Anchor_Sequencing Struct Reference

#include <GenericSequencing.h>

Inheritance diagram for Anchor_Sequencing:

Collaboration diagram for Anchor_Sequencing:

Public Member Functions
void	set_status () override
void	operator() (const col_type ct, const float &now) override
	sequence updating given the column type and time of current row
float	get_ms () override
Public Member Functions inherited from Finger_Sequencing
virtual void	full_reset ()
virtual void	check_status ()
	based on the anchoring status, do an action

Additional Inherited Members
Public Attributes inherited from Finger_Sequencing
col_type	_ct = col_init
anch_status	_status = anch_init
int	_len = 1
float	_sc_ms = ms_init
	same-column ms: time between now and previous tap
float	_max_ms = ms_init
float	_len_cap_ms = ms_init
float	_last = s_init
	row_time of last note on this col
float	_start = s_init

Detailed Description

Anchors; effectively the same as jacks, but handled slightly differently. If you are struggling with the notion that a 300 bpm oht is considered 2 anchors of roughly equivalent lengths (depending on where you sample) and equivalent times, the difference between an anchor and a jack is that one cares about the existence of notes on other columns while the other doesn't, as in, it would make far less sense to call them jacks

Member Function Documentation

get_ms()

float Anchor_Sequencing::get_ms ( )

inlineoverridevirtual

returns an adjusted MS average value, not converted to nps (((currently unused)))

Implements Finger_Sequencing.

operator()()

void Anchor_Sequencing::operator() ( const col_type  ct, const float &  now  )

inlineoverridevirtual

sequence updating given the column type and time of current row

Implements Finger_Sequencing.

set_status()

void Anchor_Sequencing::set_status ( )

inlineoverridevirtual

Set the status of this anchor. Break the anchor if the next note is too much slower than the lowest one in the sequence. Remember, if we reset, the start of the new anchor was the last row_time, and the new max_ms should be the current ms value.

Implements Finger_Sequencing.

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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_Sequencers/GenericSequencing.h