorChunk = xmlWriter.createChunk(LINEAR_FACTOR_TAG, XmlAttribute(), physicsChunk);
linearFactorChunk->setVector3Value(rigidBody->getLinearFactor());
std::shared_ptr<XmlChunk> angularFactorChunk = xmlWriter.createChunk(ANGULAR_FACTOR_TAG, XmlAttribute(), physicsChunk);
angularFactorChunk->setVector3Value(rigidBody->getAngularFactor());
}
void ExeComponent::Load(TiXmlElement * node)
{
executable = node->Attribute("executable");
executable_silent = node->Attribute("executable_silent");
executable_basic = node->Attribute("executable_basic");
install_directory = node->Attribute("install_directory");
responsefile_source = node->Attribute("responsefile_source");
responsefile_target = node->Attribute("responsefile_target");
responsefile_format = node->Attribute("responsefile_format");
exeparameters = node->Attribute("exeparameters");
exeparameters_silent = node->Attribute("exeparameters_silent");
exeparameters_basic = node->Attribute("exeparameters_basic");
uninstall_responsefile_source = node->Attribute("uninstall_responsefile_source");
uninstall_responsefile_target = node->Attribute("uninstall_responsefile_target");
uninstall_executable = node->Attribute("uninstall_executable");
uninstall_executable_silent = node->Attribute("uninstall_executable_silent");
uninstall_executable_basic = node->Attribute("uninstall_executable_basic");
uninstall_exeparameters = node->Attribute("uninstall_exeparameters");
uninstall_exeparameters_silent = node->Attribute("uninstall_exeparameters_silent");
uninstall_exeparameters_basic = node->Attribute("uninstall_exeparameters_basic");
returncodes_success = node->Attribute("returncodes_success");
returncodes_reboot = node->Attribute("returncodes_reboot");
disable_wow64_fs_redirection = XmlAttribute(node->Attribute("disable_wow64_fs_redirection")).GetBoolValue(false);
execution_method = DVLib::wstring2cem(XmlAttribute(node->Attribute("execution_method")).GetValue());
Component::Load(node);
}
void CollisionCylinderReaderWriter::writeOn(std::shared_ptr<XmlChunk> shapeChunk, const CollisionShape3D *collisionShape, XmlWriter &xmlWriter) const
{
shapeChunk->setAttribute(XmlAttribute(TYPE_ATTR, CYLINDER_VALUE));
const CollisionCylinderShape *cylinderShape = static_cast<const CollisionCylinderShape *>(collisionShape);
std::shared_ptr<XmlChunk> orientationChunk = xmlWriter.createChunk(ORIENTATION_TAG, XmlAttribute(), shapeChunk);
CylinderShape<float>::CylinderOrientation orientationValue = cylinderShape->getCylinderOrientation();
if(orientationValue==CylinderShape<float>::CylinderOrientation::CYLINDER_X)
{
orientationChunk->setStringValue(X_VALUE);
}else if(orientationValue==CylinderShape<float>::CylinderOrientation::CYLINDER_Y)
{
orientationChunk->setStringValue(Y_VALUE);
}else if(orientationValue==CylinderShape<float>::CylinderOrientation::CYLINDER_Z)
{
orientationChunk->setStringValue(Z_VALUE);
}else
{
throw std::invalid_argument("Cylinder orientation type unknown: " + orientationValue);
}
std::shared_ptr<XmlChunk> radiusChunk = xmlWriter.createChunk(RADIUS_TAG, XmlAttribute(), shapeChunk);
radiusChunk->setFloatValue(cylinderShape->getRadius());
std::shared_ptr<XmlChunk> heightChunk = xmlWriter.createChunk(HEIGHT_TAG, XmlAttribute(), shapeChunk);
heightChunk->setFloatValue(cylinderShape->getHeight());
}
void MsuComponent::Load(TiXmlElement * node)
{
package = node->Attribute("package");
cmdparameters = node->Attribute("cmdparameters");
cmdparameters_silent = node->Attribute("cmdparameters_silent");
cmdparameters_basic = node->Attribute("cmdparameters_basic");
disable_wow64_fs_redirection = XmlAttribute(node->Attribute("disable_wow64_fs_redirection")).GetBoolValue(false);
execution_method = DVLib::wstring2cem(XmlAttribute(node->Attribute("execution_method")).GetValue());
Component::Load(node);
}
void Map::writeSceneObjectsOn(const std::shared_ptr<XmlChunk> &chunk, XmlWriter &xmlWriter) const
{
std::shared_ptr<XmlChunk> objectsListChunk = xmlWriter.createChunk(OBJECTS_TAG, XmlAttribute(), chunk);
for (auto sceneObject : sceneObjects)
{
std::shared_ptr<XmlChunk> objectsChunk = xmlWriter.createChunk(OBJECT_TAG, XmlAttribute(), objectsListChunk);
sceneObject->writeOn(objectsChunk, xmlWriter);
}
}
void Map::writeSceneWatersOn(const std::shared_ptr<XmlChunk> &chunk, XmlWriter &xmlWriter) const
{
std::shared_ptr<XmlChunk> watersListChunk = xmlWriter.createChunk(WATERS_TAG, XmlAttribute(), chunk);
for (auto sceneWater : sceneWaters)
{
std::shared_ptr<XmlChunk> watersChunk = xmlWriter.createChunk(WATER_TAG, XmlAttribute(), watersListChunk);
sceneWater->writeOn(watersChunk, xmlWriter);
}
}
void Map::writeSceneLightsOn(const std::shared_ptr<XmlChunk> &chunk, XmlWriter &xmlWriter) const
{
std::shared_ptr<XmlChunk> lightsListChunk = xmlWriter.createChunk(LIGHTS_TAG, XmlAttribute(), chunk);
for (auto sceneLight : sceneLights)
{
std::shared_ptr<XmlChunk> lightsChunk = xmlWriter.createChunk(LIGHT_TAG, XmlAttribute(), lightsListChunk);
sceneLight->writeOn(lightsChunk, xmlWriter);
}
}
void Map::writeSceneTerrainsOn(const std::shared_ptr<XmlChunk> &chunk, XmlWriter &xmlWriter) const
{
std::shared_ptr<XmlChunk> terrainsListChunk = xmlWriter.createChunk(TERRAINS_TAG, XmlAttribute(), chunk);
for (auto sceneTerrain : sceneTerrains)
{
std::shared_ptr<XmlChunk> terrainsChunk = xmlWriter.createChunk(TERRAIN_TAG, XmlAttribute(), terrainsListChunk);
sceneTerrain->writeOn(terrainsChunk, xmlWriter);
}
}
SoundShape *SoundSphereReaderWriter::loadFrom(std::shared_ptr<XmlChunk> shapeChunk, const XmlParser &xmlParser) const
{
std::shared_ptr<XmlChunk> radiusChunk = xmlParser.getUniqueChunk(true, RADIUS_TAG, XmlAttribute(), shapeChunk);
float radius = radiusChunk->getFloatValue();
std::shared_ptr<XmlChunk> positionChunk = xmlParser.getUniqueChunk(true, POSITION_TAG, XmlAttribute(), shapeChunk);
Point3<float> position = positionChunk->getPoint3Value();
std::shared_ptr<XmlChunk> marginChunk = xmlParser.getUniqueChunk(true, MARGIN_TAG, XmlAttribute(), shapeChunk);
float margin = marginChunk->getFloatValue();
return new SoundSphere(radius, position, margin);
}
void CmdComponent::Load(TiXmlElement * node)
{
command = node->Attribute("command");
command_silent = node->Attribute("command_silent");
command_basic = node->Attribute("command_basic");
uninstall_command = node->Attribute("uninstall_command");
uninstall_command_silent = node->Attribute("uninstall_command_silent");
uninstall_command_basic = node->Attribute("uninstall_command_basic");
returncodes_success = node->Attribute("returncodes_success");
returncodes_reboot = node->Attribute("returncodes_reboot");
hide_window = XmlAttribute(node->Attribute("hide_window")).GetBoolValue(false);
disable_wow64_fs_redirection = XmlAttribute(node->Attribute("disable_wow64_fs_redirection")).GetBoolValue(false);
execution_method = DVLib::wstring2cem(XmlAttribute(node->Attribute("execution_method")).GetValue());
Component::Load(node);
}
void SoundSphereReaderWriter::writeOn(std::shared_ptr<XmlChunk> shapeChunk, const SoundShape *soundShape, XmlWriter &xmlWriter) const
{
shapeChunk->setAttribute(XmlAttribute(TYPE_ATTR, SPHERE_VALUE));
const SoundSphere *sphereShape = static_cast<const SoundSphere *>(soundShape);
std::shared_ptr<XmlChunk> radiusChunk = xmlWriter.createChunk(RADIUS_TAG, XmlAttribute(), shapeChunk);
radiusChunk->setFloatValue(sphereShape->getRadius());
std::shared_ptr<XmlChunk> positionChunk = xmlWriter.createChunk(POSITION_TAG, XmlAttribute(), shapeChunk);
positionChunk->setPoint3Value(sphereShape->getPosition());
std::shared_ptr<XmlChunk> marginChunk = xmlWriter.createChunk(MARGIN_TAG, XmlAttribute(), shapeChunk);
marginChunk->setFloatValue(sphereShape->getMargin());
}
CollisionShape3D *CollisionCompoundShapeReaderWriter::loadFrom(std::shared_ptr<XmlChunk> shapeChunk, const XmlParser &xmlParser) const
{
std::shared_ptr<XmlChunk> localizedShapesListChunk = xmlParser.getUniqueChunk(true, LOCALIZED_SHAPES, XmlAttribute(), shapeChunk);
std::vector<std::shared_ptr<XmlChunk>> localizedShapesChunk = xmlParser.getChunks(LOCALIZED_SHAPE, XmlAttribute(), localizedShapesListChunk);
std::vector<std::shared_ptr<const LocalizedCollisionShape>> compoundShapes;
for(unsigned int i=0; i<localizedShapesChunk.size(); ++i)
{
std::shared_ptr<LocalizedCollisionShape> localizedBox(new LocalizedCollisionShape());
localizedBox->position = i;
std::shared_ptr<XmlChunk> translationChunk = xmlParser.getUniqueChunk(true, TRANSLATION, XmlAttribute(), localizedShapesChunk[i]);
localizedBox->translation = translationChunk->getVector3Value();
std::shared_ptr<XmlChunk> shapeChunk = xmlParser.getUniqueChunk(true, SHAPE, XmlAttribute(), localizedShapesChunk[i]);
CollisionShape3D *embeddedCollisionShape = CollisionShapeReaderWriterRetriever::retrieveShapeReaderWriter(shapeChunk)->loadFrom(shapeChunk, xmlParser);
localizedBox->shape = std::shared_ptr<CollisionShape3D>(embeddedCollisionShape);
compoundShapes.push_back(localizedBox);
}
CollisionShape3D *collisionShape = new CollisionCompoundShape(compoundShapes);
return collisionShape;
}
void ControlImage::Load(TiXmlElement * node)
{
resource_id = node->Attribute("resource_id");
image_file = node->Attribute("image_file");
center = XmlAttribute(node->Attribute("center")).GetBoolValue(false);
Control::Load(node);
}
void ControlText::Load(TiXmlElement * node)
{
text = node->Attribute("text");
font_name = node->Attribute("font_name");
font_size = XmlAttribute(node->Attribute("font_size")).GetLongValue();
Control::Load(node);
}
void RigidBodyReaderWriter::loadBodyPropertiesOn(RigidBody *rigidBody, const std::shared_ptr<XmlChunk> &physicsChunk, const XmlParser &xmlParser) const
{
std::shared_ptr<XmlChunk> massChunk = xmlParser.getUniqueChunk(true, MASS_TAG, XmlAttribute(), physicsChunk);
float bodyMass = massChunk->getFloatValue();
rigidBody->setMass(bodyMass);
std::shared_ptr<XmlChunk> restitutionChunk = xmlParser.getUniqueChunk(true, RESTITUTION_TAG, XmlAttribute(), physicsChunk);
rigidBody->setRestitution(restitutionChunk->getFloatValue());
std::shared_ptr<XmlChunk> frictionChunk = xmlParser.getUniqueChunk(true, FRICTION_TAG, XmlAttribute(), physicsChunk);
rigidBody->setFriction(frictionChunk->getFloatValue());
std::shared_ptr<XmlChunk> rollingFrictionChunk = xmlParser.getUniqueChunk(true, ROLLING_FRICTION_TAG, XmlAttribute(), physicsChunk);
rigidBody->setRollingFriction(rollingFrictionChunk->getFloatValue());
std::shared_ptr<XmlChunk> linearDampingChunk = xmlParser.getUniqueChunk(true, LINEAR_DAMPING_TAG, XmlAttribute(), physicsChunk);
std::shared_ptr<XmlChunk> angularDampingChunk = xmlParser.getUniqueChunk(true, ANGULAR_DAMPING_TAG, XmlAttribute(), physicsChunk);
rigidBody->setDamping(linearDampingChunk->getFloatValue(), angularDampingChunk->getFloatValue());
std::shared_ptr<XmlChunk> linearFactorChunk = xmlParser.getUniqueChunk(true, LINEAR_FACTOR_TAG, XmlAttribute(), physicsChunk);
rigidBody->setLinearFactor(linearFactorChunk->getVector3Value());
std::shared_ptr<XmlChunk> angularFactorChunk = xmlParser.getUniqueChunk(true, ANGULAR_FACTOR_TAG, XmlAttribute(), physicsChunk);
rigidBody->setAngularFactor(angularFactorChunk->getVector3Value());
}
void ControlCheckBox::Load(TiXmlElement * node)
{
checked = XmlAttribute(node->Attribute("checked")).GetBoolValue(false);
id = node->Attribute("id");
checked_value = node->Attribute("checked_value");
unchecked_value = node->Attribute("unchecked_value");
ControlText::Load(node);
}
void RigidBodyReaderWriter::writeOn(const std::shared_ptr<XmlChunk> &physicsChunk, const RigidBody *rigidBody, XmlWriter &xmlWriter) const
{
std::shared_ptr<XmlChunk> shapeChunk = xmlWriter.createChunk(SHAPE_TAG, XmlAttribute(), physicsChunk);
std::shared_ptr<CollisionShapeReaderWriter> shapeReaderWriter = CollisionShapeReaderWriterRetriever::retrieveShapeReaderWriter(rigidBody->getOriginalShape().get());
shapeReaderWriter->writeOn(shapeChunk, rigidBody->getOriginalShape().get(), xmlWriter);
writeBodyPropertiesOn(physicsChunk, rigidBody, xmlWriter);
}
void MsuComponent::Load(TiXmlElement * node)
{
package = node->Attribute("package");
cmdparameters = node->Attribute("cmdparameters");
cmdparameters_silent = node->Attribute("cmdparameters_silent");
cmdparameters_basic = node->Attribute("cmdparameters_basic");
disable_wow64_fs_redirection = XmlAttribute(node->Attribute("disable_wow64_fs_redirection")).GetBoolValue(false);
Component::Load(node);
}
void CollisionCompoundShapeReaderWriter::writeOn(std::shared_ptr<XmlChunk> shapeChunk, const CollisionShape3D *collisionShape, XmlWriter &xmlWriter) const
{
shapeChunk->setAttribute(XmlAttribute(TYPE_ATTR, COMPOUND_SHAPE_VALUE));
const CollisionCompoundShape *compoundShape = static_cast<const CollisionCompoundShape *>(collisionShape);
std::shared_ptr<XmlChunk> localizedShapesListChunk = xmlWriter.createChunk(LOCALIZED_SHAPES, XmlAttribute(), shapeChunk);
const std::vector<std::shared_ptr<const LocalizedCollisionShape>> &shapes = compoundShape->getLocalizedShapes();
for(unsigned int i=0; i<shapes.size(); ++i)
{
std::shared_ptr<XmlChunk> localizedShapeChunk = xmlWriter.createChunk(LOCALIZED_SHAPE, XmlAttribute(), localizedShapesListChunk);
std::shared_ptr<XmlChunk> translationChunk = xmlWriter.createChunk(TRANSLATION, XmlAttribute(), localizedShapeChunk);
translationChunk->setVector3Value(shapes[i]->translation);
std::shared_ptr<XmlChunk> shapeChunk = xmlWriter.createChunk(SHAPE, XmlAttribute(), localizedShapeChunk);
const CollisionShape3D *collisionShape = shapes[i]->shape.get();
CollisionShapeReaderWriterRetriever::retrieveShapeReaderWriter(collisionShape)->writeOn(shapeChunk, collisionShape, xmlWriter);
}
}
void OpenOfficeAction::_setDefaultLanguage()
{
XmlParser parser;
wstring file;
bool bRslt;
_getPreferencesFile(file);
if (parser.Load(file) == false)
{
g_log.Log(L"OpenOfficeAction::_setDefaultLanguage. Could not open '%s'", (wchar_t *) file.c_str());
return;
}
/*
XML fragment to generate
<item oor:path="/org.openoffice.Office.Linguistic/General">
<prop oor:name="UILocale" oor:op="fuse">
<value>DEFAULT_LANGUAGE</value>
</prop>
</item>
*/
XmlNode item(parser.getDocument()), prop(parser.getDocument()), value(parser.getDocument());
value.SetName(wstring(L"value"));
value.SetText(wstring(DEFAULT_LANGUAGE));
prop.SetName(wstring(L"prop"));
prop.AddAttribute(XmlAttribute(L"oor:name", L"UILocale"));
prop.AddAttribute(XmlAttribute(L"oor:op", L"fuse"));
prop.AddChildren(value);
item.SetName(wstring(L"item"));
item.AddAttribute(XmlAttribute(L"oor:path", L"/org.openoffice.Office.Linguistic/General"));
item.AddChildren(prop);
parser.AppendNode(item);
bRslt = parser.Save(file);
g_log.Log(L"OpenOfficeAction::_setDefaultLanguage. Saved file '%s', result %u", (wchar_t *)file.c_str(), (wchar_t *) bRslt);
}
RigidBody *RigidBodyReaderWriter::loadFrom(const std::shared_ptr<XmlChunk> &physicsChunk, const std::string &id,
const Transform<float> &modelTransform, const XmlParser &xmlParser) const
{
std::shared_ptr<XmlChunk> shapeChunk = xmlParser.getUniqueChunk(true, SHAPE_TAG, XmlAttribute(), physicsChunk);
std::shared_ptr<CollisionShapeReaderWriter> shapeReaderWriter = CollisionShapeReaderWriterRetriever::retrieveShapeReaderWriter(shapeChunk);
CollisionShape3D *bodyShape = shapeReaderWriter->loadFrom(shapeChunk, xmlParser);
RigidBody *rigidBody = new RigidBody(id, modelTransform, std::shared_ptr<const CollisionShape3D>(bodyShape));
loadBodyPropertiesOn(rigidBody, physicsChunk, xmlParser);
return rigidBody;
}
void LightReaderWriter::buildChunkFrom(std::shared_ptr<XmlChunk> lightChunk, const Light *light, XmlWriter &xmlWriter) const
{
if(light->getLightType()==Light::OMNIDIRECTIONAL)
{
const OmnidirectionalLight *omnidirectionalLight = static_cast<const OmnidirectionalLight *>(light);
lightChunk->setAttribute(XmlAttribute(TYPE_ATTR, OMNIDIRECTIONAL_VALUE));
std::shared_ptr<XmlChunk> positionChunk = xmlWriter.createChunk(POSITION_TAG, XmlAttribute(), lightChunk);
positionChunk->setPoint3Value(omnidirectionalLight->getPosition());
std::shared_ptr<XmlChunk> expenentialAttenuationChunk = xmlWriter.createChunk(EXPENENTIAL_ATTENUATION_TAG, XmlAttribute(), lightChunk);
expenentialAttenuationChunk->setFloatValue(omnidirectionalLight->getExponentialAttenuation());
}else if(light->getLightType()==Light::SUN)
{
const SunLight *sunLight = static_cast<const SunLight *>(light);
lightChunk->setAttribute(XmlAttribute(TYPE_ATTR, SUN_VALUE));
std::shared_ptr<XmlChunk> directionChunk = xmlWriter.createChunk(DIRECTION_TAG, XmlAttribute(), lightChunk);
directionChunk->setVector3Value(sunLight->getDirections()[0]);
}else
{
throw std::invalid_argument("Unknown light type to write in map: " + light->getLightType());
}
}
bool XmlNodeReader::MoveToNextAttribute() const {
if (!m_cur)
return false;
XmlNode anode = m_cur;
if (m_cur.NodeType != XmlNodeType::Attribute) {
XmlNode parent = m_cur.ParentNode;
if (!parent || parent.NodeType != XmlNodeType::Attribute)
return MoveToFirstAttribute();
anode = parent;
}
XmlAttributeCollection attrs = XmlAttribute(anode).OwnerElement.Attributes;
for (int i=0, count=attrs.Count; i<count-1; ++i) {
XmlAttribute a = attrs[i];
if (a == anode) {
if (++i == count)
return false;
return m_cur = attrs[i];
}
}
return false;
}
//===========================================
// XmlNode::firstAttribute
//===========================================
inline XmlAttribute XmlNode::firstAttribute() const {
if (isNull()) throw XmlException("Node is NULL", __FILE__, __LINE__);
return XmlAttribute(m_doc, m_node->first_attribute(), m_file);
}
void LightReaderWriter::writeFlagsOn(std::shared_ptr<XmlChunk> lightChunk, const Light *light, XmlWriter &xmlWriter) const
{
std::shared_ptr<XmlChunk> produceShadowChunk = xmlWriter.createChunk(PRODUCE_SHADOW_TAG, XmlAttribute(), lightChunk);
produceShadowChunk->setBoolValue(light->isProduceShadow());
}
void LightReaderWriter::loadFlagsOn(Light *light, std::shared_ptr<XmlChunk> lightChunk, const XmlParser &xmlParser) const
{
std::shared_ptr<XmlChunk> produceShadowChunk = xmlParser.getUniqueChunk(true, PRODUCE_SHADOW_TAG, XmlAttribute(), lightChunk);
light->setProduceShadow(produceShadowChunk->getBoolValue());
}
void LightReaderWriter::writePropertiesOn(std::shared_ptr<XmlChunk> lightChunk, const Light *light, XmlWriter &xmlWriter) const
{
std::shared_ptr<XmlChunk> ambientColorChunk = xmlWriter.createChunk(AMBIENT_COLOR_TAG, XmlAttribute(), lightChunk);
ambientColorChunk->setPoint3Value(light->getAmbientColor());
}
void LightReaderWriter::loadPropertiesOn(Light *light, std::shared_ptr<XmlChunk> lightChunk, const XmlParser &xmlParser) const
{
std::shared_ptr<XmlChunk> ambientColorChunk = xmlParser.getUniqueChunk(true, AMBIENT_COLOR_TAG, XmlAttribute(), lightChunk);
light->setAmbientColor(ambientColorChunk->getPoint3Value());
}
Light *LightReaderWriter::buildLightFrom(std::shared_ptr<XmlChunk> lightChunk, const XmlParser &xmlParser) const
{
std::string lightType = lightChunk->getAttributeValue(TYPE_ATTR);
if(lightType.compare(OMNIDIRECTIONAL_VALUE)==0)
{
std::shared_ptr<XmlChunk> positionChunk = xmlParser.getUniqueChunk(true, POSITION_TAG, XmlAttribute(), lightChunk);
OmnidirectionalLight *omnidirectional = new OmnidirectionalLight(positionChunk->getPoint3Value());
std::shared_ptr<XmlChunk> expenentialAttenuationChunk = xmlParser.getUniqueChunk(true, EXPENENTIAL_ATTENUATION_TAG, XmlAttribute(), lightChunk);
omnidirectional->setAttenuation(expenentialAttenuationChunk->getFloatValue());
return omnidirectional;
}else if(lightType.compare(SUN_VALUE)==0)
{
std::shared_ptr<XmlChunk> directionChunk = xmlParser.getUniqueChunk(true, DIRECTION_TAG, XmlAttribute(), lightChunk);
return new SunLight(directionChunk->getVector3Value());
}
throw std::invalid_argument("Unknown light type read from map: " + lightType);
}