TSI_Config/seismic_monitor.cpp

#include "seismic_monitor.h"
#include "ui_seismic_monitor.h"
#include <QDebug>
#include <QJsonDocument>
#include <QJsonArray>
#include <QJsonObject>
#include <QFile>
#include <QListView>
#include "acceleration.h"
#include "velocity.h"
#include "radial_vibration.h"

Seismic_monitor::Seismic_monitor(int slot, QWidget *parent) :
    QWidget(parent),
    ui(new Ui::Seismic_monitor) {
    ui->setupUi(this);
    ui->widget_body->setProperty("flag", "body");
    ui->comboBox_chan_type_1->setView(new QListView());
    ui->comboBox_chan_type_2->setView(new QListView());
    ui->comboBox_chan_type_3->setView(new QListView());
    ui->comboBox_chan_type_4->setView(new QListView());
    ui->comboBox_transducer_name_1->setView(new QListView());
    ui->comboBox_transducer_name_2->setView(new QListView());
    ui->comboBox_transducer_name_3->setView(new QListView());
    ui->comboBox_transducer_name_4->setView(new QListView());
    ui->comboBox_sample_rate_1->setView(new QListView());
    ui->comboBox_sample_rate_2->setView(new QListView());
    ui->comboBox_sample_rate_3->setView(new QListView());
    ui->comboBox_sample_rate_4->setView(new QListView());
    slot_no = slot;
    QString slot_no_ = QString("%1").arg(slot_no);
    ui->label_slot_no->setText(slot_no_);
    QString filePath = QCoreApplication::applicationDirPath() + QString("\\config\\%1\\seismic_monitor_slot.json").arg(slot_no);
    readJsonFile(filePath);
    Init();
}

Seismic_monitor::~Seismic_monitor() {
    delete ui;
}
void Seismic_monitor::readJsonFile(const QString &filePath) {
    // 创建文件对象
    QFile file(filePath);
    if (!file.open(QIODevice::ReadOnly | QIODevice::Text)) {
        qDebug() << "Cannot open file for reading:" << filePath;
        return;
    }
    QString content = file.readAll();
    file.close();
    QByteArray jsonData = content.toUtf8();
    QJsonDocument jsonDoc = QJsonDocument::fromJson(jsonData);
    if (jsonDoc.isNull()) {
        qDebug() << "Cannot parse JSON document";
        return;
    }
    if (!jsonDoc.isObject() && !jsonDoc.isArray()) {
        qDebug() << "JSON document is not an object or an array";
        return;
    }
    QJsonObject json_obj = jsonDoc.object();
    card_type = json_obj["card_type"].toInt();
    QJsonArray chan_array = json_obj["chan"].toArray();
    for (int i = 0; i < chan_array.size(); i++) {
        QJsonObject temp_obj = chan_array[i].toObject();
        seismic_monitor[i].id = temp_obj["id"].toInt();
        seismic_monitor[i].channel_name = temp_obj["channle_name"].toString();
        seismic_monitor[i].standby = temp_obj["standby"].toBool();
        seismic_monitor[i].active = temp_obj["active"].toBool();
        seismic_monitor[i].rack_type = temp_obj["rack_type"].toInt();
        seismic_monitor[i].tmr_group = temp_obj["tmr_group"].toString();
        seismic_monitor[i].channel_type = temp_obj["channel_type"].toInt();
        seismic_monitor[i].transducer_name = temp_obj["transducer_name"].toString();
        seismic_monitor[i].scale_factor = temp_obj["scale_factor"].toDouble();
        seismic_monitor[i].sampling_rate = temp_obj["sample_rate"].toInt();
        QJsonArray voltage_range_array = temp_obj["normal_voltage_range"].toArray();
        seismic_monitor[i].normal_voltage_low = voltage_range_array[0].toDouble();
        seismic_monitor[i].normal_voltage_high = voltage_range_array[1].toDouble();
    }
    QFile file_transducer(QCoreApplication::applicationDirPath() + QString("\\config\\transducer.json"));
    if (!file_transducer.open(QIODevice::ReadOnly | QIODevice::Text)) {
        qDebug() << "Cannot open file for reading:" << filePath;
        return;
    }
    QString content_transducer = file_transducer.readAll();
    file_transducer.close();
    QByteArray jsonData2 = content_transducer.toUtf8();
    QJsonDocument jsonDoc2 = QJsonDocument::fromJson(jsonData2);
    if (jsonDoc2.isNull()) {
        qDebug() << "Cannot parse JSON document";
        return;
    }
    if (!jsonDoc2.isObject() && !jsonDoc2.isArray()) {
        qDebug() << "JSON document is not an object or an array";
        return;
    }
    QJsonArray json_array = jsonDoc2.array();
    for (int var = 0; var < json_array.size(); ++var) {
        Transducer transducer;
        QJsonObject temp_obj = json_array[var].toObject();
        transducer.transducer_name = temp_obj["transducer_name"].toString();
        transducer.scale_factor = temp_obj["scale_factor"].toDouble();
        vec_transducer.push_back(transducer);
    }
}
void Seismic_monitor::Init() {
    for (int var = 0; var < vec_transducer.size(); ++var) {
        ui->comboBox_transducer_name_1->addItem(vec_transducer[var].transducer_name);
        ui->comboBox_transducer_name_2->addItem(vec_transducer[var].transducer_name);
        ui->comboBox_transducer_name_3->addItem(vec_transducer[var].transducer_name);
        ui->comboBox_transducer_name_4->addItem(vec_transducer[var].transducer_name);
    }
    for (int i = 0; i < CHANNLE_COUNT; i++) {
        if (seismic_monitor[i].id == 1) {
            qDebug() << seismic_monitor[i].channel_type ;
//            if (seismic_monitor[i].channel_type == "acceleration") {
//                ui->comboBox_chan_type_1->setCurrentText("加速度");
//            } else if (seismic_monitor[i].channel_type == "velocity") {
//                ui->comboBox_chan_type_1->setCurrentText("速度");
//            } else if (seismic_monitor[i].channel_type == "proximeter") {
//                ui->comboBox_chan_type_1->setCurrentText("位移");
//            }
            ui->comboBox_chan_type_1->setCurrentIndex(seismic_monitor[i].channel_type);
            //ui->comboBox_transducer_name_1->setText(seismic_monitor[i].transducer_name);
            ui->doubleSpinBox_scale_factor_1->setValue(seismic_monitor[i].scale_factor);
            ui->checkBox_enable_1->setCheckable(seismic_monitor[i].active);
            ui->doubleSpinBox_low_1->setValue(seismic_monitor[i].normal_voltage_low);
            ui->doubleSpinBox_high_1->setValue(seismic_monitor[i].normal_voltage_high);
//            if (seismic_monitor[i].sample_rate == "32000") {
//                ui->comboBox_sample_rate_1->setCurrentText("32 k");
//            }
            ui->comboBox_sample_rate_1->setCurrentIndex(seismic_monitor[i].sampling_rate);
        }
        if (seismic_monitor[i].id == 2) {
//            if (seismic_monitor[i].channel_type == "acceleration") {
//                ui->comboBox_chan_type_2->setCurrentText("加速度");
//            } else if (seismic_monitor[i].channel_type == "velocity") {
//                ui->comboBox_chan_type_2->setCurrentText("速度");
//            } else if (seismic_monitor[i].channel_type == "proximeter") {
//                ui->comboBox_chan_type_2->setCurrentText("位移");
//            }
            ui->comboBox_chan_type_2->setCurrentIndex(seismic_monitor[i].channel_type);
            //ui->comboBox_transducer_name_2->setText(seismic_monitor[i].transducer_name);
            ui->doubleSpinBox_scale_factor_2->setValue(seismic_monitor[i].scale_factor);
            ui->checkBox_enable_2->setCheckable(seismic_monitor[i].active);
            ui->doubleSpinBox_low_2->setValue(seismic_monitor[i].normal_voltage_low);
            ui->doubleSpinBox_high_2->setValue(seismic_monitor[i].normal_voltage_high);
//            if (seismic_monitor[i].sample_rate == "32000") {
//                ui->comboBox_sample_rate_2->setCurrentText("32 k");
//            }
            ui->comboBox_sample_rate_2->setCurrentIndex(seismic_monitor[i].sampling_rate);
        }
        if (seismic_monitor[i].id == 3) {
//            if (seismic_monitor[i].channel_type == "acceleration") {
//                ui->comboBox_chan_type_3->setCurrentText("加速度");
//            } else if (seismic_monitor[i].channel_type == "velocity") {
//                ui->comboBox_chan_type_3->setCurrentText("速度");
//            } else if (seismic_monitor[i].channel_type == "proximeter") {
//                ui->comboBox_chan_type_3->setCurrentText("位移");
//            }
            ui->comboBox_chan_type_3->setCurrentIndex(seismic_monitor[i].channel_type);
            //ui->lineEdit_transducer_name_3->setText(seismic_monitor[i].transducer_name);
            ui->doubleSpinBox_scale_factor_3->setValue(seismic_monitor[i].scale_factor);
            ui->checkBox_enable_3->setCheckable(seismic_monitor[i].active);
            ui->doubleSpinBox_low_3->setValue(seismic_monitor[i].normal_voltage_low);
            ui->doubleSpinBox_high_3->setValue(seismic_monitor[i].normal_voltage_high);
//            if (seismic_monitor[i].sample_rate == "32000") {
//                ui->comboBox_sample_rate_3->setCurrentText("32 k");
//            }
            ui->comboBox_sample_rate_3->setCurrentIndex(seismic_monitor[i].sampling_rate);
        }
        if (seismic_monitor[i].id == 4) {
//            if (seismic_monitor[i].channel_type == "acceleration") {
//                ui->comboBox_chan_type_4->setCurrentText("加速度");
//            } else if (seismic_monitor[i].channel_type == "velocity") {
//                ui->comboBox_chan_type_4->setCurrentText("速度");
//            } else if (seismic_monitor[i].channel_type == "proximeter") {
//                ui->comboBox_chan_type_4->setCurrentText("位移");
//            }
            ui->comboBox_chan_type_4->setCurrentIndex(seismic_monitor[i].channel_type);
            //ui->lineEdit_transducer_name_4->setText(seismic_monitor[i].transducer_name);
            ui->doubleSpinBox_scale_factor_4->setValue(seismic_monitor[i].scale_factor);
            ui->checkBox_enable_4->setCheckable(seismic_monitor[i].active);
            ui->doubleSpinBox_low_4->setValue(seismic_monitor[i].normal_voltage_low);
            ui->doubleSpinBox_high_4->setValue(seismic_monitor[i].normal_voltage_high);
//            if (seismic_monitor[i].sample_rate == "32000") {
//                ui->comboBox_sample_rate_4->setCurrentText("32 k");
//            }
            ui->comboBox_sample_rate_4->setCurrentIndex(seismic_monitor[i].sampling_rate);
        }
    }
}
void Seismic_monitor::on_pushButton_confirm_clicked() {
    for (int var = 0; var < CHANNLE_COUNT; ++var) {
        if (seismic_monitor[var].id == 1) {
            seismic_monitor[var].transducer_name = ui->comboBox_transducer_name_1->currentText();
            seismic_monitor[var].scale_factor = ui->doubleSpinBox_scale_factor_1->value();
            seismic_monitor[var].active = ui->checkBox_enable_1->isChecked();
//            if (ui->comboBox_sample_rate_1->currentText() == "32 k") {
//                seismic_monitor[var].sample_rate = "32000";
//            }
            seismic_monitor[var].sampling_rate = ui->comboBox_sample_rate_1->currentIndex();
            seismic_monitor[var].normal_voltage_low = ui->doubleSpinBox_low_1->value();
            seismic_monitor[var].normal_voltage_high = ui->doubleSpinBox_high_1->value();
        } else if (seismic_monitor[var].id == 2) {
            seismic_monitor[var].transducer_name = ui->comboBox_transducer_name_2->currentText();
            seismic_monitor[var].scale_factor = ui->doubleSpinBox_scale_factor_2->value();
            seismic_monitor[var].active = ui->checkBox_enable_2->isChecked();
//            if (ui->comboBox_sample_rate_2->currentText() == "32 k") {
//                seismic_monitor[var].sample_rate = "32000";
//            }
            seismic_monitor[var].sampling_rate = ui->comboBox_sample_rate_2->currentIndex();
            seismic_monitor[var].normal_voltage_low = ui->doubleSpinBox_low_2->value();
            seismic_monitor[var].normal_voltage_high = ui->doubleSpinBox_high_2->value();
        } else if (seismic_monitor[var].id == 3) {
            seismic_monitor[var].transducer_name = ui->comboBox_transducer_name_3->currentText();
            seismic_monitor[var].scale_factor = ui->doubleSpinBox_scale_factor_3->value();
            seismic_monitor[var].active = ui->checkBox_enable_3->isChecked();
//            if (ui->comboBox_sample_rate_3->currentText() == "32 k") {
//                seismic_monitor[var].sample_rate = "32000";
//            }
            seismic_monitor[var].sampling_rate = ui->comboBox_sample_rate_3->currentIndex();
            seismic_monitor[var].normal_voltage_low = ui->doubleSpinBox_low_3->value();
            seismic_monitor[var].normal_voltage_high = ui->doubleSpinBox_high_3->value();
        } else if (seismic_monitor[var].id == 4) {
            seismic_monitor[var].transducer_name = ui->comboBox_transducer_name_4->currentText();
            seismic_monitor[var].scale_factor = ui->doubleSpinBox_scale_factor_4->value();
            seismic_monitor[var].active = ui->checkBox_enable_4->isChecked();
//            if (ui->comboBox_sample_rate_4->currentText() == "32 k") {
//                seismic_monitor[var].sample_rate = "32000";
//            }
            seismic_monitor[var].sampling_rate = ui->comboBox_sample_rate_4->currentIndex();
            seismic_monitor[var].normal_voltage_low = ui->doubleSpinBox_low_4->value();
            seismic_monitor[var].normal_voltage_high = ui->doubleSpinBox_high_4->value();
        }
    }
    QJsonObject monitor_obj, item_obj;
    QJsonArray chan_array;
    for (int i = 0; i < CHANNLE_COUNT; i++) {
        item_obj["id"] = seismic_monitor[i].id;
        item_obj["channel_name"] = seismic_monitor[i].channel_name;
        item_obj["standby"] = seismic_monitor[i].standby;
        item_obj["active"] = seismic_monitor[i].active;
        item_obj["rack_type"] = seismic_monitor[i].rack_type;
        item_obj["tmr_group"] = seismic_monitor[i].tmr_group;
        item_obj["channel_type"] = seismic_monitor[i].channel_type;
        item_obj["transducer_name"] = seismic_monitor[i].transducer_name;
        item_obj["scale_factor"] = seismic_monitor[i].scale_factor;
        item_obj["sample_rate"] = seismic_monitor[i].sampling_rate;
        QJsonArray normal_voltage_array;
        normal_voltage_array.append(seismic_monitor[i].normal_voltage_low);
        normal_voltage_array.append(seismic_monitor[i].normal_voltage_high);
        item_obj["normal_voltage_range"] = normal_voltage_array;
        chan_array.append(item_obj);
    }
    monitor_obj["chan"] = chan_array;
    monitor_obj["slot"] = slot_no;
    monitor_obj["version"] = 1;
    monitor_obj["card_type"] = 1;
    QJsonDocument jsonDoc;
    jsonDoc.setObject(monitor_obj);
    QString file_name = QString("\\config\\%1\\seismic_monitor_slot.json").arg(slot_no);
    QFile file(QCoreApplication::applicationDirPath() + file_name);
    file.open(QIODevice::WriteOnly);
    file.write(jsonDoc.toJson());
    file.close();
    this->close();
}

void Seismic_monitor::on_pushButton_set_default_clicked() {
}

void Seismic_monitor::on_pushButton_config_1_clicked() {
    channel = 1;
    if (ui->comboBox_chan_type_1->currentIndex() == kVibAcc) {
        Acceleration *acceleration = new Acceleration(slot_no, channel, ui->checkBox_enable_1->isChecked());
        acceleration->setWindowModality(Qt::ApplicationModal);
        acceleration->show();
    } else if (ui->comboBox_chan_type_1->currentIndex() == kVibRadial) {
        Radial_vibration *radial_vibration = new Radial_vibration(slot_no, channel, ui->checkBox_enable_1->isChecked());
        radial_vibration->setWindowModality(Qt::ApplicationModal);
        radial_vibration->show();
    } else if (ui->comboBox_chan_type_1->currentIndex() == kVibVelocity) {
        Velocity *velocity = new Velocity(slot_no, channel, ui->checkBox_enable_1->isChecked());
        velocity->setWindowModality(Qt::ApplicationModal);
        velocity->show();
    }
}

void Seismic_monitor::on_pushButton_config_2_clicked() {
    channel = 2;
    if (ui->comboBox_chan_type_2->currentIndex() == kVibAcc) {
        Acceleration *acceleration = new Acceleration(slot_no, channel, ui->checkBox_enable_2->isChecked());
        acceleration->setWindowModality(Qt::ApplicationModal);
        acceleration->show();
    } else if (ui->comboBox_chan_type_2->currentIndex() == kVibRadial) {
        Radial_vibration *radial_vibration = new Radial_vibration(slot_no, channel, ui->checkBox_enable_2->isChecked());
        radial_vibration->setWindowModality(Qt::ApplicationModal);
        radial_vibration->show();
    } else if (ui->comboBox_chan_type_2->currentIndex() == kVibVelocity) {
        Velocity *velocity = new Velocity(slot_no, channel, ui->checkBox_enable_2->isChecked());
        velocity->setWindowModality(Qt::ApplicationModal);
        velocity->show();
    }
}

void Seismic_monitor::on_pushButton_config_3_clicked() {
    channel = 3;
    if (ui->comboBox_chan_type_3->currentIndex() == kVibAcc) {
        Acceleration *acceleration = new Acceleration(slot_no, channel, ui->checkBox_enable_3->isChecked());
        acceleration->setWindowModality(Qt::ApplicationModal);
        acceleration->show();
    } else if (ui->comboBox_chan_type_3->currentIndex() == kVibRadial) {
        Radial_vibration *radial_vibration = new Radial_vibration(slot_no, channel, ui->checkBox_enable_3->isChecked());
        radial_vibration->setWindowModality(Qt::ApplicationModal);
        radial_vibration->show();
    } else if (ui->comboBox_chan_type_3->currentIndex() == kVibVelocity) {
        Velocity *velocity = new Velocity(slot_no, channel, ui->checkBox_enable_3->isChecked());
        velocity->setWindowModality(Qt::ApplicationModal);
        velocity->show();
    }
}

void Seismic_monitor::on_pushButton_config_4_clicked() {
    channel = 4;
    if (ui->comboBox_chan_type_4->currentIndex() == kVibAcc) {
        Acceleration *acceleration = new Acceleration(slot_no, channel, ui->checkBox_enable_4->isChecked());
        acceleration->setWindowModality(Qt::ApplicationModal);
        acceleration->show();
    } else if (ui->comboBox_chan_type_4->currentIndex() == kVibRadial) {
        Radial_vibration *radial_vibration = new Radial_vibration(slot_no, channel, ui->checkBox_enable_4->isChecked());
        radial_vibration->setWindowModality(Qt::ApplicationModal);
        radial_vibration->show();
    } else if (ui->comboBox_chan_type_4->currentIndex() == kVibVelocity) {
        Velocity *velocity = new Velocity(slot_no, channel, ui->checkBox_enable_4->isChecked());
        velocity->setWindowModality(Qt::ApplicationModal);
        velocity->show();
    }
}

void Seismic_monitor::on_comboBox_chan_type_1_currentTextChanged(const QString &arg1) {
    switch (ui->comboBox_chan_type_1->currentIndex()) {
        case kVibRadial:
            ui->label_unit_1->setText("mV / mm");
            break;
        case kVibAcc:
            ui->label_unit_1->setText("mV / m/s^2");
            break;
        case kVibVelocity:
            ui->label_unit_1->setText("mV / mm/s");
            break;
    }
}

void Seismic_monitor::on_comboBox_chan_type_2_currentTextChanged(const QString &arg1) {
    switch (ui->comboBox_chan_type_1->currentIndex()) {
        case kVibRadial:
            ui->label_unit_2->setText("mV / mm");
            break;
        case kVibAcc:
            ui->label_unit_2->setText("mV / m/s^2");
            break;
        case kVibVelocity:
            ui->label_unit_2->setText("mV / mm/s");
            break;
    }
}

void Seismic_monitor::on_comboBox_chan_type_3_currentTextChanged(const QString &arg1) {
    switch (ui->comboBox_chan_type_1->currentIndex()) {
        case kVibRadial:
            ui->label_unit_3->setText("mV / mm");
            break;
        case kVibAcc:
            ui->label_unit_3->setText("mV / m/s^2");
            break;
        case kVibVelocity:
            ui->label_unit_3->setText("mV / mm/s");
            break;
    }
}

void Seismic_monitor::on_comboBox_chan_type_4_currentTextChanged(const QString &arg1) {
    switch (ui->comboBox_chan_type_1->currentIndex()) {
        case kVibRadial:
            ui->label_unit_4->setText("mV / mm");
            break;
        case kVibAcc:
            ui->label_unit_4->setText("mV / m/s^2");
            break;
        case kVibVelocity:
            ui->label_unit_4->setText("mV / mm/s");
            break;
    }
}

void Seismic_monitor::on_pushButton_cancel_clicked() {
    this->close();
}

void Seismic_monitor::on_comboBox_transducer_name_1_currentTextChanged(const QString &arg1) {
    for (int var = 0; var < vec_transducer.size(); ++var) {
        if (ui->comboBox_transducer_name_1->currentText() == vec_transducer[var].transducer_name) {
            ui->doubleSpinBox_scale_factor_1->setValue(vec_transducer[var].scale_factor);
        }
    }
}

void Seismic_monitor::on_comboBox_transducer_name_2_currentTextChanged(const QString &arg1) {
    for (int var = 0; var < vec_transducer.size(); ++var) {
        if (ui->comboBox_transducer_name_2->currentText() == vec_transducer[var].transducer_name) {
            ui->doubleSpinBox_scale_factor_2->setValue(vec_transducer[var].scale_factor);
        }
    }
}

void Seismic_monitor::on_comboBox_transducer_name_3_currentTextChanged(const QString &arg1) {
    for (int var = 0; var < vec_transducer.size(); ++var) {
        if (ui->comboBox_transducer_name_3->currentText() == vec_transducer[var].transducer_name) {
            ui->doubleSpinBox_scale_factor_3->setValue(vec_transducer[var].scale_factor);
        }
    }
}

void Seismic_monitor::on_comboBox_transducer_name_4_currentTextChanged(const QString &arg1) {
    for (int var = 0; var < vec_transducer.size(); ++var) {
        if (ui->comboBox_transducer_name_4->currentText() == vec_transducer[var].transducer_name) {
            ui->doubleSpinBox_scale_factor_4->setValue(vec_transducer[var].scale_factor);
        }
    }
}