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loop.cpp
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/* loop.cpp - source text to Coil64 - Radio frequency inductor and choke calculator
Copyright (C) 2019 Kustarev V.
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <https://www.gnu.org/licenses
*/
#include "loop.h"
#include "ui_loop.h"
Loop::Loop(QWidget *parent) :
QDialog(parent),
ui(new Ui::Loop)
{
ui->setupUi(this);
fOpt = new _OptionStruct;
dv = new QDoubleValidator(0.0, MAX_DOUBLE, 380);
awgV = new QRegExpValidator(QRegExp(AWG_REG_EX));
lw = 0.0;
ui->lineEdit_1->setValidator(dv);
ui->lineEdit_2->setValidator(dv);
ui->lineEdit_3->setValidator(dv);
ui->lineEdit_N->setValidator(dv);
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
Loop::~Loop()
{
ind = loc.toDouble(ui->lineEdit_N->text())*fOpt->dwInductanceMultiplier;
a = loc.toDouble(ui->lineEdit_1->text())*fOpt->dwLengthMultiplier;
b = loc.toDouble(ui->lineEdit_2->text())*fOpt->dwLengthMultiplier;
if (fOpt->isAWG){
dw = convertfromAWG(ui->lineEdit_3->text());
} else {
dw = loc.toDouble(ui->lineEdit_3->text())*fOpt->dwLengthMultiplier;
}
QSettings *settings;
defineAppSettings(settings);
settings->beginGroup( "Loop" );
settings->setValue("pos", this->pos());
settings->setValue("size", size());
settings->setValue("ind", ind);
settings->setValue("a", a);
settings->setValue("b", b);
settings->setValue("d", dw);
settings->setValue("mu", mu);
settings->setValue("isReverse", ui->checkBox_isReverce->isChecked());
settings->setValue("loopKind", loopKind);
settings->endGroup();
delete settings;
delete fOpt;
delete awgV;
delete dv;
delete ui;
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void Loop::getCurrentLocale(QLocale locale){
this->loc = locale;
this->setLocale(loc);
dv->setLocale(loc);
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void Loop::getOpt(_OptionStruct gOpt){
*fOpt = gOpt;
ui->label_N_m->setText(qApp->translate("Context", fOpt->ssInductanceMeasureUnit.toUtf8()));
ui->label_01->setText(qApp->translate("Context", fOpt->ssLengthMeasureUnit.toUtf8()));
ui->label_02->setText(qApp->translate("Context", fOpt->ssLengthMeasureUnit.toUtf8()));
ui->label_03->setText(qApp->translate("Context", fOpt->ssLengthMeasureUnit.toUtf8()));
QSettings *settings;
defineAppSettings(settings);
settings->beginGroup( "Loop" );
QRect screenGeometry = qApp->primaryScreen()->availableGeometry();
int x = (screenGeometry.width() - this->width()) / 2;
int y = (screenGeometry.height() - this->height()) / 2;
QPoint pos = settings->value("pos", QPoint(x, y)).toPoint();
QSize size = settings->value("size", this->minimumSize()).toSize();
bool isReverse = settings->value("isReverse", false).toBool();
loopKind = settings->value("loopKind", 0).toInt();
ind = settings->value("ind", 0).toDouble();
a = settings->value("a", 0).toDouble();
b = settings->value("b", 0).toDouble();
dw = settings->value("d", 0).toDouble();
mu = settings->value("mu", 1).toDouble();
settings->endGroup();
if (fOpt->isAWG){
ui->label_03->setText(tr("AWG"));
ui->lineEdit_3->setValidator(awgV);
if (dw > 0){
ui->lineEdit_3->setText(converttoAWG(dw));
} else
ui->lineEdit_3->setText("");
} else
ui->lineEdit_3->setText(roundTo(dw / fOpt->dwLengthMultiplier, loc, fOpt->dwAccuracy));
ui->lineEdit_4->setText(roundTo(mu, loc, fOpt->dwAccuracy));
resize(size);
move(pos);
ui->checkBox_isReverce->setChecked(isReverse);
ui->label_3->setText(tr("Wire diameter") + " d:");
ui->label_4->setText(tr("Wire magnetic permeability") + " μ:");
on_checkBox_isReverce_clicked();
delete settings;
if (fOpt->styleGUI == _DarkStyle){
ui->pushButton->setIcon(reverseIconColors(ui->pushButton->icon()));
ui->pushButton_2->setIcon(reverseIconColors(ui->pushButton_2->icon()));
ui->pushButton_3->setIcon(reverseIconColors(ui->pushButton_3->icon()));
}
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void Loop::on_radioButton_round_clicked()
{
loopKind = 0;
ui->image->setPixmap(QPixmap(":/images/res/loop0.png"));
ui->label_02->setVisible(false);
ui->label_2->setVisible(false);
ui->lineEdit_2->setVisible(false);
if (ui->checkBox_isReverce->isChecked()){
ui->label_01->setVisible(false);
ui->label_1->setVisible(false);
ui->lineEdit_1->setVisible(false);
ui->lineEdit_N->setFocus();
ui->lineEdit_N->selectAll();
} else {
ui->label_01->setVisible(true);
ui->label_1->setVisible(true);
ui->lineEdit_1->setVisible(true);
ui->lineEdit_1->setText(roundTo(a / fOpt->dwLengthMultiplier, loc, fOpt->dwAccuracy));
QString tmpTxt = tr("Loop diameter") + " D:";
ui->label_1->setText(tmpTxt);
ui->lineEdit_1->setFocus();
ui->lineEdit_1->selectAll();
}
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void Loop::on_radioButton_triangle_clicked()
{
loopKind = 1;
ui->image->setPixmap(QPixmap(":/images/res/loop3.png"));
if (ui->checkBox_isReverce->isChecked()){
ui->label_01->setVisible(false);
ui->label_1->setVisible(false);
ui->lineEdit_1->setVisible(false);
ui->label_02->setVisible(false);
ui->label_2->setVisible(false);
ui->lineEdit_2->setVisible(false);
ui->lineEdit_N->setFocus();
ui->lineEdit_N->selectAll();
} else {
ui->label_01->setVisible(true);
ui->label_1->setVisible(true);
ui->lineEdit_1->setVisible(true);
ui->lineEdit_1->setText(roundTo(a / fOpt->dwLengthMultiplier, loc, fOpt->dwAccuracy));
QString tmpTxt = tr("Side of triangle") + " a:";
ui->label_1->setText(tmpTxt);
ui->label_02->setVisible(true);
ui->label_2->setVisible(true);
ui->lineEdit_2->setVisible(true);
ui->lineEdit_2->setText(roundTo(b / fOpt->dwLengthMultiplier, loc, fOpt->dwAccuracy));
tmpTxt = tr("Side of triangle") + " b:";
ui->label_2->setText(tmpTxt);
ui->lineEdit_1->setFocus();
ui->lineEdit_1->selectAll();
}
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void Loop::on_radioButton_rectangle_clicked()
{
loopKind = 2;
ui->image->setPixmap(QPixmap(":/images/res/loop4.png"));
if (ui->checkBox_isReverce->isChecked()){
ui->label_01->setVisible(false);
ui->label_1->setVisible(false);
ui->lineEdit_1->setVisible(false);
ui->label_02->setVisible(false);
ui->label_2->setVisible(false);
ui->lineEdit_2->setVisible(false);
ui->lineEdit_N->setFocus();
ui->lineEdit_N->selectAll();
} else {
ui->label_01->setVisible(true);
ui->label_1->setVisible(true);
ui->lineEdit_1->setVisible(true);
ui->lineEdit_1->setText(roundTo(a / fOpt->dwLengthMultiplier, loc, fOpt->dwAccuracy));
QString tmpTxt = tr("Side of rectangle") + " a:";
ui->label_1->setText(tmpTxt);
ui->label_02->setVisible(true);
ui->label_2->setVisible(true);
ui->lineEdit_2->setVisible(true);
ui->lineEdit_2->setText(roundTo(b / fOpt->dwLengthMultiplier, loc, fOpt->dwAccuracy));
tmpTxt = tr("Side of rectangle") + " b:";
ui->label_2->setText(tmpTxt);
ui->lineEdit_1->setFocus();
ui->lineEdit_1->selectAll();
}
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void Loop::on_checkBox_isReverce_clicked()
{
if (ui->checkBox_isReverce->isChecked()){
ui->label_N->setVisible(true);
ui->lineEdit_N->setText(roundTo(ind / fOpt->dwInductanceMultiplier, loc, fOpt->dwAccuracy));
ui->label_N_m->setVisible(true);
ui->lineEdit_N->setVisible(true);
QString tmpTxt = tr("Inductance") + " L:";
ui->label_N->setText(tmpTxt);
} else {
ui->label_N->setVisible(false);
ui->label_N_m->setVisible(false);
ui->lineEdit_N->setVisible(false);
}
switch (loopKind) {
case 0:{
ui->radioButton_round->setChecked(true);
on_radioButton_round_clicked();
break;
}
case 1:{
ui->radioButton_triangle->setChecked(true);
on_radioButton_triangle_clicked();
break;
}
case 2:{
ui->radioButton_rectangle->setChecked(true);
on_radioButton_rectangle_clicked();
break;
}
default:
break;
}
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void Loop::on_pushButton_2_clicked()
{
this->close();
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void Loop::on_pushButton_3_clicked()
{
QDesktopServices::openUrl(QUrl("https://coil32.net/one-turn-loop-coil.html"));
}
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void Loop::on_pushButton_clicked()
{
QString sCaption = QCoreApplication::applicationName() + " " + QCoreApplication::applicationVersion() + " - " + windowTitle();
QString sImage = "";
QString sInput = "";
QString sResult = "";
bool ok4;
mu = loc.toDouble(ui->lineEdit_4->text(), &ok4);
if(!ok4){
showWarning(tr("Warning"), tr("One or more inputs have an illegal format!"));
return;
}
if(loopKind == 0){
sCaption += " (" + ui->radioButton_round->text() + + ")";
sImage = "<img src=\":/images/res/loop0.png\">";
} else if (loopKind == 1){
sCaption += " (" + ui->radioButton_triangle->text() + + ")";
sImage = "<img src=\":/images/res/loop3.png\">";
} else if (loopKind == 2){
sCaption += " (" + ui->radioButton_rectangle->text() + + ")";
sImage = "<img src=\":/images/res/loop4.png\">";
}
if (ui->checkBox_isReverce->isChecked()){
if ((ui->lineEdit_N->text().isEmpty())||(ui->lineEdit_3->text().isEmpty())){
showWarning(tr("Warning"), tr("One or more inputs are empty!"));
return;
}
bool ok1, ok3;
ind = loc.toDouble(ui->lineEdit_N->text(), &ok1)*fOpt->dwInductanceMultiplier;
if (fOpt->isAWG){
dw = convertfromAWG(ui->lineEdit_3->text(), &ok3);
} else {
dw = loc.toDouble(ui->lineEdit_3->text(), &ok3)*fOpt->dwLengthMultiplier;
}
if((!ok1)||(!ok3)){
showWarning(tr("Warning"), tr("One or more inputs have an illegal format!"));
return;
}
if ((ind == 0)||(dw == 0)){
showWarning(tr("Warning"), tr("One or more inputs are equal to null!"));
return;
}
sInput = "<p><u>" + tr("Input data") + ":</u><br/>";
sInput += formattedOutput(fOpt, ui->label_N->text(), ui->lineEdit_N->text(), ui->label_N_m->text()) + "<br/>";
sInput += formattedOutput(fOpt, ui->label_3->text(), ui->lineEdit_3->text(), ui->label_03->text()) + "</p>";
sResult = "<p><u>" + tr("Result") + ":</u><br/>";
if(loopKind == 0){
a = findRoundLoop_D(ind, dw, mu);
sResult += formattedOutput(fOpt, tr("Loop diameter") + " D: ", roundTo(a / fOpt->dwLengthMultiplier, loc, fOpt->dwAccuracy),
qApp->translate("Context", fOpt->ssLengthMeasureUnit.toUtf8())) + "<br/>";
lw = a * M_PI;
} else if (loopKind == 1){
a = findIsoIsoscelesTriangleLoop_a(ind, dw, mu);
b = a;
sResult += formattedOutput(fOpt, tr("The side of the equilateral triangle") + " a = b: ", roundTo(a / fOpt->dwLengthMultiplier, loc, fOpt->dwAccuracy),
qApp->translate("Context", fOpt->ssLengthMeasureUnit.toUtf8())) + "<br/>";
lw = 3.0 * a;
} else if (loopKind == 2){
a = findRectangleLoop_a(ind, dw, mu);
b = a;
sResult += formattedOutput(fOpt, tr("The side of quadrate") + " a = b: ", roundTo(a / fOpt->dwLengthMultiplier, loc, fOpt->dwAccuracy),
qApp->translate("Context", fOpt->ssLengthMeasureUnit.toUtf8())) + "<br/>";
lw = 4.0 * a;
}
if (a < 0){
a = 0;
b = 0;
showWarning(tr("Warning"),tr("Coil can not be realized") + "!");
return;
}
} else {
if ((ui->lineEdit_1->text().isEmpty())||(ui->lineEdit_3->text().isEmpty())){
showWarning(tr("Warning"), tr("One or more inputs are empty!"));
return;
}
bool ok1, ok2, ok3;
a = loc.toDouble(ui->lineEdit_1->text(), &ok1)*fOpt->dwLengthMultiplier;
if (fOpt->isAWG){
dw = convertfromAWG(ui->lineEdit_3->text(), &ok3);
} else {
dw = loc.toDouble(ui->lineEdit_3->text(), &ok3)*fOpt->dwLengthMultiplier;
}
if((!ok1)||(!ok3)){
showWarning(tr("Warning"), tr("One or more inputs have an illegal format!"));
return;
}
if ((a == 0)||(dw == 0)){
showWarning(tr("Warning"), tr("One or more inputs are equal to null!"));
return;
}
if ((loopKind == 1) || (loopKind == 2)){
if (ui->lineEdit_2->text().isEmpty()){
showWarning(tr("Warning"), tr("One or more inputs are empty!"));
return;
}
b = loc.toDouble(ui->lineEdit_2->text(), &ok2)*fOpt->dwLengthMultiplier;
if(!ok2){
showWarning(tr("Warning"), tr("One or more inputs have an illegal format!"));
return;
}
if (b == 0){
showWarning(tr("Warning"), tr("One or more inputs are equal to null!"));
return;
}
}
sInput = "<p><u>" + tr("Dimensions") + ":</u><br/>";
sInput += formattedOutput(fOpt, ui->label_1->text(), ui->lineEdit_1->text(), ui->label_01->text()) + "<br/>";
if (loopKind != 0)
sInput += formattedOutput(fOpt, ui->label_2->text(), ui->lineEdit_2->text(), ui->label_02->text()) + "<br/>";
sInput += formattedOutput(fOpt, ui->label_3->text(), ui->lineEdit_3->text(), ui->label_03->text()) + "</p>";
if(loopKind == 0){
ind = findRoundLoop_I(a, dw, mu);
lw = a * M_PI;
} else if (loopKind == 1){
ind = findIsoIsoscelesTriangleLoop_I(a, b, dw, mu);
lw = 2 * a + b;
} else if (loopKind == 2){
ind = findRectangleLoop_I(a, b, dw, mu);
lw = 2 * a + 2 * b;
}
sResult = "<p><u>" + tr("Result") + ":</u><br/>";
sResult += formattedOutput(fOpt, tr("Inductance") + " L = ", roundTo(ind / fOpt->dwInductanceMultiplier, loc, fOpt->dwAccuracy),
qApp->translate("Context", fOpt->ssInductanceMeasureUnit.toUtf8())) + "<br/>";
}
if (lw > 0){
QString _wire_length = formatLength(0.001 * lw, fOpt->dwLengthMultiplier);
QStringList list = _wire_length.split(QRegExp(" "), skip_empty_parts);
QString d_wire_length = list[0];
QString _ssLengthMeasureUnit = list[1];
if (d_wire_length != "-100"){
sResult += formattedOutput(fOpt, tr("Length of wire without leads") + " lw = ", roundTo(d_wire_length.toDouble(), loc, fOpt->dwAccuracy),
qApp->translate("Context", _ssLengthMeasureUnit.toUtf8()));
}
}
sResult += "</p>";
emit sendResult(sCaption + LIST_SEPARATOR + sImage + LIST_SEPARATOR + sInput + LIST_SEPARATOR + sResult);
}