RunningManMod Struct Reference

#include <RunningMan.h>

Collaboration diagram for RunningManMod:

Public Member Functions
void	full_reset ()
void	setup ()
void	advance_off_hand_sequencing ()
void	advance_sequencing (const col_type &ct, const base_type &bt, const meta_type &mt, const AnchorSequencer &as)
auto	get_highest_anchor_difficulty () const -> float
auto	get_active_rm_with_higher_difficulty () const -> RM_Sequencer
void	set_pmod (const int &total_taps)
auto	operator() (const int &total_taps) -> float
void	interval_end ()

Public Attributes
const CalcPatternMod	_pmod = RanMan
const std::string	name = "RunningManMod"
float	min_mod = 1.F
float	max_mod = 1.1F
float	base = 0.5F
float	min_anchor_len = 5.F
float	min_taps_in_rm = 1.F
float	min_off_taps_same = 1.F
float	offhand_tap_prop_scaler = 1.F
float	offhand_tap_prop_min = 0.F
float	offhand_tap_prop_max = 1.F
float	offhand_tap_prop_base = 1.7F
float	offhand_tap_prop_anch_diff_base = 1.7F
float	offhand_tap_prop_anch_diff_scaler = 1.1F
float	offhand_tap_prop_anch_diff_min = 0.75F
float	offhand_tap_prop_anch_diff_max = 1.F
float	off_tap_same_prop_scaler = 1.F
float	off_tap_same_prop_min = 0.F
float	off_tap_same_prop_max = 1.25F
float	off_tap_same_prop_base = 0.8F
float	anchor_len_divisor = 5.F
float	anchor_len_comp_min = 0.F
float	anchor_len_comp_max = 1.25F
float	min_jack_taps_for_bonus = 1.F
float	jack_bonus_base = 0.1F
float	min_oht_taps_for_bonus = 1.F
float	oht_bonus_base = 0.1F
float	max_oht_len = 2.F
float	max_off_len = 3.F
float	max_ot_sh_len = 2.F
float	max_burst_len = 6.F
float	max_jack_len = 3.F
float	max_anch_len = 5.F
const std::vector< std::pair< std::string, float * > >	_params
std::array< RM_Sequencer, num_cols_per_hand >	rms
RM_Sequencer	highest_rm
int	test = 0
float	offhand_tap_prop = 0.F
float	off_tap_same_prop = 0.F
float	anchor_len_comp = 0.F
float	jack_bonus = 0.F
float	oht_bonus = 0.F
float	pmod = neutral

Detailed Description

Hand-Dependent PatternMod detecting a RunningMen. Unlike other pattern mods runningman sequencing has 2 core purposes, the primary one involves tracking the anchor speed of a runningman sequence and using that plus other characteristics of the runningman to guess at a more ms oriented baseline difficulty, which gets rolled into the tech base calculations, this happens during the main row loop in ulbu, but not inside the pattern mod loop. The other is the usual pattern mod generation, which generates a pattern mod out purely the characteristics, independent of the anchor speed. This is to slightly push up small runningman anchors inside streams, or js, etc, and to fully push up much heavier runningman oriented patterns in those same skillsets (policy in the sky, etc)

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

• /home/runner/work/etterna/etterna/src/Etterna/MinaCalc/Dependent/HD_PatternMods/RunningMan.h