TS-12 Musician’s Manual Section 7 — Effect Parameters
11
For a complete description of the remaining Reverb parameters, refer to the
DDL+CHORUS+REV algorithm found earlier in this section.
09 EQ- -DDL+PHLANGR+REV
This parallel effect combines a parametric EQ into a digital delay with a phlanger (a combination
phaser and flanger effect) and a reverb. The second sub-page (not user-programmable) shows
how this parallel effect is routed:
• Voices assigned to FX1 (and panned left) are sent to Effect A (EQ- -DDL)
• Voices assigned to FX1 (and panned right) are sent to Effect B (PHLANGR)
• Voices assigned to FX2 are sent to the reverb (REV)
For a complete description of the SENDS parameters, refer to the DDL+PHLANGR+REV
algorithm found earlier in this section.
For a complete description of the EQ- -DDL parameters, refer to the EQ- -DDL+CHORUS+REV
algorithm found earlier in this section.
For a complete description of the PHLANGR parameters, refer to the DDL+PHLANGR+REV
algorithm found earlier in this section.
For a complete description of the remaining Reverb parameters, refer to the
DDL+CHORUS+REV algorithm found earlier in this section.
10 DELAYLFO+PHLANGR+REV
This parallel effect combines a digital delay that provides LFO modulation with a phlanger (a
combination phaser and flanger effect) and a reverb. The second sub-page (not user-
programmable) shows how this parallel effect is routed:
• Voices assigned to FX1 (and panned left) are sent to Effect A (DELAYLFO)
• Voices assigned to FX1 (and panned right) are sent to Effect B (PHLANGR)
• Voices assigned to FX2 are sent to the reverb (REV)
For a complete description of the SENDS parameters, refer to the DDL+PHLANGR+REV
algorithm found earlier in this section.
For a complete description of the DELAYLFO parameters, refer to the
DELAYLFO+CHORUS+REV algorithm found earlier in this section.
For a complete description of the PHLANGR parameters, refer to the DDL+PHLANGR+REV
algorithm found earlier in this section.
For a complete description of the remaining Reverb parameters, refer to the
DDL+CHORUS+REV algorithm found earlier in this section.
To Next Page
Loading...
Need help?
General
