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hydrocheckinput.c
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hydrocheckinput.c
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/*-------------------------------------------------------------------------------------------
* hydrocheckinput.c
*
* Author: ALbert Kettner, March 2006
*
* Checks the input parameters of the HYDRO.IN file.
*
* Variable Def.Location Type Units Usage
* -------- ------------ ---- ----- -----
*
*-------------------------------------------------------------------------------------------*/
#include <string.h>
#include "hydroclimate.h"
#include "hydroinout.h"
#include "hydroparams.h"
/*----------------------------
* Start of HydroCheckInput
*----------------------------*/
int
hydrocheckinput ()
{
/*-------------------
* Local Variables
*-------------------*/
double dumdbl;
int jj, err;
err = 0;
/*----------------------------------------------
* Loop through and test values of each epoch
*----------------------------------------------*/
for (ep = 0; ep < nepochs; ep++)
{
/*----------------------------------------
* Check number of years for this epoch
*----------------------------------------*/
if (verbose)
printf ("Checking number of years in epoch...\n");
if (nyears[ep] < 1)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 5) \n");
fprintf (stderr, " nyears < 1 in the input file.\n");
fprintf (stderr, " nyears[ep] = %d \n", nyears[ep]);
err++;
}
if (ep)
{
if (syear[ep - 1] + nyears[ep - 1] != syear[ep])
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line 5) \n");
fprintf (stderr,
" The end year of one epoch does not match the \n");
fprintf (stderr,
" beginning year of the following epoch. \n");
fprintf (stderr, " epoch \t\t\t = %d \n", ep + 1);
fprintf (stderr, " syear[ep-1] \t\t = %d \n", syear[ep - 1]);
fprintf (stderr, " nyears[ep-1] \t\t = %d \n",
nyears[ep - 1]);
fprintf (stderr, " endyear[ep-1] \t\t = %d \n",
syear[ep - 1] + nyears[ep - 1] - 1);
fprintf (stderr, " predicted syear[ep] \t = %d \n",
syear[ep - 1] + nyears[ep - 1]);
fprintf (stderr, " syear[ep] \t\t = %d \n", syear[ep]);
err++;
}
}
/*------------------------------------------------
* Check that the averaging timestep is one of:
* d (day), m (month), s (season) or y (year).
*------------------------------------------------*/
if (verbose)
printf ("Checking timestep...\n");
if (timestep[0] != 'd' && timestep[0] != 'm' && timestep[0] != 's'
&& timestep[0] != 'y')
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 5 \n");
fprintf (stderr, " The averaging timestep is incorrect.\n");
fprintf (stderr,
" It must be one of d (day), m (month), s (season), y (year).\n");
fprintf (stderr, " timestep = %s \n", timestep);
err++;
}
/*-------------------------------
* Check number of grain sizes
*-------------------------------*/
if (verbose)
printf ("Checking number of grain sizes...\n");
if (ngrain > maxgrn || ngrain < 0)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 7) \n");
fprintf (stderr,
" The number of grainsizes is not in the range \n");
fprintf (stderr, " between 0 and %d.\n", maxgrn);
err++;
}
/*-----------------------------------------------------------
* Check that grain size fractions sum to 1.0 (within .1%)
*-----------------------------------------------------------*/
if (verbose)
printf ("Checking grain fraction sum...\n");
dumdbl = 0.0;
for (jj = 0; jj < ngrain; jj++)
dumdbl += grainpct[jj][ep];
if (fabs (1 - dumdbl) > 0.001)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 8) \n");
fprintf (stderr,
" The sum of the grain size fractions does not = 1. \n");
fprintf (stderr, " sum(grainpct[ep]) = %f \n", dumdbl);
err++;
}
/*----------------------------------------------------
* Check that temp trend lines match between epochs
*----------------------------------------------------*/
if (ep)
{
if (verbose)
printf ("Checking temp trend line continuity...\n");
dumdbl =
1 - Tstart[ep] / (Tstart[ep - 1] +
nyears[ep - 1] * Tchange[ep - 1]);
if (fabs (dumdbl) > 0.01)
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line 9) \n");
fprintf (stderr,
" The start temperature for one epoch does not match the end\n");
fprintf (stderr, " temperature of the previous epoch.\n");
fprintf (stderr, " Criteria: fabs(difference) < 0.01 \n");
fprintf (stderr, " Criteria \t = %f \n", dumdbl);
fprintf (stderr, " epoch \t\t = %d \n", ep + 1);
fprintf (stderr, " Tstart[ep] \t = %f (degC) \n",
Tstart[ep]);
fprintf (stderr, " Tstart[ep-1] \t = %f (degC) \n",
Tstart[ep - 1]);
fprintf (stderr, " Tchange[ep-1] \t = %f (degC/a) \n",
Tchange[ep - 1]);
fprintf (stderr, " nyears[ep-1] \t = %d \n",
nyears[ep - 1]);
err++;
}
/*------------------------------------------------------
* Check that precip trend lines match between epochs
*------------------------------------------------------*/
if (verbose)
printf ("Checking precip trend line continuity...\n");
dumdbl =
1 - Pstart[ep] / (Pstart[ep - 1] +
nyears[ep - 1] * Pchange[ep - 1]);
if (fabs (dumdbl) > 0.01)
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line 10) \n");
fprintf (stderr,
" The start precipitation for one epoch does not match the end\n");
fprintf (stderr,
" precipitation of the previous epoch.\n");
fprintf (stderr, " Criteria: fabs(difference) < 0.01 \n");
fprintf (stderr, " Criteria \t = %f \n", dumdbl);
fprintf (stderr, " epoch \t\t = %d \n", ep + 1);
fprintf (stderr, " Pstart[ep] \t = %f (m/a) \n",
Pstart[ep]);
fprintf (stderr, " Pstart[ep-1] \t = %f (m/a) \n",
Pstart[ep - 1]);
fprintf (stderr, " Pchange[ep-1] \t = %f (m/a/a) \n",
Pchange[ep - 1]);
fprintf (stderr, " nyears[ep-1] \t = %d \n",
nyears[ep - 1]);
err++;
}
}
/*----------------------------------------------
* Check the ranges of annual temp and precip
*----------------------------------------------*/
if (verbose)
printf ("Checking temp and precip trend parameters...\n");
if (-20. > Tstart[ep] || Tstart[ep] > 30.)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 9) \n");
fprintf (stderr, " The starting temperature is out of range. \n");
fprintf (stderr, " Criteria: -20 < Tstart < 30 (deg C) \n");
fprintf (stderr, " Tstart[ep] = %f \n", Tstart[ep]);
err++;
}
if (-1 > Tchange[ep] || Tchange[ep] > 1)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 9) \n");
fprintf (stderr,
" The temperature change/year is out of range. \n");
fprintf (stderr, " Criteria: -1 < Tchange < 1 (degC/a) \n");
fprintf (stderr, " Tchange[ep] = %f \n", Tchange[ep]);
err++;
}
if (-5 > Tstd[ep] || Tstd[ep] > 5)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 9) \n");
fprintf (stderr,
" The temperature standard deviation is out of range. \n");
fprintf (stderr, " Criteria: -5 < Tstd < 5 (degC) \n");
fprintf (stderr, " Tstd[ep] = %f \n", Tstd[ep]);
err++;
}
if (0 > Pstart[ep] || Pstart[ep] > 5)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 10) \n");
fprintf (stderr,
" The starting precipitation is out of range. \n");
fprintf (stderr, " Criteria: 0 < Pstart < 5 (m/a) \n");
fprintf (stderr, " Pstart[ep] = %f \n", Pstart[ep]);
err++;
}
if (-0.5 > Pchange[ep] || Pchange[ep] > 0.5)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 10) \n");
fprintf (stderr,
" The precipitation change/year is out of range. \n");
fprintf (stderr, " Criteria: -0.5 < Pchange < 0.5 (m/a/a) \n");
fprintf (stderr, " Pchange[ep] = %f \n", Pchange[ep]);
err++;
}
if (-2 > Pstd[ep] || Pstd[ep] > 2)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 10) \n");
fprintf (stderr,
" The precipitation standard deviation is out of range. \n");
fprintf (stderr, " Criteria: -2 < Pstd < 2 (m/a) \n");
fprintf (stderr, " Pstd[ep] = %f \n", Pstd[ep]);
err++;
}
/*------------------------------------------------------------
* Check the range of the monthly climate variable (T P...)
* Check that some rain is specified (in any month)
*------------------------------------------------------------*/
if (verbose)
printf ("Checking monthly climate data (T & P)...\n");
dumdbl = 0.0;
for (jj = 0; jj < 12; jj++)
{
if (-50 > Tnominal[jj][ep] || Tnominal[jj][ep] > 50)
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line %d) \n",
jj + 13);
fprintf (stderr,
" The average monthly temperature is out of range. \n");
fprintf (stderr, " Criteria: -50 < Tnominal < 50 \n");
fprintf (stderr, " Tnominal[jj][ep] \t = %f (degC) \n",
Tnominal[jj][ep]);
fprintf (stderr, " jj \t\t = %d \n", jj);
fprintf (stderr, " ep \t\t = %d \n", ep);
err++;
}
if (0.0 > Tnomstd[jj][ep] || Tnomstd[jj][ep] > 10)
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line %d) \n",
jj + 13);
fprintf (stderr,
" The monthly temperature standard deviation is out of range. \n");
fprintf (stderr, " Criteria: 0.0 < Tnomstd < 10 \n");
fprintf (stderr, " Tnomstd[jj][ep] \t = %f (degC) \n",
Tnomstd[jj][ep]);
fprintf (stderr, " jj \t\t = %d \n", jj);
fprintf (stderr, " ep \t\t = %d \n", ep);
err++;
}
if (0. > Pnominal[jj][ep] * 1000 || Pnominal[jj][ep] * 1000 > 1000)
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line %d) \n",
jj + 13);
fprintf (stderr,
" The monthly rainfall is out of range. \n");
fprintf (stderr, " Criteria: 0 < Pnominal < 1000 \n");
fprintf (stderr, " Pnominal[jj][ep] \t = %f (mm) \n",
Pnominal[jj][ep] * 1000);
fprintf (stderr, " jj \t\t = %d \n", jj);
fprintf (stderr, " ep \t\t = %d \n", ep);
err++;
}
if (0 >= Pnomstd[jj][ep] * 1000 || Pnomstd[jj][ep] * 1000 > 650)
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line %d) \n",
jj + 13);
fprintf (stderr,
" The monthly rainfall standard deviation is out of range. \n");
fprintf (stderr, " Criteria: 0 < Pnomstd < 450 \n");
fprintf (stderr, " Pnomstd[jj][ep] \t = %f (mm) \n",
Pnomstd[jj][ep] * 1000);
fprintf (stderr, " jj \t\t = %d \n", jj);
fprintf (stderr, " ep \t\t = %d \n", ep);
err++;
}
dumdbl += Pnominal[jj][ep];
}
if (dumdbl <= 0)
{
fprintf (stderr,
" HydroCheckInput ERROR: input file lines 13-24) \n");
fprintf (stderr,
" There is no precipitation specified in any month. \n");
fprintf (stderr, " Total specified rainfall = %f (m) \n",
dumdbl * 1000);
err++;
}
/*-----------------------------------------------------------
* Check the bounds on the lapse rate
* psuedoAdiabatic Lapse rate 6 degC/km in mid troposphere
* gamma_s = saturate adiabatic lapse rate == - dT/dz
* = 4 degC/km near the ground in humid air masses
* = 6-7 degC/km in the middle troposphere
*-----------------------------------------------------------*/
if (verbose)
printf ("Checking lapse rate...\n");
if ((1 > lapserate[ep] * 1000 && lapserate[ep] != -9999)
|| lapserate[ep] * 1000 > 10)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 25) \n");
fprintf (stderr, " The adiabatic lapse rate is out of range. \n");
fprintf (stderr, " Criteria: 1 < lapserate < 10 \n");
fprintf (stderr, " lapserate[ep] = %f (degC/km) \n",
lapserate[ep] * 1000);
err++;
}
/*------------------------------
* Check latitude input value
*------------------------------*/
if (verbose)
printf ("Checking latitude...\n");
if (lat > 90 || lat < -90)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 38) \n");
fprintf (stderr,
" Latitude input is out of range, lower than -90 or \n");
fprintf (stderr, " higher than 90 degrees. lat = %f (degrees)\n",
lat);
err++;
}
/*----------------------------------
* Check ascii file ON/OFF option
*----------------------------------*/
if (verbose)
printf ("Checking ascii file ON/OFF option...\n");
if (ep == 0)
{
if ((strncmp (asciioutput, ON, 2) != 0)
&& (strncmp (asciioutput, OFF, 2) != 0))
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line 2) \n");
fprintf (stderr,
" The print to ASCII file option is not set \n");
fprintf (stderr, " correctly to ON or OFF, but is set as: ");
for (jj = 0; jj < MAXCHAR; jj++)
fprintf (stderr, "%c", asciioutput[jj]);
fprintf (stderr, "\n");
err++;
}
}
/*--------------------------------------------------
* Check ELA range and values at epoch boundaries
*--------------------------------------------------*/
if (verbose)
printf ("Checking ELA info...\n");
if (0 > ELAstart[ep] || 0 > ELAstart[ep] + nyears[ep] * ELAchange[ep])
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 26) \n");
fprintf (stderr, " The ela is out of range. \n");
fprintf (stderr, " Criteria: 0 < ela \n");
fprintf (stderr, " ELAstart[ep] \t = %f (m) \n", ELAstart[ep]);
fprintf (stderr, " ela stop \t = %f (m) \n",
ELAstart[ep] + nyears[ep] * ELAchange[ep]);
err++;
}
if (ep)
{
dumdbl =
1 - ELAstart[ep] / (ELAstart[ep - 1] +
nyears[ep - 1] * ELAchange[ep - 1]);
if (fabs (dumdbl) > 0.01)
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line 26) \n");
fprintf (stderr,
" The ela at the end of one epoch does not match the \n");
fprintf (stderr,
" ela at the begining of the following epoch. \n");
fprintf (stderr, " Criteria: fabs(differnce) < 0.01 \n");
fprintf (stderr, " Criteria \t = %f \n", dumdbl);
fprintf (stderr, " epoch-1 \t = %d \n", ep);
fprintf (stderr, " ELAstart[ep-1] \t = %f (m) \n",
ELAstart[ep - 1]);
fprintf (stderr, " ELAchange[ep-1] \t = %f (m/a) \n",
ELAchange[ep - 1]);
fprintf (stderr, " epoch \t = %d \n", ep + 1);
fprintf (stderr, " ELAstart[ep] \t = %f (m) \n",
ELAstart[ep]);
fprintf (stderr, " ela end [ep-1] \t = %f (m) \n",
ELAstart[ep - 1] + nyears[ep - 1] * ELAchange[ep - 1]);
err++;
}
}
/*---------------------------------------------------
* Check nival and ice groundwater and evaporation
* ground water fraction is 0 to .5
*---------------------------------------------------*/
if (verbose)
printf ("Checking snow and ice parameters...\n");
if (0 > dryevap[ep] || dryevap[ep] > 0.9)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 27) \n");
fprintf (stderr,
" The snow and ice evaporation percentage is out of range. \n");
fprintf (stderr, " 0 < dryevap < 0.9 \n");
fprintf (stderr, " dryevap[ep] = %f (%%) \n", dryevap[ep]);
err++;
}
/*---------------------------------------------------
* Check evaporation (experimental
*---------------------------------------------------*/
if (verbose)
printf ("Checking snow and ice parameters...\n");
if (0 > betag[ep] || betag[ep] > 1.0)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 27a) \n");
fprintf (stderr, " The evapotranspiration is out of range. \n");
fprintf (stderr, " 0 < (1.0 - betag[ep]) < 1.0 \n");
fprintf (stderr, " (1.0 - betag[ep]) = %f (-) \n",
(1.0 - betag[ep]));
err++;
}
/*----------------------------
* Check river slope limits
*----------------------------*/
if (verbose)
printf ("Checking river slope near mouth...\n");
if (0.00000001 > rslope[ep] || rslope[ep] > 0.1)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 28) \n");
fprintf (stderr, " The river slope is out of range. \n");
fprintf (stderr, " Criteria: 0.001 < rslope < 0.01 \n");
fprintf (stderr, " rslope[ep] = %f (m/m (gradient)) \n",
rslope[ep]);
err++;
}
/*----------------------------
* Check river basin length
*----------------------------*/
if (verbose)
printf ("Checking basin length...\n");
if (10 > basinlength[ep] / 1000 || basinlength[ep] / 1000 > 10000)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 29) \n");
fprintf (stderr, " The basin length is out of range. \n");
fprintf (stderr, " 10 < basinlength < 1000 \n");
fprintf (stderr, " basinlength[ep] = %f (km) \n",
basinlength[ep] / 1000);
err++;
}
/*-----------------------------
* Check volume of reservoir
*-----------------------------*/
if (verbose)
printf ("Checking volume of reservoir...\n");
if (0 > Rvol[ep] || Rvol[ep] > 8000.0)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 30) \n");
fprintf (stderr, " The volume of reservoirs is out of range. \n");
fprintf (stderr, " 0.0 km^3 < Rvol[ep]< 8000.0 km^3 \n");
fprintf (stderr,
" Rvol[ep] = 0 if there are no large reservoirs\n");
fprintf (stderr, " Rvol[ep] = %.3f (km^3) \n", Rvol[ep]);
err++;
}
/*-------------------------------
* Check altiture of reservoir
*-------------------------------*/
if (verbose)
printf ("Checking altitude of reservoir...\n");
if (Rvol[ep] != 0.0)
if (Ralt[ep] < 0.0 || Ralt[ep] >= maxalt[ep])
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line 30) \n");
fprintf (stderr,
" The altitude of reservoirs is out of range. \n");
fprintf (stderr, " 0 > Ralt[ep] = %.3f (km^3) > maxalt = %f \n",
Ralt[ep], maxalt[ep]);
err++;
}
/*-------------------------------------------------
* Check hydraulic geometry coeffs and exponents
*-------------------------------------------------*/
if (verbose)
printf ("Checking hydraulic geometry parameters...\n");
if ((0 >= velpow[ep] && velpow[ep] != -9999) || velpow[ep] >= 1)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 31) \n");
fprintf (stderr,
" The river mouth velocity power is out of range. \n");
fprintf (stderr, " Criteria: 0 < velpow < 1 \n");
fprintf (stderr, " velpow[ep] = %f \n", velpow[ep]);
err++;
}
if (0 >= velcof[ep])
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 31) \n");
fprintf (stderr,
" The river mouth velocity coefficient is out of range. \n");
fprintf (stderr, " Criteria: 0 < velcof \n");
fprintf (stderr, " velcof[ep] = %f \n", velcof[ep]);
err++;
}
if ((0 >= widpow[ep] && widpow[ep] != -9999) || widpow[ep] >= 1)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 32) \n");
fprintf (stderr,
" The river mouth width power is out of range. \n");
fprintf (stderr, " Criteria: 0 < widpow < 1 \n");
fprintf (stderr, " widpow[ep] = %f \n", widpow[ep]);
err++;
}
if (0 >= widcof[ep])
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 32) \n");
fprintf (stderr,
" The river mouth width coefficient is out of range. \n");
fprintf (stderr, " Criteria: 0 < widcof \n");
fprintf (stderr, " widcof[ep] = %f \n", widcof[ep]);
err++;
}
/*--------------------------------
* Check average river velocity
*--------------------------------*/
if (verbose)
printf ("Checking average river velocity...\n");
if (0.1 > avgvel[ep] || avgvel[ep] > 5)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 33) \n");
fprintf (stderr,
" The average river velocity is out of range. \n");
fprintf (stderr, " 0.1 < avgvel < 5 \n");
fprintf (stderr, " avgvel[ep] = %f (m/s) \n", avgvel[ep]);
err++;
}
/*----------------------------------------
* Check Groundwater Storage parameters
*----------------------------------------*/
if (verbose)
printf ("Checking groundwater parameters...\n");
if (2 > gwmax[ep] || gwmax[ep] > 1e15)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 34) \n");
fprintf (stderr,
" The maximum size of the groundwater pool is out of range. \n");
fprintf (stderr, " 2 < gwmax < 1e15 \n");
fprintf (stderr, " gwmax[ep] = %f (m^3) \n", gwmax[ep]);
fprintf (stderr, " [ep] = %d \n", ep);
err++;
}
if (1 > gwmin[ep] || gwmin[ep] > gwmax[ep])
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 34) \n");
fprintf (stderr,
" The minimum size of the groundwater pool is out of range. \n");
fprintf (stderr, " 1 < gwmin < gwmax \n");
fprintf (stderr, " gwmin[ep] = %f (m^3) \n", gwmin[ep]);
fprintf (stderr, " gwmax[ep] = %f (m^3) \n", gwmax[ep]);
err++;
}
if (gwmin[ep] > gwinitial || gwinitial > gwmax[ep])
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 35) \n");
fprintf (stderr,
" The initial size of the groundwater pool is out of range. \n");
fprintf (stderr, " gwmin < gwinitial < gwmax \n");
fprintf (stderr, " gwmin[ep] = %f (m^3) \n", gwmin[ep]);
fprintf (stderr, " gwinitial = %f (m^3) \n", gwinitial);
fprintf (stderr, " gwmax[ep] = %f (m^3) \n", gwmax[ep]);
err++;
}
/*------------------------------------------------------
* Check ranges on the rain mass balance coefficients
*------------------------------------------------------*/
if (verbose)
printf ("Checking mass balance coeffs...\n");
if (0 > Pmassbal[ep] || Pmassbal[ep] > 10)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 11) \n");
fprintf (stderr, " The rain mass balance is out of range. \n");
fprintf (stderr, " Criteria: 0 < Pmassbal < 10 \n");
fprintf (stderr, " Pmassbal[ep] = %f \n", Pmassbal[ep]);
err++;
}
if (1 >= Pexponent[ep] || Pexponent[ep] >= 2)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 11) \n");
fprintf (stderr,
" The rain distribution exponent is out of range. \n");
fprintf (stderr, " Criteria: 1 < Pexponent < 2 \n");
fprintf (stderr, " Pexponent[ep] = %f \n", Pexponent[ep]);
err++;
}
if (0 > Prange[ep] || Prange[ep] > 10)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 11) \n");
fprintf (stderr,
" The rain mass balance distribution range is out of range. \n");
fprintf (stderr, " Criteria: 0 < Prange < 10 \n");
fprintf (stderr, " Prange[ep] = %f \n", Prange[ep]);
err++;
}
/*----------------------------------------------------------
* Check that baseflow is >= 0 and less than total precip
*----------------------------------------------------------*/
if (verbose)
printf ("Checking baseflow range...\n");
if (0. > baseflowtot[ep]
|| baseflowtot[ep] > Pstart[ep] * totalarea[ep] / (dTOs * 365.0))
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 12) \n");
fprintf (stderr, " The baseflow is out of range. \n");
fprintf (stderr,
" Criteria: 0.0 < baseflow < total Precip (m^3/s) \n");
fprintf (stderr, " baseflow[ep] = %f (m^3/s) \n",
baseflowtot[ep]);
fprintf (stderr,
" total Precip = Pstart*totalarea/(dTOs*365.0) \n");
fprintf (stderr, " total Precip = %f (m^3/s) \n",
Pstart[ep] * totalarea[ep] / (dTOs * 365.0));
fprintf (stderr, " Pstart[ep] = %f (m) \n", Pstart[ep]);
fprintf (stderr, " totalarea = %f (km^2) \n",
totalarea[ep] / 1e6);
err++;
}
/*----------------------------------------------
* 50) Check Subsurface Storm Flow parameters
*----------------------------------------------*/
if (verbose)
printf ("Checking storm flow parameters...\n");
if (1 > alphass[ep] || alphass[ep] > 1e5)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 36) \n");
fprintf (stderr,
" The subsurface storm flow coefficient is out of range. \n");
fprintf (stderr, " 1 < alphass < 1e5 \n");
fprintf (stderr, " alphass[ep] = %f (m^3/s) \n", alphass[ep]);
err++;
}
if (0.5 > betass[ep] || betass[ep] > 2)
{ /* betass 0:10 in river5 */
fprintf (stderr, " HydroCheckInput ERROR: input file line 36) \n");
fprintf (stderr,
" The subsurface storm flow exponent is out of range. \n");
fprintf (stderr, " 0.5 < betass < 2 \n");
fprintf (stderr, " betass[ep] = %f (-) \n", betass[ep]);
err++;
}
/*---------------------------------
* Check infiltration parameters
*---------------------------------*/
if (verbose)
printf ("Checking infiltration parameters...\n");
if (10 > Ko[ep] * 1000 || Ko[ep] * 1000 > pmax * 1000)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 37) \n");
fprintf (stderr,
" The saturated hydraulic conductivity is out of range. \n");
fprintf (stderr, " 10 < Ko < pmax \n");
fprintf (stderr, " Ko[ep] = %f (mm/day) \n", Ko[ep] * 1000);
fprintf (stderr, " pmax[ep] = %f (mm/day) \n", pmax * 1000);
err++;
}
/*---------------------------
* Check number of outlets
*---------------------------*/
if (noutletflag != 1)
{
if (verbose)
printf ("Checking number of outlets...\n");
if ((noutlet > maxnoutlet || noutlet < 0))
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line 40) \n");
fprintf (stderr,
" The number of outlets is not in the range \n");
fprintf (stderr,
" between 0 and 10. The filled out nr. = %d.\n",
noutlet);
err++;
}
}
/*-------------------------------------------------------
* Check that outlet fractions sum to 1.0 (within .1%)
*-------------------------------------------------------*/
if (outletmodelflag == 1)
{
if (verbose)
printf ("Checking outlet fraction sum...\n");
dumdbl = 0.0;
for (jj = 0; jj < noutlet; jj++)
{
dumdbl += outletpctdummy[jj][ep];
}
if (fabs (1 - dumdbl) > 0.001)
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line 41) \n");
fprintf (stderr,
" The sum of the outlet fractions does not = 1. \n");
fprintf (stderr, " sum(outletpct[ep]) = %f \n", dumdbl);
err++;
}
}
/*-----------------------------------------------------------------------
* Check that sediment filter percentage is not out of range (0 - 0.9)
*-----------------------------------------------------------------------*/
if (verbose)
printf ("Checking filter fraction ...\n");
if (sedfilter[ep] > 0.9 || sedfilter[ep] < 0.0)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 42) \n");
fprintf (stderr,
" The sediment filter percentage is out of range \n");
fprintf (stderr, " 0.0 > %f > 0.9 \n", sedfilter[ep]);
err++;
}
/*----------------------------------------------------
* Check formula flag for Qsbar is set within range
*----------------------------------------------------*/
if (verbose)
printf ("Checking Qsbar formula flag ...\n");
if (Qsbarformulaflag[ep] < 0 || Qsbarformulaflag[ep] > 2)
{
fprintf (stderr, " HydroCheckInput ERROR: input file line 43) \n");
fprintf (stderr,
" Hydrotrend doesn't know which equation to use to calculate \n");
fprintf (stderr,
" Qsbar. Based BQART = 2, ART = 1, Based on QRT = 0;\n");
fprintf (stderr, " You set the input value to %d\n",
Qsbarformulaflag[ep]);
err++;
}
/*----------------------------------------------
* Check lithology factor is set within range
*----------------------------------------------*/
if (verbose)
printf ("Checking lithology factor ...\n");
if (Qsbarformulaflag[ep] > 1)
{
if (lithology[ep] < 0.3 || lithology[ep] > 3)
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line 44) \n");
fprintf (stderr,
" The lithology factor is out of range \n");
fprintf (stderr, " 0.3 > %f > 3.0 \n", lithology[ep]);
err++;
}
}
/*----------------------------------------------------
* Check formula flag for Qsbar is set within range
*----------------------------------------------------*/
if (verbose)
printf ("Checking Qsbar formula flag ...\n");
if (Qsbarformulaflag[ep] > 1)
{
if (anthro[ep] < 0.3 || anthro[ep] > 8)
{
fprintf (stderr,
" HydroCheckInput ERROR: input file line 45) \n");
fprintf (stderr,
" The human impact factor is out of range \n");
fprintf (stderr, " 0.3 > %f > 8.0 \n", lithology[ep]);
err++;
}
}
/*--------------------------------------------
* Write out epoch number if errors occured
*--------------------------------------------*/
if (err > 0)
{
fprintf (stderr, " The above errors occured in epoch %d \n", ep + 1);
fprintf (stderr, " ------------------------------------ \n");
ep = nepochs;
}
} /* end of epoch loop */
/*-------------------------------------------------
* Write out general messages if errors occurred
*-------------------------------------------------*/
if (err > 0)
{
fprintf (stderr, " %d errors occured in HydroCheckInput \n", err);
fprintf (stderr, " Many of the limits are physically imposed. \n");
fprintf (stderr, " Some are artificially imposed to limit typos. \n");
fprintf (stderr,
" Be careful changing the limits in HydroCheckInput.c \n");
fprintf (stderr, " ------------------------------------------- \n");
}
else if (verbose)
{
printf ("No errors found in input values. \n");
printf ("\n");
}
return (err);
} /* end of HydroCheckInput */