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Reverb Length * – This parameter controls the duration of the spring reverb simulation.
The Reverb Length parameter can be adjusted from the CRUMAR Mojo control panel by
pressing “Shift” and turning the “Reverb” knob.
Keyclick Length * – This parameter controls the duration of the keyclick effect. This effect
simulates the attack transient when the nine key contacts on a tonewheel organ close. The
Keyclick Length parameter can be adjusted from the CRUMAR Mojo control panel by
pressing “Shift” and turning the “Keyclick” knob.
DRIVE1 / DRIVE2 – This parameter controls which overdrive type is used.
Rotary Balance * – This parameter controls the balance between the top horn and bottom
rotor of the simulated rotary speaker effect. When the parameter is set to half-way
between the top and bottom, the balance is equal. The Rotary Balance parameter can be
adjusted from the CRUMAR Mojo control panel by pressing “Shift” and turning the “Bass”
knob.
Rotary Ambience – This parameter controls the amount of simulated “room” noise
surrounding the rotary speaker.
Rotary Cabinet – This parameter controls the amount of the simulated cabinet resonance
of the rotary speaker simulation.
Rotary Mic. Angle – This parameter controls the angle of the microphones on the
simulated rotary speaker. When this parameter is set to zero, the microphones are placed
on the same side of the rotary speaker cabinet. When set at half-way, the microphones are
placed at 90 degrees on the cabinet. When set at full, the microphones are placed on
opposite sides of the cabinet.
Rotary Distance – This parameter controls the distance of the microphones from the
simulated rotary speaker cabinet. When the parameter is set to zero, the microphones are
very close to the cabinet, which creates a more pulsating sound and less “Dopler” effect.
When set at full, the microphones are very far away from the cabinet.
Rotary Horn EQ – This parameter controls the equalization of the top horn of the
simulated rotary speaker. When set at full, the high frequencies are emphasized.
Rotary Out Split – This parameter controls which type of rotary speaker simulation is
used. When this parameter is set to “Off,” the rotary speaker simulation is output in stereo.
When the parameter is set to “On,” the instrument outputs the rotary simulation using
CRUMAR’s “Vertical Simulation Technology,” which simulates the experience of listening
to a rotary speaker while standing or sitting in front of it. The L output simulates the bass
rotor and the R output simulates the horn. The sound is output with an 800 Hz internal
crossover, which is the same crossover used in a classic rotary speaker. By placing two
speakers on top of each other with the L output attached to the bottom speaker and the R
output to the top, the physics of a rotary speaker can be accurately simulated.
Summary of Contents for MOJO
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