void drawFrame(Window* cur_window) {
int i;
//prints("[WYG] Drawing frame for window ");
//printDecimal(cur_window->handle);
//pchar('\n');
//Outer border
bmpDrawPanel(cur_window->context, 0, 0, cur_window->w, cur_window->h, RGB(238, 203, 137), 1, 0);
//Title border
bmpDrawPanel(cur_window->context, 3, 3, cur_window->w - 6, 22, RGB(238, 203, 137), 1, 1);
//Body border
bmpDrawPanel(cur_window->context, 3, 27, cur_window->w - 6, cur_window->h - 30, RGB(238, 203, 137), 1, 1);
//Left frame
bmpFillRect(cur_window->context, 1, 1, 2, cur_window->h - 2, RGB(238, 203, 137));
//Right frame
bmpFillRect(cur_window->context, cur_window->w - 3, 1, 2, cur_window->h - 2, RGB(238, 203, 137));
//Top frame
bmpFillRect(cur_window->context, 3, 1, cur_window->w - 6, 2, RGB(238, 203, 137));
//Mid frame
bmpFillRect(cur_window->context, 3, 25, cur_window->w - 6, 2, RGB(238, 203, 137));
//Bottom frame
bmpFillRect(cur_window->context, 3, cur_window->h - 3, cur_window->w - 6, 2, RGB(238, 203, 137));
//Button
bmpDrawPanel(cur_window->context, cur_window->w - 24, 4, 20, 20, RGB(238, 203, 137), 1, 0);
bmpFillRect(cur_window->context, cur_window->w - 23, 5, 18, 18, RGB(238, 203, 137));
drawTitlebar(cur_window, 0);
cur_window->frame_needs_redraw = 0;
}
void UI::updateValues() {
drawTitlebar(m_data->time_hour, m_data->time_minute, m_data->time_second, batteryPercentage(m_data->battery_voltage));
// debug
//m_lcd->drawStringF(0,312, 1, RED, WHITE, "%2.2f %d ", m_data->battery_voltage, m_data->geiger_voltage);
switch (m_page) {
case PAGE_MEASURE: {
m_lcd->drawStringF(8, 40, 2, BLUE, WHITE, "%2.2f%cC", m_data->bmp180_temp,247);
m_lcd->drawStringF(8, 72, 2, BLUE, WHITE, "%4uhPa", m_data->bmp180_pressure / 100);
m_lcd->drawStringF(8, 104, 2, BLUE, WHITE, "%4.2fm", m_data->bmp180_altitude);
m_lcd->drawStringF(8, 136, 2, PURPLE, WHITE, "%2.2fmgm%c", m_data->gp2y10_dust, 254);
m_lcd->drawStringF(8, 168, 2, DARKGREEN, WHITE, "%4.2fppm", m_data->vz89_co2);
m_lcd->drawStringF(8, 200, 2, DARKGREEN, WHITE, "%4.2fppb", m_data->vz89_voc);
m_lcd->drawStringF(8, 232, 2, RED, WHITE, "%luCPM", m_data->geiger_cpm);
float bmp180_temp = m_data->getBMP180Temp_scaled(),
bmp180_altitude = m_data->getBMP180Altitude_scaled(),
gp2y10_dust = m_data->getGP2Y10Dust_scaled(),
vz89_co2 = m_data->getVZ89CO2_scaled() ,
vz89_voc = m_data->getVZ89VOC_scaled();
uint32_t bmp180_pressure = m_data->getBMP180Pressure_scaled(),
geiger_cpm = m_data->getGeigerCPM_scaled();
if (m_chartX == 120) {
m_lcd->drawPixel(m_chartX, 64 - bmp180_temp, BLUE);
m_lcd->drawPixel(m_chartX, 96 - bmp180_pressure, BLUE);
m_lcd->drawPixel(m_chartX,128 - bmp180_altitude, BLUE);
m_lcd->drawPixel(m_chartX,160 - gp2y10_dust, PURPLE);
m_lcd->drawPixel(m_chartX,192 - vz89_co2, DARKGREEN);
m_lcd->drawPixel(m_chartX,224 - vz89_voc, DARKGREEN);
m_lcd->drawPixel(m_chartX,256 - geiger_cpm, RED);
} else {
m_lcd->drawLine(m_chartX, 64 - m_data->bmp180_temp_last, m_chartX, 64 - bmp180_temp, BLUE);
m_lcd->drawLine(m_chartX, 96 - m_data->bmp180_pressure_last, m_chartX, 96 - bmp180_pressure, BLUE);
m_lcd->drawLine(m_chartX, 128 - m_data->bmp180_altitude_last, m_chartX, 128 - bmp180_altitude, BLUE);
m_lcd->drawLine(m_chartX, 160 - m_data->gp2y10_dust_last, m_chartX, 160 - gp2y10_dust, PURPLE);
m_lcd->drawLine(m_chartX, 192 - m_data->vz89_co2_last, m_chartX, 192 - vz89_co2, DARKGREEN);
m_lcd->drawLine(m_chartX, 224 - m_data->vz89_voc_last, m_chartX, 224 - vz89_voc, DARKGREEN);
m_lcd->drawLine(m_chartX, 256 - m_data->geiger_cpm_last, m_chartX, 256 - geiger_cpm, RED);
}
if (m_chartX < 240) {
m_chartX ++;
// clear in front
m_lcd->drawRectFilled(m_chartX, 32, 1, 225, WHITE);
// save last values
m_data->bmp180_temp_last = bmp180_temp;
m_data->bmp180_pressure_last = bmp180_pressure;
m_data->bmp180_altitude_last = bmp180_altitude;
m_data->gp2y10_dust_last = gp2y10_dust;
m_data->vz89_co2_last = vz89_co2;
m_data->vz89_voc_last = vz89_voc;
m_data->geiger_cpm_last = geiger_cpm;
}
else
m_chartX = 120;
}
break;
case PAGE_MONITOR: {
m_lcd->drawStringF(8, 104, 2, BLUE, WHITE, "Sent: %09luB", m_data->serial_sent);
m_lcd->drawStringF(8, 120, 2, BLUE, WHITE, "Received:%09luB", m_data->serial_recv);
m_lcd->drawStringF(8, 168, 2, DARKGREEN, WHITE, "Sent: %09luB", m_data->wlan_sent);
m_lcd->drawStringF(8, 184, 2, DARKGREEN, WHITE, "Received:%09luB", m_data->wlan_recv);
m_lcd->drawStringF(8, 216, 2, BLACK, WHITE, "Tube: %3uV", m_data->geiger_voltage);
m_lcd->drawStringF(8, 232, 2, BLACK, WHITE, "Battery: %2.2fV", m_data->battery_voltage);
} break;
case PAGE_SETTINGS: {
// nothing to update here
} break;
case PAGE_CALIBRATE: {
m_lcd->drawStringF(CENTERX, CENTERY, 2, BLUE, WHITE, "%04d,%04d,%04d", m_touch->lastRawX, m_touch->lastRawY, m_touch->lastRawZ);
m_lcd->drawPixel(m_touchX, m_touchY,3, RED);
}
break;
case PAGE_WLAN: {
if (m_butCount != m_data->freeAPCount + 1) // count the back button
drawPage(PAGE_WLAN);
}
}
}
Window* newWindow(unsigned int width, unsigned int height, unsigned char flags, unsigned int pid) {
static int next_handle = 1;
Window *new_window, *temp_window;
unsigned int i, bufsz;
if (!(new_window = (Window*)malloc(sizeof(window)))) {
printf("Coudln't allocate a new window structure");
return 0;
}
new_window->active = 1;
new_window->pid = pid;
new_window->flags = flags;
new_window->x = 0;
new_window->y = 0;
new_window->w = width;
new_window->h = height;
new_window->title = (unsigned char*)0;
new_window->frame_needs_redraw = 1;
//Create a drawing context for the new window
if (!(new_window->context = newBitmap(new_window->w, new_window->h))) {
free((void*)new_window);
printf("Couldn't allocate bitmap area for new window");
return (window*)0;
}
bufsz = new_window->w * new_window->h;
//Clear new window to white
for (i = 0; i < bufsz; i++)
new_window->context->data[i] = RGB(255, 255, 255);
new_window->handle = next_handle++;
if (mouse_window)
List_pop(window_list, (void*)mouse_window);
//De-activate the old active window
if (temp_window = (window*)List_get_at(window_list, window_list->count - (mouse_window ? 2 : 1))) {
temp_window->active = 0;
}
if (!List_add(window_list, (void*)new_window)){
freeBitmap(new_window->context);
free((void*)new_window);
//re-activate the old active window
if (temp_window)
temp_window->active = 1;
return (window*)0;
}
//Give the new window its initial decoration
if (!(new_window->flags & WIN_UNDECORATED))
drawFrame(new_window);
drawWindow(new_window, 0);
//Update the titlebar on the old active window
if (temp_window)
drawTitlebar(temp_window, 1);
if (mouse_window) {
List_add(window_list, mouse_window);
drawWindow(mouse_window, 0);
}
return new_window;
}
