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Comment out debug statements
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@kantooon
kantooon committed Feb 23, 2015
1 parent ba5cabb commit 50d57ef
Showing 1 changed file with 12 additions and 12 deletions.
24 changes: 12 additions & 12 deletions QRadioPredict/radio/radiosystem.cxx
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Expand Up @@ -1036,7 +1036,7 @@ void FGRadio::attenuationClutter(double freq, double itm_elev[], deque<string*>
double clutter_height = 0.0; // mean clutter height for a certain terrain type
double clutter_density = 0.0; // percent of reflected wave
if((unsigned)mat >= mat_size) { //this tends to happen when the model interferes with the antenna (obstructs)
cerr << "Array index out of bounds 0-0: " << mat << " size: " << mat_size << endl;
//cerr << "Array index out of bounds 0-0: " << mat << " size: " << mat_size << endl;
break;
}
get_material_properties(materials[mat], clutter_height, clutter_density);
Expand All @@ -1045,7 +1045,7 @@ void FGRadio::attenuationClutter(double freq, double itm_elev[], deque<string*>
// First Fresnel radius
double frs_rad = 548 * sqrt( (j * itm_elev[1] * (itm_elev[0] - j) * itm_elev[1] / 1000000) / ( distance_m * freq / 1000) );
if (frs_rad <= 0.0) { //this tends to happen when the model interferes with the antenna (obstructs)
cerr << "Frs rad 0-0: " << frs_rad << endl;
//cerr << "Frs rad 0-0: " << frs_rad << endl;
continue;
}
//double earth_h = distance_m * (distance_m - j * itm_elev[1]) / ( 1000000 * 12.75 * 1.33 ); // K=4/3
Expand Down Expand Up @@ -1095,7 +1095,7 @@ void FGRadio::attenuationClutter(double freq, double itm_elev[], deque<string*>
double clutter_density = 0.0; // percent of reflected wave

if((unsigned)mat >= mat_size) {
cerr << "Array index out of bounds 1-1: " << mat << " size: " << mat_size << endl;
//cerr << "Array index out of bounds 1-1: " << mat << " size: " << mat_size << endl;
break;
}
get_material_properties(materials[mat], clutter_height, clutter_density);
Expand All @@ -1105,7 +1105,7 @@ void FGRadio::attenuationClutter(double freq, double itm_elev[], deque<string*>
double frs_rad = 548 * sqrt( (j * itm_elev[1] * (num_points_1st - j) * itm_elev[1] / 1000000) /
( num_points_1st * itm_elev[1] * freq / 1000) );
if (frs_rad <= 0.0) {
cerr << "Frs rad 1-1: " << frs_rad << endl;
//cerr << "Frs rad 1-1: " << frs_rad << endl;
continue;
}
//double earth_h = distance_m * (distance_m - j * itm_elev[1]) / ( 1000000 * 12.75 * 1.33 ); // K=4/3
Expand Down Expand Up @@ -1148,7 +1148,7 @@ void FGRadio::attenuationClutter(double freq, double itm_elev[], deque<string*>
double clutter_density = 0.0; // percent of reflected wave

if((unsigned)mat >= mat_size) {
cerr << "Array index out of bounds 1-2: " << mat << " size: " << mat_size << endl;
//cerr << "Array index out of bounds 1-2: " << mat << " size: " << mat_size << endl;
break;
}
get_material_properties(materials[mat], clutter_height, clutter_density);
Expand All @@ -1158,7 +1158,7 @@ void FGRadio::attenuationClutter(double freq, double itm_elev[], deque<string*>
double frs_rad = 548 * sqrt( (j * itm_elev[1] * (num_points_2nd - j) * itm_elev[1] / 1000000) /
( num_points_2nd * itm_elev[1] * freq / 1000) );
if (frs_rad <= 0.0) {
cerr << "Frs rad 1-2: " << frs_rad << " numpoints2 " << num_points_2nd << " j: " << j << endl;
//cerr << "Frs rad 1-2: " << frs_rad << " numpoints2 " << num_points_2nd << " j: " << j << endl;
continue;
}
//double earth_h = distance_m * (distance_m - j * itm_elev[1]) / ( 1000000 * 12.75 * 1.33 ); // K=4/3
Expand Down Expand Up @@ -1208,7 +1208,7 @@ void FGRadio::attenuationClutter(double freq, double itm_elev[], deque<string*>
double clutter_height = 0.0; // mean clutter height for a certain terrain type
double clutter_density = 0.0; // percent of reflected wave
if((unsigned)mat >= mat_size) {
cerr << "Array index out of bounds 2-1: " << mat << " size: " << mat_size << endl;
//cerr << "Array index out of bounds 2-1: " << mat << " size: " << mat_size << endl;
break;
}
get_material_properties(materials[mat], clutter_height, clutter_density);
Expand All @@ -1218,7 +1218,7 @@ void FGRadio::attenuationClutter(double freq, double itm_elev[], deque<string*>
double frs_rad = 548 * sqrt( (j * itm_elev[1] * (num_points_1st - j) * itm_elev[1] / 1000000) /
( num_points_1st * itm_elev[1] * freq / 1000) );
if (frs_rad <= 0.0) {
cerr << "Frs rad 2-1: " << frs_rad << " numpoints1 " << num_points_1st << " j: " << j << endl;
//cerr << "Frs rad 2-1: " << frs_rad << " numpoints1 " << num_points_1st << " j: " << j << endl;
continue;
}
//double earth_h = distance_m * (distance_m - j * itm_elev[1]) / ( 1000000 * 12.75 * 1.33 ); // K=4/3
Expand Down Expand Up @@ -1260,7 +1260,7 @@ void FGRadio::attenuationClutter(double freq, double itm_elev[], deque<string*>
double clutter_height = 0.0; // mean clutter height for a certain terrain type
double clutter_density = 0.0; // percent of reflected wave
if((unsigned)mat >= mat_size) {
cerr << "Array index out of bounds 2-2: " << mat << " size: " << mat_size << endl;
//cerr << "Array index out of bounds 2-2: " << mat << " size: " << mat_size << endl;
break;
}
get_material_properties(materials[mat], clutter_height, clutter_density);
Expand All @@ -1270,7 +1270,7 @@ void FGRadio::attenuationClutter(double freq, double itm_elev[], deque<string*>
double frs_rad = 548 * sqrt( (j * itm_elev[1] * (num_points_2nd - j) * itm_elev[1] / 1000000) /
( num_points_2nd * itm_elev[1] * freq / 1000) );
if (frs_rad <= 0.0) {
cerr << "Frs rad 2-2: " << frs_rad << " numpoints2 " << num_points_2nd << " j: " << j << endl;
//cerr << "Frs rad 2-2: " << frs_rad << " numpoints2 " << num_points_2nd << " j: " << j << endl;
continue;
}
//double earth_h = distance_m * (distance_m - j * itm_elev[1]) / ( 1000000 * 12.75 * 1.33 ); // K=4/3
Expand Down Expand Up @@ -1312,7 +1312,7 @@ void FGRadio::attenuationClutter(double freq, double itm_elev[], deque<string*>
double clutter_height = 0.0; // mean clutter height for a certain terrain type
double clutter_density = 0.0; // percent of reflected wave
if((unsigned)mat >= mat_size) {
cerr << "Array index out of bounds 2-3: " << mat << " size: " << mat_size << endl;
//cerr << "Array index out of bounds 2-3: " << mat << " size: " << mat_size << endl;
break;
}
get_material_properties(materials[mat], clutter_height, clutter_density);
Expand All @@ -1322,7 +1322,7 @@ void FGRadio::attenuationClutter(double freq, double itm_elev[], deque<string*>
double frs_rad = 548 * sqrt( (j * itm_elev[1] * (num_points_3rd - j) * itm_elev[1] / 1000000) /
( num_points_3rd * itm_elev[1] * freq / 1000) );
if (frs_rad <= 0.0) {
cerr << "Frs rad 2-3: " << frs_rad << " numpoints3 " << num_points_3rd << " j: " << j << endl;
//cerr << "Frs rad 2-3: " << frs_rad << " numpoints3 " << num_points_3rd << " j: " << j << endl;
continue;
}

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