Create weather.h

WeatherStation/weather.h

@@ -0,0 +1,86 @@
+#pragma once
+#include <stdbool.h>
+
+//Constants to be adjusted for specific needs
+
+#define TARGET_TEMP 0               //Adjust to set ideal temperature
+#define TEMP_THRESHOLD 0            //Adjust to increase ideal temperature range
+#define LOW_TEMP 0                  //Adjust to set critically low temperature
+#define HIGH_TEMP 0                 //Adjust to set critically high temperature
+#define TARGET_WIND 0               //Adjust to set ideal wind speed
+#define WIND_THRESHOLD 0            //Adjust to increase ideal wind speed range
+#define LOW_WIND 0                  //Adjust to set critically low wind speed
+#define HIGH_WIND 0                 //Adjust to set critically high wind speed
+#define POWER_USAGE 0               //Adjust to set the power usage by the car while driving
+#define TARGET_HUMIDITY 0           //Adjust to set the ideal humidity level
+#define HUMIDITY_THRESHOLD 0        //Adjust to increase ideal humidity level range
+#define LOW_HUMIDITY 0              //Adjust to set critically low humidity level
+#define HIGH_HUMIDITY 0             //Adjust to set critically high humidity level
+#define TARGET_PRESSURE 0           //Adjust to set ideal athmospheric pressure
+#define PRESSURE_THRESHOLD 0        //Adjust to increase ideal athmospheric pressure range
+#define LOW_PRESSURE 0              //Adjust to set critically low athmospheric pressure
+#define HIGH_PRESSURE 0             //Adjust to set critically high athmospheric pressure
+
+typedef enum unit_type {            //Use to set temperature units
+    cels = 0,
+    fahr = 1,
+    kelv = 2
+} temp_t;
+
+typedef struct station_data {       //Use to combine typical wether station data
+    temp_t temperature_units;
+    double temperature;
+    double pressure;
+    double humidity;
+    double solar_radiation;
+    double wind_speed;
+} station_t;
+
+
+//Temperature Interface
+
+double f_to_c(double fahrenheit);                   //Converts Fahrenheit to Celsius
+double c_to_f(double celsius);                      //Converts Celsius to Fahrenheit
+double k_to_c(double kelvin);                       //Converts Kelvin to Celsius
+double c_to_k(double celsius);                      //Converts Celsius to Kelvin
+double average_temp(double* temps, int size);       //Computes averate temperature from list
+double max_temp(double* temps, int size);           //Computes maximum recorded temperature
+double min_temp(double* temps, int size);           //Computes minimum recorded temperature
+bool too_hot(double temp);                          //Indicates whether temperature hit critically high value
+bool too_cold(double temp);                         //Indicates whether temperature hit critically low value
+
+//Solar Radiation Interface
+
+bool enough_solar_radiation(double radiation);              //Indicates whether current solar radiation is bigger than car consumes
+double average_radiation(double* radiations, int size);     //Computes average solar radiation in the list
+double max_radiation(double* radiations, int size);         //Computes maximum recorded solar radiation
+double min_radiation(double* radiations, int size);         //Computes minimum recorded solar radiation
+
+//Wind Speed Interface
+
+bool too_windy(double wind_speed);                          //Indicates whether current wind hit critically high value
+double average_wind_speed(double* winds, int size);         //Computes average wind speed in the list
+double max_wind(double* winds, int size);                   //Computes maximum recorded wind speed
+double min_wind(double* winds, int size);                   //Computes minimum recorded wind speed
+
+//Humidity Interface
+
+bool too_humid(double humidity);                            //Indicates whether current humidity hit critically high value 
+double average_humidity(double* humidities, int size);      //Computes avevrage humidity in the list
+double max_humidity(double* humidities, int size);          //Computes maximum recorded humidity
+double min_humidity(double* humidities, int size);          //Computes minimum recorded humidity
+
+//Pressure Interface
+
+bool pressure_too_high(double pressure);                    //Indicates whether current pressure hit critically high value
+bool pressure_too_low(double pressure);                     //Indicates whether current pressure hit critically low value
+double average_pressure(double* pressures, int size);       //Computes average pressure in the list
+double max_pressure(double* pressures, int size);           //Computes maximum recorded pressure
+double min_pressure(double* pressures, int size);           //Computes minimum recorded pressure
+
+//Universal Interface
+
+char* get_temp_unit(station_t* current_data);               //Returns string value of temperature units used
+bool are_conditions_ideal(station_t* current_data);         //Indicates whether all conditions are in ideal range
+bool critical_conditions(station_t* current_data);          //Indocates whether any condition hit a critical value
+bool expect_discharge(station_t* current_data);             //Indicates if solar radiation is less than car consumes