DynamicArgSettingGUI::DynamicArgSettingGUI(ArgInfoGUI *argSettingGUI, const QString& name, QObject *parent) :
QObject(parent),
m_argSettingGUI(argSettingGUI),
m_name(name)
{
connect(m_argSettingGUI, SIGNAL(valueChanged()), this, SLOT(processValueChanged()));
}
void processsimthread::run()
{
QMutex mutex;
int counter = 0;
this->Stop = false;
while(!this->Stop)
{
mutex.lock();
counter++;
if (counter == 100) {
counter = 0;
}
emit processValueChanged(counter);
mutex.unlock();
QThread::msleep(100);
}
}
TractionLever_Controller::TractionLever_Controller(SubteStatus * subte, TractionLever * tractionLever, TractionHardware *th)
{
m_subte = subte;
m_tractionLever = tractionLever;
m_tractionHardware = th;
m_checkJ = new QTimer();
m_checkJ->setInterval(50);
m_checkB = new QTimer();
m_checkB->setInterval(250);
connect(m_checkJ,SIGNAL(timeout()),m_tractionHardware,SLOT(processValueChanged()));
connect(m_checkB,SIGNAL(timeout()),m_tractionHardware,SLOT(processRanaChanged()));
connect(m_checkB,SIGNAL(timeout()),m_tractionHardware,SLOT(processSetaChanged()));
connect(m_checkB,SIGNAL(timeout()),m_tractionHardware,SLOT(processBottonChanged()));
connect(m_tractionHardware,SIGNAL(positionChanged(int)),this,SLOT(processValue(int)));
connect(m_tractionLever,SIGNAL(positionChanged(int)),this,SLOT(processValue(int)));
}
DynamicArgSettingGUI::~DynamicArgSettingGUI()
{
disconnect(m_argSettingGUI, SIGNAL(valueChanged()), this, SLOT(processValueChanged()));
}
