def interpret(self, inputmtg=None, turtle=None):
if inputmtg is None:
if self.currentmtg is None: self.init()
mtg = self.currentmtg
else:
mtg = inputmtg
if turtle is None:
from openalea.plantgl.all import PglTurtle
turtle = PglTurtle()
turtle.start()
rules = self.__get_rules('__isinterpretation__')
def preorder(node):
if node.edge_type() == '+': turtle.push()
turtle.setId(node._vid)
if rules.has_key(node.label):
rules[node.label](node, turtle)
def postorder(node):
if node.edge_type() == '+': turtle.pop()
nodes_forward_traversal(mtg, preorder, postorder)
turtle.stop()
return turtle
def interpret(self, inputmtg=None, turtle=None):
if inputmtg is None:
if self.currentmtg is None:
self.init()
mtg = self.currentmtg
else:
mtg = inputmtg
if turtle is None:
from openalea.plantgl.all import PglTurtle
turtle = PglTurtle()
turtle.start()
rules = self.__get_rules("__isinterpretation__")
def preorder(node):
if node.edge_type() == "+":
turtle.push()
turtle.setId(node._vid)
if rules.has_key(node.label):
rules[node.label](node, turtle)
def postorder(node):
if node.edge_type() == "+":
turtle.pop()
nodes_forward_traversal(mtg, preorder, postorder)
turtle.stop()
return turtle
def sweepSymbol(path,
section,
length,
dlength,
radius=1,
radiusvariation=None):
from openalea.plantgl.all import PglTurtle
t = PglTurtle()
t.start()
return t.startGC().sweep(path, section, length, dlength, radius,
radiusvariation).stopGC().getScene()[0].geometry
def sweepSymbol(self, path): from openalea.plantgl.all import PglTurtle t = PglTurtle() t.start() return t.startGC().sweep(path, self.section, self.length, self.dlength, self.radius, self.radiusvariation).stopGC().getScene()[0].geometry