MultiPatternOperations.bmb

{The following five instructions will be detailed later in other example files.}
scale 2 1 2 2 1 2 2
root 57
tempo 120
sounds 1 1
monoid add

{Binds mpat_1 to a first multi-patten.}
multi-pattern mpat_1 0 1 2 3

{Binds mpat_2 to a second multi-patten.}
multi-pattern mpat_2 0 2 4

{Binds mpat_3 to a third multi-patten.}
multi-pattern mpat_3 -1 -3 -5

{Binds res_1 to the mirror of mpat_1.}
mirror res_1 mpat_1

{Binds res_2 to the inverse of mpat_1.}
inverse res_2 mpat_1

{Binds res_3 to the concatenation of mpat_1, mpat_2, and mpat_3.}
concatenate res_3 mpat_1 mpat_2 mpat_3

{Binds res_4 to the concatenation of mpat_2 with itself three times.}
concatenate-repeat res_4 mpat_2 3

{Binds res_5 to the stack of mpat_2, mpat_3, and mpat_2.}
stack res_5 mpat_2 mpat_3 mpat_2

{Binds res_6 to the stack of mpat_3 with itself four times.}
stack-repeat res_6 mpat_3 4

{Binds res_7 to the partial composition of mpat_2 at position 2 into mpat_1.}
partial-compose res_7 mpat_1 2 mpat_2

{Binds res_8 to the full composition of mpat_2 with mpat_3, mpat_3, and mpat_1.}
full-compose res_8 mpat_2 mpat_3 mpat_3 mpat_1

{Binds res_9 to the homogeneous composition of mpat_1 and mpat_2.}
homogeneous-compose res_9 mpat_1 mpat_2

{Print the internal state of the machine (scale, root note, tempo, degree monoid, General
 MIDI programs, multi-patterns, and colored multi-patterns).}
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