Moved the distribution definition to osi_common and deleted the max_intensity based on the recommendations of Philipp Rosenberger

Signed-off-by: @lukas.elster <lukas.elster@tu-darmstadt.de>

Author: LukasElster

osi_common.proto

@@ -517,3 +517,37 @@ message WavelengthData
     //
     optional double samples_number = 3;
 }
+
+//
+// \brief Definition of a spatial signal strength distribution
+// for an emitting / transmitting / receiving entity
+// with a horizontal and a vertical angle
+// and the corresponding signal strength in dBm (decibels per milliwatt).
+//
+message SpatialSignalStrength
+{
+    // Horizontal angle (azimuth) of emission / transmission / reception
+    // in the entity's coordinate system.
+    //
+    // Unit: rad
+    //
+    optional double horizontal_angle = 1;
+
+    // Vertical angle (elevation) of emission / transmission / reception
+    // in the entity's coordinate system.
+    //
+    // Unit: rad
+    //
+    optional double vertical_angle = 2;
+
+    // Emitted / transmitted /received signal strength
+    // of the emitting / transmitting / receiving entity
+    // at the previously defined horizontal and
+    // vertical angle for one specific wavelength.
+    // The value for the signal strength
+    // is given in dBm (decibels per milliwatt).
+    //
+    // Unit: dBm
+    //
+    optional double signal_strength = 3;
+}

osi_object.proto

@@ -286,52 +286,12 @@ message StationaryObject
             //
             repeated WavelengthData wavelength_data = 1;
 
-            // Original intensities of emitted electromagnetic wave referred to a discrete
-            // wavelength defined in WavelengthData. This maximum value is weighted based
-            // on the emitted spatial intensity. The size of max_intensitiy_per_wavelength has to be
-            // equal to the samples in wavelength_data.
+            // Spatial signal strength distribution of the emitted electromagnetic wave.
+            // For every sample in wavelength_data an emitted_spatial_signal_strength has to be defined.
             //
-            // Unit: W/m^2
+            // \note emitted_spatial_signal_strength.size() = WavelengthData.samples_number.size()
             //
-            // \note max_intensity_per_wavelength.size() = WavelengthData.samples_number.size()
-            //
-            repeated double max_intensity_per_wavelength = 2;
-
-            // Spatial distribution of the emitted electromagnetic wave's intensity based on the intensity_per_wavelength as
-            // maximum value. For every sample in wavelength_data an emitted_spatial_intensity has to be defined.
-            //
-            // \note emitted_spatial_intensity.size() = WavelengthData.samples_number.size()
-            //
-            repeated SpatialIntensity emitted_spatial_intensity = 3;
-
-            //
-            // \brief Definition of a spatial intensity distribution with a horizontal and a vertical angle
-            // and the corresponding intensity related to a maximum intensity.
-            //
-            message SpatialIntensity
-            {
-                // Horizontal deflection (azimuth) of emission in emitting object
-                // coordinate system.
-                //
-                // Unit: rad
-                //
-                optional double horizontal_angle = 1;
-
-                // Vertical deflection (elevation) of emission in emitting object
-                // coordinate system.
-                //
-                // Unit: rad
-                //
-                optional double vertical_angle = 2;
-
-                // Emitted intensity of emitting object at the previously defined horizontal_angle and
-                // vertical angle for one specific wavelength. The value corresponds to the intensity
-                // defined in max_intensity_per_wavelength.
-                //
-                // Unit: %
-                //
-                optional double relative_intensity = 3;
-            }
+            repeated SpatialSignalStrength emitted_spatial_signal_strength = 3;
         }
     }
 }