Remove double-spacing in the 'man' page

For consistency with the system manual pages. The formatting
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xwax.1

 .TH XWAX "1"
-
 .SH NAME
 xwax \- Digital vinyl on Linux
-
 .SH SYNOPSIS
 .B xwax
 [\fIoptions\fR]
-
 .SH DESCRIPTION
-
 .P
 xwax is vinyl emulation software for Linux. It allows DJs and
 turntablists to playback digital audio files (MP3, Ogg Vorbis, FLAC,
 AAC and more), controlled using a normal pair of turntables via
 timecoded vinyls.
-
 .SH OPTIONS
-
 .P
 The ordering of options is important. Most options apply to
 subsequent music libraries or decks, which can be given multiple times.
 See the
 .B EXAMPLES
 below.
-
 .TP
 .B \-l \fIpath\fR
 Scan the music library or playlist at the given path.
-
 .TP
 .B \-t \fIname\fR
 Use the named timecode for subsequent decks. See \-h for a list of
 valid timecodes. You will need the corresponding timecode signal on
 vinyl to control playback.
-
 .TP
 .B \-33
 Set the reference playback speed for subsequent decks to 33 and one
 third revolutions per minute. This is the default.
-
 .TP
 .B \-45
 Set the reference playback speed for subsequent decks to 45
 revolutions per minute.
-
 .TP
 .B \-c
 Protect subsequent decks against certain operations during
 playback.
-
 .TP
 .B \-u
 Allow all operations on a deck during playback. This is the inverse
 of the
 .B \-c
 option, and is the default.
-
 .TP
 .B \-\-phono
 Adjust the noise thresholds of subsequent decks to tolerate a
@@ -63,27 +50,22 @@ cartridge-level signal connected to a line-level audio interface. This
 is a 'software pre-amp'. Unless your audio path has low noise, this
 will give worse results or may not work at all; a true phono
 pre-amplifier is always preferred.
-
 .TP
 .B \-\-line
 Set noise thresholds of subsequent decks to standard audio levels.
 This reverses the effect of the
 .B \-\-phono
 option, and is the default.
-
 .TP
 .B \-i \fIpath\fR
 Use the given importer executable for subsequent decks.
-
 .TP
 .B \-s \fIpath\fR
 Use the given scanner executable to scan subsequent music libraries.
-
 .TP
 .B \-\-dummy
 Create a deck which is not connected to any audio device, used
 for testing.
-
 .TP
 .B \-k
 Lock into RAM any memory required for real-time use.
@@ -91,12 +73,10 @@ This includes audio tracks held in memory which can be large.
 Use
 .B ulimit \-l
 to raise the kernel's memory limit to allow this.
-
 .TP
 .B \-q \fIn\fR
 Change the real-time priority of the process. A priority of 0 gives
 the process no priority, and is used for testing only.
-
 .TP
 .B \-g [\fIn\fRx\fIn\fR][+\fIn\fR+\fIn\fR][/\fIf\fR]
 Change the geometry of the display in size, position and scale (zoom)
@@ -105,131 +85,98 @@ The size and position is passed
 to SDL, which may use it to set the display mode, or size of an X window.
 See the
 .B EXAMPLES.
-
 .TP
 .B \-h
 Display the help message and default values.
-
 .SH "ALSA DEVICE OPTIONS"
-
 .P
 The following options are available only when xwax is compiled with
 ALSA support.
-
 .TP
 .B \-a \fIdevice\fR
 Create a deck which uses the given ALSA device (eg. plughw:0).
-
 .TP
 .B \-r \fIhz\fR
 Set the sample rate for subsequent decks.
-
 .TP
 .B \-m \fImilliseconds\fR
 Set the ALSA buffer time for subsequent decks.
-
 .SH "JACK DEVICE OPTIONS"
-
 .P
 The following options are available only when xwax is compiled with
 JACK support.
-
 .TP
 .B \-j \fIname\fR
 Create a deck which connects to JACK and registers under the given
 name.
-
 .P
 xwax does not set the sample rate for JACK devices; it uses the sample
 rate given in the global JACK configuration.
-
 .SH "OSS DEVICE OPTIONS"
-
 .P
 The following options are available only when xwax is compiled with
 OSS support.
-
 .TP
 .B \-d \fIpathname\fR
 Create a deck which uses the given OSS device (eg. /dev/dsp).
-
 .TP
 .B \-r \fIhz\fR
 Set the sample rate for subsequent decks.
-
 .TP
 .B \-b \fIn\fR
 Set the number of OSS buffers for subsequent decks.
-
 .TP
 .B \-f \fIn\fR
 Set the OSS buffer size (2^n bytes).
-
 .SH HARDWARE CONTROLLER OPTIONS
-
 .P
 The following options are available only when xwax is compiled
 with ALSA support.
-
 .TP
 .B \-\-dicer \fIdevice\fR
 Use one or two Dicer controllers connected as the given ALSA device
 (eg. hw:Dicer). See the section
 .B NOVATION DICER CONTROLS
 for more information.
-
 .P
 Adding a hardware controller results in control over subsequent decks,
 up to the limit of the hardware.
-
 .SH KEYBOARD CONTROLS
-
 .P
 The playback of each deck (direction, speed and position) is
 controlled via the incoming timecode signal from the turntables.
 The keyboard provides additional controls.
-
 .P
 "C-" and "S-" means a keypress is combined with
 the 'Control' or 'Shift' key, respectively.
-
 .P
 Record selection controls:
-
 .TP
 cursor up, cursor down
 Move highlighted record up/down by one.
-
 .TP
 page up, page down
 Scroll the record listing up/down by one page.
-
 .TP
 left cursor, right cursor
 Switch to the previous/next crate of records.
-
 .TP
 tab
 Toggle between the current crate and the 'All records' crate.
-
 .TP
 C-tab
 Toggle sort mode between: artist/track name, BPM and 'playlist'
 order. Playlist order is the order in which records were returned
 from the scanner.
-
 .TP
 C-S-tab
 Re-scan the currently selected crate.
-
 .P
 To filter the current list of records type a portion of a record
 name. Separate multiple searches with a space, and use backspace to
 delete.
-
 .P
 Deck-specific controls:
-
 .TS
 l l l l.
 Deck 0	Deck 1	Deck 2
@@ -238,122 +185,99 @@ F2	F6	F10	Reset start of track to the current position
 F3	F7	F11	Toggle timecode control on/off
 C-F3	C-F7	C-F11	Cycle between available timecodes
 .TE
-
 .P
 The "available timecodes" are those which have been the subject of any
 .B \-t
 flag on the command line.
-
 Audio display controls:
-
 .TP
 +, \-
 Zoom in/out the close-up audio meters for all decks.
-
 .SH NOVATION DICER CONTROLS
-
 .P
 The Novation Dicer provides hardware control of cue points. The controls
 are:
-
 .TP
 cue mode: dice button (1-5)
 Jump to the specified cue point, or set it if unset.
-
 .TP
 loop-roll mode: dicer button (1-5)
 "Punch" to the specified cue point, or set it if unset. Returns playback
 to normal when the button is released.
-
 .TP
 mode button + dice button (1-5)
 Clear the specified cue point.
-
 .P
 The dice buttons are lit to show that the corresponding cue point is
 set.
-
 .SH EXAMPLES
-
 .P
 2-deck setup using one directory of music and OSS devices:
 .sp
 .RS
 xwax \-l ~/music \-d /dev/dsp \-d /dev/dsp1
 .RE
-
 .P
 As above, but using ALSA devices:
 .sp
 .RS
 xwax \-l ~/music \-d hw:0 \-d hw:1
 .RE
-
 .P
 2-deck setup using a different timecode on each deck:
 .sp
 .RS
 xwax \-l ~/music \-t serato_2a \-d hw:0 \-t mixvibes_v2 \-d hw:1
 .RE
-
 .P
 As above, but with the second deck at 45 RPM:
 .sp
 .RS
 xwax \-l ~/music \-t serato_2a \-d hw:0 \-t mixvibes_v2 \-45 \-d hw:1
 .RE
-
 .P
 Default to the same timecode, but allow switching at runtime:
 .sp
 .RS
 xwax \-l ~/music \-t serato_2a \-t mixvibes_v2 \-d hw:0 \-d hw:1
 .RE
-
 .P
 3-deck setup with the third deck at a higher sample rate:
 .sp
 .RS
 xwax \-l ~/music \-r 48000 \-a hw:0 \-a hw:1 \-r 96000 \-a hw:2
 .RE
-
 .P
 Using all three device types simultaneously, one deck on each:
 .sp
 .RS
 xwax \-l ~/music \-a hw:0 \-d /dev/dsp1 \-j jack0
 .RE
-
 .P
 Scan multiple music libraries:
 .sp
 .RS
 xwax \-l ~/music \-l ~/sounds \-l ~/mixes \-a hw:0
 .RE
-
 .P
 Scan a second music library using a custom script:
 .sp
 .RS
 xwax \-l ~/music \-i ./custom-scan \-l ~/sounds \-a hw:0
 .RE
-
 .P
 Control two decks with Dicer hardware:
 .sp
 .RS
 xwax \-\-dicer hw:Dicer \-a hw:0 \-a hw:1
 .RE
-
 .P
 Use a high resolution and enlarge the user interface:
 .sp
 .RS
 xwax -g 1920x1200/1.8 -a hw:0
 .RE
-
 .SH HOMEPAGE
 http://xwax.org/
-
 .SH AUTHOR
 Mark Hills <mark@xwax.org>