def fromBlenderToGeneticInstance(tree_creator, genetic_instance):
""" Writes the current Tree Creator parameters to the GeneticInstance """
# LSystem part
genetic_instance.lsystem.clear()
genetic_instance.lsystem.setIterations(tree_creator.iterations)
# NOTE: it is important that the defines are created before the productions or the axioms, so they can be used by them
for (def_name,def_value) in iterateOverDefines(tree_creator):
if not getattr(tree_creator,def_name) is "":
genetic_instance.lsystem.addGlobalDefine(getattr(tree_creator,def_name),getattr(tree_creator,def_value))
genetic_instance.lsystem.setAxiomFromString(tree_creator.axiom)
for (namep,namec,names) in iterateOverProductions(tree_creator):
if not getattr(tree_creator,namep) is "" and not getattr(tree_creator,namep) is "":
rule = getattr(tree_creator,namep)+":"+getattr(tree_creator,namec)+"->"+getattr(tree_creator,names)
genetic_instance.lsystem.addProductionFromString(rule)
# Turtle parameters part
tp = genetic_instance.turtleParameters
tp.branch_radius = tree_creator.defaultRadius
tp.tropism_susceptibility = tree_creator.tropism_susceptibility
tp.use_canopy = tree_creator.canopy
tp.details_scale = tree_creator.details_scale
tp.trunk_material_choice = DetailsHandler.indexOfMaterial(tree_creator.trunk_material)
tp.leaf_material_choice = DetailsHandler.indexOfMaterial(tree_creator.leaf_material)
tp.leaf_choice = DetailsHandler.indexOfLeafModel(tree_creator.leaf_object_name)
tp.bulb_choice = DetailsHandler.indexOfBulbModel(tree_creator.bulb_object_name)
tp.flower_choice = DetailsHandler.indexOfFlowerModel(tree_creator.flower_object_name)
tp.fruit_choice = DetailsHandler.indexOfFruitModel(tree_creator.fruit_object_name)
