p['constantPosition'] = 0
p['verbosity'] = o.verbosity
# No theta parameters
p['Iext_e_const'] = 487.5 # pA
p['Iext_i_const'] = 212.5 # pA
p['Iext_e_theta'] = 0 # pA
p['Iext_i_theta'] = 0 # pA
# Range of E/I synaptic conductances
Nvals = 31 # Number of values for each dimension
startG = 0.0 # nS
endG = 6120.0 # nS
bumpCurrentSlope = getBumpCurrentSlope(p['noise_sigma'],
threshold=-np.infty,
type='no_theta')
extraIterparams = {'bumpCurrentSlope': bumpCurrentSlope}
#extraIterparams['bumpCurrentSlope'] = [1.0]
###############################################################################
submitParamSweep(p,
startG,
endG,
Nvals,
ENV,
simRootDir,
simLabel,
appName,
rtLimit,
numCPU,
numCPU = 1
blocking = True
timePrefix = False
numRepeat = 1
dry_run = o.dry_run
p['master_seed'] = 123456
p['time'] = 600e3 if o.time is None else o.time # ms
p['nthreads'] = 1
p['ntrials'] = o.ntrials
p['velON'] = 1
p['pcON'] = 1
p['constantPosition'] = 0
p['verbosity'] = o.verbosity
# Range of E/I synaptic conductances
Nvals = 31 # Number of values for each dimension
startG = 0.0 # nS
endG = 6120.0 # nS
extraIterparams = {'bumpCurrentSlope' : getBumpCurrentSlope(p['noise_sigma'],
threshold=-np.infty)}
#extraIterparams['bumpCurrentSlope'] = [1.0]
###############################################################################
submitParamSweep(p, startG, endG, Nvals, ENV, simRootDir, simLabel,
appName, rtLimit, numCPU, blocking, timePrefix, numRepeat,
dry_run, extraIterparams, rc=parser.rowcol,
printout=o.printout)
p['master_seed'] = 123456
p['time'] = o.time or 600e3 # ms
p['nthreads'] = 1
p['ntrials'] = o.ntrials
p['velON'] = 1
p['constantPosition'] = 0
p['verbosity'] = o.verbosity
# No theta parameters
p['Iext_e_const'] = 487.5 # pA
p['Iext_i_const'] = 212.5 # pA
p['Iext_e_theta'] = 0 # pA
p['Iext_i_theta'] = 0 # pA
# Range of E/I synaptic conductances
Nvals = 31 # Number of values for each dimension
startG = 0.0 # nS
endG = 6120.0 # nS
bumpCurrentSlope = getBumpCurrentSlope(p['noise_sigma'],
threshold=-np.infty, type='no_theta')
extraIterparams = {'bumpCurrentSlope' : bumpCurrentSlope}
#extraIterparams['bumpCurrentSlope'] = [1.0]
###############################################################################
submitParamSweep(p, startG, endG, Nvals, ENV, simRootDir, simLabel,
appName, rtLimit, numCPU, blocking, timePrefix, numRepeat,
dry_run, extraIterparams, rc=parser.rowcol,
extra_qsub_params=o.extra_qsub_params)
numCPU = 1
blocking = True
timePrefix = False
numRepeat = 1
dry_run = o.dry_run
p['master_seed'] = 123456
p['time'] = 600e3 if o.time is None else o.time # ms
p['nthreads'] = 1
p['ntrials'] = o.ntrials
p['velON'] = 1
p['pcON'] = 0
p['constantPosition'] = 0
p['verbosity'] = o.verbosity
# Range of E/I synaptic conductances
Nvals = 31 # Number of values for each dimension
startG = 0.0 # nS
endG = 6120.0 # nS
extraIterparams = {'bumpCurrentSlope' : getBumpCurrentSlope(p['noise_sigma'],
threshold=-np.infty)}
#extraIterparams['bumpCurrentSlope'] = [1.0]
###############################################################################
submitParamSweep(p, startG, endG, Nvals, ENV, simRootDir, simLabel,
appName, rtLimit, numCPU, blocking, timePrefix, numRepeat,
dry_run, extraIterparams, rc=parser.rowcol,
printout=o.printout)