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Overview
Comment:Now prints csound code, both notes and chords, replicating the functionality of the original Minimaly Functional Version
Timelines: family | ancestors | descendants | both | ply
Files: files | file ages | folders
SHA1: 9bd31df856f40277a57e58faef14e0b9a5449a11
User & Date: spiffytech@gmail.com on 2010-11-16 18:37:14
Other Links: branch diff | manifest | tags
Context
2010-11-16
19:15
Added todo list Leaf check-in: 3d4ddcbab5 user: spiffytech@gmail.com tags: ply
18:37
Now prints csound code, both notes and chords, replicating the functionality of the original Minimaly Functional Version check-in: 9bd31df856 user: spiffytech@gmail.com tags: ply
16:36
Now parses chord length check-in: 4aeb057ae0 user: spiffytech@gmail.com tags: ply
Changes
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Modified cfg.py from [df0a6863be] to [8e359b2146]. 

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#!/usr/bin/env python

import os
import random
import sys
import time
random.seed(time.time())


def main():
    key = "A"
    note_grammars = {
        "u": ["I V V V I I IV u u", "I IV u u", "I VII IV u u"  , "e"],
        "e": [""],
    }
    chord_grammars = {
        "u": ["I IV V IV I u u", "I VII IV u u", "I V IV u u", "e"],
        "e": [""]
    }
    compose_piece(key, note_grammars)
    compose_piece(key, chord_grammars, chords=True)

def compose_piece(key, grammars, chords=False):
    score = ""
    while len(score.split()) < 200:
        score = "u u u"
        score = generate_score(score, grammars)

    score = transliterate_score(score, key, chords)
    score = generate_csound_score(score)
    print "f1  0   256 10  1 0 3   ; sine wave function table"
    for line in score:
        print line


................................................................................
    while 1:
        found_substitution = False
        for key,value in grammars.iteritems():
            if score.find(key) != -1:
                found_substitution = True
                while score.find(key) != -1:
                    score = score.replace(key, random.choice(grammars[key]), 1)




        if found_substitution is False:
            break
    return score

def transliterate_score(score, key, chords=False):
    scale = make_scale(key)
    scale_conversion = {
................................................................................
        "V": 5,
        "VI": 6,
        "VII": 7,
        "VIII": 8,
    }
    keyed_score = []
    if chords is False:
        for token in score.split():
            keyed_score.append(scale[scale_conversion[token]-1])
    else:
        for token in score.split():
            chord = []
            root_note_index = scale.index(key) + scale_conversion[token]
            chord.append(scale[root_note_index])
            chord.append(scale[(root_note_index+3) % 8])
            chord.append(scale[(root_note_index+5) % 8])
            keyed_score.append(chord)
    return keyed_score


def generate_csound_score(score):
    csound_note_values = {
        "C": "00",
        "C#": "01",
        "D": "02",
................................................................................
        "A": "09",
        "A#": "10",
        "B": "11",
    }
    t = 0 
    csound_score = []
    for token in score:
        if isinstance(token, list):  # Chords
            for note in token: 
                note = csound_note_values[note]
                csound_score.append("i2 %(time)f 1 7000 %(octave)d.%(note)s %(octave)d.%(note)s 0 6" % {"time": t, "octave": random.choice([7,8]), "note": note})
            t += 1
        else:  # Individual notes
            note = csound_note_values[token]
            csound_score.append("i2 %(time)f 1 7000 %(octave)d.%(note)s %(octave)d.%(note)s 0 6" % {"time": t, "octave": random.choice([8,9]), "note": note})
            t += .25
    return csound_score


if __name__ == "__main__": main() 








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#!/usr/bin/env python

import os
import random
import sys
import time
random.seed(time.time())
import parse

def main():
    key = "A"
    note_grammars = {
        "u": ["I V V V I I IV u u", "I IV u u", "I VII IV u u"  , "e"],
        "e": [""],
    }
    chord_grammars = {
        "u": ['"I" "IV" "V" "IV" "I" u u', '"I" "VII" "IV" u u', '"I" "V" "IV" u u', "e"],
        "e": [""]
    }
    compose_piece(key, note_grammars)
    compose_piece(key, chord_grammars, chords=True)

def compose_piece(key, grammars, chords=False):
    score = ""
    while len(score.split()) < 10:
        score = "u u u"
        score = generate_score(score, grammars)
    score = parse.parse(score)
    score = transliterate_score(score, key, chords)
    score = generate_csound_score(score)
    print "f1  0   256 10  1 0 3   ; sine wave function table"
    for line in score:
        print line


................................................................................
    while 1:
        found_substitution = False
        for key,value in grammars.iteritems():
            if score.find(key) != -1:
                found_substitution = True
                while score.find(key) != -1:
                    score = score.replace(key, random.choice(grammars[key]), 1)
                    if len(score) > 200:
                        score = score.replace("u", "")
                        score = score.replace("e", "")
                        return score
        if found_substitution is False:
            break
    return score

def transliterate_score(score, key, chords=False):
    scale = make_scale(key)
    scale_conversion = {
................................................................................
        "V": 5,
        "VI": 6,
        "VII": 7,
        "VIII": 8,
    }
    keyed_score = []
    if chords is False:
        for i in range(len(score)):
            score[i].value = scale[scale_conversion[score[i].value]-1]
    else:
        for i in range(len(score)):
            chord = []
            root_note_index = scale.index(key) + scale_conversion[score[i].value]
            chord.append(scale[root_note_index])
            chord.append(scale[(root_note_index+3) % 8])
            chord.append(scale[(root_note_index+5) % 8])
            score[i].chord = chord
    return score


def generate_csound_score(score):
    csound_note_values = {
        "C": "00",
        "C#": "01",
        "D": "02",
................................................................................
        "A": "09",
        "A#": "10",
        "B": "11",
    }
    t = 0 
    csound_score = []
    for token in score:
        if isinstance(token, parse.Chord):  # Chords
            for note in token.chord: 
                note = csound_note_values[note]
                csound_score.append("i2 %(time)f 1 7000 %(octave)d.%(note)s %(octave)d.%(note)s 0 6" % {"time": t, "octave": random.choice([7,8]), "note": note})
            t += 1
        else:  # Individual notes
            note = csound_note_values[token.value]
            csound_score.append("i2 %(time)f 1 7000 %(octave)d.%(note)s %(octave)d.%(note)s 0 6" % {"time": t, "octave": random.choice([8,9]), "note": note})
            t += .25
    return csound_score


if __name__ == "__main__": main()

Modified parse.py from [8130e10658] to [503badc6f2]. 

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#!/usr/bin/env python

from ply import lex, yacc

# Tokenize (lex)
tokens = (
    "NOTE_LENGTH",
    "BASENOTE",
    "ACCIDENTAL",
    "REST",
    "OCTAVE",
    "CHORD_TYPE",
    "QUOTE",
)

t_ignore = " |"

#t_BASENOTE = r"[A-Ga-g]"
t_BASENOTE = r"I+V?|VI*|i+v?|vi*"
t_ACCIDENTAL = r"\^{1,2}|_{1,2}|="
t_REST = r"z"
t_OCTAVE = r"'+|,+"
t_CHORD_TYPE = r"m|7|m7|0|o|\+|mb5|sus|sus4|maj7|mmaj7|7sus4|dim|dim7|7b5|m7b5|6|b6|m6|mb6|46|maj9|9|add9|7b9|m9"
t_QUOTE = '"'

def t_NOTE_LENGTH(t):
    r"/?\d+"
    multiplier = float(t.value.strip("/"))
    if t.value.startswith("/"):
        multiplier = 1/multiplier
    t.value = multiplier
    return t

def t_error(t):
    raise TypeError("Unknown text '%s'" % (t.value,))

lex.lex()

#lex.input("GFG B'AB,, | g/2fg gab | GFG BAB | d2A AFD")
#s = "GFG B'AB,, | g/2fg gab | GFG BAB | d2A AFD"
s = '''I IV V VI I "I" "ii"/2'''
#s = "GF_G,/2"
lex.input(s)
for tok in iter(lex.token, None):
    print repr(tok.type), repr(tok.value)


# Parse (yacc)

class Note():
    def __init__(self, value, duration=.25, octave=8):
        self.value = value
        self.duration = duration
        self.octave = octave
        self.accidental = None
    def __repr__(self):
................................................................................
        self.value = value
        self.duration = duration
        self.chord_type = chord_type
    def __repr__(self):
        return "Chord %s %s %s" % (self.value, self.duration, self.chord_type)

















































def p_pitch_list(p):
    '''score : score note
        score : score chord
    '''
    p[0] = p[1] + [p[2]]

def p_score(p):
    '''score : note
        score : chord
    '''
    p[0] = [p[1]]


def p_note(p):
    '''note : pitch
    '''
    p[0] = p[1]


def p_note_length(p):
    ''' note : note NOTE_LENGTH
    '''
    new_note = p[1]
    new_note.duration = p[2]
    p[0] = new_note

def p_chord_length(p):
    ''' chord : chord NOTE_LENGTH
    '''
    new_note = p[1]
    new_note.duration = p[2]
    p[0] = new_note


def p_chord(p):
    '''chord : QUOTE pitch QUOTE
            | QUOTE pitch CHORD_TYPE QUOTE
    '''
    p[0] = Chord(value=p[2].value)
    if len(p) > 3:
        p[0].chord_type = p[3]


def p_accidental(p):
    '''pitch : ACCIDENTAL pitch
    '''
    p[2].accidental = p[1]
    p[0] = p[2]

def p_octave(p):
    '''pitch : pitch OCTAVE
    '''
    count = len(p[2])
    increment_or_decrement = 1 if p[2][0] == "," else -1
    octave = 8 + (count * increment_or_decrement)
    p[1].octave = octave
    p[0] = p[1]

def p_pitch(p):
    '''pitch : BASENOTE
    '''
    p[0] = Note(p[1])

def p_error(p):
    print "Syntax error at '%s' of element type %s" % (p.value, p.type)
    
yacc.yacc()

#print yacc.parse("GFG B'AB,, | g/2fg gab | GFG BAB | d2A AFD")
print yacc.parse(s)




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#!/usr/bin/env python

from ply import lex, yacc














































class Note():
    def __init__(self, value, duration=.25, octave=8):
        self.value = value
        self.duration = duration
        self.octave = octave
        self.accidental = None
    def __repr__(self):
................................................................................
        self.value = value
        self.duration = duration
        self.chord_type = chord_type
    def __repr__(self):
        return "Chord %s %s %s" % (self.value, self.duration, self.chord_type)


def parse(score):
    # Tokenize (lex)
    tokens = (
        "NOTE_LENGTH",
        "BASENOTE",
        "ACCIDENTAL",
        "REST",
        "OCTAVE",
        "CHORD_TYPE",
        "QUOTE",
    )

    t_ignore = " |"

    #t_BASENOTE = r"[A-Ga-g]"
    t_BASENOTE = r"I+V?|VI*|i+v?|vi*"
    t_ACCIDENTAL = r"\^{1,2}|_{1,2}|="
    t_REST = r"z"
    t_OCTAVE = r"'+|,+"
    t_CHORD_TYPE = r"m|7|m7|0|o|\+|mb5|sus|sus4|maj7|mmaj7|7sus4|dim|dim7|7b5|m7b5|6|b6|m6|mb6|46|maj9|9|add9|7b9|m9"
    t_QUOTE = '"'

    def t_NOTE_LENGTH(t):
        r"/?\d+"
        multiplier = float(t.value.strip("/"))
        if t.value.startswith("/"):
            multiplier = 1/multiplier
        t.value = multiplier
        return t

    def t_error(t):
        raise TypeError("Unknown text '%s'" % (t.value,))

    lex.lex()

    #lex.input("GFG B'AB,, | g/2fg gab | GFG BAB | d2A AFD")
    #s = "GFG B'AB,, | g/2fg gab | GFG BAB | d2A AFD"
    #s = '''I IV V VI I "I" "ii"/2'''
    #s = "GF_G,/2"
    lex.input(score)
    #for tok in iter(lex.token, None):
    #    print repr(tok.type), repr(tok.value)


    # Parse (yacc)


    def p_pitch_list(p):
        '''score : score note
            score : score chord
        '''
        p[0] = p[1] + [p[2]]

    def p_score(p):
        '''score : note
            score : chord
        '''
        p[0] = [p[1]]


    def p_note(p):
        '''note : pitch
        '''
        p[0] = p[1]


    def p_note_length(p):
        ''' note : note NOTE_LENGTH
        '''
        new_note = p[1]
        new_note.duration = p[2]
        p[0] = new_note

    def p_chord_length(p):
        ''' chord : chord NOTE_LENGTH
        '''
        new_note = p[1]
        new_note.duration = p[2]
        p[0] = new_note


    def p_chord(p):
        '''chord : QUOTE pitch QUOTE
                | QUOTE pitch CHORD_TYPE QUOTE
        '''
        p[0] = Chord(value=p[2].value)
        if len(p) > 3:
            p[0].chord_type = p[3]


    def p_accidental(p):
        '''pitch : ACCIDENTAL pitch
        '''
        p[2].accidental = p[1]
        p[0] = p[2]

    def p_octave(p):
        '''pitch : pitch OCTAVE
        '''
        count = len(p[2])
        increment_or_decrement = 1 if p[2][0] == "," else -1
        octave = 8 + (count * increment_or_decrement)
        p[1].octave = octave
        p[0] = p[1]

    def p_pitch(p):
        '''pitch : BASENOTE
        '''
        p[0] = Note(p[1])

    def p_error(p):
        print "Syntax error at '%s' of element type %s" % (p.value, p.type)
        
    yacc.yacc()

    #print yacc.parse("GFG B'AB,, | g/2fg gab | GFG BAB | d2A AFD")
    return yacc.parse(score)

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