bool SceneManager::LoadScene( string file_name )
{
cout<<"=========Loading Scene Config================"<<endl;
ofxXmlSettings file;
if(!file.loadFile(file_name))
{
cout<<"Cannot load "<<file_name<<endl;
return false;
}
if(!file.tagExists("LevelIndex"))
{
cout<<"Cannot find LevelIndex"<<endl;
return false;
}
ReadColorSet(file);
file.pushTag("LevelIndex");
for(size_t i =0; i < file.getNumTags("Level"); ++i)
{
vector<string> group_name;
for(size_t i =0; i < file.getNumTags("Group"); ++i)
{
file.pushTag("Group",i);
string name = file.getValue("Name","NONE");
group_name.push_back(name);
file.popTag();
}
level_index_.push_back(group_name);
}
file.popTag();
SceneType scene;
for(size_t i =0; i < file.getNumTags("Group"); ++i)
{
file.pushTag("Group",i);
string name = file.getValue("Name","NONE");
//if(name == group_name[i])
{
string type = file.getValue("Type","NONE");
if(type == "Flower")
{
vector<Flower*> group_model;
if(file.tagExists("GroupObj"))
{
file.pushTag("GroupObj");
for(size_t j =0; j < file.getNumTags("Model"); ++j)
{
file.pushTag("Model",j);
string url = file.getValue("ObjURL", "NA");
ofVec3f pos;
file.pushTag("Position");
pos.set(file.getValue("X",0), file.getValue("Y",0), file.getValue("Z",0));
file.popTag();
float rotation = file.getValue("Rotation",0);
float max_scale = file.getValue("MaxScale",0.1);
float scale_speed = file.getValue("ScaleSpeed", 0.01);
float staying_time = file.getValue("StayingTime", 1);
float holding_time = file.getValue("HoldingTime", 1);
float circle_size = file.getValue("CircleSize", 200);
file.pushTag("CircleColor");
ofColor color;
color.set(file.getValue("R",255), file.getValue("G",255), file.getValue("B",255), file.getValue("A",255));
file.popTag();
file.pushTag("ModelColor");
ofColor mcolor;
mcolor.set(file.getValue("R",255), file.getValue("G",255), file.getValue("B",255), file.getValue("A",255));
file.popTag();
bool falling = file.getValue("FallingEnable", false);
float pitch = file.getValue("Pitch", 1.0f);
Flower* flower = new Flower();
flower->loadModel(url);
flower->setPosition(pos.x,pos.y,pos.z);
flower->setRotation(0,180,1,0,0);
flower->setRotation(1,rotation,0,0,1);
flower->SetMaxScale(max_scale);
flower->SetScaleSpeed(scale_speed);
flower->staying_time_ = staying_time + ofRandom(-3, 3);
flower->holding_time_ = holding_time;
flower->SetCircleSize(circle_size);
flower->SetCircleColor(color);
flower->SetColor(mcolor);
flower->SetFalling(falling);
flower->SetPitch(pitch);
flower->Enable(false);
group_model.push_back(flower);
file.popTag();
}
file.popTag();
float group_staying_time= file.getValue("StayingTime",1);
Group flower_group(name, group_staying_time, group_model, Group::LEAF);
scene.push_back(flower_group);
}
}
else
if(type == "Mushroom")
{
vector<Flower*> group_model;
if(file.tagExists("GroupObj"))
{
file.pushTag("GroupObj");
for(size_t j =0; j < file.getNumTags("Model"); ++j)
{
file.pushTag("Model",j);
string url = file.getValue("ObjURL", "NA");
ofVec3f pos;
file.pushTag("Position");
pos.set(file.getValue("X",0), file.getValue("Y",0), file.getValue("Z",0));
file.popTag();
float rotation = file.getValue("Rotation",0);
float max_scale = file.getValue("MaxScale",0.1);
float scale_speed = file.getValue("ScaleSpeed", 0.01);
float staying_time = file.getValue("StayingTime", 1);
float holding_time = file.getValue("HoldingTime", 1);
float circle_size = file.getValue("CircleSize", 200);
file.pushTag("CircleColor");
ofColor color;
color.set(file.getValue("R",255), file.getValue("G",255), file.getValue("B",255), file.getValue("A",255));
file.popTag();
file.pushTag("ModelColor");
ofColor mcolor;
mcolor.set(file.getValue("R",255), file.getValue("G",255), file.getValue("B",255), file.getValue("A",255));
file.popTag();
bool falling = file.getValue("FallingEnable", false);
float pitch = file.getValue("Pitch", 1.0f);
Mushroom* flower = new Mushroom();
flower->loadModel(url);
flower->setPosition(pos.x,pos.y,pos.z);
flower->setRotation(0,180,1,0,0);
flower->setRotation(1,rotation,0,0,1);
flower->SetMaxScale(max_scale);
flower->SetScaleSpeed(scale_speed);
flower->staying_time_ = staying_time + ofRandom(-3, 3);
flower->holding_time_ = holding_time;
flower->SetCircleSize(circle_size);
flower->SetCircleColor(color);
flower->SetColor(mcolor);
flower->SetFalling(falling);
flower->SetPitch(pitch);
flower->Enable(false);
group_model.push_back(flower);
file.popTag();
}
file.popTag();
float group_staying_time= file.getValue("StayingTime",1);
Group flower_group(name, group_staying_time, group_model, Group::MUSHROOM);
scene.push_back(flower_group);
}
}
else
if (type == "Fruit")
{
vector<Flower*> group_model;
if(file.tagExists("GroupObj"))
{
file.pushTag("GroupObj");
for(size_t j =0; j < file.getNumTags("Model"); ++j)
{
file.pushTag("Model",j);
string url = file.getValue("ObjURL", "NA");
ofVec3f pos;
file.pushTag("Position");
pos.set(file.getValue("X",0), file.getValue("Y",0), file.getValue("Z",0));
file.popTag();
float rotation = file.getValue("Rotation",0);
float max_scale = file.getValue("MaxScale",0.1);
float scale_speed = file.getValue("ScaleSpeed", 0.01);
float staying_time = file.getValue("StayingTime", 1);
float holding_time = file.getValue("HoldingTime", 1);
float circle_size = file.getValue("CircleSize", 200);
file.pushTag("CircleColor");
ofColor color;
color.set(file.getValue("R",255), file.getValue("G",255), file.getValue("B",255), file.getValue("A",255));
file.popTag();
file.pushTag("ModelColor");
ofColor mcolor;
mcolor.set(file.getValue("R",255), file.getValue("G",255), file.getValue("B",255), file.getValue("A",255));
file.popTag();
bool falling = file.getValue("FallingEnable", false);
float pitch = file.getValue("Pitch", 1.0f);
Flower* flower = new Flower();
flower->loadModel(url);
flower->setPosition(pos.x,pos.y,pos.z);
flower->setRotation(0,180,1,0,0);
flower->setRotation(1,rotation,0,0,1);
flower->SetMaxScale(max_scale);
flower->SetScaleSpeed(scale_speed);
flower->staying_time_ = staying_time + ofRandom(-3, 3);
flower->holding_time_ = holding_time;
flower->SetCircleSize(circle_size);
flower->SetCircleColor(color);
flower->SetColor(mcolor);
flower->SetFalling(falling);
flower->SetPitch(pitch);
flower->Enable(false);
group_model.push_back(flower);
file.popTag();
}
file.popTag();
float group_staying_time= file.getValue("StayingTime",1);
Group flower_group(name, group_staying_time, group_model, Group::FRUIT);
scene.push_back(flower_group);
}
}
else
if(type == "Tree")
{
vector<Flower*> group_model;
if(file.tagExists("GroupObj"))
{
file.pushTag("GroupObj");
for(size_t j =0; j < file.getNumTags("Model"); ++j)
{
file.pushTag("Model",j);
string url = file.getValue("ObjURL", "NA");
ofVec3f pos;
file.pushTag("Position");
pos.set(file.getValue("X",0), file.getValue("Y",0), file.getValue("Z",0));
file.popTag();
float rotation = file.getValue("Rotation",0);
float max_scale = file.getValue("MaxScale",0.1);
float scale_speed = file.getValue("ScaleSpeed", 0.01);
float staying_time = file.getValue("StayingTime", 1);
float holding_time = file.getValue("HoldingTime", 1);
float circle_size = file.getValue("CircleSize", 200);
file.pushTag("CircleColor");
ofColor color;
color.set(file.getValue("R",255), file.getValue("G",255), file.getValue("B",255), file.getValue("A",255));
file.popTag();
file.pushTag("ModelColor");
ofColor mcolor;
mcolor.set(file.getValue("R",255), file.getValue("G",255), file.getValue("B",255), file.getValue("A",255));
file.popTag();
bool falling = file.getValue("FallingEnable", false);
float pitch = file.getValue("Pitch", 1.0f);
Tree* flower = new Tree();
flower->loadModel(url);
flower->setPosition(pos.x,pos.y,pos.z);
flower->setRotation(0,180,1,0,0);
flower->setRotation(1,rotation,0,0,1);
flower->setScale(0.4, 0.4, 0.4);
flower->SetMaxScale(max_scale);
flower->SetScaleSpeed(scale_speed);
flower->staying_time_ = staying_time + ofRandom(-3, 3);
flower->holding_time_ = holding_time;
flower->SetCircleSize(circle_size);
flower->SetCircleColor(color);
flower->SetColor(mcolor);
flower->SetFalling(falling);
flower->SetPitch(pitch);
flower->Enable(false);
group_model.push_back(flower);
file.popTag();
}
file.popTag();
float group_staying_time= file.getValue("StayingTime",1);
Group flower_group(name, group_staying_time, group_model, Group::TREE);
scene.push_back(flower_group);
}
}
else
if(type == "Cloud")
{
vector<Flower*> group_model;
if(file.tagExists("GroupObj"))
{
file.pushTag("GroupObj");
for(size_t j =0; j < file.getNumTags("Model"); ++j)
{
file.pushTag("Model",j);
string url = file.getValue("ObjURL", "NA");
ofVec3f pos;
file.pushTag("Position");
pos.set(file.getValue("X",0), file.getValue("Y",0), file.getValue("Z",0));
file.popTag();
float rotation = file.getValue("Rotation",0);
float max_scale = file.getValue("MaxScale",0.1);
float scale_speed = file.getValue("ScaleSpeed", 0.01);
float staying_time = file.getValue("StayingTime", 1);
float holding_time = file.getValue("HoldingTime", 1);
float circle_size = file.getValue("CircleSize", 200);
file.pushTag("CircleColor");
ofColor color;
color.set(file.getValue("R",255), file.getValue("G",255), file.getValue("B",255), file.getValue("A",255));
file.popTag();
file.pushTag("ModelColor");
ofColor mcolor;
mcolor.set(file.getValue("R",255), file.getValue("G",255), file.getValue("B",255), file.getValue("A",255));
file.popTag();
bool falling = file.getValue("FallingEnable", false);
float pitch = file.getValue("Pitch", 1.0f);
Cloud* flower = new Cloud();
flower->loadModel(url);
flower->setPosition(pos.x,pos.y,pos.z);
flower->setRotation(0,180,1,0,0);
flower->setRotation(1,rotation,0,0,1);
flower->SetMaxScale(max_scale);
flower->SetScaleSpeed(scale_speed);
flower->staying_time_ = staying_time + ofRandom(-3, 3);
flower->holding_time_ = holding_time;
flower->SetCircleSize(circle_size);
flower->SetCircleColor(color);
flower->SetColor(mcolor);
flower->SetFalling(falling);
flower->SetPitch(pitch);
flower->InitDroplet();
flower->Enable(false);
group_model.push_back(flower);
file.popTag();
}
file.popTag();
float group_staying_time= file.getValue("StayingTime",1);
Group flower_group(name, group_staying_time, group_model, Group::CLOUD);
scene.push_back(flower_group);
}
}
}
file.popTag();
}
dynamic_objects_ = scene;
return true;
}
