| Technical Tips |
Please
Read This First |
| How
to Ensure Sustain Stays on During Playback? |
| How
to Obtain Realistic and Beautiful Orchestra String Sound? |
| How
to Digitally Record Your Organ Performance as a Wave file/Audio
CD/ MP3 File? |
| How
to Convert a MIDI File into a Technics Organ Sequencer File? |
| Why
the Organ Pedal Notes Have Different Loudness Level? |
| Why
All My Sequencer Tracks Sounded Like Piano Only? |
| How
to Retrieve an Applause, Seashore or Gun Shot Sound? |
| Don't
be Limited by the 37 Percussion Sounds of your Keyboard Percussion |
| How
to Convert your Organ Performance into General MIDI file? |
| How
to Create Composer Patterns from MIDI files? (for EA3/5) |
| How
to Add Gliding Effect using our Finger Tips? |
| |
|
Please
Read This First
Just a word
of caution. If you attempt any of the tips below and in the process
found that you made a mistake and messed up the memory setting
- don't worry. It can be reverted to the original factory preset
very easily. Simply press MEM&CTRL button, then select Initial
from the LCD menu then followed by Total Organ (see page 126 of
the owner's manual). After this is done, just try the tips again.
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|
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How
to Ensure Sustain Stays on During Playback?
You may have
noticed that very often the sustain effect of a pre-recorded track
goes off during playback, particularly after depressing the SEQUENCE
RESET button to rewind your song. By the way, you activate the
sustain effect for a specific sequencer track by pressing the
SOUND MENU button (bottom right panel) then select Part Setting
from the menu in the LCD panel. Scroll to the track you want and
you can find the sustain option there. (A more detailed explanation
on the Sequencer function and Part Settings are available further
below).
I do not know
the reason why this happens. Is this peculiar to only EA3? But
fortunately, it is very easy to overcome this. Just do these steps.
Set your sound, rhythm, effects setting, etc. for the beginning
of your song (including activating the sustain effect under Part
Setting), store it into one of your PANEL MEMORY 1 to 5. Proceed
to record your tracks as per normal. After the recording is done
and saved, select STEP RECORD (bottom right panel), go to the
control track (CTL) shown on your LCD panel. With the scroll bar
at the very first beat, depress the appropriate PANEL MEMORY button.
A beep can be heard. Save your recording again.
Defining a PANEL
MEMORY at the very first beat ensures that the system knows the
exact setting required each time you rewind your recording to
the beginning.
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|
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| How
to Obtain Realistic and Beautiful Orchestra String Sound?
Are any of you
disappointed with the factory preset string sounds? I am. (arrrgh
even
my cheap PC sound card can produce better string sounds). Actually,
the organ is capable of producing realistic and beautiful string
sound. There is already one nice factory preset sound call Slow
String. You just need to retrieve it and tweak the sound a little.
Do this:
|
| Step
1 |
Press
the ONE TOUCH REGISTRATION button (top extreme right panel).
Scroll to 03-Light Orchestra in the LCD panel. Select Regist
List then select 12-Lush Strings. (A sound call slow-strings
is transferred to the lower sound group - Sound 2) |
| Step
2 |
Press
SOUND 2 in the LOWER ORCHESTRA CONDUCTOR. |
| Step
3 |
Press
SOUND EDIT (lower right panel). Select Easy Edit from the
LCD panel. Press MORE button to get to the next page. |
| Step
4 |
Select
Digi. Effect, then scroll to Solo Effect 2 in the LCD panel.
(gives a nice distant effect) |
| Step
5 |
Select
Write in the LCD panel. Select Upper group then write to any
position in Memory A or Memory B. To differentiate the sounds
from the rest, you may optionally rename it as Orch String. |
|
Done.
To play this sound in the upper manual, just select the
Orch String in Memory A or Memory B.
Alternatively,
just download the 07SOUNDS.TM file. Orch String sound for
the upper manual is already created for you by yours truly.
Click here. Copy the file into
a floppy disk then use the Load Single Sound Memory option.
See page 97 of the owner's manual.
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| How
to Digitally Record Your Organ Performance as a Wave file / Audio
CD / MP3 File? |
| You can choose
to digitally record using the Technics organ SEQUENCER REC, STEP
REC or EASY RECORD. This is perfectly ok but you can replay it on
a Technics organ only. This effectively means that you can share
your recording with fellow Technics organ owners only (and further
limited by certain compatible models). Saving as a standard MIDI
file is also not the same.
But it is a
different story if you were to record your performance as a Wavefile,
MP3 or into an Audio CD where it could be easily played on any
PC or Hi-Fi. The basic requirements are:
1. A PC close to your organ, with a sound card and running on
Windows
2. A software for editing, recording and converting analog signals
into Wave files (.WAV)
3. An audio cord with head phone jacks on both ends (organ side
needs a normal jack, the one on the sound card normally requires
the mini version. Size converters and cord extenders are readily
sold in electronic shops)
4. A CD-Write drive and CD-Write software (both optional)
Interested?
Here is how I did it. Read on.
|
| Step
1 |
With
the organ and PC switched off, connect the SXEA3 organ line
out connection (located underneath the lower keyboard) to
the line in (or Audio in) connection of your sound card using
the audio cord. |
|
|
| Step
2 |
Switch
on your PC and organ. Click on the speaker icon (bottom right
of PC screen). - Click Options menu - Properties - Click Recording
button under Adjust volume for - Click OK - Click the Select
Box for Line in balance -- Adjust volume to a suitable level. |
|
|
| Step
3 |
If the above steps are correct, the organ sound will be reproduced
on both your organ speakers and your PC sound card speakers.
Open up your sound editor/recorder application (I have used
NERO Wave Editor, you may wish to use others, some of them
are available free on the Internet). Click the Recording button.
If the stereo option is available, switch it off (EA3 is monaural,
i.e. the left and right recorded channels are identical). |
| Step
4 |
Depending
on your sound editor/recorder, you may need to click another
Record button to start the recording. Start playing on the
organ. The playing volume will be captured along with the
recording. |
| Step
5 |
Click
OK when the recording is finished. Few things you can do here.
First, replay your recording and hear how it sounds like.
If it cracks at the higher volumes, you may want to record
again but this time play at a lower organ volume or set the
recording volume setting on your PC screen a few notches lower
(step 2 above). Secondly, some of the editors allow you to
tweak your recording, such as truncating the front end and
back end, adjust the volume level, adjust the equalization,
etc. Once you are happy with the final outcome, remember to
save it as a .wav file. |
| Step
6 |
If the .wav file is too cumbersome to handle (warning a minute
of monaural recording equals to about 5 MB of file size),
you may want to compress it into a MP3 file. My personal preference
is to burn it into a CD-R after I have accumulated an hour
worth of recording material. |
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|
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| How
to Convert a MIDI File into a Technics Organ Sequencer File? |
| There are thousand
of MIDI files out there on the Internet (see FAQ on MIDI). Most
of them have been painstakingly arranged by unknown enthusiasts
and many of them came very close sounding like the original version.
Do these arrangements have the same legal status as a song from
a CD? Probably not, nevertheless I have made it clear to myself
that I will not use them for any commercial purpose.
The EA3 is MIDI
compatible, meaning you can download a .mid file and replay the
song on the organ like you would on your PC. A MIDI file is actually
very similar to the Technics sequencer file, i.e. the note data,
effects and musical instrument data are saved into unique tracks.
Although your keyboards are not disabled during a MIDI playback,
all the sounds options are no longer the same, only the GM (general
MIDI) compatible musical instruments appear. Furthermore, some
basic functions of your organ are disabled, e.g. Techni Chord,
rhythm, Orchestral Conductor, sound edit, foot switch, etc. In
short, you simply cannot hope to play along to a MIDI playback
immediately. What you need to do is really to convert the MIDI
file into a Technics sequencer file. Once this is done, all the
organ functions will be available as per normal. Search all you
want in the owner's manual but the method to do this is simply
not there. I have discovered (almost by accident) two easy ways
to do the conversion, but I shall mention one method.
|
| Step
1 |
Load
the MIDI file into the sequencer. (On the DISK DRIVE menu,
select Midi File Load). GM Mode will appear at the bottom
right of the LCD. |
| Step
2 |
Press
MEM & CTRL button (bottom right panel). Select Initial
then Midi Setting from the LCD menu. Press the Yes button
to execute the initialization. That's it! |
|
|
The note data
and keyboard velocity will be converted correctly but the tracks
may end up with different sounds, e.g. a bass guitar track may
be converted to a piano track. The exact logic for the parts conversion
between MIDI and Technics can be found on Page 27 of the SX-EA3
Reference Guide. One thing predictable is that a MIDI percussion
track will be converted to a Technics keyboard percussion track
automatically. I found myself using more and more of the converted
rhythm loops (keyboard percussion) to go with my performance instead
of using the factory preset rhythms. To avoid the organ becoming
just an overpriced jukebox, I made sure that I convert the accompaniment
tracks and tracks with repetitive notes only, leaving plenty of
room for me to express myself musically on the upper/lower/pedal.
I personally
like to modify the MIDI files on my PC before the conversion.
I am currently using Cakewalk to delete unwanted tracks, transpose
the music score, cut and paste measures, print the music score
and adjust keyboard velocity. Editing the tracks on the PC is
a piece of cake compared to doing it on the organ itself. Maybe
in a not too far future, there won't be any more buttons on the
organ; instead there will be just one big touch screen. Until
that day comes, elaborate editing of Sequencer tracks is best
done on the PC.
Don't forget
to assign a Control track after the conversion and adjust the
necessary Part settings. (You may want to read more about Sequencers
below).
By the way,
you can also save your recorded performance as a MIDI file (i.e.
the opposite of what you were doing above). See below.
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|
|
| Why
the Organ Pedal Notes Have Different Loudness Level? |
| The 20 cm (7.9")
main speaker of the SX-EA3 is rather puny. Compare this to the 25
years old mid-range Kawai E250 organ at my mother's place, it had
a humongous 36 cm (14.2") main speaker and a slightly smaller
Leslie rotating speaker.

This 20 cm speaker lacks the punch. By the
way, a sticker with the organ serial number organ is tucked away
to the right of the speaker. A second sticker is underneath the
keyboard.
The pedal bass
sound and bass drum percussion sound is very weak especially if
the organ is placed some distant away from a solid wall. I have
noticed that whenever I place the back of the organ facing a few
inches away from the wall, some pedalboard notes get really boomy
but others remain weak. I suspect it is due to the vibration and
resonance of the air space between the back soundboard and the
wall. To avoid this, I provided more space between the organ and
the wall. Although I ended up with weak sounding bass but at least
the volume is consistent throughout the 13 pedalboards.
I am currently
using a low-end Aiwa TS-W40 active-subwoofer to boost the low
frequency sounds. What a difference this low cost component made
to the overall organ sound. The subwoofer is connected directly
to the organ speaker terminals by regular electrical wires pushed
through a small hole drilled in the back board. (The line out
connector signal is too weak for the subwoofer). Has
anyone else tinkered with the speakers? Would like to hear from
you if you did.

Subwoofer
to the rescue...but it failed badly in the aesthetics.
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|
|
| Why
All My Sequencer Tracks Sounded Like Piano Only? |
| Many first time
owners of EA3 will probably be quite bewildered by the Sequencer.
It will take many trial and error attempts to really figure out
exactly the various intricacies offered by this organ. The first
stumbling block encountered is the options available for the sequencer
recording parts (e.g. Upper Sound 1, Lower Organ, Upper, Part 8,
Chord and many other confusing terms). I suppose many first time
users will probably be put off by the sheer complexity and instead
be contended with just using the EASY RECORD mode, but then you
are not really utilizing the full potential of this 16 tracks sequencer,
a feature that truly differentiates a modern electronic organ/keyboard
from any other musical instrument.
Hopefully, the
following pointers can help to make your journey of discovery
into the world of multi track sequencer a little less painful.
|
| 1. |
SX-EA3
can produce a maximum of 32 simultaneous notes only. Don't
play back too many recorded tracks, and don't record on too
many tracks either. You'll be surprised to know that the 32
notes limit can be exceeded very easily. If it is exceeded,
the outcome is quite unpredictable. Some notes may become
silent or the effects may get messed up momentarily. |
| 2. |
You
cannot record simultaneously on more than one track assigned
to PART 3, 7, 8, etc. at a time. This is only a minor setback
as the tracks can be easily duplicated into another track
after the Realtime recording is completed. Refer to Measure
Copy (page 78) of the owner's manual. |
| 3. |
Do
not assign and record the same identical Parts to two or more
tracks, e.g. assigning Upper Sound 1 to track no 3 and also
track no 4. Upon playback, changes to the musical instruments
and effects will affect the prevailing setting of the organ.
For example, if you were to record a track assigned to Upper
Sound 1 with guitar in the first 10 measures then change to
piano for the next 10 measures, upon playback, you will notice
that the guitar UPPER SOUND 1 button is lighted for the first
10 measures then followed by the Piano button. If you were
to playback from two or more UPPER SOUND 1 tracks, the system
will be changing the current settings unpredictably
a
case of instruction overload! |
| 4. |
If you
do a recording (either by Realtime recording on the keyboards/pedalboards
or by step recording), you decide which tracks get recorded
by activating the respective tracks. You may be saying to
yourself that this is a no-brainer, but before you activate
the tracks, have you actually assigned the tracks to the
appropriate parts? What exactly are Part Setting and Part
Assignment? It is absolutely necessary that you know them
if you are going to use Sequencer correctly. They are two
separate steps.
PART
ASSIGNMENT
Part assignment
defines the type of data to be registered in any of the
16 recording tracks. (You can change the PART assignment
by pressing SEQUENCER button, then selecting Track Assign
from the LCD menu. See page 74 of the owner's manual). I
personally like to categorise them into 3 types.
|
| |
TYPE
1 |
Parts
that fall into this category are Upper Sound 1, Upper Sound
2, Lower Sound 1 & 2, Upper Organ, Lower Organ, Upper
and Lower. The recording will make use of the note data, note
velocity, selected sound, sustain, etc. for playback. The
musical instrument sound and effects produced during playback
will be as per your recording but nevertheless, you can still
change the sounds/effects during playback by pressing any
of the sound/effect buttons. If you were to press the keyboard/pedalboard
during a playback of such track, the sound the keyboard/pedalboard
makes are dictated by your recorded settings. |
| |
TYPE
2 |
The
Parts that fall into this category are Part 3, 7, 8 to 15
and Keyboard Percussion. It is recorded on the upper keyboard
only. The exception is Keyboard Percussion; it is recorded
on the lower keyboard only. The main difference with TYPE
1 is that this Part type does not affect the current settings
of the organ during playback. For example, you have recorded
some folk guitar sound in a track assigned to Part 7. Upon
playback, the folk guitar sound is heard no matter what button
you press in the UPPER SOUND GROUP. This means that if you
choose to play the keyboard along with your Part 7 playback,
folk guitar will be played but the current keyboard sound
is determined by the current settings in your UPPER ORCHESTRAL
CONDUCTOR & UPPER SOUND GROUP. How to set Part 7 as folk
guitar sound will be explained below. These Part types are
ideal for recording accompaniment for your live performance.
It is therefore not surprising that I used them the most.
|
| |
TYPE
3 |
The Parts that fall into this category are Chord, Rhythm,
Control. These parts cannot be used to record keyboard/pedalboard
note data. They are used exclusively to record a different
type of data. You can record the rhythm related settings either
in the Rhythm part or in the Control part. The choice is yours.
You may choose not to assign tracks to either Chord or Rhythm
but you should have the Control track. For that polished sounding
performance, it is best to use STEP RECORD to modify the effects
and changes to the Control track after the recording is finished. |
| |
PART
SETTINGS
This is
the additional setting you must do if you were to assign
Part 3, 7, 8 to 15 to a track. If the tracks assigned to
these parts sounded like piano when played back, it is because
you missed doing this one additional step. This one additional
step is found in an unexpected chapter of the owner's manual.
(phew! such confusion!) Refer to page 99 under Part Setting.
Press SOUND, select PART SETTING from the LCD menu. Scroll
to the track you want to do the part setting and simply
select the musical instrument sound you want by pressing
any of the UPPER SOUND GROUP buttons.
|
| 5. |
Upper
and Lower are not assigned to any tracks by default. You can
change them under Track Assign (page 74 of the owner's manual).
Alternatively you can just press EASY RECORD button once and
then cancel it. Both Upper and Lower parts will be shown now.
Upper and Lower parts makes no distinction between UPPER/LOWER
Sound 1, 2 or ORGAN Sound to be recorded. It records ALL of
them and also any changes made during recording. This makes
them ideal for general recording of a live performance along
with the tracks assigned to Parts 3, 7, 8, etc, as playback.
My personal preferred parts assignment are as follow: Upper,
Lower, Bass, Control, Keyboard Percussion, Parts 3, 7 -15.
I don't see any need to use the rest. I would like to hear
from you if you use the other Parts and perhaps enlightened
me on what you use them for. |
|
|
|
| How
to Retrieve an Applause, Seashore or Gun Shot Sound? |
| Tired of playing
the organ all alone with no one to applause you at the end of your
finest performance ever? Don't feel bad; just get the organ to do
the applauding for you. Many of us probably just overlook page 17
of the peach coloured reference guide. There are a total of 145
sound tones and 54 drums/percussions tones to choose from in EA3
(EA5 has an additional 22 sound tones). Out of the 145 sound tones,
64 are unique and not found in any of the UPPER SOUND GROUPS or
factory preset MEMORY A/B, e.g. African Mallet, Square wave, Gun
Shot, Helicopter, Applause just to name a few.
Refer to page
112 of the owner's manual for detail instructions on how to retrieve
any of these sound tones or drums/percussions tones. Basically,
you press SOUND EDIT button (bottom right console), and then select
Tone Edit from the LCD menu. You select the 145 sound tones or
54 drums/percussions by selecting Group and Tone Select sub menus.
For the more adventurous, you can optionally mix in a second and
third tone to create a very unique blend of sound. You can then
proceed to change other optional attributes such as volume, envelope,
filter and effect. The last step is to store the new sound into
the MEMORY (see page 114) then save it as a Sound Memory File
(see page 95).
The drums/percussions
sounds are not nearly as good as the ones found in the keyboard
percussion (lower keyboard + KEYBOARD PERCUSSION). You may want
to ignore them altogether but don't forget to read more about
the KEYBOARD PERCUSSION below.
If these additional
sound tones and infinite tone edit possibilities are still not
enough for that ultimate performance, there are a few more factory-preset
sounds tucked inside the digital brain of the organ. Refer to
the Alternative Reference Guide page.
|
|
|
| Don't
be Limited to Only 37 Standard Percussion Sounds of your Keyboard
Percussion |
|
Ok, to be fair to the designers, we are actually given more than
37 percussion sounds (played on the lower keyboard), it is actually
37 x 9 sounds in total. With the exception of Orchestral Kit,
they all sound almost the same. For example you can hardly hear
much difference if you pressed C1 note (bass drum) if it was set
as Rock Kit 1, Soul Kit or Jazz Kit. As far as my hearing is concern,
the various sound kits don't qualify as being a completely different
percussion sound. I am actually referring to the percussion sounds
produced when a note lower than C1 and a note higher than C4 are
pressed. Just listen to Cha-Cha rhythm. It has at least 2 other
percussion sounds that cannot be reproduced from any lower keyboard
keys (e.g. Guiro - sounds like scrapping a fork on a wash board).
The good news is that you can retrieve these percussion sounds
but you need to take a very indirect and rather cumbersome route.
Here is a list of the sounds that can be retrieved. This is not
a complete list but only the more interesting ones. Go ahead and
try out other notes later.
A flat -1 Castanets
G -1 Sleigh Bells
E 4 Guiro
E flat 4 Guiro
A flat 4 Wind Chime
B flat 5 Wooden Blocks
E flat 7 Rattler
F sharp 5 Cuica
G 5 Cuica
D 6 Block
E flat 6 Block
D 7 Orchestra Bass Drum
B flat 7 Laser
B 7 Laser
F 8 Click
F sharp 8 Click
(the value after the note refers to the octave. C 4 is the last
highest right note on the lower keyboard and C1 is the lowest.
-1 means negative 1, i.e. two octaves lower than 1)
The methods described below to produce the additional percussion
sounds unfortunately, can only be done using the sequencer. It
cannot be played "live" like you would with the 37 preset
percussion sounds, and furthermore, I have yet to find an easy
way to create a rhythm pattern (composer) using these expanded
percussion sounds. (Sept '03, it can be converted into Composer
after all, using either method 1 or method 2. See my revised write-up
below)
Method 1. Easy!
Define the notes as MIDI channel 10 on your PC MIDI editor. Convert
this MIDI file to Technics organ sequencer file as described in
a separate tip above.(Take note that MIDI percussion notes are
different from those used in Technics. Refer to page 15 of your
SX-EA3 reference guide. e.g. if you select the B flat 4 for rattler
sound under MIDI, it will be converted to E flat 7 to produce
an equivalent rattler sound in the Technic sequencer file). If
you wish to convert it as Composer instead of a sequencer track,
refer to tip below on "How to Create Composer Patterns from
MIDI files".
Method 2. Hard!! but don't require a PC
(I) Expanded persussion sound on the KBP sequencer track.
|
| Step
1 |
Change
your keyboard kit to orchestral kit. |
| Step
2 |
Press
STEP RECORD button and select the KBP track from the LCD menu. |
| Step
3 |
At
this step, record only the non standard percussion sounds
but you must use only C4 note. |
| Step
4 |
Change
your keyboard kit back to Rock Kit (or Jazz kit, etc.) |
| Step
5 |
Open
your recorded keyboard track in STEP RECORD again. |
| Step
6 |
Those
C4 notes will be converted to E flat 5 note. Using the up
and down button, move the notes to an appropriate note you
want, e.g. if you want the Cuica sound, move the E flat 5
note to become G 5 notes. Then proceed to record the standard
percussions sounds using the lower keyboard notes as per normal.
(The system
does not allow you to move a note higher than D flat 4. Calling
up the E flat 5 note is to get around this limitation.)
|
|
|
Still on method 2, if you would like to obtain this expanded
percussion sounds for your Composer instead of within a Sequencer
track, the method are almost identical to steps 1 to 6 above.
Mark Cammuso, thanks for this discovery.
(I am presuming you are very familiar with the Composer already,
otherwise you may want to refer to page 83 of the owner's manual
first)
(II) Expanded percussion sound in the Composer.
| Step
1 |
Select
the Composer Memory Location, either an existing or blank.
|
| Step
2 |
Select
DRM from the LCD menu to begin the record then select STEP.
You will be taken into the STEP RECORD display. |
| Step
3 |
Press
the Keyboard Percussion button (bottom left panel) and select
Orchestra Kit. |
| Step
4 |
At
this step, record only the non standard percussion sounds
but you must use only C4 note. |
| Step
5 |
Change your keyboard kit back to Rock Kit (or
Jazz kit, etc.) |
| Step
6 |
Those
C4 notes will be converted to E flat 5 note. Using the cursor
up and down button, move the notes to an appropriate note
you want, e.g. if you want the Cuica sound, move the E flat
5 note to become G 5 notes. Then proceed to record the standard
percussions sounds using the lower keyboard notes as per normal.
|
I was finally able to retrieve sleigh bell sound using this method,
perfect complement for my Christmas songs. I think it is a pity
that Technics did not configure the entire 44 lower keys to increase
the number of percussion sounds or perhaps the designers should
have used the Alt-key or Shift-key method commonly used in the
PC keyboard as a means to access the additional percussion sounds.
|
|
|
| How
to Convert your Organ Performance into General MIDI file? |
|
Ideally, to
record your performance, you should only record using the built-in
Technics Sequencer. To replay it, you would of course need a Technics
organ. For those who wish to replay without the need for an organ,
the next best option is to convert into a General MIDI file. A
general MIDI file can be played on many electronic keyboard instruments
and on any PC that has a sound card. But take note, the sound
reproduced from a MIDI file is NEVER exactly the same as that
produced from the original Technics organ. The very small MIDI
file size makes it an extremely popular format for sharing performances
on the Internet.
Method 1
Record your
performance on the Technics Sequencer (Sequencer Record button
or Easy Record button). At the end of performance, save it using
MIDI-FILE-SAVE option on the disk drive menu (page 96 of manual)
instead of the normal DISK-SAVE option. Although all the recorded
musical notes will be intact but there are two major problems…firstly,
data from the auto drums (NOT keyboard percussion data), auto
bass and accompaniment patterns are not converted. (the auto drums,
auto bass and auto accompaniments are also referred to as Automatic-Play-Chord
or Composer in Technics jargon). Secondly, the Technics selected
musical instruments are not carried over into the MIDI sequencer
data (MIDI patch). This method is therefore not very useful for
a majority of our organ performances.
Method 2
This second
method requires hooking up the organ/keyboard via MIDI cables
to a Personal Computer equipped with Cakewalk software (WARNING
- this method is not for the faint hearted!). The auto drums,
auto bass and accompaniments are all converted using this method.
Lawrence S Cohan has written an excellent document on this. With
his permission, I have downloaded all his files. Write to me and
I will gladly forward you his files. Another excellent write up
by Armando Lozano on this method is available at http://www.arloga.com/technics/technics.html.
Lozano wrote it specifically for GA3 whereas Lawrence's write-up
dealt with KN keyboards in general. For EA3 owners, I suggest
you read Lozano's write-up.

Here are some
additional pointers specifically to those attempting this MIDI
conversion method on an EA3:
- The MIDI cable
plug OUT should be plugged into the EA3 MIDI IN connector and
MIDI cable plug IN to the EA3 MIDI OUT connector.
- In para 4
of the write-up, select Setting 2 for the EA3.
- In para 8
of the write-up, depending on your tracks used in your sequencer
recording, you need to experiment with the track assignments.
Lozano has configured the accompaniments and auto bass as MIDI
channels 13, 14, 15 and 16 respectively, therefore, do not assign
any other tracks to these 4 channels.
- In para 10
of the write-up, I could not find midi device organ on my list
and I am forced to select the default setting. This seems to work
just a well.
Just a word
of warning on your expectations, the finished product is far from
being an exact "replica" of the original organ performance.
Need lots of tweaking to get it to sound reasonably close, e.g.
the instrument patches need to be completely redone, all the sustain
effects are lost and the resolution of closely spaced notes are
not as good. The limited instrument sounds and percussions in
General Midi compared to the Technics organ shows up quite clearly
also.
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How
to Create Composer Patterns from MIDI files? (for EA3/5) |
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Firstly, many thanks to Armando Lozano for sharing this tip with
me. Although attempted by Armando for the first time on his GA3,
I have been able to reproduce the technique on my EA3. My write-up
below is generally applicable for EA3/EA5 organs. You are most welcome to share your own experience on this.
Some fundamentals
before we begin. Technics Composer enables you to create your
own accompaniment patterns, which can be stored in a memory for
later use like any preset rhythm. You access the stored patterns
by pressing the Composer A and Composer B buttons. Each pattern
is made up of five parts, i.e. Drums, Bass, Accomp 1, 2 and 3.
The Bass, Accomp 1, 2 and 3 are also referred as Automatic Play
Chord (APC). You may choose to create all five parts or less.
The owner's manual said that there are two ways to create your
composer, one is to create a new one from the ground up and the
other way is to edit an existing pattern. In this tip, I am going
to show you the third method.
If you can answer yes to all the following, then this tip is
for you.
(i) you have used the Composer function a lot
(ii) creating new patterns using the manual edit is too tedious.
(iii) your own pattern require the use of percussion instruments
not directly accessible from the keyboard percussion (lower keyboard)
but available as MIDI percussion (e.g. bongo, guiro, rattler,
etc.)
(iv) you have a PC with Cakewalk installed and MIDI cable attached
to your organ.
(v) you have downloaded many MIDI song files from the Internet
and are impressed by the percussion, bass and looping patterns
used in the song.
(vi) you are not ready to give up your hard earned salary for
those commercial pattern disks.
Expanding on criteria (i) above, you will also need to know the
following, as I won't be discussing this.
- know how to select the sounds for the Composer Drums, Bass,
Accomp 1, 2 and 3 parts
- know how to erase recorded Composer tracks if you made a mistake
- know how to select a compatible Intro, Fill-In and Ending patterns
if you do not wish to create a new one.
- know how to save Composer into diskette for later retrieval/sharing.
Let's start
1) If you have some settings in your temporary organ memory which
you want to save (e.g. panel settings, sound edit, sequencer recording,
etc), do it now as you will need to initialise and purge the entire
organ memory later.
2) With the PC and organ switched off, hook-up your MIDI cable
from you PC soundcard game-port to the organ MIDI terminals. Make
sure that the MIDI-in cable goes to MIDI-out terminal in organ.
Do the reverse for the MIDI-out cable. Don't plug into the Midi-thru
terminal by mistake!
3) Open your MIDI file using Cakewalk. The MIDI file must be
one that has the different instruments in separate tracks. Zoom
in on the part of the song that will be transferred to the Composer.
Accomp 1, 2, 3 and Bass must all be in the same scale for the
entire duration. Take note of the scale, you will need to input
this into the Composer in step 14 below. The duration I am referring
is a value of 1 to 8 measures. You must input the value of 1 to
8 measures into the Composer in step 14 below also. I suggest
you insert a start marker (blue flag) one or two measures before
start of recording point. This will give you some time to dash
to your organ to initiate your Composer record.
4) Go to TOOLS
- MIDI Devices in Cakewalk and select MPU-401 (for Aureal cards)
or SB Live! MIDI Port [C400] (for SB Live cards) for the corresponding
input and output parts. (option depends on your soundcard) By
the way, I am using Cakewalk Pro Audio Version 8. If you have
a different version, some of the descriptions may be slightly
different.
5) Adjust the Cakewalk tempo to very slow, maybe 80 or 90.
6) Under Cakewalk Track view page, place your cursor above the
track number you will like to transfer into Composer, then right
mouse click and select Properties. Assign the following channels
for the following parts.
Drums - channel 10
Bass - channel 4
Accomp 1 - channel 2
Accomp 2 - channel 2
Accomp 3 - channel 2
For the other tracks, either delete them away or change to any
channels other than 2, 4 or 10.
TIP!! From here
on, you will need to trot between your PC and the organ very often.
Ensure that the MIDI cable does not cause tripping hazard.
7) Switch on
your organ then play your MIDI songs on Cakewalk. The sound should
be heard from the organ if the connection is correct. Stop the
song in Cakewalk then press MEM & CTRL button in the organ
and then select Initial - Total Organ. (If the word GM appeared
on your LCD panel earlier, it will now disappear after initializing).
If your start your song from Cakewalk now, your organ will probably
sound like a bunch of 7 year olds playing in a school band for
the first time. Never mind about the sound for the time being
but at least it is an indication that you are getting there.
8) Press the MIDI button to turn it on (bottom right of your
console panel) then select MIDI PRESETS. Select External SEQ as
master and EA Organ (with APC) as the slave, and then press OK
followed by EXIT.
9) Select REALTIME. Set Clock to INTERNAL followed by EXIT.
10) Select COMMON, SETTING2. Scroll to DRUM TYPE - GM, then P-CHNG
MODE - GM, followed by EXIT.
11) Select CHANNEL. Assign the correct channels to the following
parts
ACC1 - channel 2
ACC2 - channel 2
ACC3 - channel 2
Bass - channel 4
Drums - channel 10
KB./PERC. - channel 10
For the other parts, select OFF or assign to any channels other
than 2, 4 or 10.
Press EXIT twice.
Note that the Bass - channel 4 above refers to the APC bass, not
the pedal board bass. (Play your song from Cakewalk again, this
time your school band should sound like an orchestra again)
12) Set the organ TEMPO to be exactly the same as that in Cakewalk.
13) Press the COMPOSER button on the organ to turn it on. Select
a memory location, e.g. RECORD MEMORY-A or RECORD MEMORY-B.
14) Select CLEAR to erase the entire pattern. At this point you
can rename it if you wish. You will need to enter the various
recording settings, e.g. number of measures, time signature, key
type, chord type and the option for Fill-In. Refer also to page
86 of the owner's manual.
TIP! If you start recording at this point by pressing DRM, AC1,
AC2, AC3 or BAS one at a time, the metronome sound will begin.
So long you do not touch the bottom keyboard, or have not pressed
Play Button in Cakewalk, nothing is recorded. If you were to select
the STEP button, it takes you to the STEP RECORD mode. You can
change the sound of the Drum, Bass, ACC1, ACC2 and ACC3 tracks
here.
15) You are
now ready to record. If you happen to be in STEP RECORD page,
exit back to the normal recording page. You need to record one
track at a time. Go to Cakewalk and select SOLO on the percussion
track (channel 10). Play the track. (remember, I recommended you
to insert a start marker in Cakewalk - is the blue flag appearing
on the top of the track display page?).
16) Trot over
to your organ and press the DRM button to start your recording
at the appropriate beat. You need to synchronize your actions.
Selecting Quantize in step 14 will give you some margin for synchronization
error. MIDI can probably transmit the tempo automatically to the
organ but I haven't figured out how. (I was told that it can be
done on the GA3)
17) Stop the recording when the number of measure is up (e.g.
if your Composer has two measures, stop the recording exactly
before the start of the third measure)
TIP! Don't
allow the recording to continue beyond the number of measure you
defined, as the notes will be added to those already recorded.
The result is distorted sound and maybe total silence during playback.
You may instead define the record stop point from within Cakewalk.
18) Repeat steps 15-17 for AC1, AC2, AC3 and BAS. Of course you
can stop at step 17 if you do not wish to use Auto Play Chord
in your performance.
TIP!! Before
you test out your Composer, disconnect your MIDI cable. Playing
with the connection sometimes create strange echoes from the PC
speaker and organ. (I am using a MIDI cable extender; therefore
I prefer to just pull apart the extension cable to avoid repeatedly
stressing the fragile MIDI terminals on the organ). I was told
that selecting TOOLS - Project Option - Echo Mode - NONE in Cakewalk
can stop the echo sounds. You may want to give this a try.
19) If satisfied
with the recording, save it into Diskette. For subsequent minor
adjustment, you should use STEP RECORD.
20) For the
most important final step, please don't keep the Composer pattern
to yourself. Share it with other Technics organ owners.
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How
to Add Gliding Effect using our Finger Tips?
This is a neat
trick contributed by Armando Lozano. It allows you to add glide
effect to a note by controlling the pressure exerted to the keys.
I have converted
his entire original writeup into a downloadable .pdf format. You
will need to ensure that the TOTAL TOUCH CONTROL is ON. (Select
TOUCH button then Press On from the LCD menu). For EA3 users;
to get the best result, you may want to set you Keyboard Touch
Sensitivity to 9, i.e. maximum.
Click
Here to download. (124kb .pdf file)
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Last Update: 31 Mar 2004
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