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Terrarum/work_files/PunchedTapeComposer.py
Song Minjae d5c99aad5e First commit
Former-commit-id: 9340873f9cfb15264004c32d6e4b8f8bd6828d94
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2016-02-05 13:36:35 +09:00

157 lines
2.8 KiB
Python
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#!/usr/bin/python
# Terrarum Punched tape music roll composer
# Copyright 2013 SKYHi14
# See SKYHi14.nfo for license.
#
# Punched tape music roll format
# Range: 0 - 2**32 - 1
# A1 ---- A2 ---- A3 ---- A4 ---- A5 ---- A6 AS6 B6
# 2**0 ---- 12 ---- 24 ---- 36 ---- 48 ---- 60 61 62
#
# Byte 0-7F 80-FF 100-103 104+
# Desc Name Author Tempo Data
#
# Output format: signed long (little endian)
# If you are not capable of Python, there is Lua version available
A_1 = 2**0
AS1 = 2**1
B_1 = 2**2
C_1 = 2**3
CS1 = 2**4
D_1 = 2**5
DS1 = 2**6
E_1 = 2**7
F_1 = 2**8
FS1 = 2**9
G_1 = 2**10
GS1 = 2**11
A_2 = 2**12
AS2 = 2**13
B_2 = 2**14
C_2 = 2**15
CS2 = 2**16
D_2 = 2**17
DS2 = 2**18
E_2 = 2**19
F_2 = 2**20
FS2 = 2**21
G_2 = 2**22
GS2 = 2**23
A_3 = 2**24
AS3 = 2**25
B_3 = 2**26
C_3 = 2**27
CS3 = 2**28
D_3 = 2**29
DS3 = 2**30
E_3 = 2**31
F_3 = 2**32
FS3 = 2**33
G_3 = 2**34
GS3 = 2**35
A_4 = 2**36
AS4 = 2**37
B_4 = 2**38
C_4 = 2**39
CS4 = 2**40
D_4 = 2**41
DS4 = 2**42
E_4 = 2**43
F_4 = 2**44
FS4 = 2**45
G_4 = 2**46
GS4 = 2**47
A_5 = 2**48
AS5 = 2**49
B_5 = 2**50
C_5 = 2**51
CS5 = 2**52
D_5 = 2**53
DS5 = 2**54
E_5 = 2**55
F_5 = 2**56
FS5 = 2**57
G_5 = 2**58
GS5 = 2**59
A_6 = 2**60
AS6 = 2**61
B_6 = 2**62
def main():
musicRoll = [C_2, E_2, G_2, C_2 + E_2 + G_2, 0] # Add your music roll!
SongName = "ANNYEONG SAESANG" # within 127 characters
SongAuthor = "PYTHON" # within 127 characters
tempo = 90 # greater than 0!
print("Processing your music roll. Hold on.")
tapePuncher(SongName, SongAuthor, tempo, musicRoll)
print("Wrote file to " + SongName + ".")
def tapePuncher(name, author, tempo, roll):
binArray = []
SaveDirectory = "/DirectoryToBeSaved\\WithoutFilename"
file = open(SaveDirectory + name, "wb")
file.write( chr(0) )
for i in range(1, 128):
if i <= len(name):
file.write( chr( ord(name[i - 1]) ) )
else:
file.write( chr(0) )
file.write( chr(0) )
for i in range(1, 128):
if i <= len(author):
file.write( chr( ord(author[i - 1]) ) )
else:
file.write( chr(0) )
file.write( chr(tempo % 256) )
file.write( chr( tempo - ( tempo % 256 ) ) )
file.write( chr(0) )
file.write( chr(0) )
for i in range(1, len(roll)):
binArray = toBin( roll[i - 1] )
for i in range(1, 9):
if i <= len(binArray):
file.write( binArray[len(binArray) - i] )
else:
file.write( chr(0) )
file.close()
def toBin(num):
output = []
sHexNum = hex(num)[2:]
if len(sHexNum) % 2 == 1:
sHexNum = "0" + sHexNum
for i in range(1, len(sHexNum)):
# print( hexToInt(ord(sHexNum[i])) * 16 + hexToInt(ord(sHexNum[i + 1])) )
output.append( chr( hexToInt(ord(sHexNum[i - 1])) * 16 + hexToInt(ord(sHexNum[i])) ) )
return output
def hexToInt(num):
char = chr(num)
hexTable = {"0":0, "1":1, "2":2, "3":3, "4":4, "5":5, "6":6, "7":7, "8":8, "9":9, "a":10, "b":11, "c":12, "d":13, "e":14, "f":15}
return hexTable[char]
main()