Expose a radio function (receiveBeacon) to the Nasal subsystem

[flightgear.git] / src / Radio / radio.hxx

diff --git a/src/Radio/radio.hxx b/src/Radio/radio.hxx
index da84313fc7b804941cf904d2e5af2d6cae37bb12..06e05e9707dba67f70fca0ef8920a7aa661437f4 100644 (file)
--- a/src/Radio/radio.hxx
+++ b/src/Radio/radio.hxx
@@ -28,7 +28,7 @@
 
 #include <simgear/math/sg_geodesy.hxx>
 #include <simgear/debug/logstream.hxx>
-
+#include "antenna.hxx"
 
 using std::string;
 
@@ -44,13 +44,20 @@ private:
        double _transmitter_power;
        double _tx_antenna_height;
        double _rx_antenna_height;
-       double _antenna_gain;
-       std::map<string, double[2]> _mat_database;
+       double _rx_antenna_gain;
+       double _tx_antenna_gain;
+       double _rx_line_losses;
+       double _tx_line_losses;
        
+       double _terrain_sampling_distance;
+       int _polarization;
+       std::map<string, double[2]> _mat_database;
+       SGPropertyNode *_root_node;
        int _propagation_model; /// 0 none, 1 round Earth, 2 ITM
+       double polarization_loss();
        double ITM_calculate_attenuation(SGGeod tx_pos, double freq, int ground_to_air);
        double LOS_calculate_attenuation(SGGeod tx_pos, double freq, int ground_to_air);
-       void clutterLoss(double freq, double distance_m, double itm_elev[], std::deque<string> materials,
+       void calculate_clutter_loss(double freq, double itm_elev[], std::deque<string> &materials,
                        double transmitter_height, double receiver_height, int p_mode,
                        double horizons[], double &clutter_loss);
        void get_material_properties(string mat_name, double &height, double &density);
@@ -60,21 +67,32 @@ public:
     FGRadioTransmission();
     ~FGRadioTransmission();
 
-    
+    // a couple of setters and getters for convenience
     void setFrequency(double freq, int radio);
     double getFrequency(int radio);
     void setTxPower(double txpower) { _transmitter_power = txpower; };
     void setRxSensitivity(double sensitivity) { _receiver_sensitivity = sensitivity; };
     void setTxAntennaHeight(double tx_antenna_height) { _tx_antenna_height = tx_antenna_height; };
     void setRxAntennaHeight(double rx_antenna_height) { _rx_antenna_height = rx_antenna_height; };
+    void setTxAntennaGain(double tx_antenna_gain) { _tx_antenna_gain = tx_antenna_gain; };
+    void setRxAntennaGain(double rx_antenna_gain) { _rx_antenna_gain = rx_antenna_gain; };
+    void setTxLineLosses(double tx_line_losses) { _tx_line_losses = tx_line_losses; };
+    void setRxLineLosses(double rx_line_losses) { _rx_line_losses = rx_line_losses; };
     void setPropagationModel(int model) { _propagation_model = model; };
+    void setPolarization(int polarization) { _polarization = polarization; };
+    // accessory functions for unit conversions
+    double watt_to_dbm(double power_watt);
+    double dbm_to_watt(double dbm);
+    double dbm_to_microvolt(double dbm);
+    
+    
     // transmission_type: 0 for air to ground 1 for ground to air, 2 for air to air, 3 for pilot to ground, 4 for pilot to air
     void receiveATC(SGGeod tx_pos, double freq, string text, int transmission_type);
     void receiveChat(SGGeod tx_pos, double freq, string text, int transmission_type);
     // returns signal quality
     // transmission_type: 0 for VOR, 1 for ILS
     double receiveNav(SGGeod tx_pos, double freq, int transmission_type);
-    
+    double receiveBeacon(double lat, double lon, double elev, double heading, double pitch);
 };