Added Analysis options to automatically correct any difference between the input and output clock rates when using an acoustic timing reference or when using a loopback as a reference
Soundcard calibration measurements check for and correct input/output clock rate mismatch
Added manual clock adjustment in the Impulse graph controls
Added a headroom figure on the filters panel showing the impact of any overall gain in the filter set
Use longer sweeps for soundcard calibration at higher sample rates
Added a display of the cumulative IR shift in the Impulse graph controls
If changing from one graph with frequency as X axis to another keep the cursor at the same frequency (if within the graph span)
Bug fix: Trace offset was not taken into account when shifting SPL axis to bring trace into view
Bug fix: Sweep lengths that were too short for the selected sample rate could be chosen (e.g. 128k sweep at 192 kHz sample rate), that is now prevented
Updated sweep file version number and added check that files loaded are the current version before using them
Changed input and output scaling controls to use "FS sine" instead of "0 dBFS" so the figure is independent of the "Full scale sine rms is 0 dBFS" setting
Generator voltage level display now uses V, mV, uV or nV according to the value. Values change in steps of 0.1 dB when using the arrow buttons.
Added an option to capture the graph image in monochrome, using 4 different line styles instead of different colours
Added an option on Linux to force stereo access to audio interfaces with Java drivers as some interfaces may report they support multichannel at the requested sample rate but may not operate properly
Start the SPL meter automatically when it is opened
Pressing Cancel while a measurement is in progress stops the measurement but now doesn't close the measurement dialog
Bug fix: Stepped sine dialog did not allow 0 dBFS level when the "Full scale sine rms is 0 dBFS" option was selected
Added 192 kHz to the list of Java sample rates for all platforms and made changes to improve behaviour at 192k
Restore the previous generator signal selection after checking levels, doing a soundcard calibration or making a stepped sine measurement
Increased the measurement name field width on wider screens
Include the zoom box on graph captures
Changed the Predicted response on the Filter Adjust graph to use the windowed rather than the full IR
Changed the Predicted response on the Filter Adjust graph to reflect the equaliser selection's fixed sample rate rather than adapting to the measurement rate
Added a view preference to control whether phase wraps are shown with dashed lines or not at all
Revised the dialog for exporting distortion data as text for stepped sine data
Added triple tone signals to the generator
Added TDFD presets to the dual tone signals
Allow dual and triple tone frequencies up to half the sample rate
Added options to specify the period of tone bursts in cycles, milliseconds or samples (binary powers to match FFT lengths)
Reduced minimum bandwidth for custom filtered random noise to 1/3 octave or 10 Hz, whichever is greater
Reduced minimum bandwidth for custom filtered periodic noise to 10% or 10 Hz, whichever is greater
Show a message if REW has changed the RTA window to Rectangular for multitone TD+N calculation
Expanded the dither bit depth choice to cover all values from 16 to 25 bits
Added ASIO sample format display in the status bar. Note that the data bit depth is often lower than the sample format allows, REW shows the detected bit depth for input data based on the data values received
Added two more date format options for measurement naming
Added the input device to the input name shown in the title of the RTA, SPL meter, Scope and SPL Logger windows
Show the output device and output in the title of the signal generator window
Added in-band (22.4 Hz to 22.4 kHz) and out of band (> 22.4 kHz) levels to the RTA levels panel
Add the RTA levels panel to RTA image captures
Show the peak input SPL before clipping in the main window status bar
Added an equaliser entry for the miniDSP C-DSP 8x12 DL, 10 filters at 48 kHz
Bug fix: When using Java drivers switching to an output device with fewer channels than the current output device would cause an exception
Bug fix: Filtered IR could get stuck in a loop when changing time reversed or zero phase setting
Bug fix: File playback did not accept sweep files that had the timing reference in one channel and the measurement sweep in the other
Bug fix: Measurement sweep end frequency was limited to 96 kHz even if the sample rate was above 192 kHz
Bug fix: Sig gen output level spinner was being updated twice if the "Full scale sine rms is 0 dBFS" setting changed
Bug fix: Sig gen output level peak value was incorrect if the unit was not dBFS and "Full scale sine rms is 0 dBFS" was selected