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https://github.com/qelectrotech/qelectrotech-source-mirror.git
synced 2025-12-21 16:50:53 +01:00
Move terminal strip drawer class in is own file
This commit is contained in:
joshua
@@ -16,215 +16,216 @@
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along with QElectroTech. If not, see <http://www.gnu.org/licenses/>.
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*/
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#include "terminalstriplayoutpattern.h"
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#include <QDebug>
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#include "../physicalterminal.h"
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#include "../realterminal.h"
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#include "../terminalstrip.h"
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#include "../terminalstripbridge.h"
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//#include "../physicalterminal.h"
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//#include "../realterminal.h"
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//#include "../terminalstrip.h"
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//#include "../terminalstripbridge.h"
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#include <QPainter>
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//#include <QPainter>
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/**
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* @brief TerminalStripDrawer::TerminalStripDrawer
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* @param strip
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* @param pattern
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*/
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TerminalStripDrawer::TerminalStripDrawer(QPointer<TerminalStrip> strip) :
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m_strip(strip)
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{}
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///**
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// * @brief TerminalStripDrawer::TerminalStripDrawer
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// * @param strip
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// * @param pattern
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// */
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//TerminalStripDrawer::TerminalStripDrawer(QPointer<TerminalStrip> strip) :
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// m_strip(strip)
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//{}
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/**
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* @brief TerminalStripDrawer::paint
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* @param painter
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*/
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void TerminalStripDrawer::paint(QPainter *painter)
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{
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if (m_strip)
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{
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//To draw text, QPainter need a Qrect. Instead of create an instance
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//for each text, we re-use the same instance of QRect.
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QRect text_rect;
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painter->save();
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///**
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// * @brief TerminalStripDrawer::paint
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// * @param painter
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// */
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//void TerminalStripDrawer::paint(QPainter *painter)
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//{
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// if (m_strip)
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// {
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// //To draw text, QPainter need a Qrect. Instead of create an instance
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// //for each text, we re-use the same instance of QRect.
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// QRect text_rect;
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// painter->save();
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auto pen_{painter->pen()};
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pen_.setColor(Qt::black);
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pen_.setWidth(1);
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// auto pen_{painter->pen()};
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// pen_.setColor(Qt::black);
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// pen_.setWidth(1);
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auto brush_ = painter->brush();
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brush_.setColor(Qt::white);
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// auto brush_ = painter->brush();
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// brush_.setColor(Qt::white);
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painter->setPen(pen_);
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painter->setBrush(brush_);
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// painter->setPen(pen_);
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// painter->setBrush(brush_);
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//Draw header
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painter->drawRect(m_pattern.m_header_rect);
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// //Draw header
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// painter->drawRect(m_pattern.m_header_rect);
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//Draw the header text
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painter->save();
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// //Draw the header text
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// painter->save();
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if (m_pattern.m_header_text_orientation == Qt::Horizontal)
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{
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text_rect.setRect(0,m_pattern.m_header_rect.y(),m_pattern.m_header_rect.width(),m_pattern.m_header_rect.height());
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}
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else
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{
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painter->translate(m_pattern.m_header_rect.bottomLeft());
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painter->rotate(270);
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text_rect.setRect(0,0,m_pattern.m_header_rect.height(),m_pattern.m_header_rect.width());
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}
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// if (m_pattern.m_header_text_orientation == Qt::Horizontal)
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// {
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// text_rect.setRect(0,m_pattern.m_header_rect.y(),m_pattern.m_header_rect.width(),m_pattern.m_header_rect.height());
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// }
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// else
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// {
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// painter->translate(m_pattern.m_header_rect.bottomLeft());
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// painter->rotate(270);
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// text_rect.setRect(0,0,m_pattern.m_header_rect.height(),m_pattern.m_header_rect.width());
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// }
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const auto text_{m_strip->installation() + " " + m_strip->location() + " " + m_strip->name()};
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painter->drawText(text_rect, text_, m_pattern.headerTextOption());
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painter->restore();
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// const auto text_{m_strip->installation() + " " + m_strip->location() + " " + m_strip->name()};
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// painter->drawText(text_rect, text_, m_pattern.headerTextOption());
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// painter->restore();
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//Move painter pos to next drawing
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painter->translate(m_pattern.m_header_rect.width(),0);
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// //Move painter pos to next drawing
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// painter->translate(m_pattern.m_header_rect.width(),0);
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int x_offset{m_pattern.m_header_rect.width()};
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// int x_offset{m_pattern.m_header_rect.width()};
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//Draw spacer
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painter->drawRect(m_pattern.m_spacer_rect);
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//Move painter pos to next drawing
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painter->translate(m_pattern.m_spacer_rect.width(),0);
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x_offset += m_pattern.m_spacer_rect.width();
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// //Draw spacer
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// painter->drawRect(m_pattern.m_spacer_rect);
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// //Move painter pos to next drawing
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// painter->translate(m_pattern.m_spacer_rect.width(),0);
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// x_offset += m_pattern.m_spacer_rect.width();
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//Draw terminals
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const auto terminals_text_rect{m_pattern.m_terminals_text_rect};
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const auto terminals_text_orientation{m_pattern.m_terminals_text_orientation};
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const auto terminals_text_option{m_pattern.terminalsTextOption()};
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QRect terminal_rect;
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// //Draw terminals
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// const auto terminals_text_rect{m_pattern.m_terminals_text_rect};
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// const auto terminals_text_orientation{m_pattern.m_terminals_text_orientation};
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// const auto terminals_text_option{m_pattern.terminalsTextOption()};
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// QRect terminal_rect;
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QHash<QUuid, QVector<QPointF>> bridges_anchor_points;
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// QHash<QUuid, QVector<QPointF>> bridges_anchor_points;
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//Loop over physical terminals
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for (const auto &physical_t : m_strip->physicalTerminal())
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{
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//Get the good offset according to how many level have the current physical terminal
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const QVector<QSharedPointer<RealTerminal>> real_terminal{physical_t->realTerminals()};
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const auto real_t_count{real_terminal.size()};
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const auto offset_{4 - real_t_count};
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// //Loop over physical terminals
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// for (const auto &physical_t : m_strip->physicalTerminal())
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// {
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// //Get the good offset according to how many level have the current physical terminal
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// const QVector<QSharedPointer<RealTerminal>> real_terminal{physical_t->realTerminals()};
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// const auto real_t_count{real_terminal.size()};
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// const auto offset_{4 - real_t_count};
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//Loop over real terminals
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for (auto i=0 ; i<real_t_count ; ++i)
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{
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const auto index_ = offset_ + i;
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if (index_ >= 4) {
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break;
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}
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// //Loop over real terminals
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// for (auto i=0 ; i<real_t_count ; ++i)
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// {
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// const auto index_ = offset_ + i;
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// if (index_ >= 4) {
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// break;
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// }
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terminal_rect = m_pattern.m_terminal_rect[index_];
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//Draw terminal rect
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painter->drawRect(terminal_rect);
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// terminal_rect = m_pattern.m_terminal_rect[index_];
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// //Draw terminal rect
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// painter->drawRect(terminal_rect);
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//Draw text
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painter->save();
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if (terminals_text_orientation[index_] == Qt::Horizontal)
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{
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text_rect = terminals_text_rect[index_];
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}
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else
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{
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const auto rect_{terminals_text_rect[index_]};
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painter->translate(rect_.bottomLeft());
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painter->rotate(270);
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text_rect.setRect(0, 0, rect_.height(), rect_.width());
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}
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// //Draw text
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// painter->save();
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// if (terminals_text_orientation[index_] == Qt::Horizontal)
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// {
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// text_rect = terminals_text_rect[index_];
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// }
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// else
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// {
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// const auto rect_{terminals_text_rect[index_]};
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// painter->translate(rect_.bottomLeft());
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// painter->rotate(270);
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// text_rect.setRect(0, 0, rect_.height(), rect_.width());
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// }
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const auto shared_real_terminal{real_terminal[i]};
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painter->drawText(text_rect,
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shared_real_terminal ? shared_real_terminal->label() : QLatin1String(),
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terminals_text_option[index_]);
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painter->restore();
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// const auto shared_real_terminal{real_terminal[i]};
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// painter->drawText(text_rect,
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// shared_real_terminal ? shared_real_terminal->label() : QLatin1String(),
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// terminals_text_option[index_]);
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// painter->restore();
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//Add bridge anchor
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if (shared_real_terminal->isBridged())
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{
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painter->save();
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if (const auto bridge_ = shared_real_terminal->bridge())
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{
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const auto anchor_center{m_pattern.m_bridge_point_d/2};
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painter->setBrush(Qt::SolidPattern);
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painter->drawEllipse(QPointF{terminal_rect.width()/2, m_pattern.m_bridge_point_y_offset[index_]},
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anchor_center,
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anchor_center);
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// //Add bridge anchor
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// if (shared_real_terminal->isBridged())
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// {
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// painter->save();
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// if (const auto bridge_ = shared_real_terminal->bridge())
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// {
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// const auto anchor_center{m_pattern.m_bridge_point_d/2};
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// painter->setBrush(Qt::SolidPattern);
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// painter->drawEllipse(QPointF{terminal_rect.width()/2, m_pattern.m_bridge_point_y_offset[index_]},
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// anchor_center,
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// anchor_center);
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auto anchor_points{bridges_anchor_points.value(bridge_->uuid())};
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anchor_points.append(QPointF{x_offset + terminal_rect.width()/2,
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m_pattern.m_bridge_point_y_offset[index_]});
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bridges_anchor_points.insert(bridge_->uuid(), anchor_points);
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}
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painter->restore();
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}
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// auto anchor_points{bridges_anchor_points.value(bridge_->uuid())};
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// anchor_points.append(QPointF{x_offset + terminal_rect.width()/2,
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// m_pattern.m_bridge_point_y_offset[index_]});
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// bridges_anchor_points.insert(bridge_->uuid(), anchor_points);
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// }
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// painter->restore();
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// }
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//Move painter pos to next drawing
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painter->translate(terminal_rect.width(),0);
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x_offset += terminal_rect.width();
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}
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}
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// //Move painter pos to next drawing
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// painter->translate(terminal_rect.width(),0);
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// x_offset += terminal_rect.width();
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// }
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// }
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painter->restore();
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// painter->restore();
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//Draw the bridges
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for (const auto &points_ : qAsConst(bridges_anchor_points))
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{
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painter->save();
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auto pen_{painter->pen()};
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pen_.setWidth(2);
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painter->setPen(pen_);
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painter->drawPolyline(QPolygonF{points_});
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painter->restore();
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}
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}
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}
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// //Draw the bridges
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// for (const auto &points_ : qAsConst(bridges_anchor_points))
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// {
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// painter->save();
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// auto pen_{painter->pen()};
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// pen_.setWidth(2);
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// painter->setPen(pen_);
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// painter->drawPolyline(QPolygonF{points_});
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// painter->restore();
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// }
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// }
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//}
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QRectF TerminalStripDrawer::boundingRect() const
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{
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return QRect{0, 0, width(), height()};;
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}
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//QRectF TerminalStripDrawer::boundingRect() const
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//{
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// return QRect{0, 0, width(), height()};;
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//}
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int TerminalStripDrawer::height() const
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{
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auto height_{m_pattern.m_header_rect.y() + m_pattern.m_header_rect.height()};
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//int TerminalStripDrawer::height() const
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//{
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// auto height_{m_pattern.m_header_rect.y() + m_pattern.m_header_rect.height()};
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height_ = std::max(height_, m_pattern.m_spacer_rect.y() + m_pattern.m_spacer_rect.height());
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// height_ = std::max(height_, m_pattern.m_spacer_rect.y() + m_pattern.m_spacer_rect.height());
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for (const auto &rect : m_pattern.m_terminal_rect) {
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height_ = std::max(height_, rect.y() + rect.height());
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}
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// for (const auto &rect : m_pattern.m_terminal_rect) {
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// height_ = std::max(height_, rect.y() + rect.height());
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// }
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return height_;
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}
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// return height_;
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//}
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int TerminalStripDrawer::width() const
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{
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int width_{m_pattern.m_header_rect.width() + m_pattern.m_spacer_rect.width()};
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//int TerminalStripDrawer::width() const
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//{
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// int width_{m_pattern.m_header_rect.width() + m_pattern.m_spacer_rect.width()};
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if (m_strip)
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{
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//Loop over physical terminals
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for (const auto &physical_t : m_strip->physicalTerminal())
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{
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//Get the good offset according to how many level have the current physical terminal
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const QVector<QSharedPointer<RealTerminal>> real_terminal{physical_t->realTerminals()};
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const auto real_t_count{real_terminal.size()};
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const auto offset_{4 - real_t_count};
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// if (m_strip)
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// {
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// //Loop over physical terminals
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// for (const auto &physical_t : m_strip->physicalTerminal())
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// {
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// //Get the good offset according to how many level have the current physical terminal
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// const QVector<QSharedPointer<RealTerminal>> real_terminal{physical_t->realTerminals()};
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// const auto real_t_count{real_terminal.size()};
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// const auto offset_{4 - real_t_count};
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//Loop over real terminals
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for (auto i=0 ; i<real_t_count ; ++i)
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{
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const auto index_ = offset_ + i;
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if (index_ >= 4) {
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break;
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}
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// //Loop over real terminals
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// for (auto i=0 ; i<real_t_count ; ++i)
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// {
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// const auto index_ = offset_ + i;
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// if (index_ >= 4) {
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// break;
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// }
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width_ += m_pattern.m_terminal_rect[index_].width();
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}
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}
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}
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// width_ += m_pattern.m_terminal_rect[index_].width();
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// }
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// }
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// }
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return width_;
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}
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// return width_;
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//}
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TerminalStripLayoutPattern::TerminalStripLayoutPattern()
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{
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Block a user