def fromGeneticInstanceToBlender(tree_creator, context, genetic_instance):
""" Reads all the current Tree Creator parameters from the LSystem instance """
# LSystem part
tree_creator.iterations = genetic_instance.lsystem.niterations
tree_creator.nproductions = len(genetic_instance.lsystem.productions)
tree_creator.ndefines = len(genetic_instance.lsystem.globalDefines)
tree_creator.axiom = str(genetic_instance.lsystem.axiom)
updateDefinesGui(tree_creator,context)
updateProductionsGui(tree_creator,context)
i = 0
keys = list(genetic_instance.lsystem.globalDefines.keys())
values = list(genetic_instance.lsystem.globalDefines.values())
for (def_name,def_value) in iterateOverDefines(tree_creator):
# TODO: CHECK THIS!!!! THEY ARE IN A DICTIONARY! NOT ORDERED!
setattr(tree_creator,def_name,str(keys[i]))
setattr(tree_creator,def_value,values[i])
i+=1
i = 0
productions = genetic_instance.lsystem.productions
for (namep,namec,names) in iterateOverProductions(tree_creator):
setattr(tree_creator,namep,str(productions[i].predecessor))
setattr(tree_creator,namec,str(productions[i].condition))
setattr(tree_creator,names,str(productions[i].successor))
i+=1
# Turtle parameters part
tp = genetic_instance.turtleParameters
tree_creator.defaultRadius = tp.branch_radius
tree_creator.tropism_susceptibility = tp.tropism_susceptibility
tree_creator.canopy = tp.use_canopy
tree_creator.details_scale = tp.details_scale
#print(tp.trunk_material_choice)
tree_creator.trunk_material = DetailsHandler.nameOfMaterial(tp.trunk_material_choice)
#print(tree_creator.trunk_material)
tree_creator.leaf_material = DetailsHandler.nameOfMaterial(tp.leaf_material_choice)
tree_creator.leaf_object_name = DetailsHandler.nameOfLeafModel(tp.leaf_choice)
tree_creator.bulb_object_name = DetailsHandler.nameOfBulbModel(tp.bulb_choice)
tree_creator.flower_object_name = DetailsHandler.nameOfFlowerModel(tp.flower_choice)
tree_creator.fruit_object_name = DetailsHandler.nameOfFruitModel(tp.fruit_choice)
