The default bus-master processor order — the Roland R5 finding: an AUX / group /
main / matrix output bus carries the same EQ + dynamics + inserts + DYN↔EQ swap as an
input channel ("as on the other output buses, Dynamics, EQ, Delay and Insert Effects
can be used"). A bus master's chain is the same kind of ordered ChannelProcessor
list as a channel's — only without a fader processor (a bus master's gain is the
scalar bus-master that scales every send tap, not a node in the path) and without a
gate by default (a bus master typically carries EQ + dynamics + inserts; HPF is
optional). The default, in Roland's INSERT-A-before-block / INSERT-B-after-block order:
insert A → EQ → dynamics → insert B. Output inserts (subs/tops crossovers, output
limiters) live in this chain as insert processors. The operator may reorder any of
these per bus (the EQ↔dynamics swap, an insert moved, an emptied stage).
The default bus-master processor order — the Roland R5 finding: an AUX / group / main / matrix output bus carries the same EQ + dynamics + inserts + DYN↔EQ swap as an input channel ("as on the other output buses, Dynamics, EQ, Delay and Insert Effects can be used"). A bus master's chain is the same kind of ordered ChannelProcessor list as a channel's — only without a fader processor (a bus master's gain is the scalar bus-master that scales every send tap, not a node in the path) and without a gate by default (a bus master typically carries EQ + dynamics + inserts; HPF is optional). The default, in Roland's INSERT-A-before-block / INSERT-B-after-block order:
insert A → EQ → dynamics → insert B. Output inserts (subs/tops crossovers, output limiters) live in this chain asinsertprocessors. The operator may reorder any of these per bus (the EQ↔dynamics swap, an insert moved, an emptied stage).