######################################################################
####                                                                 #
####  Score file for adowa files for rtp.pl                          #
####                                                                 #
######################################################################

-s      # print a summary of this file
-w12    # print a summary of every (X) matching beats
-g0     # initial gap size
-b12    # number of RTP/beat classes
-ms40   # minimum score to be printed
-a      # all lines will be printed
-hs     # print highest score

### Title

-t "Anku: Structural Set Analysis of African Music 1: Adowa"
-rf "anku_conc.txt"
-m6  # 6 beats in a measure
-o5  # first encoded RTP falls on measure 5

#-t "Kaminsky: Transcription of Adowa Lead Drum"
#-rf "kam_conc.txt"
#-m12
#-o0

#-t "Kongo Zabana: African Drum Music: Adowa"
#-rf "zab_conc.txt"
#-m12
#-o2

#-t "Anku: Adowa Transcription found in Dissertation"
#-rf "anku_diss.txt"
#-m6     # beats in a measure
#-o8     # first encoded RTP(downbeat) falls on measure (X)


### Comparison 0  ## 30 points for 6 beat segment identical to 
##  6 beat segment after a gap of 6 if the first segment is attacked
##  and preceded by a rest

-c0 word  6
-c0 gap   6
-c0 score 30
-c0 rfb_attack 1
-c0 rp_silence 1
-c0 tone_insensitive 1

### Comparison 1 ## give 15 points to the same RTP 12 beats later

-c1 copy 0
-c1 score 15
-c1 walk_offset 12

### Comparison 2 ## and 10 to 12 beats earlier

-c2 copy 0
-c2 score 10
-c2 walk_offset -12

### Comparison 3 ##

-c3 copy 0
-c3 score 10
-c3 rp_silence 0

### Comparison 4

-c4 word  12
-c4 gap   0
-c4 score 40
-c4 rfb_attack 1
-c4 rp_silence 1
-c4 tone_insensitive 1

### Comparison 5

-c5 copy 4
-c5 score 20
-c5 walk_offset 12

### Comparison 6 (Repeat of 0-5, but tonally sensitive; worth 1/2)

-c6  copy 0
-c7  copy 1
-c8  copy 2
-c9  copy 3
-c10 copy 4
-c11 copy 5

-c6  score 10
-c7  score 5
-c8  score 5
-c9  score 5
-c10 score 20
-c11 score 10

-c6  tone_insensitive 0
-c7  tone_insensitive 0
-c8  tone_insensitive 0
-c9  tone_insensitive 0
-c10 tone_insensitive 0
-c11 tone_insensitive 0


### Comparison 12 (find two 24 beat patterns where the first 12 beats
###    are identical)

-c12 word 12
-c12 gap  12
-c12 score 40
-c12 rfb_attack 1
-c12 rp_silence 1

### Comparison 13 (internal symmetry; two identicall sections of 6 pulses)

-c13 word 6
-c13 gap 0
-c13 score 20
-c13 rfb_attack 1
-c13 rp_silence 1

### Comparison 14 (internal symmetry -- tonally insensitive)

-c14 copy 13
-c14 tone_insensitive 1

### Comparison 15 (5 points just for being attacked and preceded by silence)

-c15 word 1
-c15 gap -1
-c15 score 5
-c15 rfb_attack 1
-c15 rp_silence 1
-c15 step_size 12

#### Comparison 16-22 (an extra 3 points for each beat of silence preceeding a possible RTP)

-c16 word 1
-c16 gap -1
-c16 score 3
-c16 rp_silence 2
-c16 rfb_attack 1
-c16 step_size 12

-c17 copy 16
-c18 copy 16
-c19 copy 16
-c20 copy 16
-c21 copy 16
-c22 copy 16

-c17 rp_silence 3
-c18 rp_silence 4
-c19 rp_silence 5
-c20 rp_silence 6
-c21 rp_silence 7

#### extra 5 for 8 beats of silence
-c22 rp_silence 8
-c22 score 5

#### Compare 23 (identify idiomatic bridges, which repeat after 9 beats)

-c23 word 9
-c23 gap 0
-c23 score -50
-c23 suffix i
-c23 rp_silence 1
-c23 step_size 12

-c24 copy 23
-c24 gap 9

#### Compare 25 (label preceding and following as possible bridges)
####             which only get the suffix if no strong RTP is found
####             label these "b" to see the difference

-c25 word 9
-c25 gap 0
-c25 rp_silence 1
-c25 step_size 12
-c25 score 0
-c25 walk_offset 12
-c25 conditional_suffix b

-c26 copy 25
-c26 walk_offset -12