/* *=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=* */
/* ** Copyright UCAR (c) 1992 - 2010 */
/* ** University Corporation for Atmospheric Research(UCAR) */
/* ** National Center for Atmospheric Research(NCAR) */
/* ** Research Applications Laboratory(RAL) */
/* ** P.O.Box 3000, Boulder, Colorado, 80307-3000, USA */
/* ** 2010/10/7 23:12:42 */
/* *=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=*=* */
/**********************************************************
 * paramdef.ParamsPc
 *
 * This file contains the TDRP parameter definitions for params shared
 * by the apps NiwotPC, NiwotLpc and NiwotFixedPC
 */

commentdef
{
  p_header = "Pc Compute Params";
  p_text =   "--------Params used in computing phase correction vectors ---";
};

typedef struct
{
  string input_v_name;
  string output_u_name;
  string output_v_name;
} uv_t;

paramdef struct uv_t
{
  p_descr = "PC input - required";
  p_help = 
    "input_v_name = name of field in input data (U is in fcst_in spec)\n"
    "output_u_name = non-empty to output this data\n"
    "output_v_name = non-empty to output this data\n";
  p_default = {"V", "", ""};
} pc;

paramdef string
{
  p_descr = "Output phase correction names";
  p_help = "the phase correction vectors that were used";
  p_default = {"U", "V"};
} output_pc_uv_name[2];

paramdef double
{
  p_descr = "minutes to wait when triggering is REALTIME";
  p_help = "maximum number of minutes to wait for model data when triggering is REALTIME";
  p_default = 5.0;
} real_time_wait_max_minutes;

paramdef double
{
  p_descr = "sleep interval while waiting for REALTIME triggering";
  p_help = "minutes";
  p_default = 0.5;
} real_time_wait_sleep_minutes;

paramdef string
{
  p_descr = "field name for latency adjusted data in output";
  p_help = "if empty string, there is none";
  p_default = "";
} latency_adjusted_field_name;

paramdef string
{
  p_descr = "field name for non-verified phase correction data in output";
  p_help = "if empty string, no non-verified p.c. output";
  p_default = "";
} non_verified_pc_name;

paramdef int 
{ 
  p_help = "gap fill ngridpoints x and y";
  p_default = {3,3};
} gap_fill[2];

paramdef boolean
{
  p_help = "true to do the 'high' smoothing algorithm, false to do regular smoothing,  using the parameter smooth";
  p_default = TRUE;
} use_high_smooth;

paramdef int 
{ 
  p_help = "smoothing ngridpoints x and y";
  p_default = {3,3};
} smooth[2];

paramdef boolean
{ 
  p_help = "smoothing flag..smooth only where U&V non-zero";
  p_default = FALSE;
} smooth_where_corrected;

paramdef double
{ 
  p_help = "zero_resolution, U/V data in the range -zero_resolution  to +zero_resulution is collapsed to 0.0";
  p_default = 0.05;
} zero_resolution;

commentdef
{
  p_header = "End of Pc Compute Params";
  p_text =   "";
};