playOGG v100121 (C) 2005-2010 Lorence Lombardo.
A minimum of 16MB of fast RAM is recommended to use playOGG reasonably
comfortably.
A 68020 or greater is also required.
What the  #$% is playOGG ?
playOGG is a sound player for OGG Vorbis, MP3, FLAC, AC3, RA, SID, SAP,
other modules and many other sound formats. Raw files having the extension
".raw" will be treated as CDR/CDDA standard. For the other supported sound
module types please refer to the "PS3Mrec", "med2xm" documentation and for
the other supported sound formats please refer to the sox documentation.
Support for Christian Buchner's ADPCM2/3 package has also been added. See
the archive "ADPCM_Package.lha" on the aminet for related interest. There is
also support for Stéphane TAVENARD's ADPCM4 format. The AAC format is also
supported. Support for Richard Koerber's 16SV format has also been added.
See the archives "SoundBox.lha" and "SoundBoxKey.lha" on the aminet for more
information about the 16SV format. There is also support for 8SVX-ADPCM2/3.
See the archive "8svx_comp.lha" on the aminet for more information about
this format. 8SVX-FDC/EDC is also supported see the archive "wavepak.lha" on
the aminet for more information about this format. AIFF and WAV files
compressed with "Shorten" are also supported. RIFX-WAVE Motorola files are
also supported and "8SVXtoXXX.lha" from the aminet is able to produce this
format. Float 32 & 64 bit file types such as AIFF and WAV are also
supported.
playOGG is also a sound player for a number of video formats. Please refer to
the "ffmpeg" documentation for the supported formats. A number of video formats
have been disabled by default, since these formats seem to be hit and miss by
the ffmpeg decoder due to these formats having a number of sub variants. These
formats may or may not cause ffmpeg to crash and are as follows:- AVI, ASF and
MOV . To enable the playing of these formats you need to set the "ENABLE" icon
tooltype to "1". See the archive "ffmpeg.lha" on the aminet for the complete
package.
playOGG uses a dual device buffering system, which is calculated relative to
the files specification. There is a "BUFFER_DIVIDE" icon tool type which
will allow you to change the PIPE and AUDIO buffers to your liking.
Increasing this value will actually reduce the buffer size and valid values
are between 1 and 200. There is also an AHI "UNIT" tool type. There is a
volume "BOOST" tool type for the other sound module types. Please refer to
the "PS3Mrec" documentation about this. Setting the "BOOST" tool type to
"AUTO" instead of a value will automatically provide the optimum boost value
specifically for each track. There is also a "VERBOSE" tool type if you want
to see what the player decoder in use is doing set it to "1". The
recommended output device for verbose mode is the "RAW:" device, however
this can be changed with the "VDEV" tooltype. The "BUTTON_WIDTH" and
"BUTTON_HEIGHT" tool type's allows you to set the buttons dimensions not
less than 20 and not less than 10 respectively. The window's size will be
automatically adjusted for you. Setting the "QUIT" tool type to 1 allows
playOGG to automatically quit at the end of the last track when in play.
Setting it to -1 allows playOGG to play in a continuous loop when in play.
The "PUBSCREEN" tooltype should be fairly straight forward. Setting the
"TIME" tooltype to 1 will allow the track time to be displayed in playOGG's
window title bar. Different track formats will have different levels of
time support. playOGG provides its maximum time display support for file
types such as WAV and CDR of file sizes of up to 4GB, and beyond that for
the AIFF format (bits x channels / 2 = GB max for AIFF) . Setting the "PROG"
tooltype to an integer value greater than 0 will activate the progress
indicator and will make it the height of that value. The valid range for
this tooltype is between 0 and 100. The "PROG_COL1" and "PROG_COL2"
tooltypes allows you to set the colors of the progress indicator.
If the "MMU" tooltype is set to "1" then the formats ULT, AMF, IT, GDM,
669, STM, MMD0, OKTA and FAR will be played with MikMod Utilities instead of
XMP. Setting the "PS3MREC" tooltype to "0" will divert all of "PS3Mrec"'s
formats to XMP. When the "MED2XM" tooltype is set to "1" MMD1/2/3 will be
played with the med2xm/PS3Mrec combination, otherwise it will be played
via XMP. When the "SIZEABLE" tooltype is set to "1" this adds a larger
bottom border with a size gadget to playOGG's window's, allowing re-sizing
to occur during usage. When the "SAVEONEXIT" tooltype is set to "1"
playOGG's button dimensions and the list managers window dimensions will be
saved to the tooltype's, if a change has occured upon exiting playOGG.
When the MULTI_SC68 tooltype is set to "1" this enables the SC68 multi track
selector for sc68 files which contain multiple tracks. If the "ALL" button
is clicked all tracks will be played. If the close gadget is clicked then
the default track will be played. The default track will be shown in the
selectors window title bar. When the MULTI_SC68 tooltype set to "0" only the
default track is played. When setting the MULTI_SC68 tooltype to "2" this
will play all of the tracks within a multi track sc68 file without bringing
up the multi track selector.
The MULTI_AHX tooltype has the same behaviour as the MULTI_SC68 tooltype,
but for AHX files which contain multiple tracks. The default track will
always be zero for AHX files.
The xPack library will be utilised if available. StoneCracker, Imploder,
PowerPacker and CrunchMania crunchers are also supported.
XFD will also be utilized if available for other crunch types.
XAD will also be utilized if available for the following single packed
archivers and packers:- LHA, LZX, ZIP, 7zip, Shrink, BZIP, GZIP and
compress. See "arcsing.lha" on the aminet for related interest.
All other XAD type files are also supported, but the files mentioned have
slightly better support.
playOGG can be launched from the WorkBench or CLI. If no parameters are
given from CLI, playOGG will behave the same as if launched from the
WorkBench.
CLI usage is as follows:-
playOGG <file/pattern> -v -o -r -s -q -d -l -t -n -ve -vn
-v = Verbose
-o = Verbose off
-r = recursively scan sub directories.
-s = sort wild card files alphabetically.
-d = dont quit automatically at end of last track when in play.
-q = quit automatically at end of last track when in play.
-l = loop's the playlist.
-t = time display on.
-n = no time display.
-ve = verbose encoder from CLI.
-vn = version number.
eg. playOGG -v -r -s music/#?.ogg music2/#?.mp3
File outputs to a given <file_name>. One input file only. :-
-a = AIFF
-w = WAV
-2 = ADPCM2
-3 = ADPCM3
-m = MAESTRO
-sa = SUN-AU
-da = DEC-AU
-m3 = MP3
-m4 = MP4
-ac = AAC
-og = OGG
-fc = FLAC
-sv = 8SVX
-vc = VOC
-ma = MAUD (via SOX 16bit max)
-cd = CDR
-a4 = ADPCM4
-a3 = AC3
-m2 = MP2
-rm = Real Media
-w1 = WAVPACK, lossless compression.
-w2 = WAVPACK, lots of compression.
-if = IFF-SV
-82 = 8SVX-ADPCM2
-83 = 8SVX-ADPCM3
-md = IFF-MAUD
-l2 = LLADPCM2
-l3 = LLADPCM3
eg. playOGG Rockers.mp3 -a Rockers.aiff
Saving to file:-
Saving to file is only possible through CLI and requires the
"sndfile.library" and/or the appropriate encoder.
When saving to file most of the lower buttons become inactive and there is
is a limited rexx command set available. Only one input file at a time is
supported when saving to file. For multi file support I recommend
configuring playOGG with your directory utility. I personally have the
following lines in my DiskMaster configuration:-
AddMenu SND, playOGG TO AIFF, extern stack 500000 \sys:sound/playOGG %s -a
%d%n.aiff AddMenu SND, playOGG TO WAV, extern stack 500000 \sys:sound/playOGG %s
-w %d%n.wav AddMenu SND, playOGG TO ADPCM2, extern stack 500000
\sys:sound/playOGG %s -2 %d%n.adpcm2
AddMenu SND, playOGG TO ADPCM3, extern stack 500000 \sys:sound/playOGG %s -3
%d%n.adpcm3
AddMenu SND, playOGG TO SUN, extern stack 500000 \sys:sound/playOGG %s -sa
%d%n.sun AddMenu SND, playOGG TO DEC, extern stack 500000 \sys:sound/playOGG %s
-da %d%n.dec AddMenu SND, playOGG TO MP3, extern stack 500000 \sys:sound/playOGG
%s -m3 %d%n.mp3
AddMenu SND, playOGG TO MP4, extern stack 500000 \sys:sound/playOGG %s -m4
%d%n.mp4
AddMenu SND, playOGG TO OGG, extern stack 500000 \sys:sound/playOGG %s -og
%d%n.ogg AddMenu SND, playOGG TO AAC, extern stack 500000 \sys:sound/playOGG %s
-ac %d%n.aac AddMenu SND, playOGG TO FLAC, extern stack 500000
\sys:sound/playOGG %s -fc %d%n.flac AddMenu SND, playOGG TO 8SVX, extern stack
500000 \sys:sound/playOGG %s -sv %d%n.8svx AddMenu SND, playOGG TO VOC, extern
stack 500000 \sys:sound/playOGG %s -vc %d%n.voc AddMenu SND, playOGG TO MAUD,
extern stack 500000 \sys:sound/playOGG %s -ma %d%n.maud AddMenu SND, playOGG TO
CDR, extern stack 500000 \sys:sound/playOGG %s -cd %d%n.cdr AddMenu SND, playOGG
TO ADPCM4, extern stack 500000 \sys:sound/playOGG %s -a4 %d%n.adpcm4
AddMenu SND, playOGG TO AC3, extern stack 500000 \sys:sound/playOGG %s -a3
%d%n.ac3
AddMenu SND, playOGG TO MP2, extern stack 500000 \sys:sound/playOGG %s -m2
%d%n.mp2
AddMenu SND, playOGG TO RM, extern stack 500000 \sys:sound/playOGG %s -rm
%d%n.rm AddMenu SND, playOGG TO WPK1, extern stack 500000 \sys:sound/playOGG %s
-w1 %d%n.wpk AddMenu SND, playOGG TO WPK2, extern stack 500000
\sys:sound/playOGG %s -w2 %d%n.wpk AddMenu SND, playOGG TO IFF-SV, extern stack
500000 \sys:sound/playOGG %s -if %d%n.sv AddMenu SND, playOGG TO 8SVX-A2, extern
stack 500000 \sys:sound/playOGG %s -82 %d%n_a2.8svx AddMenu SND, playOGG TO
8SVX-A3, extern stack 500000 \sys:sound/playOGG %s -83 %d%n_a3.8svx AddMenu SND,
playOGG TO IFF-MAUD, extern stack 500000 \sys:sound/playOGG %s -md %d%n.maud
AddMenu SND, playOGG TO LLADPCM2, extern stack 500000 \sys:sound/playOGG %s -l2
%d%n.l2
AddMenu SND, playOGG TO LLADPCM3, extern stack 500000 \sys:sound/playOGG %s -l3
%d%n.l3
AddMenu SND, playOGG TO MAESTRO, extern stack 500000 \sys:sound/playOGG %s -m
%d%n.maestro
The output file specification will be the same as the input specification
for the PCM file types and 32bit integer for floats.
When outputing to file via an encoder playOGG will convert data to the
requirements of the encoder if necessary.
When encoding CPU demands can be quite high so you can now pause this
process with the "Pause" button, peform another task in between and resume
encoding by pressing the "Play" button.
playOGG's buttons should be fairly straight forward to anyone who is
familiar with a tape deck or CD player but I will describe them anyway.
<< = Previous track
>> = Next track
][ = Pause
FF = Fast forwards the current track.
> = Play
[] = Stop
^ = Eject current track from playlist.
/\ = Eject entire playlist and open the file requestor.
#? = Insert files to the current playlist with the file requestor.
S = Save's an editable play list.
G = Go to a specific track number.
GT = Go to a specified time position on the current track.
Q = ON/OFF/LOOP toggle for auto quit mode. A "q" in the right hand side of
the window's title indicates that it is on. Auto quit will take effect
at the end of the last track when in play. A "l" in the right hand
side of the window's title indicates that the playlist will loop.
V = ON/OFF toggle for verbose mode. A "v" in the right hand side of the
window's title indicates that it is on. The change wont take effect
during the current tracks play.
LM = Opens playOGG's list manager.
i = Opens playOGG's info window.
? = Program info.
playOGG's list manager is fairly straight forward to use. A single click on
a particular track will indicate the tracks position. A second click will
cause playOGG to go to that particular track. There are also tooltype's to
change the list manager's dimensions.
playOGG has a fairly comprehensive AREXX support. Please refer to
"playOGG_rexx.txt" for more information about this.
playOGG also requires that the files "oggdec", "flac", "speexdec", "shorten" and
"sox" are in the same path, which have been included in this archive.
The complete packages of these files can be found in the archives "flac.lha",
"speex-1.0.3.lha", "shorten-3.6.0.lha", "vorbistools111_68k.lha" from
"http://prdownloads.sourceforge.net/amiga" and "sox-12.16-bin.lha" from the
aminet. You may even wish to replace these files with others which have been
compiled specifically for your amiga system.
NB: 1. SID, SAP, MSX and PMD modules are played in a continuous loop until
there is a user response.
2. If there is a sound format which you would like to be added to
playOGG and you know of a decoder which you think is suitable
suggestions are always welcome.
3. For best results on WinUAE make sure "cycle exact CPU and blitter" is
switched off and make sure you have the latest AHI driver installed,
which should be located in the "Amiga Programs" directory of your
WinUAE directory.
4. "oggdec" is not working properly with "ixemul.library 49.17", I use
version "48.0 (07/14/1998)" from the aminet. Hopefully this problem
will be fixed with a non ixemul version of "oggdec" or an updated
"ixemul.library".
5. Do not use the DMX-Storm versions of "Shorten" as they are not
functioning correctly and will cause problems with playOGG.
6. 24bit samples such as AIFF's and WAV's will be written as 32bit
samples to the AHI device so there is no loss of sound quality.
7. Float 64bit file types will be written as 32bit to the AHI device.
8. It is not necessary to have a "playOGG" directory. I personally have
the "playOGG" executable and associated files in the root of my
"SYS:SOUND" directory.
9. The priority input above the tooltype's should be not used and left
set at zero.
playOGG works fine on my Amithlon/WinUAE system but I would be interested in
getting feedback from people with other amiga systems on how good or bad
playOGG works.
The following aminet software is recommended to complement playOGG's usage:-
"CDDA-FileSystem.lha", "ProcessManager.lha" and "ARCHandler2_0c.lha".
See "http://arp2.berlios.de/ahi" for the latest AHI beta.
Also see "mpega_libmad.lha" from the aminet for an alternative mpega library
clone.
CYA...!!! :)
Feeling bored ? :)
Why not check out this URL ?
http://home.iprimus.com.au/lombi/1/homepage.htm
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