void QAutoGenDialog::AddParameterFromModel(const QString & strParam, const ModelParameter & modelValue, AutoGenParameter & param)
{
if (strParam.compare(PARAM_DEPENDS) == 0)
{
param.eType = AutoGenParamTypeDepends;
param.strValue = modelValue.strValue;
param.strAuxData = QString::null;
}
else if (strParam.compare(m_strIPAddressParam) == 0)
{
param.eType = AutoGenParamTypeIP;
param.strValue = modelValue.strValue;
param.strAuxData = QString::null;
}
else
{
switch (modelValue.eType & 0xF)
{
case ModelParameterTypeBool:
param.eType = AutoGenParamTypeFixed;
if ((modelValue.eType & ModelParameterFixed) == ModelParameterFixed)
param.eType = (AutoGenParamType)(AutoGenParamTypeNoRandom | param.eType);
param.strValue = StringToBoolean(modelValue.strValue) ? "True" : "False";
param.strAuxData = modelValue.strAuxData.isEmpty() ? "True;False" : modelValue.strAuxData;
break;
case ModelParameterTypeYesNo:
param.eType = AutoGenParamTypeFixed;
if ((modelValue.eType & ModelParameterFixed) == ModelParameterFixed)
param.eType = (AutoGenParamType)(AutoGenParamTypeNoRandom | param.eType);
param.strValue = StringToBoolean(modelValue.strValue) ? "Yes" : "No";
param.strAuxData = modelValue.strAuxData.isEmpty() ? "Yes;No" : modelValue.strAuxData;
break;
case ModelParameterTypeModel:
param.eType = AutoGenParamTypeNewModel;
param.strValue = NULLMODEL_NAME;
param.strAuxData = modelValue.strAuxData;
break;
case ModelParameterTypeIP:
param.eType = AutoGenParamTypeIP;
param.strValue = modelValue.strValue;
param.strAuxData = modelValue.strAuxData;
break;
default:
param.eType = AutoGenParamTypeFixed;
if ((modelValue.eType & ModelParameterFixed) == ModelParameterFixed)
param.eType = (AutoGenParamType)(AutoGenParamTypeNoRandom | param.eType);
param.strValue = modelValue.strValue;
param.strAuxData = modelValue.strAuxData;
break;
}
}
}
int SimpleCommModel::Init(const std::map<QString, QString> & mapParams)
{
QString strValue;
if (CarCommModel::Init(mapParams))
return 1;
strValue = GetParam(mapParams, SIMPLECOMMMODEL_REBROADCASTINTERVAL_PARAM, SIMPLECOMMMODEL_REBROADCASTINTERVAL_PARAM_DEFAULT);
m_tRebroadcastInterval = MakeTime(ValidateNumber(StringToNumber(strValue), 0., HUGE_VAL));
m_bRebroadcast = StringToBoolean(GetParam(mapParams, SIMPLECOMMMODEL_DOREBROADCAST_PARAM, SIMPLECOMMMODEL_DOREBROADCAST_PARAM_DEFAULT));
m_bGateway = StringToBoolean(GetParam(mapParams, SIMPLECOMMMODEL_MOBILEGATEWAY_PARAM, SIMPLECOMMMODEL_MOBILEGATEWAY_PARAM_DEFAULT));
m_bJitter = StringToBoolean(GetParam(mapParams, SIMPLECOMMMODEL_RBXJITTER_PARAM, SIMPLECOMMMODEL_RBXJITTER_PARAM_DEFAULT));
return 0;
}
SkyboxComponent * CreateSkyboxComponent(std::vector<std::string> arguments, AssetManager * pAM)
{
SkyboxComponent * pSC = new SkyboxComponent;
Texture2D * pTextures[6];
pTextures[0] = pAM->LoadTexture2D(arguments.at(0) + "/right.jpg");
pTextures[1] = pAM->LoadTexture2D(arguments.at(0) + "/left.jpg");
pTextures[2] = pAM->LoadTexture2D(arguments.at(0) + "/top.jpg");
pTextures[3] = pAM->LoadTexture2D(arguments.at(0) + "/bottom.jpg");
pTextures[4] = pAM->LoadTexture2D(arguments.at(0) + "/back.jpg");
pTextures[5] = pAM->LoadTexture2D(arguments.at(0) + "/front.jpg");
ShaderProgram * pSkyboxShader = pAM->LoadShader("assets/shaders/skybox");
Mesh * pSkyboxMesh = pAM->LoadMesh("assets/models/cube.cs418mesh");
pSC->Initialize(pTextures, pSkyboxShader, pSkyboxMesh);
pSC->Enabled = StringToBoolean(arguments.at(1));
return pSC;
}
bool CNifCopyDlg::UpdateTextures (CCsvRow* pRow) {
CNifCopyInfo* pCopyInfo;
CSString* pString;
int Index;
/* Update from all copy info records */
for (Index = 0; Index < m_CopyInfos.GetNumElements(); Index++) {
pCopyInfo = m_CopyInfos.GetAt(Index);
if (pCopyInfo->CsvColIndex < 0) continue;
pString = pRow->GetAt(pCopyInfo->CsvColIndex);
/* Change a texture record */
if (pCopyInfo->pSourceTexture != NULL) {
if (pString != NULL) pCopyInfo->pSourceTexture->SetTextureName((const TCHAR *)*pString);
}
/* Autotint a material */
else if (pCopyInfo->pMaterialProperty != NULL) {
if (pString != NULL && StringToBoolean(*pString)) pCopyInfo->pMaterialProperty->AutoTint();
}
}
return (true);
}
void CBuildTarget::Read(const TiXmlElement *TargetRoot)
{
char *value = 0;
if ((value = (char *)TargetRoot->Attribute("title"))) m_Title = value;
TiXmlNode *_option = (TiXmlNode *)TargetRoot->FirstChild("Option");
while (0!=_option)
{
TiXmlElement* option = _option->ToElement();
if (0!=option)
{
char *value = 0;
if ((value = (char *)option->Attribute("platforms")))
{
ParseStr(value,';',m_Platforms);
m_Platforms.RemoveEmpty();
}
if ((value = (char *)option->Attribute("output")))
{
m_Output = value;
}
if ((value = (char *)option->Attribute("prefix_auto")))
{
m_AutoPrefix = StringToBoolean(value);
}
if ((value = (char *)option->Attribute("extension_auto")))
{
m_AutoExtension = StringToBoolean(value);
}
if ((value = (char *)option->Attribute("working_dir")))
{
m_WorkingDirectory = value;
}
if ((value = (char *)option->Attribute("object_output")))
{
m_ObjectOutput = value;
}
if ((value = (char *)option->Attribute("external_deps")))
{
ParseStr(value,';',m_ExternalDependencies);
m_ExternalDependencies.RemoveEmpty();
}
if ((value = (char *)option->Attribute("type")))
{
m_Type = (CBuildTarget::TargetType)StringToInteger(value);
}
if ((value = (char *)option->Attribute("compiler")))
{
m_Compiler = value;
}
if ((value = (char *)option->Attribute("projectCompilerOptionsRelation")))
{
m_CompilerOptionsRelation = (CBuildTarget::OptionsRelation)StringToInteger(value);
}
if ((value = (char *)option->Attribute("projectLinkerOptionsRelation")))
{
m_LinkerOptionsRelation = (CBuildTarget::OptionsRelation)StringToInteger(value);
}
if ((value = (char *)option->Attribute("projectIncludeDirsRelation")))
{
m_IncludeDirectoriesRelation = (CBuildTarget::OptionsRelation)StringToInteger(value);
}
if ((value = (char *)option->Attribute("projectResourceIncludeDirsRelation")))
{
m_ResourceIncludeDirectoriesRelation = (CBuildTarget::OptionsRelation)StringToInteger(value);
}
if ((value = (char *)option->Attribute("projectLibDirsRelation")))
{
m_LibraryDirectoriesRelation = (CBuildTarget::OptionsRelation)StringToInteger(value);
}
/*
if ((value = (char *)option->Attribute("")))
{
= value;
}
*/
}
_option = (TiXmlNode *)TargetRoot->IterateChildren(_option);
} // option
TiXmlNode *_compiler = (TiXmlNode *)TargetRoot->FirstChild("Compiler");
if (0!=_compiler)
{
TiXmlNode *_option = (TiXmlNode *)_compiler->FirstChild("Add");
while (0!=_option)
{
TiXmlElement* option = _option->ToElement();
if (0!=option)
{
char *value = 0;
if ((value = (char *)option->Attribute("option")))
{
m_CompilerOptions.Insert(value);
}
if ((value = (char *)option->Attribute("directory")))
{
m_CompilerDirectories.Insert(value);
}
}
_option = (TiXmlNode *)_compiler->IterateChildren(_option);
} // option
} // compiler
TiXmlNode *_res_compiler = (TiXmlNode *)TargetRoot->FirstChild("ResourceCompiler");
if (0!=_res_compiler)
{
TiXmlNode *_option = (TiXmlNode *)_res_compiler->FirstChild("Add");
while (0!=_option)
{
TiXmlElement* option = _option->ToElement();
if (0!=option)
{
char *value = 0;
if ((value = (char *)option->Attribute("directory")))
{
m_ResourceCompilerDirectories.Insert(value);
}
}
_option = (TiXmlNode *)_res_compiler->IterateChildren(_option);
} // option
} // resource compiler
TiXmlNode *_linker = (TiXmlNode *)TargetRoot->FirstChild("Linker");
if (0!=_linker)
{
TiXmlNode *_option = (TiXmlNode *)_linker->FirstChild("Add");
while (0!=_option)
{
TiXmlElement* option = _option->ToElement();
if (0!=option)
{
if (strcmp(option->Value(),"Add")) break;
char *value = 0;
if ((value = (char *)option->Attribute("option")))
{
m_LinkerOptions.Insert(value);
}
if ((value = (char *)option->Attribute("directory")))
{
m_LinkerDirectories.Insert(value);
}
if ((value = (char *)option->Attribute("library")))
{
m_LinkerLibraries.Insert(value);
}
}
_option = (TiXmlNode *)_linker->IterateChildren(_option);
} // option
} // linker
TiXmlNode *_extra_cmd = (TiXmlNode *)TargetRoot->FirstChild("ExtraCommands");
if (0!=_extra_cmd)
{
TiXmlNode *_option = (TiXmlNode *)_extra_cmd->FirstChild("Add");
while (0!=_option)
{
TiXmlElement* option = _option->ToElement();
if (0!=option)
{
if (strcmp(option->Value(),"Add")) break;
char *value = 0;
if ((value = (char *)option->Attribute("before")))
{
m_BeforeBuildCommands.Insert(value);
}
if ((value = (char *)option->Attribute("after")))
{
m_AfterBuildCommands.Insert(value);
}
}
_option = (TiXmlNode *)_extra_cmd->IterateChildren(_option);
} // option
_option = (TiXmlNode *)_extra_cmd->FirstChild("Mode");
while (0!=_option)
{
TiXmlElement* option = _option->ToElement();
if (0!=option)
{
if (strcmp(option->Value(),"Mode")) break;
char *value = 0;
if ((value = (char *)option->Attribute("before")))
{
m_ForceBeforeBuildCommands = (strcmp(value,"always")==0);
}
if ((value = (char *)option->Attribute("after")))
{
m_ForceAfterBuildCommands = (strcmp(value,"always")==0);
}
}
_option = (TiXmlNode *)_extra_cmd->IterateChildren(_option);
} // option
} // extra commands
// decorate target name
{
m_MFName = MakefileFriendly(m_Title);
m_UCName = UpperCase(m_MFName);
m_LCName = LowerCase(m_MFName);
m_ObjectOutput = RemoveTrailingPathDelimiter(m_ObjectOutput);
}
}
int CarModel::Init(const std::map<QString, QString> & mapParams)
{
QString strValue;
MapCarObject * pObject;
Model * pModel;
if (Model::Init(mapParams))
return 1;
strValue = GetParam(mapParams, CARMODEL_PARAM_DELAY, CARMODEL_PARAM_DELAY_DEFAULT);
m_tDelay = MakeTime(ValidateNumber(StringToNumber(strValue), 0., HUGE_VAL));
strValue = GetParam(mapParams, CARMODEL_PARAM_CARIP, CARMODEL_PARAM_CARIP_DEFAULT);
if (!StringToIPAddress(strValue, m_ipCar))
return 2;
strValue = GetParam(mapParams, CARMODEL_PARAM_LOGCAR, CARMODEL_PARAM_LOGCAR_DEFAULT);
m_bLogThisCar = StringToBoolean(strValue);
strValue = GetParam(mapParams, CARMODEL_LINK_PARAM, CARMODEL_LINK_PARAM_DEFAULT);
if (!g_pSimulator->m_ModelMgr.GetModel(strValue, pModel))
return 5;
m_pLinkModel = (CarLinkModel *)pModel;
if (m_pLinkModel != NULL)
m_pLinkModel->SetCar(m_ipCar);
strValue = GetParam(mapParams, CARMODEL_PHYS_PARAM, CARMODEL_PHYS_PARAM_DEFAULT);
if (!g_pSimulator->m_ModelMgr.GetModel(strValue, pModel))
return 6;
m_pPhysModel = (CarPhysModel *)pModel;
if (m_pPhysModel != NULL)
m_pPhysModel->SetCar(m_ipCar);
strValue = GetParam(mapParams, CARMODEL_COMM_PARAM, CARMODEL_COMM_PARAM_DEFAULT);
if (!g_pSimulator->m_ModelMgr.GetModel(strValue, pModel))
return 4;
m_pCommModel = (CarCommModel *)pModel;
if (m_pCommModel != NULL)
m_pCommModel->SetCar(m_ipCar);
strValue = GetParam(mapParams, CARMODEL_TRACKSPEED_PARAM, CARMODEL_TRACKSPEED_PARAM_DEFAULT);
m_bTrackSpeed = StringToBoolean(strValue);
pObject = new MapCarObject(this);
//HACK: set color based on ip group
in_addr_t temp = pObject->m_pCar->GetIPAddress();
temp = temp>>8 & 0xFF;
if(temp == 100) //red ones
{
QColor * redColor = new QColor(0xFF, 0x00, 0x00);
pObject->SetColor(redColor->rgb());
}
else if(temp == 200) //black ones
{
QColor * redColor = new QColor(0x00, 0x00, 0x00);
pObject->SetColor(redColor->rgb());
}
else //the others
{
pObject->SetColor(g_pMapObjects->GetColor());
}
//end HACK
m_iMapObjectID = g_pMapObjects->add(pObject);
if (m_iMapObjectID == -1)
delete pObject;
g_pCarRegistry->addCar(this);
m_iNextSeqNumber = 0;
m_iNextRXSeqNumber = 0;
return 0;
}
bool CStringVariable::GetBoolean(void) const
{
return StringToBoolean(m_Value);
}
void CBooleanVariable::SetString(const CString& Value)
{
m_Value = StringToBoolean(Value);
}