digico D5T - Other Db Controller Examples; Non Db Controller Examples; Inverted Option Logic Examples

5-13
Chapter 5
5.2.2 Other dB Controller Examples ............................................
eg Auxiliary Sends, Channel Gains and other controllers that are measured in dBs
With Option OFF
1) Current Cue is a Normal Cue and an auxiliary send in a channel which has the same name in all cues is adjusted.
Result: All cues are updated with the auxiliary change if their setting was the same as the original cue's setting.
2) Current Cue is a Master Cue and an auxiliary send in a channel which has the same name in all cues is adjusted.
Result: All cues are updated with the auxiliary change if their setting was the same as the original cue's setting.
3) Current Cue is a Relative Cue and an auxiliary send which has the same name in all cues is adjusted.
Result: All cues are updated with the auxiliary change if their setting was the same as the original cue's setting.
With Option ON
1) Current Cue is a Normal Cue and an auxiliary send in a channel which has the same name in all cues is adjusted.
Result: Only the Current Cue is updated.
2) Current Cue is a Master Cue and an auxiliary send in a channel which has the same name in all cues is adjusted.
Result: Only the Current Cue is updated but relatives would be indirectly affected by the update.
3) Current Cue is a Relative Cue and an auxiliary send which has the same name in all cues is adjusted.
Result: Only the Current Cue is updated.
5.2.3 Non dB Controller Examples ..............................................
Non dB Controllers (eg Pans, EQ Frequency and Q)
With Option OFF
1) Current Cue is a Normal Cue and the pan in a channel which has the same name in all cues is adjusted.
Result: All cues are updated with the pan change if their setting was the same as the original cue's setting.
2) Current Cue is a Master Cue and the pan in a channel which has the same name in all cues is adjusted.
Result: All cues are updated with the pan change if their setting was the same as the original cue's setting.
3) Current Cue is a Relative Cue and the pan which has the same name in all cues is adjusted.
Result: All cues are updated with the pan change if their setting was the same as the original cue's setting.
With Option ON
1) Current Cue is a Normal Cue and the pan in a channel which has the same name in all cues is adjusted.
Result: Only the Current Cue is updated.
2) Current Cue is a Master Cue and the pan in a channel which has the same name in all cues is adjusted.
Result: Only the Current Cue is updated.
3) Current Cue is a Relative Cue and the pan which has the same name in all cues is adjusted.
Result: Only the Current Cue is updated.
5.2.4 Inverted Option Logic Examples ........................................
For Mutes, Channels Delays, Input and Output Routing and Bussing which are all non dB controllers but work in a different way
With Option OFF
1) Current Cue is a Normal Cue and the delay in a channel which has the same name in all cues is adjusted.
Result: Only the Current Cue is updated.
2) Current Cue is a Master Cue and the delay in a channel which has the same name in all cues is adjusted.
Result: Only the Current Cue is updated.
3) Current Cue is a Relative Cue and the delay which has the same name in all cues is adjusted.
Result: Only the Current Cue is updated.
With Option ON
1) Current Cue is a Normal Cue and the delay in a channel which has the same name in all cues is adjusted.
Result: All cues are updated with the delay change if their setting was the same as the original cue's setting.
2) Current Cue is a Master Cue and the delay in a channel which has the same name in all cues is adjusted.
Result: All cues are updated with the delay change if their setting was the same as the original cue's setting.
3) Current Cue is a Relative Cue and the delay which has the same name in all cues is adjusted.
Result: All cues are updated with the delay change if their setting was the same as the original cue's setting.