CommentWindow::CommentWindow(QWidget *parent, ModelVideo model)
:PostureWindow(parent)
{
m_mvModel.m_sDate = model.m_sDate;
m_mvModel.m_sDescribe = model.m_sDescribe;
m_mvModel.m_sDirectory = model.m_sDirectory;
m_mvModel.m_sOutLine = model.m_sOutLine;
m_mvModel.m_sPublisher = model.m_sPublisher;
m_mvModel.m_sVideoID = model.m_sVideoID;
m_mvModel.m_vCommendsName = model.m_vCommendsName;
m_mvModel.m_vComments = model.m_vComments;
m_mvModel.m_sFavor = model.m_sFavor;
m_mvModel.m_sMode = model.m_sMode;
m_iCurrPage = 0;
InitWidgets();
BuildBottomRight();
BuildConnections();
}
DisplayWindow::DisplayWindow(QWidget *parent,ModelVideo model)
:PostureWindow(parent)
{
m_mvModel.m_sDate = model.m_sDate;
m_mvModel.m_sDescribe = model.m_sDescribe;
m_mvModel.m_sDirectory = model.m_sDirectory;
m_mvModel.m_sOutLine = model.m_sOutLine;
m_mvModel.m_sPublisher = model.m_sPublisher;
m_mvModel.m_sVideoID = model.m_sVideoID;
m_mvModel.m_vCommendsName = model.m_vCommendsName;
m_mvModel.m_vComments = model.m_vComments;
m_mvModel.m_sFavor = model.m_sFavor;
m_mvModel.m_sMode = model.m_sMode;
m_qmbMsg = new QMessageBox(this);
m_qmbMsg->setObjectName("msg");
m_qmbMsg->hide();
BuildBottomRight();
BuildConnections();
BuildMessage();
}
// copy constructor
// it does not only copy the members, but also copy the connections between the
// members
PRadHyCalSystem::PRadHyCalSystem(const PRadHyCalSystem &that)
: ConfigObject(that), hycal(nullptr), cal_period(that.cal_period)
{
// copy detector
if(that.hycal) {
hycal = new PRadHyCalDetector(*that.hycal);
hycal->SetSystem(this, true);
}
// copy histogram
energy_hist = new TH1D(*that.energy_hist);
// copy reconstruction method
for(auto &it : that.recon_map)
{
recon_map[it.first] = it.second->Clone();
}
SetClusterMethod(that.GetClusterMethodName());
// copy tdc
for(auto tdc : that.tdc_list)
{
AddTDCChannel(new PRadTDCChannel(*tdc));
}
// copy adc
for(auto adc : that.adc_list)
{
PRadADCChannel *new_adc = new PRadADCChannel(*adc);
AddADCChannel(new_adc);
// copy the connections between adc and tdc
if(!adc->GetTDC())
continue;
PRadTDCChannel *tdc = GetTDCChannel(adc->GetTDC()->GetName());
tdc->ConnectChannel(new_adc);
}
// build connections between adc channels and modules
BuildConnections();
}
// read DAQ channel list
void PRadHyCalSystem::ReadChannelList(const std::string &path)
{
if(path.empty())
return;
ConfigParser c_parser;
// set special splitter
c_parser.SetSplitters(",: \t");
if(!c_parser.ReadFile(path)) {
std::cerr << "PRad HyCal System Error: Failed to read channel list file "
<< "\"" << path << "\"."
<< std::endl;
return;
}
// we accept 2 types of channels
// tdc, adc
std::vector<std::string> types = {"TDC", "ADC"};
// tdc args: name crate slot channel
// adc args: name crate slot channel tdc
std::vector<int> expect_args = {4, 4};
std::vector<int> option_args = {0, 1};
// this vector is to store all the following arguments
std::vector<std::vector<ConfigValue>> ch_args[types.size()];
// read all the elements in
while(c_parser.ParseLine())
{
std::string type = c_parser.TakeFirst();
size_t i = 0;
for(; i < types.size(); ++i)
{
if(ConfigParser::strcmp_case_insensitive(type, types.at(i))) {
// only save elements from expected format
if(c_parser.CheckElements(expect_args.at(i), option_args.at(i)))
ch_args[i].push_back(c_parser.TakeAll<std::vector>());
break;
}
}
if(i >= types.size()) { // did not find any type
std::cout << "PRad HyCal System Warning: Undefined channel type "
<< type << " in channel list file "
<< "\"" << path << "\""
<< std::endl;
}
}
// create TDC first, since it will be needed by ADC channels
for(auto &args : ch_args[0])
{
std::string name(args[0]);
ChannelAddress addr(args[1].UInt(), args[2].UInt(), args[3].UInt());
PRadTDCChannel *new_tdc = new PRadTDCChannel(name, addr);
if(!AddTDCChannel(new_tdc)) // failed to add tdc
delete new_tdc;
}
// create ADC channels, and add them to TDC groups
for(auto &args : ch_args[1])
{
std::string name(args[0]);
ChannelAddress addr(args[1].UInt(), args[2].UInt(), args[3].UInt());
PRadADCChannel *new_adc = new PRadADCChannel(name, addr);
if(!AddADCChannel(new_adc)) { // failed to add adc
delete new_adc;
continue;
}
// no tdc group specified
if(args.size() < 5)
continue;
// add this adc to tdc group
std::string tdc_name(args[4]);
// this adc has no tdc connection
if(ConfigParser::strcmp_case_insensitive(tdc_name, "NONE") ||
ConfigParser::strcmp_case_insensitive(tdc_name, "N/A"))
continue;
PRadTDCChannel *tdc = GetTDCChannel(tdc_name);
if(tdc) {
tdc->ConnectChannel(new_adc);
} else {
std::cout << "PRad HyCal System Warning: ADC Channel " << name
<< " belongs to TDC Group " << tdc_name
<< ", but the TDC Channel does not exist in the system."
<< std::endl;
}
}
// build connection between modules and channels
BuildConnections();
}
