commentdef {
  p_header = "PbarCompute";
  p_text = "This program reads Ensemble model data and computes 'pbar' at a configured set of thresholds within a set of tiles, and writes results to SPDB.  Pbars are done for a precip field at precip thresholds, and also for a cloudtops field conditioned on both the precip field and the cloudtop field.  The precip field is field 1, the cloud top field is field 2.  A third field, typically CAPE, can optionally be used as well with a fixed threshold, to constrain the pbar values";
}

paramdef string
{
  p_default = "Tiling.params";
  p_help = "Parameter file with tiling information";
} tilingParamFile;

paramdef string
{
  p_default = {"gep01","gep02","gep03","gep04","gep05","gep06","gep07","gep08","gep09","gep10",
               "gep11","gep12","gep13","gep14","gep15","gep16","gep17","gep18","gep19","gep20"};	
} ensembleMembers[];	

paramdef double
{
  p_descr = "maximum age hours";
  p_help = "Maximum age in real time of data compared to current real time in order to use the data (hours)";
  p_default = 24.0;
} maxAgeHours;

paramdef double
{
  p_descr = "triggering feedback minutes";
  p_help = "Triggering mechanism will return from each URL after this number of minutes to tell the handler there has been no new
 input. Set this fairly small to speed up detection of timeout and disable situations.";
  p_default = 1.0;
} triggerFeedbackMinutes;

paramdef double
{
  p_descr = "URL timout minutes";
  p_help = "If a URL has produced data at a gen time, but no new lead times trigger, it has 'timed out'.  This parameter tells ho
w long to wait until declaring a timeout.  It can be fairly big if this is a rare event";
  p_default = 60.0;
} urlTimeoutMinutes;

paramdef double
{
  p_descr = "URL disable minutes";
  p_help = "If a URL has not produced data at a gen time, but other URls have, the URL is declared 'disabled' if this many minute
s have elapsed between the first data at the gen time from any URL, and the current real time";
  p_default = 60.0;
} urlDisableMinutes;

paramdef string
{
  p_help = "Pbar Spdb , output of this app";
  p_default = "spdbp:://localhost::EpochOps/CMCE/pbar";
} pbarSpdb;

paramdef double 
{
  p_help = "Minimum threshold to try, field1 (precip)";
  p_default = 1.0;
} threshMin1;

paramdef double
{
  p_help = "Maximum threshold to try, field1 (precip)";
  p_default = 6.0;
} threshMax1;

paramdef double
{
  p_help = "Step between thresholds when trying multiple, field1 (precip)";
  p_default = 0.25;
} threshDelta1;

typedef enum {
  GREATER_THAN_OR_EQUAL,
  LESS_THAN_OR_EQUAL
} Comparison_t;

paramdef enum Comparison_t {
  p_default = GREATER_THAN_OR_EQUAL;
  p_descr = "comparison choice";
} thresholdedComparison1;

paramdef string
{
  p_help = "Input threshold data field name in ensemble model data, goes into SPDB, field1 (precip)";
  p_default = "APCP3Hr";
} inputThreshField1;

paramdef double
{
  p_help = "Input thresholded field data default coldstart threshold field1 (precip)";
  p_default = 2.0;
} threshFieldColdstartThreshold1;

paramdef double 
{
  p_help = "Minimum threshold to try, field2 (cloudtop)";
  p_default = 170.0;
} threshMin2;

paramdef double
{
  p_help = "Maximum threshold to try, field2 (cloudtop)";
  p_default = 350.0;
} threshMax2;

paramdef double
{
  p_help = "Step between thresholds when trying multiple, field2 (cloudtop)";
  p_default = 10;
} threshDelta2;

paramdef enum Comparison_t {
  p_default = LESS_THAN_OR_EQUAL;
  p_descr = "comparison choice";
} thresholdedComparison2;

paramdef string
{
  p_help = "Input threshold data field name in ensemble model data, goes into SPDB, field2 (cloudtops)";
  p_default = "ULWRF3Hr";
} inputThreshField2;

paramdef double
{
  p_help = "Input thresholded field data default coldstart threshold, field2 (cloudtops)";
  p_default = 200.0;
} threshFieldColdstartThreshold2;

paramdef boolean
{
  p_help = "Use an additional input along with a fixed threshold for field1 (precip)";
  p_default = FALSE;
} hasFixedField1;

paramdef string
{
  p_help = "Input fixed field in model data, goes into SPDB as a fixed value, if hasFixedField1, ignored otherwise";
  p_default = "CAPE";
} inputFixedField1;

paramdef enum Comparison_t {
  p_default = GREATER_THAN_OR_EQUAL;
  p_descr = "comparison choice for fixed field, ignored if hasFixedField1 is FALSE";
} fixedFieldComparison1;

paramdef double
{
  p_help = "The fixed field threshold to use, if hasFixedField1 is true";
  p_default = 200.0;
} fixedThreshold1;


paramdef boolean
{
  p_help = "Use a input along with a fixed threshold for field2 (cloudtops)";
  p_default = FALSE;
} hasFixedField2;

paramdef string
{
  p_help = "Input fixed field in model data, goes into SPDB as a fixed value, if hasFixedField2, ignored otherwise";
  p_default = "CAPE";
} inputFixedField2;

paramdef enum Comparison_t {
  p_default = GREATER_THAN_OR_EQUAL;
  p_descr = "comparison choice for fixed field, ignored if hasFixedField2 is FALSE";
} fixedFieldComparison2;

paramdef double
{
  p_help = "The fixed field threshold to use, if hasFixedField2 is true";
  p_default = 200.0;
} fixedThreshold2;

paramdef int
{
  p_default = 0;
  p_help = "Number of threads on ensemble member, 0 or 1 for no threading";
} num_threads;

paramdef boolean
{
  p_default = FALSE;
  p_help = "Set true to see more debugging of internal state";
} debug_state;