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#ifndef __FORECAST_H
#define __FORECAST_H
#include <string>
#include <jansson.h>
using namespace std;
enum eForecastType {
ftUnknownForecast,
ftCurrent,
ftHourly,
ftDaily,
};
class cForecast {
private:
eForecastType type;
time_t forecastTime;
string summary;
string icon;
time_t sunriseTime;
time_t sunsetTime;
float moonPhase;
float precipIntensity;
float precipProbability;
string percipType;
float temperature;
float apparentTemperature;
float temperatureMin;
time_t temperatureMinTime;
float temperatureMax;
time_t temperatureMaxTime;
float humidity;
float windSpeed;
int windBearing;
float visibility;
float cloudCover;
float pressure;
float ozone;
string GetDate(time_t myTime);
string GetTime(time_t myTime);
string GetDateTime(time_t myTime);
public:
cForecast(void);
virtual ~cForecast(void);
void SetForecast(json_t *forecast);
void SetForecastType(eForecastType type) { this->type = type; };
bool TimeMatch(time_t compare);
bool DayMatch(time_t compare);
void Debug(bool verbose = false);
//Getter Functions for native access to data
time_t GetTime(void) { return forecastTime; };
string GetSummary(void) { return summary; };
string GetIcon(void) { return icon; };
time_t GetSunrise(void) { return sunriseTime; };
time_t GetSunset(void) { return sunsetTime; };
float GetMoonphase(void) { return moonPhase; };
float GetPrecipIntensity(void) { return precipIntensity; };
float GetPrecipProbability(void) { return precipProbability; };
string GetPercipType(void) { return percipType; };
float GetTemperature(void) { return temperature; };
float GetTemperatureMin(void) { return temperatureMin; };
time_t GetTemperatureMinTime(void) { return temperatureMinTime; };
float GetTemperatureMax(void) { return temperatureMax; };
time_t GetTemperatureMaxTime(void) { return temperatureMaxTime; };
float GetApparentTemperature(void) { return apparentTemperature; };
float GetHumidity(void) { return humidity; };
float GetWindSpeed(void) { return windSpeed; };
int GetWindSpeedKnots(void) { return (windSpeed+10)/6; };
int GetWindBearing(void) { return windBearing; };
float GetVisibility(void) { return visibility; };
float GetCloudCover(void) { return cloudCover; };
float GetPressure(void) { return pressure; };
float GetOzone(void) { return ozone; };
//convenient Getter Functions
string GetDateTimeString(void) { return GetDateTime(forecastTime); };
string GetDateString(void) { return GetDate(forecastTime); };
string GetTimeString(void) { return GetTime(forecastTime); };
string GetDayName(void) { return *WeekDayName(forecastTime); };
string GetSunriseString(void) { return GetTime(sunriseTime); };
string GetSunsetString(void) { return GetTime(sunsetTime); };
int GetMoonphasePercent(void) { return (int)(moonPhase*100); };
string GetPrecipIntensityString(void) { return *cString::sprintf("%.1f", precipIntensity); };
int GetPrecipProbabilityPercent(void) { return (int)(precipProbability*100); };
string GetTemperatureString(void) { return *cString::sprintf("%.1f", temperature); };
string GetTemperatureMinString(void) { return *cString::sprintf("%.1f", temperatureMin); };
string GetTemperatureMinTimeString(void) { return GetTime(temperatureMinTime); };
string GetTemperatureMaxString(void) { return *cString::sprintf("%.1f", temperatureMax); };
string GetTemperatureMaxTimeString(void) { return GetTime(temperatureMaxTime); };
string GetApparentTemperatureString(void) { return *cString::sprintf("%.1f", apparentTemperature); };
int GetHumidityPercent(void) { return (int)(humidity*100); };
string GetWindSpeedString(void) { return *cString::sprintf("%.1f", windSpeed); };
string GetWindBearingString(void);
string GetVisibilityString(void) { return *cString::sprintf("%.1f", visibility); };
int GetCloudCoverPercent(void) { return (int)(cloudCover*100); };
string GetPressureString(void) { return *cString::sprintf("%.1f", pressure); };
string GetOzoneString(void) { return *cString::sprintf("%.1f", ozone); };
};
#endif //__FORECASTIO_H
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