def transf_interpret(cmd, smb, turtle):
ls = lpy.Lstring(cmd)
#print 'interpret', ls, cmd
turtle.push()
sc = lpy.turtle_partial_interpretation(ls, turtle)
turtle.customGeometry(smb)
turtle.pop()
def check_push_pop(lstring, res):
global __push_string, __pop_string, __string_stack
if not __push_string is None:
__string_stack[__push_string] = lpy.Lstring(lstring)
__push_string = None
if not __pop_string is None:
oldlstring = __string_stack[__pop_string]
del __string_stack[__pop_string]
__pop_string = None
return oldlstring
return res
def wrapped(lstring, *args):
global __string_discarded, __last_string
if __string_discarded:
__string_discarded = False
return __last_string
res = endeach(lstring, *args)
if __string_discarded:
__string_discarded = False
return __last_string
__last_string = lpy.Lstring(lstring)
return res
def get_lstring(self):
if self.__derivationStep < len(self.__trees):
return lpy.Lstring(self.__trees[self.__derivationStep])
return lpy.Lstring()
def test():
import openalea.lpy as lpy
l = lpy.Lstring('FF(3)[+F][-(80)F]F')
export_to_json(l, 'test.json')
def __check_discard_string(lstring):
global __string_discarded, __last_string
if __string_discarded:
__string_discarded = False
return __laststring
__last_string = lpy.Lstring(lstring)
def smb_interpret(cmd, turtle):
ls = lpy.Lstring(cmd)
lpy.turtle_interpretation(ls, turtle)