User manual DIGITECH RP-1

[. . . ] GROUNDING OR POLARIZATION: Precautions should be taken so that the grounding or polarization means of an appliance is not defeated. POWER CORD PROTECTION: Power supply cords should be routed so that they are not likely to be walked on or pinched by items placed upon or against them, paying particular attention to cords at plugs, convenience receptacles, and the point where they exit from the appliance. SERVICING: To reduce the risk of fire or electric shock, the user should not attempt to service the appliance beyond that described in the operating instructions. All other servicing should be referred to qualified service personnel. [. . . ] Controls how much of the flanged signal is fed back to the input of the Module. The FDBACK Parameter is what gives phasers their distinctive resonating sound. Options for this control include sine, triangle, SP1 (Special 1), and SP2 (Special 2). The sine wave setting is probably the most easily recognized, but the smooth response of the triangle wave or the intensity of SP1 or SP2 typically produce better results. Ranges from -99 to 99. FdBck WvFrm Out A - B Pan A - B User Guide 39 Section - 4 Editing Modules Out L - R Controls the output level of the left or right side of the flanger. Ranges from Off to 100%. RP-20 Valve Pedal Phaser The Pedal phaser is a phaser that can be controlled by an expression pedal to control the depth and feedback of the effect Pedal Phaser Parameters FX and Dry Level Balance Pedal Depth Feedback Output A-B Pan A-B Controls the FX and Dry level of the Pedal Phaser module. This parameter is used to be controlled by the expression pedal to control Depth and Feedback. This parameter sets pan of the pedal Phaser Range is from 0 to 100%. Rotary Speaker Simulator The Rotary Speaker Simulator allows you to emulate the classic rotating speaker sound, without the chiropractic problems that come with moving bulky speaker cabinets. The Rotary speaker is directly responsible for some of the most unique sounds in music. The applications for this effect are so diverse, it can be used to achieve sounds ranging from the Allman Brothers Band to the legendary Stevie Ray Vaughan. A unique parameter in the Rotating Speaker simulation is the Acceleration parameter. When a stereo sound source is used, the original stereo image is maintained by moving the volume of the left signal exactly opposite of the right signal. The stereo image fades back and forth between the User Guide 41 Section - 4 Editing Modules stereo extremes. RP-20 Valve When do I use an auto panner?When running your guitar rig in a stereo set-up with the right amount of cabinet separation, the Auto-Panner creates a stereo panning effect that is right out of this world. Auto panners can also add life to delays or choruses by moving them around instead of just sitting in one place in the mix. You don't need to set the auto panner's depth parameter too deep since you just want some gentle movement. Tremolo & Auto Panner Parameters: FX: Lvl Speed Depth Controls the signal input level fed to the Module. Options for this control include sine, triangle, SP1 (Special 1), and SP2 (Special 2). The sine wave setting is probably the most easily recognized, but the smooth response of the triangle wave or the intensity of SP1 or SP2 typically produce better results. See figure 4-2 on page 41. WvFrm Pitch Shifters and Harmony The pitch shifter allows you to move sound from one pitch to another. It accomplishes this by recording a small part of the original sound and then playing it back either faster (to raise the pitch) or slower (to lower the pitch). you can use different harmony intervals to produce slide guitar effects. or Major or Minor 3rd intervals to create dual soloing lines reminiscent of the Eagles' "Hotel California". When do I use pitch shifting? [. . . ] Requested Module's parameter Values When a Request All Current Parameter Values procedure is received, the RP-20 Valve will respond with a Respond All Current Parameter Values procedure. RECEIVE ALL CURRENT PARAMETER VALUES FOR CURRENT PROGRAM (24h) SYS_HEAD, 24(h), nn1, nn2, ww1, ww2, mm1(1st), mm2(1st), aa1(1st), aa2(1st), dd1(1st)(1st), dd2(1st)1st, . . . mm1(xth), . . . mm2(xth), aa1(xth), aa2(xth), dd1(xth)(1st), dd2(xth)(1st), . . . dd1(xth)(wth), dd2(xth)(wth), F7(h) When ww= 7F(h) When ww= 68(h) nn ww mm aa dd All module's parameters will be received. (position of the modules minus 1), only that module's parameters will be received. [. . . ]