The soft calibration requires 10-12 simulations and is a simple, heuristic, one-at-a-time procedure. Each process has one or two parameters and each is looped through a couple of times. After the soft calibration is complete, the hard (daily gage) calibration should only require some adjustments of the peaks and recessions.
Three files are needed for soft calibration of the water balance:
You can turn the water balance soft calibration on (“y”) and off (“n”) in the HYD_HRU column. The others are still a work in progress.
Shows all the parameters that can be used with max/min ranges and max/min absolute values. It is fixed and you shouldn’t have to change it.
Gives each component of the water balance we are soft calibrating as a fraction of precipitation.
| Field | Description | Type |
|---|
name | Name of the parameter to be calibrated | string |
chg_type | Type of change applied | string |
val | Change value | real |
conds | Conditions | integer |
lyr1 | Layer 1 | integer |
lyr2 | Layer 2 | integer |
year1 | Year 1 | integer |
year2 | Year 2 | integer |
day1 | Day 1 | integer |
day2 | Day 2 | integer |
obj_tot | Total number of objects | integer |
This file should not be modified by the user.
| Field | Description | Type |
|---|---|---|
Field
Description
Type
Unit
Default
Range
name
nlum
name
srr
lfr
pcr
etr
tfr
pet
null
wyr
bfr
null
name
Name of the parameter
string
obj_typ
Object impacted by the parameter
string
abs_min
Minimum value of the parameter
real
abs_max
Maximum value of the parameter
real
unit
Unit of the parameter
string
| Field | Description | Type |
|---|---|---|
hyd_hru
HRU water balance soft calibration
string
hyd_hrulte
HRU-lte water balance soft calibration
string
plt
Plant growth soft calibration
string
sed
Land phase sediment soft calibration
string
nut
Land phase nutrient soft calibration
string
chsed
Channel sediment soft calibration
string
chnut
Channel nutrient soft calibration
string
res
Reservoir soft calibration
string