Manual AAS Tassman 4 (page 109 of 177) (English)

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6.47 Multi-sequencer 109

bar containing four quarter notes, each step of the sequencer itself represents a sixteenth note. The

module can memorize 32 different sequences between which you can switch while playing. The

sequences can also be chained in any order with the Song mode.

This module has three inputs and seven outputs. the ﬁrst input is a sync signal which controls

the tempo from an external source, the second is a start/stop input which will start the sequencer

when it goes form 0 to 1 volt and stop it when it goes from 1 to 0 volt. The signal can come from

another sequencer or a Keyboard. The third one is a reset input which will restart the sequence

from beginning when it goes from 0 to 1 volt. The ﬁrst three outputs are the same as the inputs

(sync, start/stop, reset) and are used to control other sequencers. The fourth output is a gate signal

which can be used to trigger events, the ﬁfth is the pitch signal, the sixth is the velocity signal and

the last is a slide signal used to trig a Portamento module to create a sliding effect between two

notes.

Creating Patterns

To create a pattern, you must ﬁrst select its location. You can select it with a combination of letters

(A, B, C, D) and numbers (1 to 8), on the front panel, giving you a total of 32 patterns.

The patterns can be played following 5 play modes using the mode control. Forward (FWD)

plays the pattern incrementally. Backward (BWD) plays the pattern decrementally. Pendulum

(PEND) plays the pattern forward then backward. Random 1 (RDN1) plays the pattern randomly,

the same random sequence is repeated when looping. The reset button is used to generate a new

random sequence. Random 2 (RDN2) plays the pattern randomly changing the random pattern

when looping. The sequencer will loop each time a pattern ends. To make the sequencer stop at

the end of a pattern, the once button must be clicked.

The tempo display will adjust the speed of the pattern. The ext/int switch will determine if it is

the internal clock (int) that sets the tempo or an external source (ext) such as another sequencer or

a Sync Lfo. The swing knob will introduce a swing feel to the rhythm of the pattern.

The pitch display controls the pitch output associated with each step of the sequencer. The

pitch signal varies by ±1 Volt per octave which implies a change of 1/12 Volt for a pitch variation

of 1 semitone. The value of the pitch can be changed by click-holding on the display and dragging.

Arrows on the keyboard can also be used once a display has been selected. The pitch signal is

calculated with respect to the C3 key (middle C) which outputs a value of 0 Volt. This implies that

the C2 key signal is -1 Volt and the C4 key is +1 Volt. Holding the Ctrl key (Windows) or Apple

key (Mac OS) will offset the value of all 16 pitch knobs. The ﬁne buttons allows to adjust the value

of the pitch output from -63 to 64 cents of the coarse pitch value.

The velocity knobs control the velocity output. The velocity output generates values from 0 to

1 Volt. The shift knobs delays the output signal of a gate. The slide buttons are used to change

the duration of the output signal of a gate. When pressed, the slide button adjust the length of the

corresponding gate signal to 1/4 of a quarter note instead of the usual 1/8 of a quarter note. The

slide output signal will be equal to 1 Volt for duration of the gate signal. If the slide output is

connected to a Portamento module, the slide knob will create a glide effect between two notes.

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AAS Tassman 4 Manual

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