######################################### Irrigation method input file  #########################################
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#                                   Note: lines starting with <#> are comments                                  #
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# Irrigation method: [%NAME%]
# Id: Irrigation method code
Id = [%ID%]

# Irrigation efficiency: [%IRR_EFF%]

# Qadaq: irrigation water depth [mm]
Qadaq = [%QADAQ%]

# K_stress: water stress coefficient for the activation of irrigation from water diversions
K_stress = [%KSTRESS%]

# K_stresspozzi: water stress coefficient for the activation of irrigation from private wells
K_stresswells = [%KSTRESSWELL%]

# fw: exposed and wetted soil fraction
fw = [%FW%]

# Min_a & Max_a: parameters of percolation model
Min_a = [%AMIN%]
Max_a = [%AMAX%]

# Min_b & Max_b: parameters of percolation model
Min_b = [%BMIN%]
Max_b = [%BMAX%]

# a, b, c: parameters of irrigation losses model
# Irrigation losses model is described by the equation:
# Irrigation_losses = a + b * wind_speed + c * average_temperature
# If irrigation losses do not depend from wind speed or average temperature, set:
# a = fixed irrigation loss (expressed as a percentage between 0 & 100); b = 0; c = 0
a = [%ALOSSES%]
b = [%BLOSSES%]
c = [%CLOSSES%]

# InterceptionFlag: irrigation water is intercepted by foliage?
# InterceptionFlag = TRUE or T if irrigation water is interception by foliage
# InterceptionFlag = FALSE or F if irrigation water is not interception by foliage
InterceptionFlag = [%FINTERCEPTION%]

# Add here extra option(s)
[%ADV_OPTS%]

# Irrigation run time
[%IRRTIMETABLE%]

