OptionalModelObject ReverseTranslator::translateZoneList( const WorkspaceObject & workspaceObject )
{
if( workspaceObject.iddObject().type() != IddObjectType::Zone ){
LOG(Error, "WorkspaceObject is not IddObjectType: Zone");
return boost::none;
}
openstudio::model::SpaceType spaceType( m_model );
OptionalString s = workspaceObject.name();
if(s){
spaceType.setName(*s);
}
for (const IdfExtensibleGroup& idfGroup : workspaceObject.extensibleGroups()){
WorkspaceExtensibleGroup workspaceGroup = idfGroup.cast<WorkspaceExtensibleGroup>();
OptionalWorkspaceObject target = workspaceGroup.getTarget(0);
if (target){
OptionalModelObject modelObject = translateAndMapWorkspaceObject(*target);
if (modelObject){
if (modelObject->optionalCast<Space>()){
Space space = modelObject->cast<Space>();
if (space.spaceType()){
LOG(Warn, "Overriding previously assigned SpaceType for Space '" << space.name().get() << "'");
}
space.setSpaceType(spaceType);
}
}
}
}
return spaceType;
}
bool CreateDesertSpace(Space &sp, Element &e, UdmDesertMap &des_map, DesertUdmMap &inv_des_map, UdmElementSet &elements, bool root)
{
static long parent; //id of the parent element
long old_parent; //save old parent
static long space; //id of the space
short decomposition; //0:leaf, 1: and, 2: or
//element.decomposition():
// has no children: leaf
// has children and decomposition is false: or node
// has children and decomposition is true: and node
set<Element> ev_set;
//static and non-static variables
//for progress indication
//(this is weird in case of a recursive function)
//CDesertStatusDlg * st_dlg = GetStatusDlg(NULL);
static short percent_done;
static short percent_to_do;
short percent_to_do_save;
if (root)
{
percent_done = 0;
percent_to_do = 100;
}
if (root)
{
//compute decomposition value
//mapping from boolean decomposition value
//to desert style short decomposition
set<Element> e_children = sp.Element_kind_children();
set<Element>::iterator i;
if (e_children.empty()) decomposition = 0;
else
{
if (sp.decomposition()) decomposition = 1;
else decomposition = 2;
}
//debug trace
TRACE ("CreateDesertSpace invoked: parent: %d, Space: %s , decomposition: %d\n", parent, ((string)sp.name()).c_str(), decomposition);
//
//create the space & the root element in the space
//
space = CreateSpace(utf82cstring((string)sp.name()));
//space = CreateSpace(((string)sp.name()).c_str(), sp.id(), sp.externalID());
/*
parent = CreateElement(
((string)sp.name()).c_str(),
space,
decomposition,
-1,
sp.id(),
sp.externalID());
*/
parent = CreateElement(
utf82cstring((string)sp.name()),
space,
decomposition,
-1,
sp.externalID());
//map the UDM, desert object pairs
DoMap(sp, des_map, inv_des_map, parent);
//recursion here
//update progress bar
if (e_children.empty())
{
//leaf node
percent_done += percent_to_do;
//st_dlg->StepInState(percent_done);
}//eo if (e_children.empty())
else
{
//recursive hack for overall performance
//percent to done is always smaller
int no_of_children = e_children.size();
percent_to_do_save = percent_to_do;
percent_to_do = (short)((float)percent_to_do / (float)no_of_children);
//recursive step
for (i = e_children.begin(); i != e_children.end(); i++)
{
Element new_e = *i;
CreateDesertSpace(sp, new_e, des_map, inv_des_map, elements, false);
};//eo for (i...)
//still part of the recursive hack
//set back the percent_to_do when a recursive loop is done
percent_to_do = percent_to_do_save;
}//eo else if (e_children.begin() == e_children.end() )
}//eo if (root)
else
{
//compute decomposition value
//mapping boolean decomposition value
//to desert style decomposition value
set<Element> e_children = e.Element_kind_children();
set<Element>::iterator i;
if (e_children.empty()) decomposition = 0;
else
{
if (e.decomposition()) decomposition = 1;
else decomposition = 2;
}
//debug trace
TRACE ("CreateDesertSpace invoked: parent: %d, Element: %s \n", parent, ((string)e.name()).c_str());
//create new elenent
long new_parent = CreateElement(
utf82cstring((string)e.name()),
space,
decomposition,
parent,
e.externalID());
/* long new_parent = CreateElement(
((string)e.name()).c_str(),
space,
decomposition,
parent,
e.id(),
e.externalID());*/
//insert association in the map
DoMap(e, des_map, inv_des_map, new_parent);
//2nd set of elements, we need when mapping associations
elements.insert(e);
//recursion here
if (e_children.empty() )
{
//leaf node
percent_done += percent_to_do;
//st_dlg->StepInState(percent_done);
}//eo if (e_children.empty())
else
{
//recursive hack for overall performance
//percent to done is always smaller
int no_of_children = e_children.size();
percent_to_do_save = percent_to_do;
percent_to_do = (short)((float)percent_to_do / (float)no_of_children);
//saving old parent and setting the new parent for Create() calls
//when invoking myself recursively
old_parent = parent;
parent = new_parent;
//check recursively all the children
for (i = e_children.begin(); i != e_children.end(); i++)
{
Element new_e = *i;
CreateDesertSpace(sp, new_e, des_map, inv_des_map, elements, false);
};//eo for (i...)
//recursive & static hack
//setting back parent&percent_to_do
parent = old_parent;
percent_to_do = percent_to_do_save;
}//eo else if (e_children.empty())
}//eo else if (root)
return true;
};
BOOL CDesertToolApp::InitInstance()
{
// Standard initialization
// If you are not using these features and wish to reduce the size
// of your final executable, you should remove from the following
// the specific initialization routines you do not need.
#ifdef _AFXDLL
Enable3dControls(); // Call this when using MFC in a shared DLL
#else
Enable3dControlsStatic(); // Call this when linking to MFC statically
#endif
//this hack is offered gratiously by our very talented grad. student, Tihamer Levendovszky)
SetRegistryKey(_T("ISIS"));
CString str(m_pszHelpFilePath);
WriteProfileString(_T("Data"),_T("Path"), str.Left(str.GetLength()-3) +CString(_T("exe")));
//end of the hack offered by our very gifted, talented, and I could continue... grad student
//check for command line
//if an argument is received, and actually ends up with stg. like
// "xml", "mga", or "mem", we will use that one.
bool command_arg_ok = false;
bool cancel_input = false;
bool cancel_output = false;
bool isSilent= false;
bool multiRun = false;
CString consList;
TCHAR** consGroupNames = NULL;
TCHAR** consGroups = NULL;
int numConsGroups = 0;
TCHAR input_file[_MAX_PATH];
TCHAR output_file[_MAX_PATH];
tstring desert_config_info_file = _T("");
FILE* fdDcif = 0;
static TCHAR szFilterUDM[] = _T("XML Backend Files (*.xml)|*.xml|MEM Backend Files (*.mem)|*.mem|MGA Backend Files (*.mga)|*.mga|All Files (*.*)|*.*||");
bool hasInputFile = false;
bool hasOutputFile = false;
if (m_lpCmdLine)
{
if (_tcslen(m_lpCmdLine))
{
if (_tcsstr(m_lpCmdLine, _T("/?")) || _tcsstr(m_lpCmdLine, _T("/help")) || _tcsstr(m_lpCmdLine, _T("--help")) || _tcsstr(m_lpCmdLine, _T("/h")))
{
CString usage(_T("Usage: deserttool.exe [<DesertInput xml>] [/o <Output Filename>] [/c \"constraint1:constraint2\"] [/m \"__CG__GroupA:constraint1:constraint2:__CG__GroupB:constraint1:constraint3\"\r\n\r\nArgument details:\r\n"));
usage.Append(_T("DesertInput xml: input desert xml file\r\n"));
usage.Append(_T("/c \"constraint1 : constraint2\": apply the constraint list directly without GUI shown up\r\n"));
usage.Append(_T("/c \"applyAll\": apply all constraints directly without GUI shown up\r\n"));
usage.Append(_T("/c \"none\": does not apply any constraint and computes total no. of configurations, without GUI shown up\r\n"));
usage.Append(_T("/m : when used calls desert process for \"none\", \"applyAll\", and all given constraint groups (with names using '__CG__' prefix) one by one, without GUI shown up\r\n"));
std::cout << usage;
AfxMessageBox(usage,MB_ICONINFORMATION);
return TRUE;
}
if (_tcsstr(m_lpCmdLine, _T(".xml")) || _tcsstr(m_lpCmdLine, _T(".mem")) || _tcsstr(m_lpCmdLine, _T(".mga"))
|| _tcsstr(m_lpCmdLine, _T(".XML")) || _tcsstr(m_lpCmdLine, _T(".MEM")) || _tcsstr(m_lpCmdLine, _T(".MGA")))
{
CWzdCommandLineInfo cmdInfo;
ParseCommandLine(cmdInfo);
//seems to be a valid file name
command_arg_ok = true;
_tcscpy(input_file, cmdInfo.desert_file);
hasInputFile = !(cmdInfo.desert_file).IsEmpty();
_tcscpy(output_file, cmdInfo.desert_output_file);
hasOutputFile = !(cmdInfo.desert_output_file).IsEmpty();
isSilent = cmdInfo.silent;
if (cmdInfo.applyCons)
consList = cmdInfo.consList;
if(cmdInfo.multiRun) {
int ncgs = cmdInfo.consGroupNames.GetCount();
numConsGroups = ncgs;
if(ncgs > 0) {
consGroupNames = new TCHAR* [ncgs];
consGroups = new TCHAR* [ncgs];
}
POSITION p1 = cmdInfo.consGroupNames.GetHeadPosition();
int cIdx = 0;
while (p1 != NULL) {
CString s = cmdInfo.consGroupNames.GetNext(p1);
consGroupNames[cIdx++] = _tcsdup(s);
}
POSITION p2 = cmdInfo.consGroups.GetHeadPosition();
cIdx = 0;
while (p2 != NULL) {
CString s = cmdInfo.consGroups.GetNext(p2);
consGroups[cIdx++] = _tcsdup(s);
}
multiRun = true;
isSilent = true;
}
}
}//eo if (_tcslen(m_lpCmdLine))
}//eo if (m_lpCmdLine)
if (!command_arg_ok && !hasInputFile)
{
CFileDialog Open( TRUE, //construct a file open dialog
_T("xml"), //default file name extension
NULL, //default file name
OFN_FILEMUSTEXIST |OFN_HIDEREADONLY , //default behaviour
szFilterUDM, //no filter
NULL //no parent windows
);
if (Open.DoModal() == IDOK)
{
_tcscpy(input_file, Open.GetPathName());
}
else
{
cancel_input = true;
return TRUE;
}
}
tstring infile= stripQuotes( input_file);
infile.copy( input_file, infile.length(), 0);
input_file[ infile.length()]= 0;
// If output_file name is given, use it, else tack an _back at the end
// (i.e., output has the same name, but sufxed by _back.[xml|mga|mem])
if(hasOutputFile) {
tstring outFile = stripQuotes( output_file );
outFile.copy( output_file, outFile.length(), 0);
output_file[ outFile.length() ] = 0;
tstring strOutFName = output_file;
std::size_t dotPos = strOutFName.find_last_of('.');
if(dotPos != std::string::npos) {
desert_config_info_file = strOutFName.substr(0, dotPos) + _T("_configs.xml");
} else {
desert_config_info_file = strOutFName + _T("_configs.xml");
}
fdDcif = _tfopen(desert_config_info_file.c_str(), _T("w+"));
}
else {
_tcsncpy(output_file, input_file, _tcslen(input_file)-4);
*(output_file+_tcslen(input_file)-4)='\0';
desert_config_info_file = output_file;
desert_config_info_file += _T("_configs.xml");
fdDcif = _tfopen(desert_config_info_file.c_str(), _T("w+"));
if (_tcsstr(input_file, _T(".xml")) || _tcsstr(input_file, _T(".XML"))) _tcscat(output_file, _T("_back.xml"));
if (_tcsstr(input_file, _T(".mem")) || _tcsstr(input_file, _T(".MEM"))) _tcscat(output_file, _T("_back.mem"));
if (_tcsstr(input_file, _T(".mga")) || _tcsstr(input_file, _T(".MGA"))) _tcscat(output_file, _T("_back.mga"));
}
if (!cancel_input)
{
CStatusDlg s_dlg( 0, isSilent);
s_dlg.Create(IDD_DIALOG1);
GetStatusDlg(&s_dlg);
DesertSystem ds;
Udm::SmartDataNetwork nw(diagram);
try
{
s_dlg.SetStatus(SD_INIT);
s_dlg.SetStatus(SD_PARSE);
nw.OpenExisting(std::string(CStringA(input_file)), "", Udm::CHANGES_LOST_DEFAULT);
ds = DesertSystem::Cast(nw.GetRootObject());
DesertInit(CString(((std::string)ds.SystemName()).c_str()));
s_dlg.SetStatus(SD_SPS);
//spaces, elements
set<Space> spaces = ds.Space_kind_children();
set<Space>::iterator sp_iterator;
ASSERT(spaces.begin() != spaces.end());
UdmDesertMap des_map;
DesertUdmMap inv_des_map;
UdmElementSet elements;
UdmMemberSet custom_members;
CStatusDlg * st_dlg = GetStatusDlg(NULL);
std::function<void(short)> UpdateStatus = [&st_dlg](short status) { st_dlg->StepInState(status); };
//Build spaces
if (!spaces.empty())
{
Space sp;
Element dummy;
for (sp_iterator = spaces.begin(); sp_iterator != spaces.end(); sp_iterator++)
{
Space sp = *(sp_iterator);
TRACE("Creating space: %s\n", ((string)sp.name()).c_str());
CreateDesertSpace(sp, dummy, des_map, inv_des_map, elements, true, UpdateStatus);
}//eo for (sp_iterator)
}//if (!spaces.empty())
//create relations
s_dlg.SetStatus(SD_ERS);
CreateElementRelations(ds, des_map, inv_des_map, UpdateStatus);
//create constrains
s_dlg.SetStatus(SD_CTS);
CreateConstraints(ds, des_map, inv_des_map);
//create foumulas
CreateCustomFormulas(ds, des_map, inv_des_map);
//create natural domains
s_dlg.SetStatus(SD_NDS);
CreateNaturalDomains(ds, des_map, inv_des_map, UpdateStatus);
//create custom domains
s_dlg.SetStatus(SD_CDS);
CreateCustomDomains(ds, des_map, inv_des_map, custom_members, UpdateStatus);
//create custom domain relations
s_dlg.SetStatus(SD_MRS);
CreateMemberRelations(ds, des_map, inv_des_map, UpdateStatus);
//create variable properties
s_dlg.SetStatus(SD_VPS);
CreateVariableProperties(des_map, inv_des_map, elements, UpdateStatus);
//create constant properties
s_dlg.SetStatus(SD_CPS);
CreateConstantProperties(des_map, inv_des_map, elements, custom_members, UpdateStatus);
//create simpleformula for properties
CreateSimpleFormulas(ds, des_map, inv_des_map);
//create assignments for VariableProperties
s_dlg.SetStatus(SD_ASS);
CreateAssignments(des_map, inv_des_map, elements, custom_members, UpdateStatus);
//invoking Desert UI
s_dlg.SetStatus(SD_GUI);
using namespace BackIfaceFunctions;
fprintf(fdDcif, "<?xml version=\"1.1\"?>\n");
fprintf(fdDcif, "<DesertConfigurations>\n");
if (multiRun) {
// Initialize
std::cout << "Starting Multirun" << std::endl;
DesertFinitWithMultirun_Pre(numConsGroups, consGroupNames, consGroups);
// First run with no constraints applied
int numCfgs = DesertFinitWithMultirun_Exec(true, CString(((std::string) ds.SystemName()).c_str()), _T("NONE"), _T(""));
std::cout << "Group: NONE\tConfigs: " << numCfgs << std::endl;
fprintf(fdDcif, "\t<None NumConfigs=\"%d\"/>\n", numCfgs);
ReInitializeManager(&ds, &des_map, &inv_des_map);
// Next run with all constraints applied
numCfgs = DesertFinitWithMultirun_Exec(true, CString(((std::string) ds.SystemName()).c_str()), _T("ALL"), _T("applyAll"));
std::cout << "Group: NONE\tConfigs: " << numCfgs << std::endl;
fprintf(fdDcif, "\t<All NumConfigs=\"%d\"/>\n", numCfgs);
ReInitializeManager(&ds, &des_map, &inv_des_map);
// Next run for all groups
fprintf(fdDcif, "\t<Groups>\n");
for (int j = 0; j < numConsGroups; j++) {
numCfgs = DesertFinitWithMultirun_Exec(true, CString(((std::string) ds.SystemName()).c_str()), consGroupNames[j], consGroups[j]);
std::cout << "Group: NONE\tConfigs: " << numCfgs << std::endl;
fprintf(fdDcif, "\t\t<Group Name=\"%S\" NumConfigs=\"%d\">\n", consGroupNames[j], numCfgs);
std::vector<tstring> splittedCons = splitConstraints(consGroups[j]);
for (std::vector<tstring>::iterator conIt = splittedCons.begin(); conIt != splittedCons.end(); ++conIt)
fprintf(fdDcif, "\t\t\t<Constraint Name=\"%S\"/>\n", conIt->c_str());
fprintf(fdDcif, "\t\t</Group>\n");
if (j < numConsGroups) {
ReInitializeManager(&ds, &des_map, &inv_des_map);
}
}
fprintf(fdDcif, "\t</Groups>\n");
// Finalize
DesertFinitWithMultirun_Post();
std::cout << "Finished Multirun" << std::endl;
std::cout.flush();
}
else {
// AfxMessageBox(CString("Calling DESERT Finit w/:") + consList );
std::cout << "Running with constraint set: \t" << consList << std::endl;
DBConfigurations * confs = (DBConfigurations *)DesertFinit(true, isSilent, consList == "" ? NULL : (LPCTSTR)consList);
int numCfgs = (confs) ? confs->GetCount() : 0;
tstring strConsList = trimSpaces(tstring(consList));
if (strConsList.length() == 0 || strConsList.compare(_T("None")) == 0 || strConsList.compare(_T("none")) == 0) {
fprintf(fdDcif, "\t<None NumConfigs=\"%d\"/>\n", numCfgs);
} else if(strConsList.compare(_T("applyAll")) == 0) {
fprintf(fdDcif, "\t<All NumConfigs=\"%d\"/>\n", numCfgs);
} else {
fprintf(fdDcif, "\t<ConstraintSet NumConfigs=\"%d\">\n", numCfgs);
std::vector<tstring> allStrCons = splitConstraints(strConsList);
for (std::vector<tstring>::iterator strCIt = allStrCons.begin(); strCIt != allStrCons.end(); ++strCIt)
fprintf(fdDcif, "\t\t<Constraint Name=\"%S\"/>\n", strCIt->c_str());
fprintf(fdDcif, "\t</ConstraintSet>\n");
}
std::cout << "Configs: " << numCfgs << std::endl;
std::cout.flush();
if (confs)
{
//open file dialog to write out configurations
if (!command_arg_ok || !isSilent)
{
CFileDialog SaveAs(
FALSE, //construct a file open dialog
_T("xml"), //default file name extension
output_file, //default file name
OFN_HIDEREADONLY , //default behaviour
szFilterUDM, //no filter
NULL //no parent windows
);
if (SaveAs.DoModal() == IDOK)
{
_tcscpy(output_file, SaveAs.GetPathName());
}
else cancel_output = true;
}
if (!cancel_output)
{
//create data network
Udm::SmartDataNetwork bw(DesertIfaceBack::diagram);
DesertIfaceBack::DesertBackSystem dbs;
bw.CreateNew(
//(LPCTSTR)SaveAs.GetFileName(),
std::string(CStringA(output_file)),
"DesertIfaceBack",
DesertIfaceBack::DesertBackSystem::meta,
Udm::CHANGES_PERSIST_ALWAYS);
//get&take care of the root object
dbs = DesertIfaceBack::DesertBackSystem::Cast(bw.GetRootObject());
dbs.SystemName() = ds.SystemName();
//elements, custommembers and natural members will be created
//on the fly, as it they are participating in an assignment
int confn = confs->GetCount();
POSITION pos = confs->GetHeadPosition();
int count = 0;
s_dlg.SetStatus(SD_PREP);
while (pos)
{
DBConfiguration * config = confs->GetNext(pos);
if (config)
{
DesertIfaceBack::Configuration dummy;
//check for the existence of elements, properties,
//and values which will be associated then
POSITION pos1 = config->assignments.GetHeadPosition();
while (pos1)
{
long valid_ass = config->assignments.GetNext(pos1);
BackIfaceFunctions::CreatePropertyAssignment(dbs, dummy, inv_des_map, des_map, valid_ass, false);
}
POSITION pos2 = config->alt_assignments.GetStartPosition();
while (pos2)
{
long alt, alt_of;
config->alt_assignments.GetNextAssoc(pos2, alt_of, alt);
BackIfaceFunctions::CreateAlternativeAssignment(dbs, dummy, inv_des_map, alt_of, alt, false);
};
}//eo if (config)
s_dlg.StepInState((double)(((double)(++count)) / ((double)(confs->GetCount())))*100.0); //progress bar
}//eo while(pos)
pos = confs->GetHeadPosition();
s_dlg.SetStatus(SD_BACK);
count = 0;
while (pos)
{
DBConfiguration * config = confs->GetNext(pos);
if (config)
{
//create configuration
DesertIfaceBack::Configuration dib_conf = DesertIfaceBack::Configuration::Create(dbs);
CString s;
s.Format(_T("Conf. no: %d"), config->id);
dib_conf.name() = static_cast<LPCSTR>(CStringA(s));
dib_conf.id() = config->id;
POSITION pos1 = config->assignments.GetHeadPosition();
while (pos1)
{
long valid_ass = config->assignments.GetNext(pos1);
BackIfaceFunctions::CreatePropertyAssignment(dbs, dib_conf, inv_des_map, des_map, valid_ass, true);
}
POSITION pos2 = config->alt_assignments.GetStartPosition();
while (pos2)
{
long alt, alt_of;
config->alt_assignments.GetNextAssoc(pos2, alt_of, alt);
BackIfaceFunctions::CreateAlternativeAssignment(dbs, dib_conf, inv_des_map, alt_of, alt, true);
};
TRACE("Got %d of configurations!\n", confs->GetCount());
delete config;
}//eo if (config)
s_dlg.StepInState((double)(((double)(++count)) / ((double)(confs->GetCount())))*100.0); //progress bar
}//eo while(pos)
delete confs;
set<DesertIfaceBack::Configuration> cfgs = dbs.Configuration_kind_children();
for (set<DesertIfaceBack::Configuration>::iterator it = cfgs.begin(); it != cfgs.end(); ++it)
{
DesertIfaceBack::Configuration cfg = *it;
std::string cfgid = cfg.cfgId();
boost::crc_32_type id_hash;
id_hash.process_bytes(cfgid.c_str(), cfgid.length());
int uid = id_hash.checksum();
std::stringstream sstream;
sstream << std::hex << uid;
cfg.cfgId() = sstream.str();
}
}//eo if DoModal() == IDOK
}//eo if (configs)
//all done
s_dlg.SetStatus(SD_FINIT);
/*{
//debug test
set<ConstraintSet> ts_set = ds.ConstraintSet_kind_children();
set<ConstraintSet>::iterator i = ts_set.begin();
ConstraintSet cts = *i;
Constraint ct = Constraint::Create(cts);
ct.id() = 1234567890;
ct.externalID() = -1234567890;
ct.name() = "f**k name";
ct.expression() = "f**k expression";
set<Space> sp_set = ds.Space_kind_children();
set<Space> :: iterator j = sp_set.begin();
Space sp = *j;
set<Element> e_set = sp.Element_kind_children();
set<Element> :: iterator k = e_set.begin();
Element e = *k;
ct.context() = e;
}*/
} // eo multiRun
fprintf(fdDcif, "</DesertConfigurations>\n");
fflush(fdDcif);
fclose(fdDcif);
}//eo try
catch (CDesertException *e)
{
fprintf(fdDcif, "</DesertConfigurations>\n");
fflush(fdDcif);
fclose(fdDcif);
e->ReportError();
// throw e;
return FALSE;
}
catch (udm_exception e)
{
fprintf(fdDcif, "</DesertConfigurations>\n");
fflush(fdDcif);
fclose(fdDcif);
if (m_lpCmdLine && command_arg_ok)
std::cerr << std::string("Udm exception: ") + e.what();
else
AfxMessageBox(CString("Udm exception: ") + CString(e.what()));
// throw e;
return FALSE;
}
}//eo if (Open.DoModal())
// Since the dialog has been closed, return FALSE so that we exit the
// application, rather than start the application's message pump.
return TRUE;
}