def lifitri(trits, fill=WORDSIZE, lim=-1, char='0'):
# limit/fill trits to certain lengths
if lim == -1:
lim = fill
int = btcalc.BTTODEC(trits)
if abs(int) > btcalc.mpi(lim):
XXerrorXX
#return trits.rjust(fill, char) # obsolete
return ('{:' + char + '>' + str(fill) + '}').format(trits)
def p4(self):
print("pass 4: Rom validity check")
for item in self.datainstlist:
#print(item)
inst=int(item[0])
data=int(item[1])
if inst<libbaltcalc.mni(9) or inst>libbaltcalc.mpi(9):
print("Out of range instruction word found!")
print("source line: " + str(item[2]))
return 1
if data<libbaltcalc.mni(9) or data>libbaltcalc.mpi(9):
print("Out of range data word found!")
print("source line: " + str(item[2]))
return 1
if len(self.datainstlist)>19683:
print("Memory Space Overflow!")
return 1
return 0
elif (usercalllst[0]).lower() == "decbt":
try:
arg = usercalllst[1]
#print libbaltcalc.DECTOBT(int(arg))
print btint(int(arg))
except IndexError:
print "please specify one decimal integer"
except TypeError:
print "Please specify one decimal integer."
except ValueError:
print "Please specify one decimal integer."
elif (usercalllst[0]).lower() == "mpi":
try:
arg = usercalllst[1]
#calculate the MPI of the user-specifed number of trits
print libbaltcalc.mpi(int(arg))
except IndexError:
print "please specify one decimal integer"
except TypeError:
print "Please specify one decimal integer."
except ValueError:
print "Please specify one decimal integer."
elif (usercalllst[0]).lower() == "mni":
try:
arg = usercalllst[1]
#calculate the MPI of the user-specifed number of trits
print libbaltcalc.mni(int(arg))
except IndexError:
print "please specify one decimal integer"
except TypeError:
print "Please specify one decimal integer."
docopy=1 if copyabx.collidepoint(event.pos)==1 and event.button==1: DB=DA TB=libbaltcalc.DECTOBT(DB) STAT="COPY A TO B" scupdate=1 if invertax.collidepoint(event.pos)==1 and event.button==1: DA=( - DA) TA=libbaltcalc.DECTOBT(DA) STAT="INVERT A" scupdate=1 #row 2 if mpix.collidepoint(event.pos)==1 and event.button==1: if abs(DA)<=mcalclimit: DR=libbaltcalc.mpi(abs(DA)) TR=libbaltcalc.DECTOBT(DR) STAT="mpi of A (DEC)" scupdate=1 docopy=1 else: STAT="mpi of over 36 is too large" scupdate=1 if mcvx.collidepoint(event.pos)==1 and event.button==1: if abs(DA)<=mcalclimit: DR=libbaltcalc.mcv(abs(DA)) TR=libbaltcalc.DECTOBT(DR) STAT="mcv of A (DEC)" scupdate=1 docopy=1 else: