HASPT: Heuristic Algorithms estimating SPT window.
In GGIR: Raw Accelerometer Data Analysis

HASPT

R Documentation

Heuristic Algorithms estimating SPT window.

Description

As used in function g.sib.det. Function is not intended for direct use by GGIR user.

Usage

HASPT(angle, sptblocksize = 30, spt_max_gap = 60, ws3 = 5, 
      HASPT.algo="HDCZA", HDCZA_threshold = c(), invalid, 
      HASPT.ignore.invalid = FALSE, activity = NULL,
      marker = NULL, sibs = NULL, try_marker_button = FALSE)

Arguments

`angle`	Vector of epoch level estimates of angle
`sptblocksize`	Number to indicate minimum SPT block size (minutes)
`spt_max_gap`	Number to indicate maximum gap (minutes) in SPT window blocks.
`ws3`	Number representing epoch length in seconds
`HASPT.algo`	See GGIR
`HDCZA_threshold`	See GGIR
`invalid`	Integer vector with per epoch an indicator of valid(=0) or invalid(=1) epoch.
`HASPT.ignore.invalid`	Boolean to indicate whether invalid time segments should be ignored
`activity`	Numeric vector with magnitude of acceleration per epoch, only used when HASPT.algo is set to NotWorn. Acceleration metric used is specified by argument `acc.metric` elsewhere in GGIR.
`marker`	Optional, numeric vector with for each epoch an indication of whether the marker button was pressed (1) or not (0). Only used for Actiwatch-like devices such as MotionWare.
`sibs`	Numeric vector of classified sibs with `HASIB`, experimental not used at the moment.
`try_marker_button`	See GGIR