void parseGroupList(GroupList &list, const editor::ParserGroup &group)
{
try
{
list.lightningEnabled = boost::lexical_cast<bool> (group.getValue("lightning_enabled"));
list.lightningVariation = boost::lexical_cast<int> (group.getValue("lightning_variation"));
list.lightningMin = boost::lexical_cast<int> (group.getValue("lightning_min"));
}
catch(...)
{
list.lightningEnabled = false;
}
parseGroup(list.group[0], group.getSubGroup("VeryLow"));
parseGroup(list.group[1], group.getSubGroup("Low"));
parseGroup(list.group[2], group.getSubGroup("Medium"));
parseGroup(list.group[3], group.getSubGroup("High"));
parseGroup(list.group[4], group.getSubGroup("VeryHigh"));
}
void DragParticleForce::parseFrom(const editor::ParserGroup& pg) {
m_factor = convertFromString<float>(pg.getValue("factor", ""), 0.0f);
}
void WindParticleForce::parseFrom(const editor::ParserGroup& pg) {
m_wind_effect_factor = convertFromString<float>(pg.getValue("wind_effect_factor", ""), 0.0f);
m_spiral_amount = convertFromString<float>(pg.getValue("spiral_amount", ""), 0.0f);
m_spiral_speed = convertFromString<float>(pg.getValue("spiral_speed", ""), 0.0f);
}
void GravityPointParticleForce::parseFrom(const editor::ParserGroup& pg) {
m_gravity = convertFromString<float>(pg.getValue("gravity", ""), 0.0f);
m_point = convertVectorFromString(pg.getValue("point", "0,0,0"));
}
void SideGravityParticleForce::parseFrom(const editor::ParserGroup& pg) {
m_sideGravity = convertFromString<float>(pg.getValue("sidegravity", ""), 0.0f);
}