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mainwindow.cpp
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#include "mainwindow.h"
#include "ui_mainwindow.h"
MainWindow::MainWindow(QWidget *parent) :
QMainWindow(parent),
ui(new Ui::MainWindow)
{
ui->setupUi(this);
data_check_box = ON;
TabS = new QTabWidget;
File = new QFile("log.txt");
File->open(QIODevice::ReadWrite);
fileStream.setDevice(File);
out_message = new QLabel;
in_message = new QLineEdit;
in_message->setSizePolicy(QSizePolicy::Fixed, QSizePolicy::Fixed);
out_message->setSizePolicy(QSizePolicy::Fixed, QSizePolicy::Fixed);
//in_message->setFixedHeight(
first_tab = new QWidget;
second_tab = new QWidget;
third_tab = new QWidget;
fourth_tab = new QWidget;
fifth_tab = new QWidget;
Timer_Data = new QTime;
timer_1 = new QTimer;
timer_1->setInterval(200);
timer_3 = new QTimer;
timer_3->setInterval(1500);
echo_pix = new QPixmap("reddot.png");
plot = new QwtPlot(this);
curve = new QwtPlotCurve();
curve_DFT = new QwtPlotCurve();
spectre_graph = new QwtPlot(this);
spectre_spurs = new QwtPlotCurve();
Parcel_test = new QPushButton("Test Parcel");
Peak_Tabs = new QTabWidget();
derivative_graph = new QWidget();
peak_graph = new QWidget();
derivative_plot = new QwtPlot();
peak_plot = new QwtPlot();
derivative_curve = new QwtPlotCurve();
peak_curve = new QwtPlotCurve();
a_coef_groupbox = new QGroupBox("Коэффициент a");
b_coef_groupbox = new QGroupBox("Коэффициент b");
c_coef_groupbox = new QGroupBox("Коэффициент c");
a_coefficient = new QLineEdit();
b_coefficient = new QLineEdit();
c_coefficient = new QLineEdit();
cur_temp = new QString;
a = 0;
b = 0;
c = 0;
temperature_points = 0;
com_mode = 0;
attenuation_selected = 0;
antenna_selected = 1;
path_selected = 1;
timer_2_mode = 0;
adc_call_command_counter = 0;
ui->comstate_label->setText("<FONT COLOR=red>Closed</FONT>");
//ui->data_lcdnumber->setHexMode();
//ui->data_lcdnumber->setSegmentStyle(QLCDNumber::Flat);
adc_call_command_counter = 0;
adc_global_counter = 0;
CRC = 0;
ba.clear();
for(int i = 0; i < 1000; i++)
{
zero[i] = 0;
}
READER_DATA.RAW_SIZE = 0;
file_log_number = 0;
temperature_interf_counter = 0;
temperature_interf_threshold = 10;
temperature_interf_derivative = 0;
temperature_interf_event = 0;
memset(temperature_interf_mass, 0, 3);
test_mass_coounter = 0;
signal_type_mode = 0;
auto_mode_test = SINGLE_MODE;
message_counter = 0;
/************************************** Third Tab Widgets *************************************/
/* QGroupBox *crystal_group;
QCheckBox *crystal_status;
QPushButton *crystal_send;
QGroupBox *ad5932_group;
QCheckBox *msb_status;
QCheckBox *signal_type_status;
QCheckBox *ctrl_type_status;
QLabel *freq_start;
QLabel *freq_delta;
QLabel *n_increment;
QLabel *time_interval;
QPushButton *ad5932_send;
QGroupBox *adf4360_group;
QLabel *a_counter;
QLabel *b_counter;
QLabel *r_counter;
QComboBox *power_level;
QComboBox *p_prescaler;*/
crystal_group = new QGroupBox("Опорный генератор");
crystal_status = new QCheckBox("Вкл./Выкл.");
crystal_send = new QPushButton("Отправить");
QVBoxLayout *crystal_VLayout = new QVBoxLayout;
crystal_VLayout->addWidget(crystal_status);
crystal_VLayout->addWidget(crystal_send);
crystal_group->setLayout(crystal_VLayout);
ad5932_group = new QGroupBox("AD5932");
msb_status = new QCheckBox("MSB");
signal_type_status = new QCheckBox("Синус/Треугольник");
ctrl_type_status = new QCheckBox("Внешнее/Таймер");
freq_start_label = new QLabel("Стартовая частота");
freq_delta_label = new QLabel("Частотный шаг");
n_increment_label = new QLabel("Количество шагов");
time_interval_label = new QLabel("Временной интервал");
freq_start = new QLineEdit();
freq_delta = new QLineEdit();
n_increment = new QLineEdit();
time_interval = new QLineEdit();
ad5932_send = new QPushButton("Отправить");
QVBoxLayout *ad5932_VLayout = new QVBoxLayout;
ad5932_VLayout->addWidget(msb_status);
ad5932_VLayout->addWidget(signal_type_status);
ad5932_VLayout->addWidget(ctrl_type_status);
QHBoxLayout *freq_start_HLayout = new QHBoxLayout;
freq_start_HLayout->addWidget(freq_start);
freq_start_HLayout->addWidget(freq_start_label);
ad5932_VLayout->addLayout(freq_start_HLayout);
QHBoxLayout *freq_delta_HLayout = new QHBoxLayout;
freq_delta_HLayout->addWidget(freq_delta);
freq_delta_HLayout->addWidget(freq_delta_label);
ad5932_VLayout->addLayout(freq_delta_HLayout);
QHBoxLayout *n_increment_HLayout = new QHBoxLayout;
n_increment_HLayout->addWidget(n_increment);
n_increment_HLayout->addWidget(n_increment_label);
ad5932_VLayout->addLayout(n_increment_HLayout);
QHBoxLayout *time_interval_HLayout = new QHBoxLayout;
time_interval_HLayout->addWidget(time_interval);
time_interval_HLayout->addWidget(time_interval_label);
ad5932_VLayout->addLayout(time_interval_HLayout);
ad5932_VLayout->addWidget(ad5932_send);
ad5932_group->setLayout(ad5932_VLayout);
adf4360_group = new QGroupBox("ADF4360-0");
a_counter = new QLineEdit();
b_counter = new QLineEdit();
r_counter = new QLineEdit();
a_counter_label = new QLabel("А счётчик");
b_counter_label = new QLabel("В счётчик");
r_counter_label = new QLabel("R счётчик");
power_level_label = new QLabel("Уровень сигнала");
p_prescaler_label = new QLabel("P предделитель");
power_level = new QComboBox();
power_level->addItem("-13дБм");
power_level->addItem("-11дБм");
power_level->addItem("-8дБм");
power_level->addItem("-6дБм");
p_prescaler = new QComboBox();
p_prescaler->addItem("8/9");
p_prescaler->addItem("16/17");
p_prescaler->addItem("32/33");
adf4360_send = new QPushButton("Отправить");
QVBoxLayout *adf4360_VLayout = new QVBoxLayout;
QHBoxLayout *a_counter_HLayout = new QHBoxLayout;
a_counter_HLayout->addWidget(a_counter);
a_counter_HLayout->addWidget(a_counter_label);
QHBoxLayout *b_counter_HLayout = new QHBoxLayout;
b_counter_HLayout->addWidget(b_counter);
b_counter_HLayout->addWidget(b_counter_label);
QHBoxLayout *r_counter_HLayout = new QHBoxLayout;
r_counter_HLayout->addWidget(r_counter);
r_counter_HLayout->addWidget(r_counter_label);
QHBoxLayout *adf_comboboxes = new QHBoxLayout;
QHBoxLayout *power_level_HLayout = new QHBoxLayout;
power_level_HLayout->addWidget(power_level);
power_level_HLayout->addWidget(power_level_label);
QHBoxLayout *p_prescaler_HLayout = new QHBoxLayout;
p_prescaler_HLayout->addWidget(p_prescaler);
p_prescaler_HLayout->addWidget(p_prescaler_label);
adf_comboboxes->addLayout(power_level_HLayout);
adf_comboboxes->addLayout(p_prescaler_HLayout);
adf4360_VLayout->addLayout(adf_comboboxes);
adf4360_VLayout->addLayout(a_counter_HLayout);
adf4360_VLayout->addLayout(b_counter_HLayout);
adf4360_VLayout->addLayout(r_counter_HLayout);
adf4360_VLayout->addWidget(adf4360_send);
adf4360_group->setLayout(adf4360_VLayout);
centerFreq = new QGroupBox("Центральная частота");
deltaFreq = new QGroupBox("Полоса");
stepFreq = new QGroupBox("Шаг");
centerFreq_edit = new QLineEdit();
deltaFreq_edit = new QLineEdit();
stepFreq_edit = new QLineEdit();
sendparamFreq = new QPushButton("Отправить параметры");
QVBoxLayout *centerFreq_layout = new QVBoxLayout;
centerFreq_layout->addWidget(centerFreq_edit);
QVBoxLayout *deltaFreq_layout = new QVBoxLayout;
deltaFreq_layout->addWidget(deltaFreq_edit);
QVBoxLayout *stepFreq_layout = new QVBoxLayout;
stepFreq_layout->addWidget(stepFreq_edit);
centerFreq->setLayout(centerFreq_layout);
deltaFreq->setLayout(deltaFreq_layout);
stepFreq->setLayout(stepFreq_layout);
QHBoxLayout *frequency_parameters = new QHBoxLayout;
frequency_parameters->addWidget(centerFreq);
frequency_parameters->addWidget(deltaFreq);
frequency_parameters->addWidget(stepFreq);
QVBoxLayout *vertical_1 = new QVBoxLayout;
vertical_1->addWidget(plot);
vertical_1->addWidget(ui->clearGraph_button);
vertical_1->addLayout(frequency_parameters);
vertical_1->addWidget(sendparamFreq);
ui->Graphs->setLayout(vertical_1);
QVBoxLayout *vertical_2 = new QVBoxLayout;
test_radio_button = new QCheckBox("Выключить/включить тестовый режим");
signal_type = new QCheckBox("Тип Сигнала");
service_message = new QLabel;
current_temperature = new QLabel;
auto_mode = new QCheckBox("Auto request");
get_data = new QPushButton("Get Data");
vertical_2->addWidget(ui->Controls_group);
QHBoxLayout *buttons_vertical_layout = new QHBoxLayout;
buttons_vertical_layout->addWidget(get_data);
buttons_vertical_layout->addWidget(auto_mode);
vertical_2->addWidget(current_temperature);
vertical_2->addLayout(buttons_vertical_layout);
vertical_2->addWidget(service_message);
vertical_2->addWidget(test_radio_button);
vertical_2->addWidget(signal_type);
QHBoxLayout *horizontal_5 = new QHBoxLayout;
horizontal_5->addLayout(vertical_2);
horizontal_5->addWidget(ui->Graphs);
first_tab->setLayout(horizontal_5);
TabS->addTab(first_tab, "Главная");
QVBoxLayout *vertical_3 = new QVBoxLayout;
vertical_3->addWidget(in_message);
vertical_3->addWidget(out_message);
vertical_3->addWidget(Parcel_test);
QVBoxLayout *vertical_4 = new QVBoxLayout;
vertical_4->addWidget(spectre_graph);
QHBoxLayout *horizontal_1 = new QHBoxLayout;
horizontal_1->addLayout(vertical_3);
horizontal_1->addLayout(vertical_4);
second_tab->setLayout(horizontal_1);
TabS->addTab(second_tab, "Проверка Фильтров");
QVBoxLayout *vertical_5 = new QVBoxLayout;
vertical_5->addWidget(ad5932_group);
QVBoxLayout *vertical_6 = new QVBoxLayout;
vertical_6->addWidget(adf4360_group);
QVBoxLayout *vertical_7 = new QVBoxLayout;
vertical_7->addWidget(crystal_group);
QHBoxLayout *horizontal_2 = new QHBoxLayout;
horizontal_2->addLayout(vertical_5);
horizontal_2->addLayout(vertical_6);
horizontal_2->addLayout(vertical_7);
third_tab->setLayout(horizontal_2);
TabS->addTab(third_tab, "Режим тестирования");
QStringList tags_list = {"tag_1", "tag_2", "tag_3", "tag_4", "tag_5", "tag_6"};
antenna_1 = new QGroupBox("Антенна 1");
centerFreq_1 = new QGroupBox("Центральная частота");
deltaFreq_1 = new QGroupBox("Полоса");
stepFreq_1 = new QGroupBox("Шаг");
centerFreq_edit_1 = new QLineEdit();
deltaFreq_edit_1 = new QLineEdit();
stepFreq_edit_1 = new QLineEdit();
tag_select_1 = new QComboBox();
tag_select_1->addItems(tags_list);
antenna_2 = new QGroupBox("Антенна 2");
centerFreq_2 = new QGroupBox("Центральная частота");
deltaFreq_2 = new QGroupBox("Полоса");
stepFreq_2 = new QGroupBox("Шаг");
centerFreq_edit_2 = new QLineEdit();
deltaFreq_edit_2 = new QLineEdit();
stepFreq_edit_2 = new QLineEdit();
tag_select_2 = new QComboBox();
tag_select_2->addItems(tags_list);
antenna_3 = new QGroupBox("Антенна 3");
centerFreq_3 = new QGroupBox("Центральная частота");
deltaFreq_3 = new QGroupBox("Полоса");
stepFreq_3 = new QGroupBox("Шаг");
centerFreq_edit_3 = new QLineEdit();
deltaFreq_edit_3 = new QLineEdit();
stepFreq_edit_3 = new QLineEdit();
tag_select_3 = new QComboBox();
tag_select_3->addItems(tags_list);
addParamFreq_tag = new QPushButton("Добавить метку");
sendparamFreq_total = new QPushButton("Отправить параметры");
QVBoxLayout *centerFreq_layout_1 = new QVBoxLayout;
centerFreq_layout_1->addWidget(centerFreq_edit_1);
QVBoxLayout *deltaFreq_layout_1 = new QVBoxLayout;
deltaFreq_layout_1->addWidget(deltaFreq_edit_1);
QVBoxLayout *stepFreq_layout_1 = new QVBoxLayout;
stepFreq_layout_1->addWidget(stepFreq_edit_1);
centerFreq_1->setLayout(centerFreq_layout_1);
deltaFreq_1->setLayout(deltaFreq_layout_1);
stepFreq_1->setLayout(stepFreq_layout_1);
QHBoxLayout *antenna_1_layout = new QHBoxLayout;
antenna_1_layout->addWidget(tag_select_1);
antenna_1_layout->addWidget(centerFreq_1);
antenna_1_layout->addWidget(deltaFreq_1);
antenna_1_layout->addWidget(stepFreq_1);
antenna_1->setLayout(antenna_1_layout);
QVBoxLayout *centerFreq_layout_2 = new QVBoxLayout;
centerFreq_layout_2->addWidget(centerFreq_edit_2);
QVBoxLayout *deltaFreq_layout_2 = new QVBoxLayout;
deltaFreq_layout_2->addWidget(deltaFreq_edit_2);
QVBoxLayout *stepFreq_layout_2 = new QVBoxLayout;
stepFreq_layout_2->addWidget(stepFreq_edit_2);
centerFreq_2->setLayout(centerFreq_layout_2);
deltaFreq_2->setLayout(deltaFreq_layout_2);
stepFreq_2->setLayout(stepFreq_layout_2);
QHBoxLayout *antenna_2_layout = new QHBoxLayout;
antenna_2_layout->addWidget(tag_select_2);
antenna_2_layout->addWidget(centerFreq_2);
antenna_2_layout->addWidget(deltaFreq_2);
antenna_2_layout->addWidget(stepFreq_2);
antenna_2->setLayout(antenna_2_layout);
QVBoxLayout *centerFreq_layout_3 = new QVBoxLayout;
centerFreq_layout_3->addWidget(centerFreq_edit_3);
QVBoxLayout *deltaFreq_layout_3 = new QVBoxLayout;
deltaFreq_layout_3->addWidget(deltaFreq_edit_3);
QVBoxLayout *stepFreq_layout_3 = new QVBoxLayout;
stepFreq_layout_3->addWidget(stepFreq_edit_3);
centerFreq_3->setLayout(centerFreq_layout_3);
deltaFreq_3->setLayout(deltaFreq_layout_3);
stepFreq_3->setLayout(stepFreq_layout_3);
QHBoxLayout *antenna_3_layout = new QHBoxLayout;
antenna_3_layout->addWidget(tag_select_3);
antenna_3_layout->addWidget(centerFreq_3);
antenna_3_layout->addWidget(deltaFreq_3);
antenna_3_layout->addWidget(stepFreq_3);
antenna_3->setLayout(antenna_3_layout);
QVBoxLayout *fourth_tab_layout = new QVBoxLayout;
fourth_tab_layout->addWidget(antenna_1);
fourth_tab_layout->addWidget(antenna_2);
fourth_tab_layout->addWidget(antenna_3);
fourth_tab_layout->addWidget(addParamFreq_tag);
fourth_tab_layout->addWidget(sendparamFreq_total);
fourth_tab->setLayout(fourth_tab_layout);
TabS->addTab(fourth_tab, "Настройка меток");
QVBoxLayout *main_graphs_layout = new QVBoxLayout;
Peak_Tabs->addTab(derivative_graph, "График производной");
Peak_Tabs->addTab(peak_graph, "График температуры");
QVBoxLayout *deriv_tab_layout = new QVBoxLayout;
deriv_tab_layout->addWidget(derivative_plot);
derivative_graph->setLayout(deriv_tab_layout);
QHBoxLayout *peak_tab_layout = new QHBoxLayout();
QVBoxLayout *peak_coef_layout = new QVBoxLayout;
peak_coef_layout->setSizeConstraint(QLayout::SetMinimumSize);
a_coefficient->setSizePolicy(QSizePolicy::Minimum, QSizePolicy::Maximum);
b_coefficient->setSizePolicy(QSizePolicy::Minimum, QSizePolicy::Maximum);
c_coefficient->setSizePolicy(QSizePolicy::Minimum, QSizePolicy::Maximum);
QVBoxLayout *peak_coef_layout_a = new QVBoxLayout;
peak_coef_layout_a->addWidget(a_coefficient);
peak_coef_layout_a->setSizeConstraint(QLayout::SetMinimumSize);
QVBoxLayout *peak_coef_layout_b = new QVBoxLayout;
peak_coef_layout_b->addWidget(b_coefficient);
peak_coef_layout_b->setSizeConstraint(QLayout::SetMinimumSize);
QVBoxLayout *peak_coef_layout_c = new QVBoxLayout;
peak_coef_layout_c->addWidget(c_coefficient);
peak_coef_layout_c->setSizeConstraint(QLayout::SetMinimumSize);
a_coef_groupbox->setLayout(peak_coef_layout_a);
b_coef_groupbox->setLayout(peak_coef_layout_b);
c_coef_groupbox->setLayout(peak_coef_layout_c);
peak_coef_layout->addWidget(a_coef_groupbox);
peak_coef_layout->addWidget(b_coef_groupbox);
peak_coef_layout->addWidget(c_coef_groupbox);
peak_tab_layout->addLayout(peak_coef_layout);
peak_tab_layout->addWidget(peak_plot);
peak_graph->setLayout(peak_tab_layout);
main_graphs_layout->addWidget(Peak_Tabs);
fifth_tab->setLayout(main_graphs_layout);
TabS->addTab(fifth_tab, "Графики пика и температуры");
QHBoxLayout *main = new QHBoxLayout;
main->addWidget(TabS);
ui->centralWidget->setLayout(main);
COM = new QSerialPort(this);
foreach(const QSerialPortInfo &info, QSerialPortInfo::availablePorts())
ui->com_combobox->addItem(info.portName());
echo_pix->scaled(ui->echo_label->size());
ui->echo_label->setPixmap(*echo_pix);
ui->echo_label->setScaledContents(true);
setup_the_plot();
/********************* Проверка выгрузки в файл ********************/
/*double test_mass[6] = {123.12, 34.201, 0, 3, 2, 22.1111};
QString test_string;
QByteArray test_byte_array;
//qDebug() << (*test_mass);
//fileStream << "Start";
//fileStream << QString::number((double)*test_mass, 'f', 3);
for(int i = 0; i < 6; i++)
{
qDebug() << test_mass[i];
test_string.append(QString::number(test_mass[i], 'f', 3));
qDebug() << test_string;
test_string.append("\n");
}
test_byte_array.append(test_string);
qDebug() << test_string;
qDebug() << test_byte_array;
File->write("Start");
File->write("\n");
File->write(test_byte_array);
File->close();
File->close();
File->setFileName("log_" + QString::number(file_log_number)+".txt");
File->open(QIODevice::ReadWrite);
file_log_number++;
File->close();
File->setFileName("log_" + QString::number(file_log_number)+".txt");
File->open(QIODevice::ReadWrite);*/
connect(test_radio_button, SIGNAL(clicked(bool)), this, SLOT(test_mode_toggle()));
connect(auto_mode, SIGNAL(clicked(bool)), this, SLOT(change_adc_mode()));
connect(signal_type, SIGNAL(clicked(bool)), this, SLOT(signal_type_toggle()));
connect(ui->com_button, SIGNAL(clicked(bool)), this, SLOT(connectCOM()));
//connect(ui->echo_button, SIGNAL(clicked(bool)), this, SLOT(getEcho()));
connect(get_data, SIGNAL(clicked(bool)), this, SLOT(getADC()));
/*connect(ui->switch_button, SIGNAL(clicked(bool)), this, SLOT(setSwtich()));
connect(ui->att_button, SIGNAL(clicked(bool)), this, SLOT(setAttenuation()));
connect(ui->path_dial, SIGNAL(sliderReleased()), this, SLOT(selectPath()));
connect(ui->antenna_dial, SIGNAL(sliderReleased()), this, SLOT(selectAnt()));
connect(ui->att_slider, SIGNAL(valueChanged(int)), this, SLOT(selectAtt()));
connect(ui->att_lineedit, SIGNAL(editingFinished()), this, SLOT(writeAtt()));
connect(ui->setgenButton, SIGNAL(clicked(bool)), this, SLOT(generation_maintain()));*/
connect(in_message, SIGNAL(returnPressed()), this, SLOT(through_filters_test()));
connect(ui->clearGraph_button, SIGNAL(clicked(bool)), this, SLOT(clear_graph()));
connect(timer_1, SIGNAL(timeout()), this, SLOT(send_accept()));
connect(timer_3, SIGNAL(timeout()), this, SLOT(not_received()));
//connect(this, SIGNAL(data_received()), this, SLOT(getADC()));
connect(COM, SIGNAL(readyRead()), this, SLOT(readData()));
connect(ad5932_send, SIGNAL(clicked(bool)), this, SLOT(ad5932_send_data()));
connect(adf4360_send, SIGNAL(clicked(bool)), this, SLOT(adf4360_send_data()));
connect(crystal_send, SIGNAL(clicked(bool)), this, SLOT(crystal_send_data()));
connect(sendparamFreq, SIGNAL(clicked(bool)), this, SLOT(send_freq_param()));
connect(addParamFreq_tag, SIGNAL(clicked(bool)), this, SLOT(add_freq_tag()));
connect(sendparamFreq_total, SIGNAL(clicked(bool)), this, SLOT(send_freq_param_total()));
connect(Parcel_test, SIGNAL(clicked(bool)), this, SLOT(get_ready_test_parcel()));
connect(a_coefficient, SIGNAL(returnPressed()), this, SLOT(get_a_coef()));
connect(b_coefficient, SIGNAL(returnPressed()), this, SLOT(get_b_coef()));
connect(c_coefficient, SIGNAL(returnPressed()), this, SLOT(get_c_coef()));
}
/*************************************** DATA TRANSFER FUNCTIONS **********************************************/
void MainWindow::readData(void)
{
char temp = 0;
std_union temp_1;
temp_1.istd = 0;
uint16_t len_effective = 0;
long_std_union data_temp;
data_temp.listd = 0;
//uint16_t window = 360;
qDebug() << "ReadyRead_Got";
ba.append(COM->readAll());
qDebug() << ba.size();
/*if(ba.size() < 806)
{
ba.push_back(COM->readAll());
}*/
int idx = ba.indexOf(SYNCHRO, 0);
if(idx >= 0)
{
qDebug() << "Synchro byte found";
if(idx > 0)
{
ba.remove(0,idx);
idx = 0;
}
if(ba.size() > 2)
{
qDebug() << "Potential parcel";
len.cstd[1] = ba[1];
len.cstd[0] = ba[2];
qDebug() << len.istd;
if(len.istd > 3000)
{
ba.clear();
/*COM->close();
COM->open(QSerialPort::ReadWrite);*/
}
if(ba.size() >= len.istd)
{
qDebug() << "Potential parcel len achieved";
temp = ba[3];
if(temp == UART_ADDR)
{
qDebug() << "Address achieved";
for(int i = 0; i < len.istd; i++)
{
CRC ^= ba[i];
}
if(CRC == 0)
{
qDebug() << "XOR approved";
temp = ba[4];
switch (temp)
{
case ECHO:
echo_pix->load("greendot.jpg");
echo_pix->scaled(ui->echo_label->size());
ui->echo_label->setPixmap(*echo_pix);
ui->echo_label->setScaledContents(true);
get_data->setEnabled(TRUE);
uart_command = 0;
break;
case ADC_CONT_1SEC:
if(data_check_box == OFF)
{
len_effective = (len.istd - SERVICE_BITS_LEN)/2;
//qDebug() << "reading...";
for (int i = 0; i < len_effective; i++)
{
data_temp.cstd[1] = ba[i*2 + 5];
data_temp.cstd[0] = ba[i*2 + 6];
ADC_DATA_BUFFER[i] = (((data_temp.istd[0])));//average_filter median_filter lowpass_filter
adc_call_command_counter++;
}
Fourier.module = new double[adc_call_command_counter];
Fourier.real = new double[adc_call_command_counter];
Fourier.image = new double[adc_call_command_counter];
Fourier_1.module = new double[adc_call_command_counter];
Fourier_1.real = new double[adc_call_command_counter];
Fourier_1.image = new double[adc_call_command_counter];
Fourier = discrete_FourierTransform(ADC_DATA_BUFFER, zero, 1, adc_call_command_counter);
/*Fourier.real[0] = 0;
Fourier.image[0] = 0;
Fourier.module[0] = 0;
Fourier.real[adc_call_command_counter] = 0;
Fourier.image[adc_call_command_counter] = 0;
Fourier.module[adc_call_command_counter] = 0;*/
/*for(uint16_t i = 0; i < adc_call_command_counter/2; i++)
{
Fourier.real[i] = 0;
Fourier.image[i] = 0;
Fourier.module[i] = 0;
}
for(uint16_t i = 3*adc_call_command_counter/2; i < 2*adc_call_command_counter; i++)
{
Fourier.real[i] = 0;
Fourier.image[i] = 0;
Fourier.module[i] = 0;
}*/
Fourier_1 = discrete_FourierTransform(Fourier.real, Fourier.image, -1, adc_call_command_counter);
for (int i = 0; i < adc_call_command_counter; i++)
{
//qDebug() << test_mass[i];
file_string.append(QString::number(Fourier_1.module[i], 'f', 6));
//qDebug() << file_string;
file_string.append("\n");
}
file_byte_array.append(file_string.toUtf8());
File->write("Start");
File->write("\n");
File->write(file_byte_array);
if(File->size() >= 0x400000)
{
File->close();
File->setFileName("log_" + QString::number(file_log_number)+".txt");
File->open(QIODevice::ReadWrite);
file_log_number++;
}
//File->close();
clear_graph();
paint_curve(adc_call_command_counter);
if(signal_type_mode)
{
if(temperature_interf_counter == 0)
{
temperature_interf_mass[temperature_interf_counter] = calc_temperature(peak_search(&Fourier_1, adc_call_command_counter));
current_temperature->setText(QString::number(temperature_interf_mass[temperature_interf_counter]));
temperature_interf_counter++;
}
else if(temperature_interf_counter == 1)
{
temperature_interf_mass[temperature_interf_counter] = calc_temperature(peak_search(&Fourier_1, adc_call_command_counter));
temperature_interf_derivative = temperature_interf_mass[temperature_interf_counter - 1] - temperature_interf_mass[temperature_interf_counter];
current_temperature->setText(QString::number(temperature_interf_mass[temperature_interf_counter]));
if(qFabs(temperature_interf_derivative) >= temperature_interf_threshold)
{
temperature_interf_event = 1;
temperature_interf_counter++;
}
else
{
peak_points << QPointF(temperature_points, temperature_interf_mass[temperature_interf_counter - 1]);
peak_points << QPointF(temperature_points + 1, temperature_interf_mass[temperature_interf_counter]);
temperature_interf_mass[temperature_interf_counter - 1] = temperature_interf_mass[temperature_interf_counter];
temperature_points += 2;
}
}
else if(temperature_interf_counter == 2)
{
if(temperature_interf_event == 1)
{
temperature_interf_mass[temperature_interf_counter] = calc_temperature(peak_search(&Fourier_1, adc_call_command_counter));
temperature_interf_derivative = temperature_interf_mass[temperature_interf_counter - 1] - temperature_interf_mass[temperature_interf_counter];
current_temperature->setText(QString::number(temperature_interf_mass[temperature_interf_counter]));
if(qFabs(temperature_interf_derivative) >= temperature_interf_threshold)
{
temperature_interf_event = 2;
temperature_interf_mass[temperature_interf_counter - 1] = ((temperature_interf_mass[temperature_interf_counter] + temperature_interf_mass[temperature_interf_counter - 2]) / 2);
}
peak_points << QPointF(temperature_points, temperature_interf_mass[temperature_interf_counter - 2]);
peak_points << QPointF(temperature_points + 1, temperature_interf_mass[temperature_interf_counter - 1]);
peak_points << QPointF(temperature_points + 2, temperature_interf_mass[temperature_interf_counter]);
temperature_interf_mass[temperature_interf_counter - 2] = temperature_interf_mass[temperature_interf_counter];
temperature_interf_counter = 1;
temperature_points += 3;
}
}
}
else
{
if(temperature_interf_counter == 0)
{
temperature_interf_mass[temperature_interf_counter] = calc_temperature(peak_search_1(&Fourier_1, adc_call_command_counter));
temperature_interf_counter++;
}
else if(temperature_interf_counter == 1)
{
temperature_interf_mass[temperature_interf_counter] = calc_temperature(peak_search_1(&Fourier_1, adc_call_command_counter));
temperature_interf_derivative = temperature_interf_mass[temperature_interf_counter - 1] - temperature_interf_mass[temperature_interf_counter];
if(qFabs(temperature_interf_derivative) >= temperature_interf_threshold)
{
temperature_interf_event = 1;
temperature_interf_counter++;
}
else
{
peak_points << QPointF(temperature_points, temperature_interf_mass[temperature_interf_counter - 1]);
peak_points << QPointF(temperature_points + 1, temperature_interf_mass[temperature_interf_counter]);
temperature_interf_mass[temperature_interf_counter - 1] = temperature_interf_mass[temperature_interf_counter];
temperature_points += 2;
}
}
else if(temperature_interf_counter == 2)
{
if(temperature_interf_event == 1)
{
temperature_interf_mass[temperature_interf_counter] = calc_temperature(peak_search_1(&Fourier_1, adc_call_command_counter));
temperature_interf_derivative = temperature_interf_mass[temperature_interf_counter - 1] - temperature_interf_mass[temperature_interf_counter];
if(qFabs(temperature_interf_derivative) >= temperature_interf_threshold)
{
temperature_interf_event = 2;
temperature_interf_mass[temperature_interf_counter - 1] = ((temperature_interf_mass[temperature_interf_counter] + temperature_interf_mass[temperature_interf_counter - 2]) / 2);
}
peak_points << QPointF(temperature_points, temperature_interf_mass[temperature_interf_counter - 2]);
peak_points << QPointF(temperature_points + 1, temperature_interf_mass[temperature_interf_counter - 1]);
peak_points << QPointF(temperature_points + 2, temperature_interf_mass[temperature_interf_counter]);
temperature_interf_mass[temperature_interf_counter - 2] = temperature_interf_mass[temperature_interf_counter];
temperature_interf_counter = 1;
temperature_points += 3;
}
}
}
//peak_points << QPointF(temperature_points, calc_temperature(peak_search(&Fourier_1, adc_call_command_counter)));
//temperature_points++;
peak_curve->setSamples(peak_points);
peak_plot->replot();
//ui->data_lcdnumber->display(QString::number(adc_call_command_counter));
free(Fourier.module);
free(Fourier.real);
free(Fourier.image);
free(Fourier_1.module);
free(Fourier_1.real);
free(Fourier_1.image);
READER_DATA.RAW_SIZE = 0;
adc_call_command_counter = 0;
ba.remove(0, temp_1.istd);
service_message->setText("Data" + QString::number(message_counter) + "achieved");
message_counter++;
if(auto_mode_test == SINGLE_MODE)
{
data_check_box = ON;
}
else if(auto_mode_test == AUTO_MODE)
{
timer_1->start();
}
/*if(auto_mode_test == SINGLE_MODE)
{
get_data->setEnabled(TRUE);
//data_check_box = ON;
}
else if(auto_mode_test == AUTO_MODE)
{
timer_1->start();
//data_check_box = OFF;
}*/
}
break;
case GENERATION_CTRL:
echo_pix->load("greendot.jpg");
echo_pix->scaled(ui->echo_label->size());
ui->echo_label->setPixmap(*echo_pix);
ui->echo_label->setScaledContents(true);
uart_command = 2;
break;
case OUTPUT_SWITCH:
echo_pix->load("greendot.jpg");
echo_pix->scaled(ui->echo_label->size());
ui->echo_label->setPixmap(*echo_pix);
ui->echo_label->setScaledContents(true);
uart_command = 3;
break;
case SET_ATT:
echo_pix->load("greendot.jpg");
echo_pix->scaled(ui->echo_label->size());
ui->echo_label->setPixmap(*echo_pix);
ui->echo_label->setScaledContents(true);
uart_command = 4;
break;
case AMP_MANAGE:
echo_pix->load("greendot.jpg");
echo_pix->scaled(ui->echo_label->size());
ui->echo_label->setPixmap(*echo_pix);
ui->echo_label->setScaledContents(true);
uart_command = 5;
break;
case ADC_ECHO:
timer_1->stop();
ba.remove(0, temp_1.istd);
//COM->clear();
break;
default:
echo_pix->scaled(ui->echo_label->size(),
Qt::KeepAspectRatioByExpanding);
ui->echo_label->setPixmap(QPixmap("reddot.png"));
ui->echo_label->setScaledContents(true);
uart_command = 255;
timer_1->start();
break;
}
ba.clear();
}
else
{
qDebug() << "XOR error";
service_message->setText("XOR error");
ba.remove(0, 1);
}
}
else
{
qDebug() << "Address error";
service_message->setText("Wrong address");
ba.remove(0, 1);
}
}
else
{
qDebug() << "Not enough bytes";
service_message->setText("Not enough bytes");
}
}
else
{
qDebug() << "Error length";
service_message->setText("Error length");
}
}
else {
qDebug() << "No Synchro";
service_message->setText("No Synchro");
ba.clear();
}
if(auto_mode_test == SINGLE_MODE)
{
get_data->setEnabled(TRUE);
}
CRC = 0;
}
void MainWindow::connectCOM(void)
{
if(COM->portName() != ui->com_combobox->currentText())
{
COM->close();
COM->setPortName(ui->com_combobox->currentText());
}
COM->setBaudRate(QSerialPort::Baud115200, QSerialPort::AllDirections);
COM->setDataBits(QSerialPort::Data8);
COM->setParity(QSerialPort::NoParity);
COM->setStopBits(QSerialPort::OneStop);
COM->setFlowControl(QSerialPort::NoFlowControl);
//COM->setReadBufferSize(10);
if(COM->open(QSerialPort::ReadWrite))
{
ui->comstate_label->setText("<FONT COLOR=#008000>Opened</FONT>");
com_mode = 1;
//COM->setDataTerminalReady(true);
//ui->label->setStyleSheet()
}
else
{
COM->close();
ui->comstate_label->setText("<FONT COLOR=red>Closed</FONT>");
com_mode = 0;
}
}
void MainWindow::getEcho(void)
{
QByteArray ba_1;
char len = 0x06;
char crc = 0;
char echo = ECHO;
ba_1.append(SYNCHRO);
ba_1.append(char(0x00));
ba_1.append(len);
ba_1.append(UART_ADDR);
ba_1.append(echo);
for(int i = 0; i < ba_1.size(); i++)
{
crc ^= ba_1.at(i);
}
ba_1.append(crc);
// qDebug() << ba_1;
COM->write(ba_1);
while(!COM->waitForBytesWritten(-1)); //Если слать в закрытый порт будет зависание
}
void MainWindow::getADC(void)
{
char len = 0x07;
char crc = 0;
char dataTransmit[7] = {SYNCHRO, 0x00, len, UART_ADDR, ADC_CONT_1SEC, 0x00, 0x00};
dataTransmit[5] = data_check_box;
if(auto_mode_test == SINGLE_MODE)
{
get_data->setEnabled(FALSE);
//time = 0;
//timer_1->start();
adc_call_command_counter = 0;
//adc_global_counter = 0;
//timer_2_mode = 1;
data_check_box = OFF;
}
else if(auto_mode_test == AUTO_MODE)
{
if(data_check_box == ON)
{
get_data->setText("Stop");
//time = 0;
//timer_1->start();
adc_call_command_counter = 0;
//adc_global_counter = 0;
//timer_2_mode = 1;
data_check_box = OFF;
}
else if (data_check_box == OFF)
{
get_data->setText("Get Data");
adc_call_command_counter = 0;
timer_1->stop();
//timer_2_mode = 0;
data_check_box = ON;
}
}
for(int i = 0; i < len; i++)
{
crc ^= dataTransmit[i];
}
dataTransmit[6] = crc;
if(COM->isOpen())
{
COM->write(dataTransmit, len);
while(!COM->waitForBytesWritten(2000));
}
}
void MainWindow::change_adc_mode(void)
{
if(auto_mode->isChecked() == TRUE)
{
auto_mode_test = TRUE;
}
else if(auto_mode->isChecked() == FALSE)
{
auto_mode_test = FALSE;
}
}
void MainWindow::setSwtich(void)
{
QByteArray ba;
char len = 0x08;
char crc = 0;
char dataTransmit[8] = {SYNCHRO, 0x00, len, UART_ADDR, OUTPUT_SWITCH, 0x00, 0x00, 0x00};
dataTransmit[5] = antenna_selected;
dataTransmit[6] = path_selected;
for(int i = 0; i < len; i++)
{
crc ^= dataTransmit[i];
}
dataTransmit[7] = crc;
ba.append(dataTransmit);
qDebug() << ba;
COM->write(dataTransmit, len);
while(!COM->waitForBytesWritten(-1));
}
void MainWindow::setAttenuation(void)
{
QByteArray ba;
char len = 0x08;
char crc = 0;
std_union att_temp;
att_temp.istd = attenuation_selected*5;
ba.append(SYNCHRO);
ba.append(char(0x00));
ba.append(len);
ba.append(UART_ADDR);
ba.append(SET_ATT);
ba.append(att_temp.cstd[1]);
ba.append(att_temp.cstd[0]);
for(int i = 0; i < ba.size(); i++)
{
crc ^= ba.at(i);
}
ba.append(crc);
COM->write(ba);
while(!COM->waitForBytesWritten(-1));
}
void MainWindow::send_accept(void)