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app/gui/oven_control/realtimesensorwindow.cpp 4.52 KB
6a965b9f1   고영탁   엔지니어 모드 2차 구현
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  #include "realtimesensorwindow.h"
  #include "ui_realtimesensorwindow.h"
  #include "ovenstatics.h"
  
  realtimeSensorWindow::realtimeSensorWindow(QWidget *parent) :
      QMainWindow(parent),
      ui(new Ui::realtimeSensorWindow)
  {
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      OvenStatistics* ovs = OvenStatistics::getInstance();
6a965b9f1   고영탁   엔지니어 모드 2차 구현
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      int i = 0;
      ui->setupUi(this);
  
      m_arrLbState[0][0] = ui->m_ctrlLbListState_1_1;
      m_arrLbState[0][1] = ui->m_ctrlLbListState_1_2;
      m_arrLbState[0][2] = ui->m_ctrlLbListState_1_3;
      m_arrLbState[0][3] = ui->m_ctrlLbListState_1_4;
      m_arrLbState[0][4] = ui->m_ctrlLbListState_1_5;
      m_arrLbState[0][5] = ui->m_ctrlLbListState_1_6;
      m_arrLbState[0][6] = ui->m_ctrlLbListState_1_7;
      m_arrLbState[0][7] = ui->m_ctrlLbListState_1_8;
      m_arrLbState[0][8] = ui->m_ctrlLbListState_1_9;
  
      m_arrLbState[1][0] = ui->m_ctrlLbListState_2_1;
      m_arrLbState[1][1] = ui->m_ctrlLbListState_2_2;
      m_arrLbState[1][2] = ui->m_ctrlLbListState_2_3;
      m_arrLbState[1][3] = ui->m_ctrlLbListState_2_4;
      m_arrLbState[1][4] = ui->m_ctrlLbListState_2_5;
      m_arrLbState[1][5] = ui->m_ctrlLbListState_2_6;
      m_arrLbState[1][6] = ui->m_ctrlLbListState_2_7;
      m_arrLbState[1][7] = ui->m_ctrlLbListState_2_8;
      m_arrLbState[1][8] = ui->m_ctrlLbListState_2_9;
  
      m_arrLbState[2][0] = ui->m_ctrlLbListState_3_1;
      m_arrLbState[2][1] = ui->m_ctrlLbListState_3_2;
      m_arrLbState[2][2] = ui->m_ctrlLbListState_3_3;
      m_arrLbState[2][3] = ui->m_ctrlLbListState_3_4;
      m_arrLbState[2][4] = ui->m_ctrlLbListState_3_5;
      m_arrLbState[2][5] = ui->m_ctrlLbListState_3_6;
      m_arrLbState[2][6] = ui->m_ctrlLbListState_3_7;
      m_arrLbState[2][7] = ui->m_ctrlLbListState_3_8;
      m_arrLbState[2][8] = ui->m_ctrlLbListState_3_9;
  
      m_arrLbState[3][0] = ui->m_ctrlLbListState_4_1;
      m_arrLbState[3][1] = ui->m_ctrlLbListState_4_2;
      m_arrLbState[3][2] = ui->m_ctrlLbListState_4_3;
      m_arrLbState[3][3] = ui->m_ctrlLbListState_4_4;
      m_arrLbState[3][4] = ui->m_ctrlLbListState_4_5;
      m_arrLbState[3][5] = ui->m_ctrlLbListState_4_6;
      m_arrLbState[3][6] = ui->m_ctrlLbListState_4_7;
      m_arrLbState[3][7] = ui->m_ctrlLbListState_4_8;
      m_arrLbState[3][8] = ui->m_ctrlLbListState_4_9;
  
      for(i=0;i<REALSENSOR_CONTROL_LIST_ITEM_MAX;i++){
          m_arrSensorItems[i] = &(ovs->srvdatas->sensor_log.values[m_arrSensorItemIdxs[i]]);
      }
      reloadUi();
  }
  
  realtimeSensorWindow::~realtimeSensorWindow()
  {
      delete ui;
  }
  
  void realtimeSensorWindow::on_backButton_clicked()
  {
      deleteLater();
  }
  
  uint16_t i_temp1,i_temp2;
  type_temp temp_temp;
  
  void realtimeSensorWindow::reloadUi(void){
      char strTime[64];
      QString strTemp="";
      struct tm *timeptr;
      int i = 0;
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      OvenStatistics* ovs = OvenStatistics::getInstance();
6a965b9f1   고영탁   엔지니어 모드 2차 구현
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      if(ovs!= NULL){
          for(i=0;i<REALSENSOR_CONTROL_LIST_ITEM_MAX;i++){
              i_temp1 = i;
              i_temp2 = ovs->getSensorTypeByIdx(m_arrSensorItemIdxs[i]);
              temp_temp = ovs->getCurSensorValueByIdx(m_arrSensorItemIdxs[i]);
  
              if(ovs->getSensorTypeByIdx(m_arrSensorItemIdxs[i]) == 2 )
                      strTemp.sprintf("%d℃",ovs->getCurSensorValueByIdx(m_arrSensorItemIdxs[i]).itemp/10);
              else if(ovs->getSensorTypeByIdx(m_arrSensorItemIdxs[i]) == 1 )
                      strTemp.sprintf("%d℃",ovs->getCurSensorValueByIdx(m_arrSensorItemIdxs[i]).utemp);
              else  strTemp.sprintf("%d℃",ovs->getCurSensorValueByIdx(m_arrSensorItemIdxs[i]).itemp);
              m_arrLbState[0][i]->setText(strTemp);
          }
  
          for(i=0;i<REALSENSOR_CONTROL_LIST_ITEM_MAX;i++){
              if(ovs->getSensorTypeByIdx(m_arrSensorItemIdxs[i]) == 2 )
                      strTemp.sprintf("%d℃",m_arrSensorItems[i]->high_temp.itemp/10);
              else if(ovs->getSensorTypeByIdx(m_arrSensorItemIdxs[i]) == 1)
                      strTemp.sprintf("%d℃",m_arrSensorItems[i]->high_temp.utemp);
              else  strTemp.sprintf("%d℃",m_arrSensorItems[i]->high_temp.itemp);
              m_arrLbState[1][i]->setText(strTemp);
          }
  
          for(i=0;i<REALSENSOR_CONTROL_LIST_ITEM_MAX;i++){
              strTemp.sprintf("%d℃", m_arrCriticalValue[i]);
              m_arrLbState[2][i]->setText(strTemp);
          }
  
  
          for(i=0;i<REALSENSOR_CONTROL_LIST_ITEM_MAX;i++){
              if(m_arrSensorItems[i]->last_high_time !=0){
                  timeptr = gmtime(&(m_arrSensorItems[i]->last_high_time));
                  strftime(strTime,64,"%y-%m-%d
  %H:%M:%S",timeptr);
                  m_arrLbState[3][i]->setText(strTime);
              }
              else{
                  m_arrLbState[3][i]->setText("-");
              }
          }
  
  
  
  
      }
  
  }