Pileus Git - ~andy/rsl/blob - dorade_print.c

   1 #include <stdio.h>
   2 #include "dorade.h"
   3 void dorade_print_sweep_info(Sweep_info *d)
   4 {
   5   int i;
   6
   7   printf("Sweep info block\n");
   8   printf("d->code = <");
   9   for(i=0; i<sizeof(d->code); i++) printf("%c", d->code[i]);
  10   printf(">\n");
  11   printf("len = %d\n", d->len);
  12   printf("d->radar_name = <");
  13   for(i=0; i<sizeof(d->radar_name); i++) printf("%c", d->radar_name[i]);
  14   printf(">\n");
  15   printf("d->sweep_num = %d\n", d->sweep_num);
  16   printf("d->nrays = %d\n", d->nrays);
  17   printf("d->start_angle = %f\n", d->start_angle);
  18   printf("d->stop_angle = %f\n", d->stop_angle);
  19   printf("d->fixed_angle = %f\n", d->fixed_angle);
  20   printf("d->filter_flag = %d\n", d->filter_flag);
  21 }
  22
  23 void dorade_print_ray_info(Ray_info *d)
  24 {
  25   int i;
  26
  27   printf("Ray info block\n");
  28   printf("d->code = <");
  29   for(i=0; i<sizeof(d->code); i++) printf("%c", d->code[i]);
  30   printf(">\n");
  31   printf("len = %d\n", d->len);
  32   printf("d->sweep_num = %d\n", d->sweep_num);
  33   printf("d->jday = %d\n", d->jday);
  34   printf("d->hour = %d\n", d->hour);
  35   printf("d->minute = %d\n", d->minute);
  36   printf("d->second = %d\n", d->second);
  37   printf("d->msec = %d\n", d->msec);
  38   printf("d->azimuth = %f\n", d->azimuth);
  39   printf("d->elevation = %f\n", d->elevation);
  40   printf("d->peak_power = %f\n", d->peak_power);
  41   printf("d->scan_rate = %f\n", d->scan_rate);
  42   printf("d->status = %d\n", d->status);
  43 }
  44
  45
  46 void dorade_print_platform_info(Platform_info *d)
  47 {
  48   int i;
  49
  50   printf("Platform info block\n");
  51   printf("d->code = <");
  52   for(i=0; i<sizeof(d->code); i++) printf("%c", d->code[i]);
  53   printf(">\n");
  54   printf("len = %d\n", d->len);
  55   printf("d->longitude = %f\n", d->longitude);
  56   printf("d->latitude = %f\n", d->latitude);
  57   printf("d->altitude = %f\n", d->altitude);
  58   printf("d->height = %f\n", d->height);
  59   printf("d->ew_speed = %f\n", d->ew_speed);
  60   printf("d->ns_speed = %f\n", d->ns_speed);
  61   printf("d->v_speed = %f\n", d->v_speed);
  62   printf("d->heading = %f\n", d->heading);
  63   printf("d->roll = %f\n", d->roll);
  64   printf("d->pitch = %f\n", d->pitch);
  65   printf("d->drift = %f\n", d->drift);
  66   printf("d->rotation = %f\n", d->rotation);
  67   printf("d->tilt = %f\n", d->tilt);
  68   printf("d->ew_wind_speed = %f\n", d->ew_wind_speed);
  69   printf("d->ns_wind_speed = %f\n", d->ns_wind_speed);
  70   printf("d->v_wind_speed = %f\n", d->v_wind_speed);
  71   printf("d->heading_rate = %f\n", d->heading_rate);
  72   printf("d->pitch_rate = %f\n", d->pitch_rate);
  73 }
  74
  75 void dorade_print_correction_factor_desc(Correction_factor_desc *d)
  76 {
  77   int i;
  78
  79   printf("Correction factor descriptor\n");
  80   printf("d->code = <");
  81   for(i=0; i<sizeof(d->code); i++) printf("%c", d->code[i]);
  82   printf(">\n");
  83   printf("len = %d\n", d->len);
  84   printf("d->azimuth = %f\n", d->azimuth);
  85   printf("d->elevation = %f\n", d->elevation);
  86   printf("d->range = %f\n", d->range);
  87   printf("d->longitude = %f\n", d->longitude);
  88   printf("d->latitude = %f\n", d->latitude);
  89   printf("d->altitude = %f\n", d->altitude);
  90   printf("d->height = %f\n", d->height);
  91   printf("d->speed_east_west = %f\n", d->speed_east_west);
  92   printf("d->speed_north_south = %f\n", d->speed_north_south);
  93   printf("d->vertical_velocity = %f\n", d->vertical_velocity);
  94   printf("d->heading = %f\n", d->heading);
  95   printf("d->roll = %f\n", d->roll);
  96   printf("d->pitch = %f\n", d->pitch);
  97   printf("d->drift = %f\n", d->drift);
  98   printf("d->rotation_angle = %f\n", d->rotation_angle);
  99   printf("d->tilt_angle = %f\n", d->tilt_angle);
 100 }
 101
 102 void dorade_print_cell_range_vector(Cell_range_vector *d)
 103 {
 104   int i;
 105
 106   printf("Cell range vector\n");
 107   printf("d->code = <");
 108   for(i=0; i<sizeof(d->code); i++) printf("%c", d->code[i]);
 109   printf(">\n");
 110   printf("len = %d\n", d->len);
 111   printf("d->ncells = %d\n", d->ncells);
 112   for (i=0; i<d->ncells; i++)
 113         printf("d->range_cell[%d] = %f\n", i, d->range_cell[i]);
 114 }
 115
 116 void dorade_print_parameter_desc(Parameter_desc *d)
 117 {
 118   int i;
 119
 120   printf("Parameter Descriptor\n");
 121   printf("d->code = <");
 122   for(i=0; i<sizeof(d->code); i++) printf("%c", d->code[i]);
 123   printf(">\n");
 124   printf("len = %d\n", d->len);
 125   printf("d->name = <");
 126   for(i=0; i<sizeof(d->name); i++) printf("%c", d->name[i]);
 127   printf(">\n");
 128   printf("d->description = <");
 129   for(i=0; i<sizeof(d->description); i++) printf("%c", d->description[i]);
 130   printf(">\n");
 131   printf("d->units = <");
 132   for(i=0; i<sizeof(d->units); i++) printf("%c", d->units[i]);
 133   printf(">\n");
 134   printf("d->ipp = %d\n", d->ipp);
 135   printf("d->xmit_freq = %d\n", d->xmit_freq);
 136   printf("d->rcvr_bandwidth = %f\n", d->rcvr_bandwidth);
 137   printf("d->pulse_width = %d\n", d->pulse_width);
 138   printf("d->polarization = %d\n", d->polarization);
 139   printf("d->nsamp_in_dwell_time = %d\n", d->nsamp_in_dwell_time);
 140   printf("d->parameter_type = %d\n", d->parameter_type);
 141   printf("d->threshold_field = <");
 142   for(i=0; i<sizeof(d->threshold_field); i++) printf("%c", d->threshold_field[i]);
 143   printf(">\n");
 144   printf("d->threshold_value = %f\n", d->threshold_value);
 145   printf("d-> scale_factor = %f\n", d-> scale_factor);
 146   printf("d-> offset_factor = %f\n", d-> offset_factor);
 147   printf("d-> missing_data_flag = %d\n", d-> missing_data_flag);
 148 }
 149
 150 void dorade_print_radar_desc(Radar_desc *d)
 151 {
 152   int i;
 153
 154   printf("Radar Descriptor\n");
 155   printf("d->code = <");
 156   for(i=0; i<sizeof(d->code); i++) printf("%c", d->code[i]);
 157   printf(">\n");
 158   printf("len = %d\n", d->len);
 159   printf("d->radar_name = <");
 160   for(i=0; i<sizeof(d->radar_name); i++) printf("%c", d->radar_name[i]);
 161   printf(">\n");
 162   printf("radar_constant = %f\n", d->radar_constant);
 163   printf("peak_power = %f\n", d-> peak_power);
 164   printf("noise_power = %f\n", d-> noise_power);
 165   printf("rcvr_gain = %f\n", d-> rcvr_gain);
 166   printf("ant_gain = %f\n", d-> ant_gain);
 167   printf("radar_system_gain = %f\n", d-> radar_system_gain);
 168   printf("horizontal_beam_width = %f\n", d-> horizontal_beam_width);
 169   printf("vertical_beam_width = %f\n", d-> vertical_beam_width);
 170   printf("radar_type = %d\n", d->radar_type);
 171   printf("scan_mode = %d\n", d-> scan_mode);
 172   printf("scan_rate = %f\n", d-> scan_rate);
 173   printf("start_angle = %f\n", d-> start_angle);
 174   printf("stop_angle = %f\n", d-> stop_angle);
 175   printf("nparam_desc = %d\n", d->nparam_desc);
 176   printf("ndesc = %d\n", d-> ndesc);
 177   printf("compress_code = %d\n", d-> compress_code);
 178   printf("compress_algo = %d\n", d-> compress_algo);
 179   printf("data_reduction_param1 = %f\n", d-> data_reduction_param1);
 180   printf("data_reduction_param2 = %f\n", d-> data_reduction_param2);
 181   printf("latitude  = %f\n", d-> latitude);
 182   printf("longitude = %f\n", d-> longitude);
 183   printf("altitude = %f\n", d-> altitude);
 184   printf("unambiguous_velocity = %f\n", d-> unambiguous_velocity);
 185   printf("unambiguous_range = %f\n", d-> unambiguous_range);
 186   printf("nfreq = %d\n", d-> nfreq);
 187   printf("npulse_periods = %d\n", d->npulse_periods);
 188   for (i=0; i<5; i++) printf("freq[%d] = %f\n", i, d->freq[i]);
 189   for (i=0; i<5; i++) printf("period[%d] = %f\n", i, d->period[i]);
 190 }
 191
 192 void dorade_print_volume_desc(Volume_desc *d)
 193 {
 194   int i;
 195   printf("Volume Descriptor\n");
 196   printf("d->code = <");
 197   for(i=0; i<sizeof(d->code); i++) printf("%c", d->code[i]);
 198   printf(">\n");
 199   printf("version = %d\n", d->version);
 200   printf("volume_number = %d\n", d->volume_number);
 201   printf("max_bytes = %d\n", d->max_bytes);
 202   printf("project_name = <");
 203   for(i=0; i<sizeof(d->project_name); i++) printf("%c", d->project_name[i]);
 204   printf(">\n");
 205   printf("year = %d\n", d->year);
 206   printf("month = %d\n", d->month);
 207   printf("day = %d\n", d->day);
 208   printf("hour = %d\n", d->hour);
 209   printf("minute = %d\n", d->minute);
 210   printf("second = %d\n", d->second);
 211   printf("flight_num = <");
 212   for(i=0; i<sizeof(d->flight_num); i++) printf("%c", d->flight_num[i]);
 213   printf(">\n");
 214   printf("facility_name = <");
 215   for(i=0; i<sizeof(d->facility_name); i++) printf("%c", d->facility_name[i]);
 216   printf(">\n");
 217   printf("gen_year = %d\n", d->gen_year);
 218   printf("gen_month = %d\n", d->gen_month);
 219   printf("gen_day = %d\n", d->gen_day);
 220   printf("nsensors   = %d\n", d->nsensors);
 221 }
 222
 223 void dorade_print_comment_block(Comment_block *cb)
 224 {
 225   int i;
 226   printf("COMMENT BLOCK:\n");
 227   printf("cb->code = <");
 228   for(i=0; i<sizeof(cb->code); i++) printf("%c", cb->code[i]);
 229   printf(">\n");
 230   printf("cb->len = %d\n", cb->len);
 231   printf("cb->comment = <%s>\n", cb->comment);
 232 }
 233
 234 void dorade_print_sensor(Sensor_desc *s)
 235 {
 236   int i;
 237   dorade_print_radar_desc(s->radar_desc);
 238
 239   for (i=0; i<s->nparam; i++) {
 240         dorade_print_parameter_desc(s->p_desc[i]);
 241         printf("=====================================================\n");
 242   }
 243   /*  dorade_print_cell_range_vector(s->cell_range_vector); */
 244   dorade_print_correction_factor_desc(s->correction_factor_desc);
 245 }