void SE_NewGeometry::read(SE_BufferInput& input)
{
int attachObjNum = input.readInt();
SE_SimObjectManager* simObjectManager = SE_Application::getInstance()->getSimObjectManager();
for(int i = 0 ; i < attachObjNum ; i++)
{
std::string str = input.readString();
SE_SimObject* obj = (SE_SimObject*)SE_ObjectFactory::create(str.c_str());
obj->read(input);
attachSimObject(obj);
SE_SimObjectID id = SE_ID::createSimObjectID();
if(!simObjectManager->set(id, obj))
{
LOGI("obj has exist!!!\n");
delete obj;
}
}
SE_Spatial::read(input);
}
void SE_TreeStructID::read(SE_BufferInput& input)
{
id[0] = input.readInt();
id[1] = input.readInt();
}
void SE_Geometry::readEffect(SE_BufferInput& input)
{
SE_Spatial::readEffect(input);
//get lighting status
int need = input.readInt();
if(need == 1)
{
this->setNeedLighting(true);
int dirlightcount = input.readInt();//dirlight count
for(int i = 0; i < dirlightcount; ++i)
{
SE_Light* l = new SE_Light();
SE_Vector3f dir = input.readVector3f();//read dir
std::string name = input.readString();
SE_Vector3f color = input.readVector3f();
float dirlightstrength = input.readFloat();
l->setLightDir(dir);
l->setLightName(name.c_str());
l->setLightType(SE_Light::SE_DIRECTION_LIGHT);
l->setLightColor(color);
l->setDirLightStrength(dirlightstrength);
mLightsForInflate.push_back(l);
this->addLightNameToList(name.c_str());
}
int pointlightcount = input.readInt();//pointlight count
for(int i = 0; i < pointlightcount; ++i)
{
SE_Light* l = new SE_Light();
SE_Vector3f pos = input.readVector3f();//read pos
float constAttr = input.readFloat();
float linearAttr = input.readFloat();
float quatAttr = input.readFloat();
std::string name = input.readString();
SE_Vector3f color = input.readVector3f();
l->setLightPos(pos);
l->setConstantAttenuation(constAttr);
l->setLinearAttenuation(linearAttr);
l->setQuadraticAttenuation(quatAttr);
l->setLightName(name.c_str());
l->setLightType(SE_Light::SE_POINT_LIGHT);
l->setLightColor(color);
mLightsForInflate.push_back(l);
this->addLightNameToList(name.c_str());
}
int spotlightcount = input.readInt();//spotlight count
for(int i = 0; i < spotlightcount; ++i)
{
SE_Light* l = new SE_Light();
SE_Vector3f pos = input.readVector3f();//read pos
SE_Vector3f spotdir = input.readVector3f();//read spotdir
float constAttr = input.readFloat();
float linearAttr = input.readFloat();
float quatAttr = input.readFloat();
float cutoff = input.readFloat();
float spotexp = input.readFloat();
std::string name = input.readString();
SE_Vector3f color = input.readVector3f();
l->setLightPos(pos);
l->setLightDir(spotdir);
l->setConstantAttenuation(constAttr);
l->setLinearAttenuation(linearAttr);
l->setQuadraticAttenuation(quatAttr);
l->setSpotLightCutOff(cutoff);
l->setSpotLightExp(spotexp);
l->setLightName(name.c_str());
l->setLightColor(color);
l->setLightType(SE_Light::SE_SPOT_LIGHT);
mLightsForInflate.push_back(l);
this->addLightNameToList(name.c_str());
}
}
else
{
this->setNeedLighting(false);
}
//read shadow generator
int shadowGenerator = input.readInt();
if(shadowGenerator == 1)
{
if(SE_Application::getInstance()->SEHomeDebug)
LOGI("spatial[%s] is shadow generator!\n",getSpatialName());
this->setNeedGenerateShadow(true);
SE_Camera* s = SE_Application::getInstance()->getHelperCamera(SE_SHADOWCAMERA);
SE_Vector3f loc = input.readVector3f();
SE_Vector3f target = input.readVector3f();
SE_Vector3f up = input.readVector3f();
float neara = input.readFloat();
float fara = input.readFloat();
float fov = input.readFloat();
s->create(loc, target, up, fov,1.0, neara, fara);
}
else
{
this->setNeedGenerateShadow(false);
}
//read shadow render
int shadowRender = input.readInt();
if(shadowRender == 1)
{
if(SE_Application::getInstance()->SEHomeDebug)
LOGI("spatial[%s] is shadow render!\n",getSpatialName());
this->setNeedRenderShadow(true);
}
else
{
this->setNeedRenderShadow(false);
}
//read mirror generator
int mirrorGenerator = input.readInt();
if(mirrorGenerator == 1)
{
this->setNeedGenerateMirror(true);
mMirrorInfo = input.readString();
mMirrorPlane = (SE_MirrorPlane)input.readInt();
}
else
{
this->setNeedGenerateMirror(false);
}
//read mirror
int mirrorRender = input.readInt();
if(mirrorRender == 1)
{
this->setNeedRenderMirror(true);
float alpha = input.readFloat();
this->setAlpha(alpha);
}
else
{
this->setNeedRenderMirror(false);
}
int needGenerateMipMap = input.readInt();
if(needGenerateMipMap == 0)
{
mGenerateMipMap = false;
}
else
{
mGenerateMipMap = true;
}
float alpha = input.readFloat();
this->setAlpha(alpha);
SE_Vector4f effectData = input.readVector4f();
this->setEffectData(effectData);
#if 1
unsigned int effectstate = input.readInt();
this->setEffectState(effectstate);
#endif
}