def getlinetern(line):
line = (line - 9841)
tline = libSBTCVM.trunkto6(libbaltcalc.DECTOBT(line))
return tline
else:
freqnumxxx = "--------0"
freqstr = "4Khz 1-trit SBTCVM Mark 2 sample format."
length = waveFile.getnframes()
#write information comments and add functional test routine.
#notice how the length is linear-bias encoded (length-9841). this lets the length be much larger.
#I know the length is a rough guess, and it may be off by a word or two.
outfile.write('''
#tip: replace the 1s with 2s, 3s, or 4s to change the sample channel.
#MK2-TWAV.py automatically calculates sample length for you.
#if you are writing a specialty utility, see its code.
#format: ''' + freqstr + '''
setreg1|>wavhead
IOwrite1|>sam1off
setreg1|''' + libSBTCVM.trunkto6(libbaltcalc.DECTOBT((length // 9 + 1) -
9841)) + '''
IOwrite1|>sam1len
setreg1|''' + freqnumxxx + '''
IOwrite1|>sam1freq
IOwrite1|>sam1play
userwait
stop
''')
outfile.write("null|")
#outfile=open("outdata.twav", "w")
if cmd == "-2k":
print("Please wait. processing wave into Ternary 1-trit 2Khz audio...")
else:
print("Please wait. processing wave into Ternary 1-trit 4Khz audio...")
cnt = 1
outfile = "assmout.trom"
#define IOmaps
IOmapread = {"random": "--0------"}
IOmapwrite = {}
#populate IOmaps with memory pointers
scratchmap = {}
scratchstart = "---------"
shortsccnt = 1
scratchstop = "---++++++"
IOgen = scratchstart
while IOgen != scratchstop:
#scratchmap[("mem" + str(shortsccnt))] = IOgen
IOmapread[("mem" + str(shortsccnt))] = IOgen
IOmapwrite[("mem" + str(shortsccnt))] = IOgen
IOgen = libSBTCVM.trunkto6(libbaltcalc.btadd(IOgen, "+"))
shortsccnt += 1
#scratchmap[("mem" + str(shortsccnt))] = scratchstop
IOmapread[("mem" + str(shortsccnt))] = scratchstop
IOmapwrite[("mem" + str(shortsccnt))] = scratchstop
def getlinetern(line):
line = (line - 9841)
tline = libSBTCVM.trunkto6(libbaltcalc.DECTOBT(line))
return tline
tracecomp = 0
outfile="assmout.trom"
#define IOmaps
IOmapread={"random": "--0------"}
IOmapwrite={"dispmode": "--0---+-+", "dispoffset": "--0---+0-", "dispupdate": "--0---+00"}
#populate IOmaps with memory pointers
scratchmap={}
scratchstart="---------"
shortsccnt=1
scratchstop="---++++++"
IOgen=scratchstart
while IOgen!=scratchstop:
#scratchmap[("mem" + str(shortsccnt))] = IOgen
IOmapread[("mem" + str(shortsccnt))] = IOgen
IOmapwrite[("mem" + str(shortsccnt))] = IOgen
IOgen=libSBTCVM.trunkto6(libbaltcalc.btadd(IOgen, "+"))
shortsccnt += 1
#scratchmap[("mem" + str(shortsccnt))] = scratchstop
IOmapread[("mem" + str(shortsccnt))] = scratchstop
IOmapwrite[("mem" + str(shortsccnt))] = scratchstop
def getlinetern(line):
line=(line-9841)
tline=libSBTCVM.trunkto6(libbaltcalc.DECTOBT(line))
return tline
tracecomp=0
#used to write to the compiler log if the compiler is in tracelog mode
def complog(textis):
if tracecomp==1:
compilerlog.write(textis)