import art.library.model.devices.Device;
import art.library.model.devices.DeviceStatus;
import art.library.model.devices.meteo.status.MeteoStatusSensor;
import com.kitfox.svg.SVGDiagram;

public class DeviceGraphicsRuntime_Meteo_18 extends DeviceGraphicsRuntime {

    public DeviceGraphicsRuntime_Meteo_18(art.library.model.devices.Device device, SVGDiagram diagram) 
    {
        super(device, diagram);
    }

    public void timer() 
    {
    }
    
    
    public void status() 
    {
        try 
        {
            art.library.model.devices.Device device = getDevice();
            String color1 = "#000000";
            String color2 = "#000000";
            art.library.model.devices.meteo.MeteoStatus status = (art.library.model.devices.meteo.MeteoStatus) device.getDeviceStatus();
            art.library.model.devices.meteo.MeteoAlarms alarms = (art.library.model.devices.meteo.MeteoAlarms) device.getDeviceAlarms();
            
            switch (device.getDeviceStatus().status) 
            {
                case art.library.model.devices.DeviceStatus.STATUS_ONLINE:
                     color1 = "#00FF00";
                     color2 = "#007C00";
                     break;
                     
                case art.library.model.devices.DeviceStatus.STATUS_WARNING:
                     color1 = "#FFFF00";
                     color2 = "#7C7C00";
                     break;
                     
                case art.library.model.devices.DeviceStatus.STATUS_ALARM:
                     if (alarms.hasAlarmNoWeather() == true) 
                     {
                         color1 = "#FF0000";
                         color2 = "#7C0000";
                     } 
                     else 
                     {
                         color1 = "#00FF00";
                         color2 = "#007C00";
                     }
                     break;
                     
                case art.library.model.devices.DeviceStatus.STATUS_INVALID:
                     color1 = "#B97A57";
                     color2 = "#5A3B2A";
                     break;
                     
                case art.library.model.devices.DeviceStatus.STATUS_DISABLE:
                     color1 = "#7C7C7C";
                     color2 = "#3E3E3E";
                     break;
                     
                case art.library.model.devices.DeviceStatus.STATUS_SIMULATION:
                     color1 = "#0000FF";
                     color2 = "#00007C";
                     break;
                     
                case art.library.model.devices.DeviceStatus.STATUS_OFFLINE:
                     color1 = "#FF00FF";
                     color2 = "#7C007C";
                     break;
                     
                case art.library.model.devices.DeviceStatus.STATUS_UNKNOWN:
                     color1 = "#FF00FF";
                     color2 = "#7C007C";
                     break;
            }
            setAttribute("Present weather clear", "display", "none");
            setAttribute("Present weather wind", "display", "none");
            setAttribute("Present weather fog", "display", "none");
            setAttribute("Present weather rain", "display", "none");
            setAttribute("Present weather snow", "display", "none");
            setAttribute("Present weather snow and rain", "display", "none");
            setAttribute("Present weather unknown", "display", "none");
            if (alarms.hasAlarmWeather() == true) 
            {
                setAttribute("Aura", "display", "inline");
                setAttribute("Aura", "fill", "#FF0000");
            } 
            else 
            {
                setAttribute("Aura", "display", "none");
            }
            setAttribute("Background", "fill", color1);
            setAttribute("Border", "stroke", color2);
            setText("Information text", String.format("%1$04d", device.getDeviceInformation().number));

            switch (status.getPresentWeather()) 
            {
                case art.library.model.devices.meteo.status.MeteoStatusSensor.VALUE_PRESENT_WEATHER_CLEAR:
                     setAttribute("Present weather clear", "display", "inline");
                     setAttribute("Present weather clear", "fill", color2);
                     break;
                case art.library.model.devices.meteo.status.MeteoStatusSensor.VALUE_PRESENT_WEATHER_WIND:
                     setAttribute("Present weather wind", "display", "inline");
                     setAttribute("Present weather wind", "fill", color2);
                     break;
                case art.library.model.devices.meteo.status.MeteoStatusSensor.VALUE_PRESENT_WEATHER_FOG:
                     setAttribute("Present weather fog", "display", "inline");
                     setAttribute("Present weather fog", "fill", color2);
                     break;
                case art.library.model.devices.meteo.status.MeteoStatusSensor.VALUE_PRESENT_WEATHER_RAIN:
                     setAttribute("Present weather rain", "display", "inline");
                     setAttribute("Present weather rain", "fill", color2, 1);
                     break;
                case art.library.model.devices.meteo.status.MeteoStatusSensor.VALUE_PRESENT_WEATHER_SNOW_RAIN:
                     setAttribute("Present weather snow and rain", "display", "inline");
                     setAttribute("Present weather snow and rain", "fill", color2);
                     break;
                case art.library.model.devices.meteo.status.MeteoStatusSensor.VALUE_PRESENT_WEATHER_SNOW:
                     setAttribute("Present weather snow", "display", "inline");
                     setAttribute("Present weather snow", "fill", color2);
                     break;
            }
            
            
            setText("Information temperature", "");
            setText("Information humidity", "");
            setText("Information wind", "");
            setText("Information visibility", "");
            setText("Information rain", "");

            setText("Information temperature", status.getSensorAverageValueText(art.library.model.devices.meteo.status.MeteoStatusSensor.TYPE_AIR_TEMPERATURE));
            setText("Information humidity", status.getSensorAverageValueText(art.library.model.devices.meteo.status.MeteoStatusSensor.TYPE_AIR_HUMIDITY));
            setText("Information wind", status.getSensorAverageValueText(art.library.model.devices.meteo.status.MeteoStatusSensor.TYPE_WIND_SPEED));
            setText("Information visibility", status.getSensorAverageValueText(art.library.model.devices.meteo.status.MeteoStatusSensor.TYPE_VISIBILITY));
            setText("Information rain", status.getSensorAverageValueText(art.library.model.devices.meteo.status.MeteoStatusSensor.TYPE_RAIN_INTENSITY));
            
        } 
        catch (Exception exception) 
        {
            exception.printStackTrace();
        }
    }
    
    

}