User manual ACCESS VIRUS OS4

[. . . ] VirusTM is a trademark of Access Music GmbH. All other trademarks contained herein are the property of their respective owners. All features and specifications subject to change without notice. Hönig, Wiland Samolak and Marc Schlaile. [. . . ] These also have fixed modulation assignments (LFO AMOUNT, ENV AMOUNT), but are freely available along with the Modulation Matrix. Let's take a look at the internal modulation sources: AMPENV & FILTENV The corresponding envelope is the modulation source. LFO1, LFO2, LFO3 The corresponding LFO is the modulation source. VELOON The note on velocity is the modulation source. VELOOFF The note off velocity is the modulation source. According to the fact, that the note off velocity is only known when the key is released again, here, the VIRUS uses the note on velocity, when the key is held. Therefore both, note on- and off velocities, are active here. KEYFLW The note number respectively the pitch is used as the modulation source (Keyfollow) RANDOM A random number which remains for the whole duration of the note on, is used as the modulation source here. The control range of the source may be limited via the AMOUNT values or inverted so that the modulation occurs strictly within the desired value range for the target parameter. For your target parameters, you can chose from among virtually all sound parameters that feature an infinitely variable control range ­ ergo, you have more than 100 modulation destinations at your disposal. If you haven't selected a source for one of the ASSIGN options (SOURCE = OFF), the subordinate parameters will not be displayed. ACCESS VIRUS OS4 131 Assign In addition to the three ASSIGN options, the user interface features ­ as discussed earlier ­ a freely definable modulation destination for LFO 1 and 2 called ASSIGN. Controls the intensity of the first modulation allocation. 01111111111111111112 1 ASSIGN 1 Amount +10 61111111111111111154 You'll find a list of available SOURCEs and DESTINATIONs in "Appendix" on page 251. ASSIGN 2 SOURCE Selects the modulation source for the second modulation assignment. ASSIGN 2 DESTINATION 1 Selects the first modulation destination for the second modulation assignment. ASSIGN 2 AMOUNT 1 Controls the intensity of the second modulation assignment for the first modulation destination. ASSIGN 2 DESTINATION 2 Selects the second modulation destination for the second modulation assignment. ASSIGN 1 SOURCE Selects the modulation source for the first modulation assignment. 01111111111111111112 1 ASSIGN 1 Source ChanPres 61111111111111111154 ASSIGN 1 DESTINATION Selects the modulation destination for the first modulation assignment. 01111111111111111112 1 ASSIGN 1 Dest Panorama 61111111111111111154 132 CHAPTER 14 The Parameters ASSIGN 2 AMOUNT 2 Controls the intensity of the second modulation assignment for the second modulation destination. ASSIGN 3 SOURCE Selects the modulation source for the third modulation assignment. ASSIGN 3 DESTINATION 1 Selects the first modulation destination for the third modulation assignment. ASSIGN 3 AMOUNT 1 Controls the intensity of the third modulation assignment for the first modulation destination. ASSIGN 3 DESTINATION 2 Selects the second modulation destination for the third modulation assignment. ASSIGN 3 AMOUNT 2 Controls the intensity of the third modulation assignment for the second modulation destination. ASSIGN 3 DESTINATION 3 Selects the third modulation destination for the third modulation assignment. ASSIGN 3 AMOUNT 3 Controls the intensity of the third modulation assignment for the third modulation destination. ACCESS VIRUS OS4 133 Velocity VELOCITY í In addition to the following fixed destinations, any parameter can be controlled via velocity by way of the Modulation Matrix (ASSIGN). VELOCITY OSC 1 SHAPE Determines the intensity of the VELOCITY control for the first oscillator's SHAPE parameter (see appropriate section). 01111111111111111112 VELOCITY PULSE WIDTH Determines the intensity of the VELOCITY control for the pulse width (see appropriate section) of both oscillators. 01111111111111111112 1 VELOCITY PulseWidth +20 61111111111111111154 VELOCITY FM AMOUNT Determines the intensity of the VELOCITY control for the frequency modulation. 01111111111111111112 1 VELOCITY Osc1Shape +4 1 VELOCITY FmAmount +32 61111111111111111154 61111111111111111154 VELOCITY OSC 2 SHAPE Determines the intensity of the VELOCITY control for the second oscillator's SHAPE parameter (see appropriate section). 01111111111111111112 VELOCITY FILT 1 ENV AMT Determines the intensity of the VELOCITY control for the modulation of Filter-1's cutoff frequency by the filter envelope. 01111111111111111112 1 VELOCITY Osc2Shape -10 61111111111111111154 1 VELOCITY Filt1EnvAmt +4 61111111111111111154 134 CHAPTER 14 The Parameters VELOCITY FILT 2 ENV AMT Determines the intensity of the VELOCITY control for the modulation of Filter-2's cutoff frequency by the filter envelope. 01111111111111111112 VELOCITY VOLUME Determines the intensity of the VELOCITY control for the volume. 01111111111111111112 1 VELOCITY Osc2Shape -20 61111111111111111154 1 VELOCITY Volume +20 61111111111111111154 VELOCITY RESONANCE 1 Determines the intensity of the VELOCITY control for the resonance of Filter-1. 01111111111111111112 VELOCITY PANORAMA Determines the intensity of the VELOCITY control for the Panorama position. 01111111111111111112 1 VELOCITY Panorama +30 61111111111111111154 1 VELOCITY Resonance1 +30 61111111111111111154 VELOCITY RESONANCE 2 Determines the intensity of the VELOCITY control for the resonance of Filter-2. 01111111111111111112 1 VELOCITY Resonance2 +0 61111111111111111154 Within the CTRL-Menu 136 CHAPTER 15 Within the CTRL-Menu COMMON CLOCK TEMPO The Virus is equipped with a global clock generator that lets you sync LFOs, arpeggiators and delay effects up to a common song tempo and rhythm. The clock generator works either internally with a freely variable speed or it can in turn by synced up to the MIDI clock of an external sequencer. [. . . ] Utilise power outlets that are on branch (Circuit breaker or fuse) circuits or install AC line filter/s. ACCESS VIRUS OS4 287 FCC Information (U. S. A) In the case of radio or TV interference, relocate/reorient the antenna. If the antenna lead-in is 300 ohm ribbon lead, change the lead-in to co-axial type cable. If these corrective measures do not produce satisfactory results, please contact the local retailer authorised to distribute this type of product. The statements above apply ONLY to products distributed in the USA. 288 CHAPTER 24 Appendix FCC INFORMATION (CANADA) The digital section of this apparatus does not exceed the , , Class B" limits for radio noise emmissions from digital apparatus set out in the radio interference regulation of the Canadian Department of Communications. [. . . ]