; simplification

simp
{
    ; ==== RAW SIMPLIFICATION ==== 
    init_clean
    {
        self_conj_condition "{ ec_lb 100, cb 1.0 }"
        early_it_only   false
        ; will be enabled only if average coverage >= activate_cov
        ; if value < 0 check not performed
        activation_cov  10.

        ; isolated edges remover
        ier
        {
            enabled                     true
            use_rl_for_max_length         false ; max_length will be taken max with read_length
            use_rl_for_max_length_any_cov true ; use_rl_for_max_length_any_cov will be taken max with read_length
            max_length                  0 ; will be taken max with read_length if option above is set
            max_coverage                0
            max_length_any_cov          0 ; will be taken max with read_length if option above is set
            rl_threshold_increase       0 ; add this value to read length if used, i.e. flags above are set
        }

        tip_condition   "{ tc_lb 3.5, cb auto }"
        ec_condition    "{ ec_lb 10, cb 2.0 }"

        ; edges with flank cov around alternative less than value will be disconnected 
        ; negative value to disable
        disconnect_flank_cov    -1.0
    }

    ; ==== SIMPLIFICATION CYCLE ==== 

    ; number of iterations in basic simplification cycle
    cycle_iter_count 10

    ; tip clipper:
    tc
    {
        ; rctc: tip_cov < rctc * not_tip_cov
        ; tc_lb: max_tip_length = max((min(k, read_length / 2) * tc_lb), read_length);
        ; todo think about params one more time
        condition               "{ tc_lb 3.5, cb 1000000, rctc 2.0 } { tc_lb 10., cb auto }"
    }
  
    ; bulge remover:
    br
    {
        enabled				true
        main_iteration_only false
        max_bulge_length_coefficient	3.	; max_bulge_length = max_bulge_length_coefficient * k
        max_additive_length_coefficient 100
        max_coverage			1000.0
        max_relative_coverage		1.1	; bulge_cov < this * not_bulge_cov
        max_delta			3
        max_relative_delta		0.1
        max_number_edges        1000
        dijkstra_vertex_limit   3000
        parallel true
        buff_size 10000
        buff_cov_diff 2.
        buff_cov_rel_diff 0.2
        min_identity 0.0
    }
	
	; erroneous connections remover:
	ec
	{
       ; ec_lb: max_ec_length = k + ec_lb
       ; icb: iterative coverage bound
       ; to_ec_lb: max_ec_length = 2*tip_length(to_ec_lb) - 1
        condition               "{ to_ec_lb 5, icb auto }"
       ; condition               "{ ec_lb 9, icb 40.0 }"
    }

    dead_end {
        enabled false
        condition ""
    }

    ; ==== POST-SIMPLIFICATION ==== 

    ; relative coverage erroneous connections remover:
    rcec
    {
        enabled false
        rcec_lb 30
        rcec_cb 0.5
    }
    
    ; relative coverage erroneous component remover:
    rcc
    {
        enabled false
        coverage_gap    5.
        max_length_coeff    2.0
        max_length_with_tips_coeff   3.0
        max_vertex_cnt      30
        max_ec_length_coefficient   30
        max_coverage_coeff  2.0
    }
    
    ; relative edge disconnector:
    red
    {
        enabled false
        diff_mult  20.
        edge_sum   10000
        unconditional_diff_mult 0. ; 0. to disable
    }

    ; final tip clipper:
    final_tc
    {
        condition               ""
    }

    ; final bulge remover:
    final_br
    {
        enabled				false
        main_iteration_only false
        max_bulge_length_coefficient	3.	; max_bulge_length = max_bulge_length_coefficient * k
        max_additive_length_coefficient 100
        max_coverage			1000.0
        max_relative_coverage		1.1	; bulge_cov < this * not_bulge_cov
        max_delta			3
        max_relative_delta		0.1
        max_number_edges        1000
        dijkstra_vertex_limit   3000
        parallel true
        buff_size 10000
        buff_cov_diff 2.
        buff_cov_rel_diff 0.2
        min_identity 0.0
    }

    ; subspecies bulge remover:
    subspecies_br
    {
        enabled				false
        main_iteration_only false
        max_bulge_length_coefficient	3.	; max_bulge_length = max_bulge_length_coefficient * k
        max_additive_length_coefficient 100
        max_coverage			1000.0
        max_relative_coverage		1.1	; bulge_cov < this * not_bulge_cov
        max_delta			3
        max_relative_delta		0.1
        max_number_edges        1000
        dijkstra_vertex_limit   3000
        parallel true
        buff_size 10000
        buff_cov_diff 2.
        buff_cov_rel_diff 0.2
        min_identity 0.0
    }


    ; complex tip clipper
    complex_tc
    {
        enabled               false
        max_relative_coverage -1
        max_edge_len          100
        condition             "{ tc_lb 3.5 }"
    }  

    ; complex bulge remover
    cbr
    {
        enabled false
        max_relative_length 5.
        max_length_difference   5
    }
 
    ; isolated edges remover
    ier
    {
        enabled                     true
        use_rl_for_max_length         false ; max_length will be taken max with read_length
        use_rl_for_max_length_any_cov true ; use_rl_for_max_length_any_cov will be taken max with read_length
        max_length                  0 ; will be taken max with read_length if option above is set
        max_coverage                2
        max_length_any_cov          150 ; will be taken max with read_length if option above is set
        rl_threshold_increase       0 ; add this value to read length if used, i.e. flags above are set
    }

    ; hidden ec remover
    her
    {
        enabled                     false
        uniqueness_length           1500
        unreliability_threshold     4
        relative_threshold          5
    }
    
    ; ==== ADVANCED EC REMOVAL ALGO ==== 
    ; enable advanced ec removal algo
    topology_simplif_enabled false
    
    ; topology based erroneous connection remover
    tec
    {
        max_ec_length_coefficient   55  ; max_ec_length = k + max_ec_length_coefficient
        uniqueness_length       1500
        plausibility_length     200
    }

    ; topology and reliability based erroneous connection remover
    trec
    {
        max_ec_length_coefficient   100 ; max_ec_length = k + max_ec_length_coefficient
        uniqueness_length       1500
        unreliable_coverage     2.5
    }
    
    ; interstrand erroneous connection remover (thorn remover)
    isec
    {
        max_ec_length_coefficient   100 ; max_ec_length = k + max_ec_length_coefficient
        uniqueness_length       1500
        span_distance       15000
    }

    ; max flow erroneous connection remover
    mfec
    {
        enabled false
        max_ec_length_coefficient   30  ; max_ec_length = k + max_ec_length_coefficient
        uniqueness_length       1500
        plausibility_length     200
    }

    ; topology tip clipper:
    ttc
    {
        length_coeff    3.5
        plausibility_length 250
        uniqueness_length   1500
    }

}