ProgramValue::ProgramValue (std::string name, std::string type,std::string context,std::string valueof, int id, bool inSpecML) : m_Cardinality (0)
{
int attr;
nau::Enums::DataType dt;
m_Values = NULL;
// m_IntValue = NULL;
m_InSpecML = inSpecML;
m_TypeString = type;
m_Name = name;
m_Context = context;
m_Id = id;
std::string what;
//if (type == "CURRENT")
// what = context;
//else
what = type;
AttribSet *attrSet = NAU->getAttribs(what);
if (attrSet == NULL)
NAU_THROW("Exception creating a program value. name=%s, type=%s, context=%s, component=%s, int=%d", name.c_str(), type.c_str(), context.c_str(), valueof.c_str(), id);
attrSet->getPropTypeAndId(valueof, &dt, &attr);
m_ValueOf = attr;
m_ValueType = dt;
m_Cardinality = Enums::getCardinality(dt);
void *def = attrSet->getDefault(attr, dt);
if (def != NULL)
m_Values = def;
else
m_Values = (void *)malloc(Enums::getSize(dt));
}
void
Nau::getValidObjectComponents(const std::string &type, std::vector<std::string> *v) {
if (m_Attributes.count(type) == 0)
return;
AttribSet *as = m_Attributes[type];
for (auto &attr : as->getAttributes())
v->push_back(attr.first);
}
bool
Nau::validateObjectComponent(const std::string &type, const std::string & component) {
if (m_Attributes.count(type) == 0)
return false;
AttribSet *as = m_Attributes[type];
if (as->getID(component) == -1)
return false;
return true;
}
bool
Nau::validateUserAttribName(std::string context, std::string name) {
AttribSet *attribs = getAttribs(context);
// invalid context
if (attribs == NULL)
return false;
std::unique_ptr<Attribute> &a = attribs->get(name);
if (a->getName() == "NO_ATTR")
return true;
else
return false;
}
bool
ToolBar::addDir(const std::string &windowName, const std::string &varLabel,
const std::string &varType, const std::string &varContext,
const std::string &component, int id) {
// window does not exist
if (m_Windows.count(windowName) == 0)
return false;
AttribSet *attrSet = NAU->getAttribs(varType);
// type is not valid
if (attrSet == NULL)
return false;
Enums::DataType dt;
int attr;
attrSet->getPropTypeAndId(component, &dt, &attr);
// component is not valid
if (attr == -1)
return false;
if (dt != Enums::VEC4)
return false;
NauVar *clientData = new NauVar();
clientData->type = varType;
clientData->context = varContext;
clientData->component = component;
std::string name = varLabel;
name.erase(remove_if(name.begin(), name.end(), [](char c) { return !isalpha(c); }), name.end());
char s[256];
if (name != varLabel) {
sprintf(s, " label='%s' ", varLabel.c_str());
}
else
s[0] = '\0';
if (attrSet->get(attr, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(m_Windows[windowName].second, varLabel.c_str(), TW_TYPE_DIR3F, SetDirCallBack, GetDirCallBack, clientData, s) == 1);
else
return (TwAddVarCB(m_Windows[windowName].second, varLabel.c_str(), TW_TYPE_DIR3F, NULL, GetDirCallBack, clientData, s) == 1);
}
int
luaGet(lua_State *l) {
const char *tipo = lua_tostring(l, -5);
const char *context = lua_tostring(l, -4);
const char *component = lua_tostring(l, -3);
int number = (int)lua_tointeger(l, -2);
void *arr;
AttribSet *attr;
if (!strcmp(context, "CURRENT")) {
attr = NAU->getCurrentObjectAttributes(tipo)->getAttribSet();
if (attr == NULL)
NAU_THROW("Lua set: Invalid context: %s", context);
}
else {
attr = NAU->getAttribs(tipo);
if (attr == NULL)
NAU_THROW("Lua get: invalid type: %s", tipo);
}
std::string s = component;
Enums::DataType dt, bdt;
int id;
attr->getPropTypeAndId(s, &dt, &id);
if (id == -1) {
NAU_THROW("Lua get: invalid attribute: %s", component);
}
int card = Enums::getCardinality(dt);
bdt = Enums::getBasicType(dt);
arr = NAU->getAttributeValue(tipo, context, component, number);
if (arr == NULL) {
NAU_THROW("Lua get: Invalid context or number: %s %d", context, number);
}
if (!Enums::isBasicType(dt)) {
arr = ((Data *)(arr))->getPtr();
}
luaGetValues(l, arr, card, bdt);
return 0;
}
ProgramBlockValue::ProgramBlockValue (std::string name, std::string block, std::string type, std::string context,std::string valueof, int id, bool inSpecML) : m_Cardinality (0) {
IUniformBlock *aBlock = UNIFORMBLOCKMANAGER->getBlock(name);
//if (aBlock == NULL) {
// NAU_THROW("Uniform Block %s is not defined", block.c_str());
//}
//if (!aBlock->hasUniform(name))
// NAU_THROW("Uniform Block %s does not hava a uniform named %s", block.c_str(), name.c_str());
//if (!aBlock->getUniformType(name) != Enums::getType(type))
// NAU_THROW("Uniform Block %s, uniform %s - type does not match", block.c_str(), name.c_str());
int attr;
nau::Enums::DataType dt;
m_InSpecML = inSpecML;
m_TypeString = type;
m_ValueOfString = valueof;
m_Name = name;
m_Block = block;
m_Context = context;
m_Id = id;
std::string what;
//if (type == "CURRENT")
// what = context;
//else
what = type;
AttribSet *attrSet = NAU->getAttribs(what);
if (attrSet == NULL)
NAU_THROW("Exception creating a program value. name=%s, type=%s, context=%s, component=%s, int=%d", name.c_str(), type.c_str(), context.c_str(), valueof.c_str(), id);
attrSet->getPropTypeAndId(valueof, &dt, &attr);
m_ValueOf = attr;
m_ValueType = dt;
m_Cardinality = Enums::getCardinality(dt);
void *def = (void *)attrSet->get(attr, dt)->getDefault().get();
if (def != NULL)
m_Values = def;
else
m_Values = (void *)malloc(Enums::getSize(dt));
}
int
luaSet(lua_State *l) {
const char *tipo = lua_tostring(l, -5);
const char *context = lua_tostring(l, -4);
const char *component = lua_tostring(l, -3);
int number = (int)lua_tointeger(l, - 2);
Data *arr = NULL;
AttribSet *attr;
if (!strcmp(context, "CURRENT")) {
AttributeValues *av = NAU->getCurrentObjectAttributes(tipo);
attr = av->getAttribSet();
if (attr == NULL)
NAU_THROW("Lua set: Invalid type: %s", tipo);
}
else {
attr = NAU->getAttribs(tipo);
if (attr == NULL)
NAU_THROW("Lua set: invalid type: %s", tipo);
}
std::string s = component;
Enums::DataType dt, bdt;
int id;
attr->getPropTypeAndId(s, &dt, &id);
if (id == -1)
NAU_THROW("Lua set: invalid component: %s", component);
int card = Enums::getCardinality(dt);
bdt = Enums::getBasicType(dt);
float *arrF;
int *arrI;
unsigned int *arrUI;
switch (bdt) {
case Enums::FLOAT:
arrF = (float *)malloc(sizeof(float) * card);
lua_pushnil(l);
for (int i = 0; i < card && lua_next(l,-2) != 0; ++i) {
arrF[i] = (float)lua_tonumber(l, -1);
lua_pop(l, 1);
}
switch (dt) {
case Enums::FLOAT:
arr = new NauFloat(*arrF); break;
case Enums::VEC2:
arr = new vec2(arrF[0], arrF[1]); break;
case Enums::VEC3:
arr = new vec3(arrF[0], arrF[1], arrF[2]); break;
case Enums::VEC4:
arr = new vec4(arrF[0], arrF[1], arrF[2], arrF[3]); break;
case Enums::MAT4:
case Enums::MAT3:
arr = new mat4(arrF); break;
default:
NAU_THROW("Lua set: Type %s not supported", Enums::DataTypeToString[dt].c_str());
}
free (arrF);
break;
case Enums::INT:
case Enums::BOOL:
arrI = (int *)malloc(sizeof(int) * card);
lua_pushnil(l);
for (int i = 0; i < card && lua_next(l, -2) != 0; ++i) {
arrI[i] = (int)lua_tointeger(l, -1);
lua_pop(l, 1);
}
switch (dt) {
case Enums::BOOL:
case Enums::INT:
arr = new NauInt(arrI[0]); break;
case Enums::IVEC2:
case Enums::BVEC2:
arr = new ivec2(arrI[0], arrI[1]); break;
case Enums::IVEC3:
case Enums::BVEC3:
arr = new ivec3(arrI[0], arrI[1], arrI[2]); break;
case Enums::IVEC4:
case Enums::BVEC4:
arr = new ivec4(arrI[0], arrI[1], arrI[2], arrI[3]); break;
default:
NAU_THROW("Lua set: Type %s not supported", Enums::DataTypeToString[dt].c_str());
}
free(arrI);
break;
case Enums::UINT :
arrUI = (unsigned int *)malloc(sizeof(unsigned int) * card);
lua_pushnil(l);
for (int i = 0; i < card && lua_next(l, -2) != 0; ++i) {
arrUI[i] = (unsigned int)lua_tointeger(l, -1);
lua_pop(l, 1);
}
switch (dt) {
case Enums::UINT:
arr = new NauUInt(arrUI[0]); break;
case Enums::UIVEC2:
arr = new uivec2(arrUI[0], arrUI[1]); break;
case Enums::UIVEC3:
arr = new uivec3(arrUI[0], arrUI[1], arrUI[2]); break;
case Enums::UIVEC4:
arr = new uivec4(arrUI[0], arrUI[1], arrUI[2], arrUI[3]); break;
default:
NAU_THROW("Lua set: Type %s not supported", Enums::DataTypeToString[dt].c_str());
}
free(arrUI);
break;
default:
NAU_THROW("Lua set: Type %s not supported", Enums::DataTypeToString[bdt].c_str());
}
if (!NAU->setAttributeValue(tipo, context, component, number, arr))
NAU_THROW("Lua set: Invalid context: %s", context);
delete arr;
return 0;
}
void
PropertyManager::updateProp(wxPropertyGridManager *pg, std::string prop, AttribSet &attribs, AttributeValues *attribVal) {
std::unique_ptr<Attribute> &a = attribs.get(prop);
Enums::DataType dt;
wxPGProperty *pgProp;
int id,i;
unsigned int ui; uivec2 uiv2; uivec3 uiv3;
bool b;
std::string s;
attribs.getPropTypeAndId(prop, &dt, &id);
float f;
vec2 v; vec3 v3; vec4 v4;
bvec4 b4;
mat3 m3; mat4 m4;
Attribute::Semantics sem = a->getSemantics();
wxColour col;
wxVariant variant;
switch (dt) {
case Enums::ENUM:
pgProp = pg->GetProperty(wxString(prop));
i = pgProp->GetValue().GetInteger();
attribVal->setPrope((AttributeValues::EnumProperty)id, i);
break;
case Enums::BOOL:
pgProp = pg->GetProperty(wxString(prop));
b = pgProp->GetValue().GetBool();
attribVal->setPropb((AttributeValues::BoolProperty)id, b);
break;
case Enums::BVEC4:
s = prop + "." + "x";
pgProp = pg->GetProperty(wxString(s));
b4.x = pgProp->GetValue().GetBool();
s = prop + "." + "y";
pgProp = pg->GetProperty(wxString(s));
b4.y = pgProp->GetValue().GetBool();
s = prop + "." + "z";
pgProp = pg->GetProperty(wxString(s));
b4.z = pgProp->GetValue().GetBool();
s = prop + "." + "w";
pgProp = pg->GetProperty(wxString(s));
b4.w = pgProp->GetValue().GetBool();
attribVal->setPropb4((AttributeValues::Bool4Property)id, b4);
break;
case Enums::INT:
pgProp = pg->GetProperty(wxString(prop));
i = pgProp->GetValue().GetInteger();
attribVal->setPropi((AttributeValues::IntProperty)id, i);
break;
case Enums::UINT:
pgProp = pg->GetProperty(wxString(prop));
ui = pgProp->GetValue().GetInteger();
attribVal->setPropui((AttributeValues::UIntProperty)id, ui);
break;
case Enums::UIVEC2:
s = prop + "." + "x";
pgProp = pg->GetProperty(wxString(s));
uiv2.x = pgProp->GetValue().GetDouble();
s = prop + "." + "y";
pgProp = pg->GetProperty(wxString(s));
uiv2.y = pgProp->GetValue().GetDouble();
attribVal->setPropui2((AttributeValues::UInt2Property)id, uiv2);
break;
case Enums::UIVEC3:
s = prop + "." + "x";
pgProp = pg->GetProperty(wxString(s));
uiv3.x = pgProp->GetValue().GetDouble();
s = prop + "." + "y";
pgProp = pg->GetProperty(wxString(s));
uiv3.y = pgProp->GetValue().GetDouble();
s = prop + "." + "w";
pgProp = pg->GetProperty(wxString(s));
uiv3.z = pgProp->GetValue().GetDouble();
attribVal->setPropui3((AttributeValues::UInt3Property)id, uiv3);
break;
case Enums::FLOAT:
pgProp = pg->GetProperty(wxString(prop));
f = pgProp->GetValue().GetDouble();
attribVal->setPropf((AttributeValues::FloatProperty)id, f);
break;
case Enums::VEC2:
s = prop + "." + "x";
pgProp = pg->GetProperty(wxString(s));
v.x = pgProp->GetValue().GetDouble();
s = prop + "." + "y";
pgProp = pg->GetProperty(wxString(s));
v.y = pgProp->GetValue().GetDouble();
attribVal->setPropf2((AttributeValues::Float2Property)id, v);
break;
case Enums::VEC3:
s = prop + "." + "x";
pgProp = pg->GetProperty(wxString(s));
v3.x = pgProp->GetValue().GetDouble();
s = prop + "." + "y";
pgProp = pg->GetProperty(wxString(s));
v3.y = pgProp->GetValue().GetDouble();
s = prop + "." + "w";
pgProp = pg->GetProperty(wxString(s));
v3.z = pgProp->GetValue().GetDouble();
attribVal->setPropf3((AttributeValues::Float3Property)id, v3);
break;
case Enums::VEC4:
if (sem == Attribute::COLOR) {
s = prop + ".RGB";
variant = pg->GetPropertyValue(wxString(s));
col << variant;
v4.x = col.Red()/255.0; v4.y = col.Green() / 255.0; v4.z = col.Blue() / 255.0;
s = prop + ".Alpha" ;
pgProp = pg->GetProperty(wxString(s));
v4.w = pgProp->GetValue().GetDouble();
}
else {
s = prop + "." + "x";
pgProp = pg->GetProperty(wxString(s));
v4.x = pgProp->GetValue().GetDouble();
s = prop + "." + "y";
pgProp = pg->GetProperty(wxString(s));
v4.y = pgProp->GetValue().GetDouble();
s = prop + "." + "z";
pgProp = pg->GetProperty(wxString(s));
v4.z = pgProp->GetValue().GetDouble();
s = prop + "." + "w";
pgProp = pg->GetProperty(wxString(s));
v4.w = pgProp->GetValue().GetDouble();
}
attribVal->setPropf4((AttributeValues::Float4Property)id, v4);
break;
case Enums::MAT3:
s = prop + "." + "Row0.x";
pgProp = pg->GetProperty(wxString(s));
m3.set(0,0, pgProp->GetValue().GetDouble());
s = prop + "." + "Row0.y";
pgProp = pg->GetProperty(wxString(s));
m3.set(0, 1, pgProp->GetValue().GetDouble());
s = prop + "." + "Row0.z";
pgProp = pg->GetProperty(wxString(s));
m3.set(0, 2, pgProp->GetValue().GetDouble());
s = prop + "." + "Row1.x";
pgProp = pg->GetProperty(wxString(s));
m3.set(1, 0, pgProp->GetValue().GetDouble());
s = prop + "." + "Row1.y";
pgProp = pg->GetProperty(wxString(s));
m3.set(1, 1, pgProp->GetValue().GetDouble());
s = prop + "." + "Row1.z";
pgProp = pg->GetProperty(wxString(s));
m3.set(1, 2, pgProp->GetValue().GetDouble());
s = prop + "." + "Row2.x";
pgProp = pg->GetProperty(wxString(s));
m3.set(2, 0, pgProp->GetValue().GetDouble());
s = prop + "." + "Row2.y";
pgProp = pg->GetProperty(wxString(s));
m3.set(2, 1, pgProp->GetValue().GetDouble());
s = prop + "." + "Row2.z";
pgProp = pg->GetProperty(wxString(s));
m3.set(2, 2, pgProp->GetValue().GetDouble());
attribVal->setPropm3((AttributeValues::Mat3Property)id, m3);
break;
case Enums::MAT4:
s = prop + "." + "Row0.x";
pgProp = pg->GetProperty(wxString(s));
m4.set(0, 0, pgProp->GetValue().GetDouble());
s = prop + "." + "Row0.y";
pgProp = pg->GetProperty(wxString(s));
m4.set(0, 1, pgProp->GetValue().GetDouble());
s = prop + "." + "Row0.z";
pgProp = pg->GetProperty(wxString(s));
m4.set(0, 2, pgProp->GetValue().GetDouble());
s = prop + "." + "Row0.w";
pgProp = pg->GetProperty(wxString(s));
m4.set(0, 3, pgProp->GetValue().GetDouble());
s = prop + "." + "Row1.x";
pgProp = pg->GetProperty(wxString(s));
m4.set(1, 0, pgProp->GetValue().GetDouble());
s = prop + "." + "Row1.y";
pgProp = pg->GetProperty(wxString(s));
m4.set(1, 1, pgProp->GetValue().GetDouble());
s = prop + "." + "Row1.z";
pgProp = pg->GetProperty(wxString(s));
m4.set(1, 2, pgProp->GetValue().GetDouble());
s = prop + "." + "Row1.w";
pgProp = pg->GetProperty(wxString(s));
m4.set(1, 3, pgProp->GetValue().GetDouble());
s = prop + "." + "Row2.x";
pgProp = pg->GetProperty(wxString(s));
m4.set(2, 0, pgProp->GetValue().GetDouble());
s = prop + "." + "Row2.y";
pgProp = pg->GetProperty(wxString(s));
m4.set(2, 1, pgProp->GetValue().GetDouble());
s = prop + "." + "Row2.z";
pgProp = pg->GetProperty(wxString(s));
m4.set(2, 2, pgProp->GetValue().GetDouble());
s = prop + "." + "Row2.w";
pgProp = pg->GetProperty(wxString(s));
m4.set(2, 3, pgProp->GetValue().GetDouble());
s = prop + "." + "Row3.x";
pgProp = pg->GetProperty(wxString(s));
m4.set(3, 0, pgProp->GetValue().GetDouble());
s = prop + "." + "Row3.y";
pgProp = pg->GetProperty(wxString(s));
m4.set(3, 1, pgProp->GetValue().GetDouble());
s = prop + "." + "Row3.z";
pgProp = pg->GetProperty(wxString(s));
m4.set(3, 2, pgProp->GetValue().GetDouble());
s = prop + "." + "Row3.w";
pgProp = pg->GetProperty(wxString(s));
m4.set(3, 3, pgProp->GetValue().GetDouble());
attribVal->setPropm4((AttributeValues::Mat4Property)id, m4);
break;
default:
assert(false && "Missing data type on property manager: updateProp");
}
}
bool
ToolBar::addVar(const std::string &windowName, const std::string &varLabel,
const std::string &varType, const std::string &varContext,
const std::string &component, int id, const std::string def) {
// window does not exist
if (m_Windows.count(windowName) == 0)
return false;
AttribSet *attrSet = NAU->getAttribs(varType);
// type is not valid
if (attrSet == NULL)
return false;
Enums::DataType dt;
int attr;
attrSet->getPropTypeAndId(component, &dt, &attr);
// component is invalid
if (attr == -1)
return false;
std::unique_ptr<Attribute> &attribute = NAU->getAttribute(varType, component);
std::shared_ptr<math::Data> &max = attribute->getMax();
std::shared_ptr<math::Data> &min = attribute->getMin();
std::string defLocal = "";
if (min)
defLocal += " min=" + Enums::pointerToString(dt, min->getPtr()) + " ";
if (max)
defLocal += "max=" + Enums::pointerToString(dt, max->getPtr());
defLocal = def + defLocal;
NauVar *clientData = new NauVar();
clientData->type = varType;
clientData->context = varContext;
clientData->component = component;
m_ClientDataVec.push_back(clientData);
TwBar *t = m_Windows[windowName].second;
std::string name = varLabel;
name.erase(remove_if(name.begin(), name.end(), [](char c) { return !isalpha(c); }), name.end());
char s[256]; s[0] = '\0';
if (name != varLabel) {
sprintf(s, " label='%s' ", varLabel.c_str());
}
if (defLocal != "") {
sprintf(s, "%s%s ", s, defLocal.c_str());
}
//else
// s[0] = '\0';
switch (dt)
{
case nau::Enums::INT:
if (attrSet->get(attr, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(t, name.c_str(), TW_TYPE_INT32, SetIntCallBack, GetIntCallBack, clientData, s) == 1);
else
return (TwAddVarCB(t, name.c_str(), TW_TYPE_INT32, NULL, GetIntCallBack, clientData, s) == 1);
break;
case nau::Enums::UINT:
if (attrSet->get(attr, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(t, name.c_str(), TW_TYPE_UINT32, SetUIntCallBack, GetUIntCallBack, clientData, s) == 1);
else
return (TwAddVarCB(t, name.c_str(), TW_TYPE_UINT32, NULL, GetUIntCallBack, clientData, s) == 1);
break;
case nau::Enums::UIVEC2:
if (attrSet->get(attr, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(t, name.c_str(), UIVec2, SetCallBack, GetUIVec2CallBack, clientData, s) == 1);
else
return (TwAddVarCB(t, name.c_str(), UIVec2, NULL, GetUIVec2CallBack, clientData, s) == 1);
break;
case nau::Enums::UIVEC3:
if (attrSet->get(attr, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(t, name.c_str(), UIVec3, SetCallBack, GetUIVec3CallBack, clientData, s) == 1);
else
return (TwAddVarCB(t, name.c_str(), UIVec3, NULL, GetUIVec3CallBack, clientData, s) == 1);
break;
case nau::Enums::BOOL:
if (attrSet->get(attr, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(t, name.c_str(), TW_TYPE_BOOLCPP, SetBoolCallBack, GetBoolCallBack, clientData, s) == 1);
else
return (TwAddVarCB(t, name.c_str(), TW_TYPE_BOOLCPP, NULL, GetBoolCallBack, clientData, s) == 1);
break;
case nau::Enums::BVEC4:
if (attrSet->get(attr, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(t, name.c_str(), BVec4, SetCallBack, GetBVec4CallBack, clientData, s) == 1);
else
return (TwAddVarCB(t, name.c_str(), BVec4, NULL, GetBVec4CallBack, clientData, s) == 1);
break;
case nau::Enums::FLOAT:
if (attrSet->get(attr, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(t, name.c_str(), TW_TYPE_FLOAT, SetFloatCallBack, GetFloatCallBack, clientData, s) == 1);
else
return (TwAddVarCB(t, name.c_str(), TW_TYPE_FLOAT, NULL, GetFloatCallBack, clientData, s) == 1);
break;
case nau::Enums::VEC2:
if (attrSet->get(attr, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(t, name.c_str(), Vec2, SetCallBack, GetVec2CallBack, clientData, s) == 1);
else
return (TwAddVarCB(t, name.c_str(), Vec2, NULL, GetVec2CallBack, clientData, s) == 1);
break;
case nau::Enums::VEC3:
if (attrSet->get(attr, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(t, name.c_str(), Vec3, SetCallBack, GetVec3CallBack, clientData, s) == 1);
else
return (TwAddVarCB(t, name.c_str(), Vec3, NULL, GetVec3CallBack, clientData, s) == 1);
break;
case nau::Enums::VEC4:
if (attrSet->get(attr, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(t, name.c_str(), Vec4, SetCallBack, GetVec4CallBack, clientData, s) == 1);
else
return (TwAddVarCB(t, name.c_str(), Vec4, NULL, GetVec4CallBack, clientData, s) == 1);
break;
case nau::Enums::MAT3:
if (attrSet->get(attr, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(t, name.c_str(), Mat3, SetCallBack, GetMat3CallBack, clientData, s) == 1);
else
return (TwAddVarCB(t, name.c_str(), Mat3, NULL, GetMat3CallBack, clientData, s) == 1);
break;
case nau::Enums::MAT4:
if (attrSet->get(attr, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(t, name.c_str(), Mat4, SetCallBack, GetMat4CallBack, clientData, s) == 1);
else
return (TwAddVarCB(t, name.c_str(), Mat4, NULL, GetMat4CallBack, clientData, s) == 1);
break;
case nau::Enums::ENUM:
{
const std::vector<std::string> &vs = NAU->getAttribs(varType)->getListString(id);
const std::vector<int> &vi = NAU->getAttribs(varType)->getListValues(id);
TwEnumVal *enums;
enums = (TwEnumVal *)malloc(vi.size() * sizeof(TwEnumVal));
for (int i = 0; i < vi.size(); ++i) {
enums[i].Label = vs[i].c_str();
enums[i].Value = vi[i];
}
TwType options = TwDefineEnum(name.c_str(), enums, (unsigned int)vi.size());
if (attrSet->get(id, dt)->getReadOnlyFlag() == false)
return (TwAddVarCB(t, name.c_str(), options, SetIntCallBack, GetIntCallBack, clientData, s) == 1);
else
return (TwAddVarCB(t, name.c_str(), options, NULL, GetIntCallBack, clientData, s) == 1);
}
break;
default:
assert(false && "Missing type in ToolBar::addVar");
return false;
}
return true;
}
