
# MLRMBO CFG SYS 1

# The number of MPI processes
# Note that 2 processes are reserved for Swift/EMEMS
# The default of 4 gives you 2 workers, i.e., 2 concurrent Keras runs
export PROCS=${PROCS:-3}

# MPI processes per node
# Cori has 32 cores per node, 128GB per node
export PPN=${PPN:-1}

# For Theta:
# export QUEUE=${QUEUE:-debug-flat-quad}

export WALLTIME=${WALLTIME:-00:10:00}

#export PROJECT=Candle_ECP

# Benchmark run timeout: benchmark run will timeout
# after the specified number of seconds.
# If set to -1 there is no timeout.
# This timeout is implemented with Keras callbacks
BENCHMARK_TIMEOUT=${BENCHMARK_TIMEOUT:-3600}

# Shell timeout: benchmark run will be killed
# after the specified number of seconds.
# If set to -1 or empty is no timeout.
# This timeout is implemented with the shell command 'timeout'
export SH_TIMEOUT=${SH_TIMEOUT:-3}


# MLRMBO CFG SYS 1

# The number of MPI processes
# Note that 2 processes are reserved for Swift/EMEMS
# The default of 4 gives you 2 workers, i.e., 2 concurrent Keras runs
export PROCS=${PROCS:-3}

# MPI processes per node
# Cori has 32 cores per node, 128GB per node
export PPN=${PPN:-1}

# For Theta:
# export QUEUE=${QUEUE:-debug-flat-quad}

export WALLTIME=${WALLTIME:-00:10:00}

#export PROJECT=Candle_ECP

# Benchmark run timeout: benchmark run will timeout
# after the specified number of seconds.
# If set to -1 there is no timeout.
# This timeout is implemented with Keras callbacks
BENCHMARK_TIMEOUT=${BENCHMARK_TIMEOUT:-3600}

# Shell timeout: benchmark run will be killed
# after the specified number of seconds.
# If set to -1 or empty there is no timeout.
# This timeout is implemented with the shell command 'timeout'
export SH_TIMEOUT=${SH_TIMEOUT:-}

Fix comment and default value
Fix comment and default value
