#include <vpr_types.h>

Data Fields
bool	read_rr_edge_metadata = false

bool	do_check_rr_graph = true

float	first_iter_pres_fac

float	initial_pres_fac

float	pres_fac_mult

float	acc_fac

float	bend_cost

int	max_router_iterations

int	min_incremental_reroute_fanout

e_incr_reroute_delay_ripup	incr_reroute_delay_ripup

int	bb_factor

enum e_route_type	route_type

int	fixed_channel_width

int	min_channel_width_hint

bool	trim_empty_channels

bool	trim_obs_channels

enum e_router_algorithm	router_algorithm

enum e_base_cost_type	base_cost_type

float	astar_fac

float	max_criticality

float	criticality_exp

float	init_wirelength_abort_threshold

bool	verify_binary_search

bool	full_stats

bool	congestion_analysis

bool	fanout_analysis

bool	switch_usage_analysis

e_stage_action	doRouting

enum e_routing_failure_predictor	routing_failure_predictor

enum e_routing_budgets_algorithm	routing_budgets_algorithm

bool	save_routing_per_iteration

float	congested_routing_iteration_threshold_frac

e_route_bb_update	route_bb_update

enum e_clock_modeling	clock_modeling

bool	two_stage_clock_routing

int	high_fanout_threshold

int	router_debug_net

int	router_debug_sink_rr

int	router_debug_iteration

e_router_lookahead	lookahead_type

int	max_convergence_count

float	reconvergence_cpd_threshold

e_router_initial_timing	initial_timing

bool	update_lower_bound_delays

std::string	first_iteration_timing_report_file

bool	strict_checks

std::string	write_router_lookahead

std::string	read_router_lookahead

e_heap_type	router_heap

bool	exit_after_first_routing_iteration

e_check_route_option	check_route

e_timing_update_type	timing_update_type

Field Documentation

◆ acc_fac

float t_router_opts::acc_fac

◆ astar_fac

float t_router_opts::astar_fac

◆ base_cost_type

enum e_base_cost_type t_router_opts::base_cost_type

◆ bb_factor

int t_router_opts::bb_factor

◆ bend_cost

float t_router_opts::bend_cost

◆ check_route

e_check_route_option t_router_opts::check_route

◆ clock_modeling

enum e_clock_modeling t_router_opts::clock_modeling

How clock pins and nets should be handled

◆ congested_routing_iteration_threshold_frac

float t_router_opts::congested_routing_iteration_threshold_frac

◆ congestion_analysis

bool t_router_opts::congestion_analysis

◆ criticality_exp

float t_router_opts::criticality_exp

◆ do_check_rr_graph

bool t_router_opts::do_check_rr_graph = true

◆ doRouting

e_stage_action t_router_opts::doRouting

◆ exit_after_first_routing_iteration

bool t_router_opts::exit_after_first_routing_iteration

◆ fanout_analysis

bool t_router_opts::fanout_analysis

◆ first_iter_pres_fac

float t_router_opts::first_iter_pres_fac

◆ first_iteration_timing_report_file

std::string t_router_opts::first_iteration_timing_report_file

◆ fixed_channel_width

int t_router_opts::fixed_channel_width

◆ full_stats

bool t_router_opts::full_stats

◆ high_fanout_threshold

int t_router_opts::high_fanout_threshold

◆ incr_reroute_delay_ripup

e_incr_reroute_delay_ripup t_router_opts::incr_reroute_delay_ripup

◆ init_wirelength_abort_threshold

float t_router_opts::init_wirelength_abort_threshold

◆ initial_pres_fac

float t_router_opts::initial_pres_fac

◆ initial_timing

e_router_initial_timing t_router_opts::initial_timing

◆ lookahead_type

e_router_lookahead t_router_opts::lookahead_type

◆ max_convergence_count

int t_router_opts::max_convergence_count

◆ max_criticality

float t_router_opts::max_criticality

◆ max_router_iterations

int t_router_opts::max_router_iterations

◆ min_channel_width_hint

int t_router_opts::min_channel_width_hint

Hint to binary search of what the minimum channel width is

◆ min_incremental_reroute_fanout

int t_router_opts::min_incremental_reroute_fanout

◆ pres_fac_mult

float t_router_opts::pres_fac_mult

◆ read_router_lookahead

std::string t_router_opts::read_router_lookahead

◆ read_rr_edge_metadata

bool t_router_opts::read_rr_edge_metadata = false

◆ reconvergence_cpd_threshold

float t_router_opts::reconvergence_cpd_threshold

◆ route_bb_update

e_route_bb_update t_router_opts::route_bb_update

◆ route_type

enum e_route_type t_router_opts::route_type

◆ router_algorithm

enum e_router_algorithm t_router_opts::router_algorithm

◆ router_debug_iteration

int t_router_opts::router_debug_iteration

◆ router_debug_net

int t_router_opts::router_debug_net

◆ router_debug_sink_rr

int t_router_opts::router_debug_sink_rr

◆ router_heap

e_heap_type t_router_opts::router_heap

◆ routing_budgets_algorithm

enum e_routing_budgets_algorithm t_router_opts::routing_budgets_algorithm

◆ routing_failure_predictor

enum e_routing_failure_predictor t_router_opts::routing_failure_predictor

◆ save_routing_per_iteration

bool t_router_opts::save_routing_per_iteration

◆ strict_checks

bool t_router_opts::strict_checks

◆ switch_usage_analysis

bool t_router_opts::switch_usage_analysis

◆ timing_update_type

e_timing_update_type t_router_opts::timing_update_type

◆ trim_empty_channels

bool t_router_opts::trim_empty_channels

◆ trim_obs_channels

bool t_router_opts::trim_obs_channels

◆ two_stage_clock_routing

bool t_router_opts::two_stage_clock_routing

How clock nets on dedicated networks should be routed

◆ update_lower_bound_delays

bool t_router_opts::update_lower_bound_delays

◆ verify_binary_search

bool t_router_opts::verify_binary_search

◆ write_router_lookahead

std::string t_router_opts::write_router_lookahead

The documentation for this struct was generated from the following file:

vpr_types.h

Data Fields