Programming Examples
Example 1
19-2
The next step is to set the depth of the vibrato. Select the MaxDpt parameter and assign a value
of 10 cents (1, 0, ENTER). Since the default program is preset to have your controllerÕs Mod
Wheel control the depth of Src2, you can hear the vibrato by pushing the Mod Wheel fully up
(LFO1 has non-zero default values in the default program, otherwise, you wouldnÕt hear the
vibrato). If youÕre not sure you hear the vibrato, try setting the MaxDpt parameter to a larger
value.
Next, select the DptCtl parameter and assign a value of ASR2 (1, 1, 1, ENTER). This will cause
ASR2 to control the depth of the vibrato. At this point, the default values for ASR2 will cause
the vibrato to fade in and out.
There are two more steps to programming the delayed vibrato: adjusting the rate of LFO1 and
setting up ASR2 to control the vibratoÕs delay. First, select the LFO page by pressing the <more
soft button (the leftmost) three times. YouÕll see the LFO soft button. Press it, and the LFO page
will appear. The default value for LFO1Õs minimum rate (the MnRate parameter) is 2 seconds.
Select this parameter with the cursor buttons, and set its value to .16 seconds (1, 6, ENTER).
Select the MxRate parameter, and set its value to 4.40 Hz (4, 4, 0, ENTER). Select the RateCt
parameter, and assign a value of ASR2 (1, 1, 1, ENTER). The vibrato will still fade in and out
because of the default settings of ASR2.
The LFO page should now look like this:
EditProg:LFO|||||||||||||||<>Layer:1/1||
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||||||MnRate:MxRate:
Rate
Ct:Shape:|Phase:
LFO1:||0.16H||4.40H|
ASR2
|||Sine|||Odeg||
LFO2:||2.00H||0.00H|OFF||||Sine|||Odeg||
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<more|
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LFO|||
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ASR|||
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FUN|||
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VTRIG|
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more>
Now select the ASR page to adjust the settings for ASR2. Since the cursor is highlighting ASR2
as the value for the RateCt parameter, you can select the ASR page by pressing EDIT.
To program a realistic delayed vibrato, you need to adjust the Mode, Delay, and Attack
parameters. Select the Mode parameter and change its value to Hold (use the Alpha Wheel or
Plus/Minus buttons). This will prevent the vibrato from fading as it did. (This fading was
caused by the ASR repeating, which was the default setting). Now select the Delay parameter
and set its value to .4 seconds (4, 0, ENTER). Select the Attack parameter and change its value to
.48 seconds (4, 8, ENTER). The vibrato should now begin to fade in gradually after a short
delay, then remain constant at a rate of 4.40 cycles per second. The ASR page should look like
the page below. WeÕre Þnished with the delayed vibrato; next is the velocity stab.
EditProg:ASR|||||||||||||||<>Layer:1/1||
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||||||Trig:||Mode:|Delay:|Attack:Releas:
ASR1:|ON|||||Rept||1.00s||1.00s||1.00s||
ASR2:|ON|||||Hold||0.40s||0.48s||
1.00s|
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<more|
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LFO|||
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ASR|||
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FUN|||
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VTRIG|
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more>
We want the stab to drop the trumpetÕs pitch
and
amplitude, but only when notes are played
fortissimo or louder. This is done by using ASR1 as a control source on both the PITCH and
AMP pages, then using a velocity trigger (VTRIG) to control ASR1.
Summary of Contents for K2500RS
Page 12: ...Table of Contents TOC 12...
Page 16: ...Introduction How to use this manual 1 4...
Page 32: ...User Interface Basics The Panel Play Feature K2vxR 3 8...
Page 106: ...Effects Mode and the Effects Editor Configurations and Parameters 9 24...
Page 186: ...Song Mode Recording Multi timbral Sequences via MIDI 12 52...
Page 304: ...DSP Functions Hard Sync Functions 14 52...
Page 394: ...Programs Setups and Keymaps K2500 ROM Keymaps 21 12...
Page 402: ...LFOs LFO Shapes 23 4...
Page 406: ...Note Numbers and Intonation Tables List and Description of Intonation Tables 24 4...
Page 434: ...DSP Algorithms 26 14...
Page 450: ...MIDI and SCSI Sample Dumps SMDI Sample Transfers 29 8...
Page 464: ...Glossary 31 6...
Page 490: ...K2vx Program Farm VOX K25 Appendix A 22...
Page 494: ...K2vx Compatibility Converting programs from the K2vx to K2000 Appendix B 4...