0.3.2

• Improved handling of failed checksum in .cwa files #53 (credits: Lena Kushleyeva)

0.3.1

• Now iterates through cwa files using native cwa blocks instead of 300 sample pages.
• Now properly accounts for unexpected high sampling rate for the imputation.
• Deprecated option to iterate based on timestamps.
• Deprecated readWav function, see #48 for justification.

0.3.0

• Improved imputation of faulty blocks readAxivity
• Unit test added for AX6 files
• License update to Apache 2.0

0.2.10

• Fixed bug in temperature extraction Axivity cwa files (credits: Lena Kushleyeva)
• readAxivity now able to recognise when AX6 has been configured without gyroscope sensor and only provides accerometer data. Fixes #31 (credits: Lena Kushleyeva)
• readAxivity refactored and faster (credits: Lena Kushleyeva) but also expanded with checksum check and sampling frequency check, data blocks are imputed when checks fail and this is logged in the output. The net speed improvement is approximately 15%-20%.

0.2.9

• Replace bug fix to resample function in 0.2.8 and instead fix the issue inside readAxivity #33
• Improvements to syntax for readGENEActiv and readGenea following R updates

This is a GitHub-only release, because CRAN will be closed for the upcoming 2 weeks. Next, release will be done on both CRAN and here on GitHub.

0.2.8

• Major bug fix introduced in 0.2.7 release affecting readAxivity #29
• resample function now able to handle timestamps outside block as a result of large time gaps in cwa files #32

0.2.7

• Fixes bug in LUX extraction for GENEActiv .bin data (#27)
• Expanded Axivity .wav file header extraction with alternative method for sampling rate extraction (#26)
• Speeding up readAxivity function by approximately 75 percent.

0.2.6

• New CRAN release, only minor improvements to syntax

0.2.5

• readWav now correctly identifies the header and first timestamp

0.2.4

• Addressing POSIX errors in R-devel.
• Speeding up readAxivity function by approximately 40 percent.
• Adding readWav function for reading accelerometer data stored in wav(Audio) format. This function was formerly known as g.wavread in the GGIR package but has been migrated here to make the GGIR package lighter.