def tonl(self):
"""
"""
if self.clsvar:
return self.clsvar
if utils.varpat.match(self.value):
return utils.var_tonl(self)
return self.value
def tonl(self, from_duration = False):
val = str(utils.var_tonl(self))
try:
val = str(int(float(val)))
except ValueError:
pass
if val in ('0', '-1'):
return 'now'
if from_duration:
return val
return 'at %s' % val
def tonl(self):
"""
"""
if utils.varpat.match(self.value):
return utils.var_tonl(self)
try:
return str(float(self.value))
except ValueError:
arg1 = self.arg1 != '' and self.arg1._get_number({}) or ''
arg2 = self.arg2 != '' and self.arg2._get_number({}) or ''
return '(%s %s %s)' % (arg1, self.value, arg2)
def tonl(self):
"""
put pred in clips as a make-instance action.
"""
if self.value and utils.varpat.match(self.value):
return '[%s]' % utils.var_tonl(self)
slots = []
for mod in self.mods:
mod_o = getattr(self, mod, _m)
if mod_o is not _m:
meth = getattr(mod_o, 'tonl_cls', mod_o.tonl)
slots.append('%s %s' % (mod, meth()))
v = self.clsvar or self.__class__.__name__.lower()
if slots:
slots = ', '.join(slots)
return '[%s %s]' % (v, slots)
return '[%s]' % v
def tonl(self):
if utils.varpat.match(self.value):
return utils.var_tonl(self)
try:
start = self.start
except AttributeError:
start = self.pstart
onwards = False
try:
end = self.end
try:
if int(float(end.value)) <= 0:
onwards = True
except ValueError:
pass
except AttributeError:
end = self.pend
if onwards:
return 'since %s onwards' % (start.tonl(from_duration=True))
return 'since %s till %s' % (start.tonl(from_duration=True),
end.tonl(from_duration=True))
def sen_tonl(self):
"""
"""
return '%s isa %s' % (utils.var_tonl(self), self.__class__.__name__.lower())
def tonl(self, from_duration=False):
durations = [utils.var_tonl(d) for d in self.durations]
i = 'minend ' + ', '.join(durations)
if from_duration:
return i
return 'at ' + i
def tonl(self, from_duration=False):
durations = [utils.var_tonl(v) for v in self.durations]
i = 'maxstart ' + ', '.join(durations)
if from_duration:
return i
return 'at ' + i
def tonl(self):
durations = [utils.var_tonl(v) for v in self.durations]
return 'intersection ' + ', '.join(durations)
def sen_tonl(self):
durations = [utils.var_tonl(v) for v in self.durations]
return 'coincide ' + ', '.join(durations)
def sen_tonl(self):
durations = [utils.var_tonl(v) for v in self.durations]
return '%s during %s' % (utils.var_tonl(self.instant),
', '.join(durations))
def sen_tonl(self):
return 'endduration %s %s' % (utils.var_tonl(self.duration),
self.instant.tonl())
