//==================== BASIC UTILITIES FOR OUTPUT ====================//
// This file contains functions output various model values to files. //
// For example, dump_neuron_soma_voltages writes the soma voltages of //
// the different neuronal populations to different files. To output //
// other values of another variable, add another function using //
// dump_neuron_soma_voltages as a model. //
// //
// Available functions: //
// 1. create_outfile - sets up specified file for output //
// 2. dump_neuron_soma_voltages - output neuron soma voltage //
// //
//====================================================================//
include ../lib/global_constants.g
include ../lib/synapses_geniculate.g
include ../lib/synapses_horizontal.g
include ../lib/synapses_lateral.g
include ../lib/synapses_stellate.g
include ../lib/synapses_subpial.g
/* ******************************************************************
create_outfile
Creates an output file for the specified variable.
Parameters:
directory name of the directory to write the files
filebase prefix of the file name for all the files
clock clock that determines the interval for output
output_group base name of neurons whose values are to be output
element compartment within output_troup neuron to be output
variable variable to be output
****************************************************************** */
function create_outfile(directory, filename, clock, output_group, element, variable)
str directory, filename, clock, output_group, element, variable
str actual_name = {directory}@{"/"@{filename}}
str object_name = "/output/"@{filename}
create asc_file {object_name}
setfield {object_name} filename {actual_name}
setfield {object_name} flush 1 leave_open 1 append 1
call {object_name} OUT_OPEN
str name
foreach name ({el {output_group}#})
addmsg {{name}@{element}} {object_name} SAVE {variable}
end
useclock {object_name} {clock}
if (ECHO_ON == 1)
echo " " {output_group} {element} "variable" {variable} "to" {actual_name}
end
end
/* ******************************************************************
dump_neuron_soma_voltages
Writes the neuron soma voltages at the time interval specified by
clock. The values for each population are written to a separate
file. Each line of a file starts with the time and then gives the
values for the neurons ordered by their names. The values are
separated by blanks.
Parameters:
directory name of the directory to write the files
filebase prefix of the file name for all the files
clock clock that determines the interval for output
hor_root root of the horizontal neuron hierarchy
lat_root root of the lateral neuron hierarchy
lgn_root root of the geniculate neuron hierarchy
med_root root of the medial neuron hierarchy
ste_root root of the stellate neuron hierarchy
sub_root root of the subpial neuron hierarchy
****************************************************************** */
function dump_neuron_soma_voltages (directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root)
str directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root
if (ECHO_ON == 1)
echo "Saving soma voltages:"
end
create_outfile {directory} {{filebase}@"LGNVoltage.dat"} {clock} \
{{lgn_root}@"/cell"} /soma Vm
create_outfile {directory} {{filebase}@"LateralVoltage.dat"} {clock} \
{{lat_root}@"/cell"} /soma Vm
create_outfile {directory} {{filebase}@"MedialVoltage.dat"} {clock} \
{{med_root}@"/cell"} /soma Vm
create_outfile {directory} {{filebase}@"StellateVoltage.dat"} {clock} \
{{ste_root}@"/cell"} /soma Vm
create_outfile {directory} {{filebase}@"HorizontalVoltage.dat"} {clock} \
{{hor_root}@"/cell"} /soma Vm
create_outfile {directory} {{filebase}@"SubpialVoltage.dat"} {clock} \
{{sub_root}@"/cell"} /soma Vm
end
/* ******************************************************************
dump_neuron_calcium_currents
Writes the calcium at the time interval specified by
clock. The values for each population are written to a separate
file. Each line of a file starts with the time and then gives the
values for the neurons ordered by their names. The values are
separated by blanks.
Parameters:
directory name of the directory to write the files
filebase prefix of the file name for all the files
clock clock that determines the interval for output
hor_root root of the horizontal neuron hierarchy
lat_root root of the lateral neuron hierarchy
lgn_root root of the geniculate neuron hierarchy
med_root root of the medial neuron hierarchy
ste_root root of the stellate neuron hierarchy
sub_root root of the subpial neuron hierarchy
****************************************************************** */
function dump_neuron_calcium_currents (directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root)
str directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root
if (ECHO_ON == 1)
echo "Saving soma calcium currents:"
end
create_outfile {directory} {{filebase}@"LateralCalciumCurrent.dat"} {clock} \
{{lat_root}@"/cell"} /soma/calcium_channel Ik
create_outfile {directory} {{filebase}@"MedialCalciumCurrent.dat"} {clock} \
{{med_root}@"/cell"} /soma/calcium_channel Ik
create_outfile {directory} {{filebase}@"SubpialCalciumCurrent.dat"} {clock} \
{{sub_root}@"/cell"} /soma/calcium_channel Ik
end
/* ******************************************************************
dump_neuron_sodium_currents
Writes the sodium currents at the time interval specified by
clock. The values for each population are written to a separate
file. Each line of a file starts with the time and then gives the
values for the neurons ordered by their names. The values are
separated by blanks.
Parameters:
directory name of the directory to write the files
filebase prefix of the file name for all the files
clock clock that determines the interval for output
hor_root root of the horizontal neuron hierarchy
lat_root root of the lateral neuron hierarchy
lgn_root root of the geniculate neuron hierarchy
med_root root of the medial neuron hierarchy
ste_root root of the stellate neuron hierarchy
sub_root root of the subpial neuron hierarchy
****************************************************************** */
function dump_neuron_sodium_currents (directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root)
str directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root
if (ECHO_ON == 1)
echo "Saving soma sodium currents:"
end
create_outfile {directory} {{filebase}@"LateralSodiumCurrent.dat"} {clock} \
{{lat_root}@"/cell"} /soma/sodium_channel Ik
create_outfile {directory} {{filebase}@"MedialSodiumCurrent.dat"} {clock} \
{{med_root}@"/cell"} /soma/sodium_channel Ik
create_outfile {directory} {{filebase}@"StellateSodiumCurrent.dat"} {clock} \
{{ste_root}@"/cell"} /soma/sodium_channel Ik
create_outfile {directory} {{filebase}@"HorizontalSodiumCurrent.dat"} {clock} \
{{hor_root}@"/cell"} /soma/sodium_channel Ik
create_outfile {directory} {{filebase}@"SubpialSodiumCurrent.dat"} {clock} \
{{sub_root}@"/cell"} /soma/sodium_channel Ik
end
/* ******************************************************************
dump_neuron_potassium_currents
Writes the potassium currents at the time interval specified by
clock. The values for each population are written to a separate
file. Each line of a file starts with the time and then gives the
values for the neurons ordered by their names. The values are
separated by blanks.
Parameters:
directory name of the directory to write the files
filebase prefix of the file name for all the files
clock clock that determines the interval for output
hor_root root of the horizontal neuron hierarchy
lat_root root of the lateral neuron hierarchy
lgn_root root of the geniculate neuron hierarchy
med_root root of the medial neuron hierarchy
ste_root root of the stellate neuron hierarchy
sub_root root of the subpial neuron hierarchy
****************************************************************** */
function dump_neuron_potassium_currents (directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root)
str directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root
if (ECHO_ON == 1)
echo "Saving soma potassium currents:"
end
create_outfile {directory} {{filebase}@"LateralPotassiumCurrent.dat"} {clock} \
{{lat_root}@"/cell"} /soma/potassium_channel Ik
create_outfile {directory} {{filebase}@"MedialPotassiumCurrent.dat"} {clock} \
{{med_root}@"/cell"} /soma/potassium_channel Ik
create_outfile {directory} {{filebase}@"StellatePotassiumCurrent.dat"} {clock} \
{{ste_root}@"/cell"} /soma/potassium_channel Ik
create_outfile {directory} {{filebase}@"HorizontalPotassiumCurrent.dat"} {clock} \
{{hor_root}@"/cell"} /soma/potassium_channel Ik
create_outfile {directory} {{filebase}@"SubpialPotassiumCurrent.dat"} {clock} \
{{sub_root}@"/cell"} /soma/potassium_channel Ik
end
/* ******************************************************************
dump_neuron_kahp_currents
Writes the K_AHP currents at the time interval specified by
clock. The values for each population are written to a separate
file. Each line of a file starts with the time and then gives the
values for the neurons ordered by their names. The values are
separated by blanks.
Parameters:
directory name of the directory to write the files
filebase prefix of the file name for all the files
clock clock that determines the interval for output
hor_root root of the horizontal neuron hierarchy
lat_root root of the lateral neuron hierarchy
lgn_root root of the geniculate neuron hierarchy
med_root root of the medial neuron hierarchy
ste_root root of the stellate neuron hierarchy
sub_root root of the subpial neuron hierarchy
****************************************************************** */
function dump_neuron_kahp_currents (directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root)
str directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root
if (ECHO_ON == 1)
echo "Saving soma K_AHP currents:"
end
create_outfile {directory} {{filebase}@"SubpialKAHPCurrent.dat"} {clock} \
{{sub_root}@"/cell"} /soma/K_AHP Ik
end
/* ******************************************************************
dump_synapse_lgn_currents
Writes the lgn currents at the time interval specified by
clock. The values for each population are written to a separate
file. Each line of a file starts with the time and then gives the
values for the neurons ordered by their names. The values are
separated by blanks.
Parameters:
directory name of the directory to write the files
filebase prefix of the file name for all the files
clock clock that determines the interval for output
hor_root root of the horizontal neuron hierarchy
lat_root root of the lateral neuron hierarchy
lgn_root root of the geniculate neuron hierarchy
med_root root of the medial neuron hierarchy
ste_root root of the stellate neuron hierarchy
sub_root root of the subpial neuron hierarchy
NOTE: Does not include current for subpial synapses
****************************************************************** */
function dump_synapse_lgn_currents (directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root)
str directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root
if (ECHO_ON == 1)
echo "Saving lgn currents:"
end
str group = {LGN_LAT_TARGET}@{"/"@{{LGN_LAT_SYNAPSE}@"_a"}}
create_outfile {directory} {{filebase}@"LGN2LateralAMPACurrent.dat"} {clock} \
{{lat_root}@"/cell"} {group} Ik
group = {LGN_MED_TARGET}@{"/"@{{LGN_MED_SYNAPSE}@"_a"}}
create_outfile {directory} {{filebase}@"LGN2MedialAMPACurrent.dat"} {clock} \
{{med_root}@"/cell"} {group} Ik
group = {LGN_STE_TARGET}@{"/"@{{LGN_STE_SYNAPSE}@"_a"}}
create_outfile {directory} {{filebase}@"LGN2StellateAMPACurrent.dat"} {clock} \
{{ste_root}@"/cell"} {group} Ik
end
/* ******************************************************************
dump_synapse_ampa_currents
Writes the AMPA currents at the time interval specified by
clock. The values for each combination of source and destination population
are written to a separate file. Each line of a file starts with the time and
then gives the values for the synapse ordered by destination neuron name.
The values are separated by blanks.
Parameters:
directory name of the directory to write the files
filebase prefix of the file name for all the files
clock clock that determines the interval for output
hor_root root of the horizontal neuron hierarchy
lat_root root of the lateral neuron hierarchy
lgn_root root of the geniculate neuron hierarchy
med_root root of the medial neuron hierarchy
ste_root root of the stellate neuron hierarchy
sub_root root of the subpial neuron hierarchy
****************************************************************** */
function dump_synapse_ampa_currents (directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root)
str directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root
str group, file
if (ECHO_ON == 1)
echo "Saving AMPA currents from lateral neurons:"
end
file = {filebase}@"Lateral2LateralAMPACurrent.dat"
group = {LAT_LAT_TARGET}@{"/"@{{LAT_LAT_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{lat_root}@"/cell"} {group} Ik
file = {filebase}@"Lateral2MedialAMPACurrent.dat"
group = {LAT_MED_TARGET}@{"/"@{{LAT_MED_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{med_root}@"/cell"} {group} Ik
file = {filebase}@"Lateral2StellateAMPACurrent.dat"
group = {LAT_STE_TARGET}@{"/"@{{LAT_STE_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{ste_root}@"/cell"} {group} Ik
file = {filebase}@"Lateral2HorizontalAMPACurrent.dat"
group = {LAT_HOR_TARGET}@{"/"@{{LAT_HOR_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{hor_root}@"/cell"} {group} Ik
file = {filebase}@"Lateral2SubpialAMPACurrent.dat"
group = {LAT_SUB_TARGET}@{"/"@{{LAT_SUB_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{sub_root}@"/cell"} {group} Ik
if (ECHO_ON == 1)
echo "Saving AMPA currents from medial neurons:"
end
file = {filebase}@"Medial2LateralAMPACurrent.dat"
group = {MED_LAT_TARGET}@{"/"@{{MED_LAT_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{lat_root}@"/cell"} {group} Ik
file = {filebase}@"Medial2MedialAMPACurrent.dat"
group = {MED_MED_TARGET}@{"/"@{{MED_MED_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{med_root}@"/cell"} {group} Ik
file = {filebase}@"Medial2StellateAMPACurrent.dat"
group = {MED_STE_TARGET}@{"/"@{{MED_STE_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{ste_root}@"/cell"} {group} Ik
file = {filebase}@"Medial2HorizontalAMPACurrent.dat"
group = {MED_HOR_TARGET}@{"/"@{{MED_HOR_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{hor_root}@"/cell"} {group} Ik
file = {filebase}@"Medial2SubpialAMPACurrent.dat"
group = {MED_SUB_TARGET}@{"/"@{{MED_SUB_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{sub_root}@"/cell"} {group} Ik
end
/* ******************************************************************
dump_synapse_nmda_currents
Writes the NMDA currents at the time interval specified by
clock. The values for each combination of source and destination population
are written to a separate file. Each line of a file starts with the time and
then gives the values for the synapse ordered by destination neuron name.
The values are separated by blanks.
Parameters:
directory name of the directory to write the files
filebase prefix of the file name for all the files
clock clock that determines the interval for output
hor_root root of the horizontal neuron hierarchy
lat_root root of the lateral neuron hierarchy
lgn_root root of the geniculate neuron hierarchy
med_root root of the medial neuron hierarchy
ste_root root of the stellate neuron hierarchy
sub_root root of the subpial neuron hierarchy
****************************************************************** */
function dump_synapse_nmda_currents (directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root)
str directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root
str group, file
if (ECHO_ON == 1)
echo "Saving NMDA currents from lateral neurons:"
end
file = {filebase}@"Lateral2LateralNMDACurrent.dat"
group = {LAT_LAT_TARGET}@{"/"@{{LAT_LAT_SYNAPSE}@"_n"}}
create_outfile {directory} {file} {clock} {{lat_root}@"/cell"} {group} Ik
file = {filebase}@"Lateral2MedialNMDACurrent.dat"
group = {LAT_MED_TARGET}@{"/"@{{LAT_MED_SYNAPSE}@"_n"}}
create_outfile {directory} {file} {clock} {{med_root}@"/cell"} {group} Ik
file = {filebase}@"Lateral2StellateNMDACurrent.dat"
group = {LAT_STE_TARGET}@{"/"@{{LAT_STE_SYNAPSE}@"_n"}}
create_outfile {directory} {file} {clock} {{ste_root}@"/cell"} {group} Ik
file = {filebase}@"Lateral2HorizontalNMDACurrent.dat"
group = {LAT_HOR_TARGET}@{"/"@{{LAT_HOR_SYNAPSE}@"_n"}}
create_outfile {directory} {file} {clock} {{hor_root}@"/cell"} {group} Ik
file = {filebase}@"Lateral2SubpialNMDACurrent.dat"
group = {LAT_SUB_TARGET}@{"/"@{{LAT_SUB_SYNAPSE}@"_n"}}
create_outfile {directory} {file} {clock} {{sub_root}@"/cell"} {group} Ik
if (ECHO_ON == 1)
echo "Saving NMDA currents from medial neurons:"
end
file = {filebase}@"Medial2LateralNMDACurrent.dat"
group = {MED_LAT_TARGET}@{"/"@{{MED_LAT_SYNAPSE}@"_n"}}
create_outfile {directory} {file} {clock} {{lat_root}@"/cell"} {group} Ik
file = {filebase}@"Medial2MedialNMDACurrent.dat"
group = {MED_MED_TARGET}@{"/"@{{MED_MED_SYNAPSE}@"_n"}}
create_outfile {directory} {file} {clock} {{med_root}@"/cell"} {group} Ik
file = {filebase}@"Medial2StellateNMDACurrent.dat"
group = {MED_STE_TARGET}@{"/"@{{MED_STE_SYNAPSE}@"_n"}}
create_outfile {directory} {file} {clock} {{ste_root}@"/cell"} {group} Ik
file = {filebase}@"Medial2HorizontalNMDACurrent.dat"
group = {MED_HOR_TARGET}@{"/"@{{MED_HOR_SYNAPSE}@"_n"}}
create_outfile {directory} {file} {clock} {{hor_root}@"/cell"} {group} Ik
file = {filebase}@"Medial2SubpialNMDACurrent.dat"
group = {MED_SUB_TARGET}@{"/"@{{MED_SUB_SYNAPSE}@"_n"}}
create_outfile {directory} {file} {clock} {{sub_root}@"/cell"} {group} Ik
end
/* ******************************************************************
dump_synapse_gaba_a_currents
Writes the GABA_A currents at the time interval specified by
clock. The values for each combination of source and destination population
are written to a separate file. Each line of a file starts with the time and
then gives the values for the synapse ordered by destination neuron name.
The values are separated by blanks.
Parameters:
directory name of the directory to write the files
filebase prefix of the file name for all the files
clock clock that determines the interval for output
hor_root root of the horizontal neuron hierarchy
lat_root root of the lateral neuron hierarchy
lgn_root root of the geniculate neuron hierarchy
med_root root of the medial neuron hierarchy
ste_root root of the stellate neuron hierarchy
sub_root root of the subpial neuron hierarchy
****************************************************************** */
function dump_synapse_gaba_a_currents (directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root)
str directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root
str group, file
if (ECHO_ON == 1)
echo "Saving GABA_A currents from stellate neurons:"
end
file = {filebase}@"Stellate2LateralGabaACurrent.dat"
group = {STE_LAT_TARGET}@{"/"@{{STE_LAT_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{lat_root}@"/cell"} {group} Ik
file = {filebase}@"Stellate2MedialGabaACurrent.dat"
group = {STE_MED_TARGET}@{"/"@{{STE_MED_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{med_root}@"/cell"} {group} Ik
file = {filebase}@"Stellate2StellateGabaACurrent.dat"
group = {STE_STE_TARGET}@{"/"@{{STE_STE_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{ste_root}@"/cell"} {group} Ik
if (ECHO_ON == 1)
echo "Saving GABA_A currents from horizontal neurons:"
end
file = {filebase}@"Horizontal2LateralGabaACurrent.dat"
group = {HOR_LAT_TARGET}@{"/"@{{HOR_LAT_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{lat_root}@"/cell"} {group} Ik
file = {filebase}@"Horizontal2MedialGabaACurrent.dat"
group = {HOR_MED_TARGET}@{"/"@{{HOR_MED_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{med_root}@"/cell"} {group} Ik
if (ECHO_ON == 1)
echo "Saving GABA_A currents from subpial neurons:"
end
file = {filebase}@"Subpial2LateralGabaACurrent.dat"
group = {SUB_LAT_TARGET}@{"/"@{{SUB_LAT_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{lat_root}@"/cell"} {group} Ik
file = {filebase}@"Subpial2MedialGabaACurrent.dat"
group = {SUB_MED_TARGET}@{"/"@{{SUB_MED_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{med_root}@"/cell"} {group} Ik
file = {filebase}@"Subpial2SubpialGabaACurrent.dat"
group = {SUB_SUB_TARGET}@{"/"@{{SUB_SUB_SYNAPSE}@"_a"}}
create_outfile {directory} {file} {clock} {{sub_root}@"/cell"} {group} Ik
end
/* ******************************************************************
dump_synapse_gaba_b_currents
Writes the GABA_B currents at the time interval specified by
clock. The values for each combination of source and destination population
are written to a separate file. Each line of a file starts with the time and
then gives the values for the synapse ordered by destination neuron name.
The values are separated by blanks.
Parameters:
directory name of the directory to write the files
filebase prefix of the file name for all the files
clock clock that determines the interval for output
hor_root root of the horizontal neuron hierarchy
lat_root root of the lateral neuron hierarchy
lgn_root root of the geniculate neuron hierarchy
med_root root of the medial neuron hierarchy
ste_root root of the stellate neuron hierarchy
sub_root root of the subpial neuron hierarchy
****************************************************************** */
function dump_synapse_gaba_b_currents (directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root)
str directory, filebase, clock, \
hor_root, lat_root, lgn_root, med_root, ste_root, sub_root
str group, file
if (ECHO_ON == 1)
echo "Saving GABA_B currents from stellate neurons:"
end
file = {filebase}@"Stellate2LateralGabaBCurrent.dat"
group = {STE_LAT_TARGET}@{"/"@{{STE_LAT_SYNAPSE}@"_b"}}
create_outfile {directory} {file} {clock} {{lat_root}@"/cell"} {group} Ik
file = {filebase}@"Stellate2MedialGabaBCurrent.dat"
group = {STE_MED_TARGET}@{"/"@{{STE_MED_SYNAPSE}@"_b"}}
create_outfile {directory} {file} {clock} {{med_root}@"/cell"} {group} Ik
file = {filebase}@"Stellate2StellateGabaBCurrent.dat"
group = {STE_STE_TARGET}@{"/"@{{STE_STE_SYNAPSE}@"_b"}}
create_outfile {directory} {file} {clock} {{ste_root}@"/cell"} {group} Ik
if (ECHO_ON == 1)
echo "Saving GABA_A currents from horizontal neurons:"
end
file = {filebase}@"Horizontal2LateralGabaBCurrent.dat"
group = {HOR_LAT_TARGET}@{"/"@{{HOR_LAT_SYNAPSE}@"_b"}}
create_outfile {directory} {file} {clock} {{lat_root}@"/cell"} {group} Ik
file = {filebase}@"Horizontal2MedialGabaBCurrent.dat"
group = {HOR_MED_TARGET}@{"/"@{{HOR_MED_SYNAPSE}@"_b"}}
create_outfile {directory} {file} {clock} {{med_root}@"/cell"} {group} Ik
if (ECHO_ON == 1)
echo "Saving GABA_A currents from subpial neurons:"
end
file = {filebase}@"Subpial2LateralGabaBCurrent.dat"
group = {SUB_LAT_TARGET}@{"/"@{{SUB_LAT_SYNAPSE}@"_b"}}
create_outfile {directory} {file} {clock} {{lat_root}@"/cell"} {group} Ik
file = {filebase}@"Subpial2MedialGabaBCurrent.dat"
group = {SUB_MED_TARGET}@{"/"@{{SUB_MED_SYNAPSE}@"_b"}}
create_outfile {directory} {file} {clock} {{med_root}@"/cell"} {group} Ik
file = {filebase}@"Subpial2SubpialGabaBCurrent.dat"
group = {SUB_SUB_TARGET}@{"/"@{{SUB_SUB_SYNAPSE}@"_b"}}
create_outfile {directory} {file} {clock} {{sub_root}@"/cell"} {group} Ik
end