WeatherReading.java

package com.deange.uwaterlooapi.model.weather;

import android.os.Parcel;
import android.os.Parcelable;

import com.deange.uwaterlooapi.model.BaseModel;
import com.deange.uwaterlooapi.utils.DateUtils;
import com.google.gson.annotations.SerializedName;

import java.util.Date;

public class WeatherReading
    extends BaseModel
    implements
    Parcelable {

  public static final String PRESSURE_STEADY = "steady";
  public static final String PRESSURE_RISING = "rising";
  public static final String PRESSURE_FALLING = "falling";

  @SerializedName("latitude")
  float mLatitude;

  @SerializedName("longitude")
  float mLongitude;

  @SerializedName("elevation_m")
  float mElevation;

  @SerializedName("observation_time")
  String mObservationTime;

  @SerializedName("temperature_current_c")
  float mTemperature;

  @SerializedName("humidex_c")
  float mHumidex;

  @SerializedName("windchill_c")
  float mWindchill;

  @SerializedName("temperature_24hr_max_c")
  float mTemperature24hMax;

  @SerializedName("temperature_24hr_min_c")
  float mTemperature24hMin;

  @SerializedName("precipitation_15min_mm")
  float mPrecipitation15Min;

  @SerializedName("precipitation_1hr_mm")
  float mPrecipitation1Hr;

  @SerializedName("precipitation_24hr_mm")
  float mPrecipitation24Hr;

  @SerializedName("relative_humidity_percent")
  float mRelativeHumidity;

  @SerializedName("dew_point_c")
  float mDewPoint;

  @SerializedName("wind_speed_kph")
  float mWindSpeed;

  @SerializedName("wind_direction")
  String mWindDirection;

  @SerializedName("pressure_kpa")
  float mPressureKpa;

  @SerializedName("pressure_trend")
  String mPressureTrend;

  @SerializedName("incoming_shortwave_radiation_wm2")
  float mShortWaveRadiation;

  protected WeatherReading(final Parcel in) {
    super(in);
    mLatitude = in.readFloat();
    mLongitude = in.readFloat();
    mElevation = in.readFloat();
    mObservationTime = in.readString();
    mTemperature = in.readFloat();
    mHumidex = in.readFloat();
    mWindchill = in.readFloat();
    mTemperature24hMax = in.readFloat();
    mTemperature24hMin = in.readFloat();
    mPrecipitation15Min = in.readFloat();
    mPrecipitation1Hr = in.readFloat();
    mPrecipitation24Hr = in.readFloat();
    mRelativeHumidity = in.readFloat();
    mDewPoint = in.readFloat();
    mWindSpeed = in.readFloat();
    mWindDirection = in.readString();
    mPressureKpa = in.readFloat();
    mPressureTrend = in.readString();
    mShortWaveRadiation = in.readFloat();
  }

  @Override
  public void writeToParcel(final Parcel dest, final int flags) {
    super.writeToParcel(dest, flags);
    dest.writeFloat(mLatitude);
    dest.writeFloat(mLongitude);
    dest.writeFloat(mElevation);
    dest.writeString(mObservationTime);
    dest.writeFloat(mTemperature);
    dest.writeFloat(mHumidex);
    dest.writeFloat(mWindchill);
    dest.writeFloat(mTemperature24hMax);
    dest.writeFloat(mTemperature24hMin);
    dest.writeFloat(mPrecipitation15Min);
    dest.writeFloat(mPrecipitation1Hr);
    dest.writeFloat(mPrecipitation24Hr);
    dest.writeFloat(mRelativeHumidity);
    dest.writeFloat(mDewPoint);
    dest.writeFloat(mWindSpeed);
    dest.writeString(mWindDirection);
    dest.writeFloat(mPressureKpa);
    dest.writeString(mPressureTrend);
    dest.writeFloat(mShortWaveRadiation);
  }

  public static final Creator<WeatherReading> CREATOR = new Creator<WeatherReading>() {
    @Override
    public WeatherReading createFromParcel(final Parcel in) {
      return new WeatherReading(in);
    }

    @Override
    public WeatherReading[] newArray(final int size) {
      return new WeatherReading[size];
    }
  };

  /**
   * Station's latitude + longitude
   */
  public float[] getLocation() {
    return new float[]{mLatitude, mLongitude};
  }

  /**
   * Station elevation in meters
   */
  public float getElevation() {
    return mElevation;
  }

  /**
   * ISO 8601 timestamp of weather recordings
   */
  public Date getObservationTime() {
    return DateUtils.parseDate(mObservationTime);
  }

  /**
   * ISO 8601 timestamp of weather recordings as a string
   */
  public String getRawObservationTime() {
    return mObservationTime;
  }

  /**
   * Current temperature in celsius
   */
  public float getTemperature() {
    return mTemperature;
  }

  /**
   * Humidex temperature in celsius
   */
  public float getHumidex() {
    return mHumidex;
  }

  /**
   * Windchill in celsius
   */
  public float getWindchill() {
    return mWindchill;
  }

  /**
   * 24 hour maximum temperature in celsius
   */
  public float getTemperature24hMax() {
    return mTemperature24hMax;
  }

  /**
   * 24 hour minimum temperature in celsius
   */
  public float getTemperature24hMin() {
    return mTemperature24hMin;
  }

  /**
   * Precipitation reading for 15 minute interval in mm
   */
  public float getPrecipitation15Min() {
    return mPrecipitation15Min;
  }

  /**
   * Precipitation reading for 1 hour interval in mm
   */
  public float getPrecipitation1Hr() {
    return mPrecipitation1Hr;
  }

  /**
   * Precipitation reading for every 24 hour interval in mm
   */
  public float getPrecipitation24Hr() {
    return mPrecipitation24Hr;
  }

  /**
   * Relative humidity in percentage
   */
  public float getRelativeHumidity() {
    return mRelativeHumidity;
  }

  /**
   * Dew point in celsius
   */
  public float getDewPoint() {
    return mDewPoint;
  }

  /**
   * Wind speed in km per hour
   */
  public float getWindSpeed() {
    return mWindSpeed;
  }

  /**
   * Wind direction
   */
  public String getWindDirection() {
    return mWindDirection;
  }

  /**
   * Pressure in kilopascals
   */
  public float getPressureKpa() {
    return mPressureKpa;
  }

  /**
   * Word description of the current pressure trend
   */
  public String getPressureTrend() {
    return mPressureTrend;
  }

  /**
   * Incoming radiation in watts per meter square
   */
  public float getShortWaveRadiation() {
    return mShortWaveRadiation;
  }
}