TowerOptoSifAndSpectral/othersoft/TemperatureControler/src/Temperature/TemperatureRegulator.cpp

//
// Created by xin on 25-4-2.
//

#include "TemperatureRegulator.h"
#include "logout.h"
 TemperatureRegulator *g_tempretureRegulator;
TemperatureRegulator::TemperatureRegulator(){

     g_tempretureRegulator=this;
}
/*
    "PortName": "ttyS2",
    "BaudRate": 115200,
    "Pin": {
      "TG": {
        "Pin_H": 7,
        "Pin_L": 10
        },
      "Fan": {
        "Pin": 11
        },
      "HOT": {
        "Pin": 12
       }
    },
    "Constant_Temperature": {
      "MaxTemp": 30,
      "MinTemp": 0
    },
"Temperature": {
      "index_x": 0,
        "index_y": 0,
    }

 **/
void TemperatureRegulator::setconfig(json jconfig) {
    QString Port_Name="ttyS2";
    int BaudRate=115200;

    if (jconfig.contains("PortName")) {
        Port_Name=QString::fromStdString(jconfig["PortName"]);
    }
    if (jconfig.contains("BaudRate")) {
        BaudRate=jconfig["BaudRate"];
    }
    m_TemperaTureWoker=new TemperaTureWoker();
    m_TemperaTureWoker->OpenCom(Port_Name,BaudRate);
    int pin1_H=7;
    int pin1_L=10;
    int pin2_H=2;
    int pin2_L=4;
    if (jconfig.contains("Pin")) {
        if (jconfig["Pin"].contains("TG")) {
            if (jconfig["Pin"]["TG"].contains("Pin_H")) {
                pin1_H=jconfig["Pin"]["TG"]["Pin_H"];
            }
            if (jconfig["Pin"]["TG"].contains("Pin_L")) {
                pin1_L=jconfig["Pin"]["TG"]["Pin_L"];
            }
        }
        if (jconfig["Pin"].contains("Fan")) {
            if (jconfig["Pin"]["Fan"].contains("Pin")) {
                pin2_H=jconfig["Pin"]["Fan"]["Pin"];
            }
        }
        if (jconfig["Pin"].contains("HOT")) {
            if (jconfig["Pin"]["HOT"].contains("Pin")) {
                pin2_L=jconfig["Pin"]["HOT"]["Pin"];
            }
        }
    }

    m_TG_Manager=new TG_Manager();
    m_TG_Manager->SetPin(pin1_H,pin1_L,pin2_H,pin2_L);

    if (jconfig.contains("Constant_Temperature")) {
        if (jconfig["Constant_Temperature"].contains("MaxTemp")) {
            M_Targert_Max_Tempreature=jconfig["Constant_Temperature"]["MaxTemp"];
        }
        if (jconfig["Constant_Temperature"].contains("MinTemp")) {
            M_Targert_Min_Tempreature=jconfig["Constant_Temperature"]["MinTemp"];
        }
    }
    if (jconfig.contains("Temperature")) {
        if (jconfig["Temperature"].contains("index_x")) {
            m_target_index=jconfig["Temperature"]["index_x"];
        }
        if (jconfig["Temperature"].contains("index_y")) {
            m_target_indey=jconfig["Temperature"]["index_y"];
        }
    }


    isinit=true;




}

void TemperatureRegulator::SetTartGetX_Y(int x,int y){
    m_target_index=x;
    m_target_indey=y;
}
void TemperatureRegulator::init(){




}
void TemperatureRegulator::loop(){
    if (!isinit) return;
    m_TemperaTureWoker->ReadTempreature();
    float tempreture=m_TemperaTureWoker->m_Tempreaturegroups[m_target_index].tempera[m_target_indey];
    //printf("current tempreture is %f\n",tempreture);
    logout("Temp","current tempreture is "+QString::number(tempreture),6);
   // qDebug()<< "current tempreture is " << tempreture;
    if (tempreture>M_Targert_Max_Tempreature)
    {
        m_TG_Manager->Cooling();
    }
    else if (tempreture<M_Targert_Min_Tempreature)
    {
        m_TG_Manager->Heating();
    }
    else
    {
        m_TG_Manager->Stop();
    }


}

bool TemperatureRegulator::looptask() {
    g_tempretureRegulator->loop();
}