void GltFields::add(Vector &val,const string &name) { GltFields *root = new GltFields(name); _fields.push_back(GltFieldPtr(root)); root->add(val.x(),1.0,"x"); root->add(val.y(),1.0,"y"); root->add(val.z(),1.0,"z"); }
void GltFields::add(BoundingBox &val,const string &name) { GltFields *root = new GltFields(name); _fields.push_back(GltFieldPtr(root)); root->add(val.defined(),"defined"); root->add(val.min() ,"min"); root->add(val.max() ,"max"); }
void GltFields::add(GltViewport &val,const string &name) { GltFields *root = new GltFields(name); _fields.push_back(GltFieldPtr(root)); root->add(val.x() ,"x" ); root->add(val.y() ,"y" ); root->add(val.width() ,"width" ); root->add(val.height(),"height"); }
void GltFields::add(GltColor &val,const string &name) { GltFields *root = new GltFields(name); _fields.push_back(GltFieldPtr(root)); root->add(val.red() ,0.05,"red" ); root->add(val.green() ,0.05,"green" ); root->add(val.blue() ,0.05,"blue" ); root->add(val.alpha() ,0.05,"alpha" ); }
void GltFields::add(GltMaterial &val,const string &name) { GltFields *root = new GltFields(name); _fields.push_back(GltFieldPtr(root)); root->add(val.ambient(), "ambient"); root->add(val.diffuse(), "diffuse"); root->add(val.specular(), "specular"); root->add(val.emission(), "emission"); root->add(val.shininess(),"shininess"); }
GltFieldPtr GltShape::settings() { GltFields *root = new GltFields(name()); root->add(_visible ,"visible" ); root->add(_solid ,"solid" ); root->add(_name ,"name" ); root->add(_color ,"color" ); root->add(_transformation,"transformation"); return root; }
void GltFields::add(Matrix &val,const string &name) { GltFields *root = new GltFields(name); _fields.push_back(GltFieldPtr(root)); root->add(val[ 0],1.0,"00"); root->add(val[ 1],1.0,"01"); root->add(val[ 2],1.0,"02"); root->add(val[ 3],1.0,"03"); root->add(val[ 4],1.0,"04"); root->add(val[ 5],1.0,"05"); root->add(val[ 6],1.0,"06"); root->add(val[ 7],1.0,"07"); root->add(val[ 8],1.0,"08"); root->add(val[ 9],1.0,"09"); root->add(val[10],1.0,"10"); root->add(val[11],1.0,"11"); root->add(val[12],1.0,"12"); root->add(val[13],1.0,"13"); root->add(val[14],1.0,"14"); root->add(val[15],1.0,"15"); }
GltFieldPtr GltHistogram::settings() { GltFields *root = new GltFields(name()); root->add(visible() ,"display" ); root->add(_drawLine ,"line" ); root->add(color() ,"color" ); root->add(_min ,1.0,"min" ); root->add(_max ,1.0,"max" ); root->add(_size ,"size" ); root->add(_cumulative ,"cumulative" ); root->add(new GltFieldFunc<GltHistogram>(*this,&GltHistogram::reset,"reset",true)); return root; }
GltFields::GltFields(const GltFields &other) : GltField(other.name()), _fields(other._fields) { }
void GltFields::add(GltLight &val,const string &name) { GltFields *root = new GltFields(name); _fields.push_back(GltFieldPtr(root)); root->add(val.enabled(), "enabled"); root->add(val.ambient(), "ambient"); root->add(val.diffuse(), "diffuse"); root->add(val.specular(), "specular"); root->add(val.position(), "position"); root->add(val.spotDirection(),"spotDirection"); root->add(val.spotExponent(), "spotExponent"); root->add(val.spotCutoff(), "spotCutoff"); GltFields *atten = new GltFields("attenuation"); atten->add(val.attenutationConstant() ,"constant"); atten->add(val.attenutationLinear() ,"linear"); atten->add(val.attenutationQuadratic(),"quadratic"); root->add(atten); }