##############################################
# Configuration file for running experiments
##############################################

# Path to directory of circuits to useks
circuits_dir=benchmarks/noc/Synthetic_Designs/blif_files/

# Path to directory of architectures to use
archs_dir=arch/noc/mesh_noc_topology

# Path to directory of NoC Traffic Patterns to use
noc_traffics_dir=benchmarks/noc/Synthetic_Designs/traffic_flow_files/

# Traffic flow files are added per circuit.
# By default, the task performs a cartesian product between circuits and traffic flow files.
# Since each circuit is compatible with specific traffic flow files, we need to specify
# traffic flow files for each circuit separately.
noc_traffic_list_type=per_circuit

# Add circuits and traffic flows to list to sweep
circuit_list_add=complex_2_noc_1D_chain.blif
noc_traffic_list_add=complex_2_noc_1D_chain.flows

circuit_list_add=complex_4_noc_1D_chain.blif
noc_traffic_list_add=complex_4_noc_1D_chain.flows

circuit_list_add=complex_8_noc_1D_chain.blif
noc_traffic_list_add=complex_8_noc_1D_chain.flows

# Add architectures to list to sweep
arch_list_add=stratixiv_arch.timing_with_a_embedded_3X3_mesh_noc_topology_2.xml

# Parse info and how to parse
parse_file=vpr_noc.txt

# How to parse QoR info
qor_parse_file=qor_noc_spec.txt

# Pass requirements
#pass_requirements_file=

# Script parameters
script_params_common =-starting_stage vpr --noc on --noc_routing_algorithm xy_routing --device "EP4SGX110"
