Модельная система регулирования домашнего отопления

step(outside_temperature, heating_setpoint, 50, hysteresis);vec_cur_temperatures[stepidx] = b.get_current_temperature();vec_heater_state[stepidx] = b.get_heater_state();vec_cooler_state[stepidx] = b.get_cooler_state();}int h = this->pictureBox1->Height;int w = this->pictureBox1->Width;int x0 = 50;int y0 = h - 200;float koeff_y = 10;float koeff_x = 10;Graphics^ graphics = this->pictureBox1->CreateGraphics();graphics->Clear(Color::White);StringFormat^ drawFormat = gcnewStringFormat();drawFormat->Alignment = StringAlignment::Near;System::Drawing::Font^ drawFont = gcnew System::Drawing::Font("Arial", 12);SolidBrush^ drawBrush = gcnewSolidBrush(Color::Black);graphics->DrawLine(Pens::Black, x0 - 10, y0, w - 50, y0);graphics->DrawString("время, ч", drawFont, drawBrush, w - 100, y0, drawFormat);graphics->DrawLine(Pens::Black, x0, y0 + 10, x0, 50);graphics->DrawString("температура, С", drawFont, drawBrush, x0, 50, drawFormat);graphics->DrawLine(Pens::Black, x0 - 10, y0 + 50, w - 50, y0 + 50);graphics->DrawString("включениянагревателя", drawFont, drawBrush, x0 + 5, y0 + 50 + 5, drawFormat);//graphics->DrawLine(Pens::Black, x0 - 10, y0 + 100, w - 50, y0 + 100);//рисуемлиниюцелевойтемпературыint target_offset = (int)(heating_setpoint * koeff_y);graphics->DrawLine(Pens::Green, x0, y0 - target_offset, w-50, y0 - target_offset);graphics->DrawString("целеваятемпература", drawFont, drawBrush, x0 + 5, y0 - target_offset + 5, drawFormat);target_offset = (int)((heating_setpoint + hysteresis) * koeff_y);Pen^ pen1 = gcnew Pen(Color::Green, 1);pen1->DashPattern = gcnew array(2) {5,5};graphics->DrawLine(pen1, x0, y0 - target_offset, w - 50, y0 - target_offset);//рисуемлиниюнаружнойтемпературыtarget_offset = (int)(outside_temperature * koeff_y);graphics->DrawLine(Pens::Blue, x0, y0 - target_offset, w - 50, y0 - target_offset);graphics->DrawString("наружнаятемпература", drawFont, drawBrush, x0 + 5, y0 - target_offset + 5, drawFormat);int i = 0;int px = (int)(x0 + i * koeff_x);int py = (int)(y0 - vec_cur_temperatures[i] * koeff_y);for (int i = 0; i < vec_cur_temperatures.size(); i++) {int x = (int)(x0 + i * koeff_x);int y = (int)(y0 - vec_cur_temperatures[i] * koeff_y);graphics->DrawLine(Pens::Black , px, py, x, y);px = x;py = y;if (vec_heater_state[i]) {graphics->FillRectangle(Brushes::Red, x, y0 + 45, (int)(1 * koeff_x), 5);}/*if (vec_cooler_state[i]) {graphics->FillRectangle(Brushes::Blue, x, y0 + 95, (int)(1 * koeff_x), 5);}*/}}catch (System::Exception^ ex) {MessageBox::Show("Ошибка! Проверьте правильность ввода данных.");}}};}